% MCMv331_AllRxns.m
% generated from MCMv331_AllRxns.fac
% 20151105
% # of species = 5832
% # of reactions = 17224

SpeciesToAdd = {...
'C918NO3'; 'C134CO'; 'NBUTACET'; 'C124O2'; 'PROL1MPAN'; 'BCCOOH'; 'IPRHOCO2H'; 'TM124NO2O'; 'C3EODBCO2H'; 'DMEBPOXMUC'; ...
'DNMXYOLOOH'; 'C4ME2OHNO3'; 'C920CO3'; 'MIPKAO'; 'BUT2OLAO'; 'C823CO'; 'M3BU2OLOOH'; 'METLBIPRO2'; 'PXYCATECH'; 'M3HEXBNO3'; ...
'C124OH'; 'PRCOOMCHO'; 'PTLQONE'; 'TM123MUCO'; 'C137CO'; 'NO2'; 'NO3'; 'MBOAOOH'; 'C4M2NO33O'; 'EPXDLCO2H'; ...
'BOXCOCOMO'; 'ME3BU2OLO'; 'CLOHCO3H'; 'BOXCOCOME'; 'MALDIAL'; 'C6PAN21'; 'DEMPHOLOOH'; 'C6PAN23'; 'C6PAN22'; 'HO13C5O2'; ...
'EBZMUCOOH'; 'NMETOL1O2'; 'DMKOHOOH'; 'C9M2CO6O2'; 'IPBZBPR2OH'; 'MPRK'; 'NOA'; 'BIACETOOH'; 'HEPTOH'; 'C6CO4MEDB'; ...
'ACBUONEAO'; 'PEBQONE'; 'C42OH'; 'O1D'; 'C63NO3'; 'TBOCOCH2O'; 'NPETOLO2'; 'NPTLQO'; 'C514OH'; 'C620O2'; ...
'ACETC2CO2H'; 'C917NO3'; 'METHACETO2'; 'C44O'; 'C620OH'; 'C711O2'; 'CNO3OCL'; 'NEBNZOLOOH'; 'C514O2'; 'NPETOLOH'; ...
'C731OOH'; 'IC3H7O'; 'HO2C54O'; 'C42O2'; 'NC524OOH'; 'C51NO324CO'; 'C62NO335CO'; 'C1011O'; 'C925OOH'; 'H14CO23C4'; ...
'C624CO'; 'T124CAT1O2'; 'CO24M3C5'; 'H3C2C4CO2H'; 'CO2C4CHO'; 'MIBKBOOH'; 'NPETLQO2'; 'HC4CO3'; 'C6H5OOH'; 'C3MDIALO'; ...
'HEPTO2'; 'PXYMUCNO3'; 'H13C43CO3'; 'CHOC4PAN'; 'C624NO3'; 'CO25C74OOH'; 'C514O'; 'C1010OOH'; 'DIIPRETOH'; 'ME2BUOLO'; ...
'C4MCODBCO2'; 'C4MCODBCO3'; 'C46PAN'; 'TMB2FUOOH'; 'MIBKHO4O'; 'CL2OHCH2O'; 'H3C25CCO3H'; 'ETBEAOH'; 'C126NO3'; 'ETBEAO2'; ...
'HM22C4O'; 'C823OOH'; 'C616O2'; 'C88OOH'; 'C1013CO2H'; 'DIIPRETO2'; 'M2BKAOOH'; 'MMALANHY'; 'C312COCO3H'; 'MEK2OO'; ...
'C7EDCOOH'; 'NMXYQO2'; 'PXYL1O2'; 'C827OOH'; 'NDNPBZLOOH'; 'CO23C5'; 'CO23C6'; 'TOL1O'; 'CH3SOO2'; 'IPROPOLPER'; ...
'NDNPETLOOH'; 'C61O'; 'C3NO3COOOH'; 'C1312O'; 'PROL1MCO3'; 'CH3CHOHCHO'; 'C78O'; 'MNO3COC4O'; 'BZEMUCCO3H'; 'MACRNB'; ...
'COHM2CO3H'; 'TL4OHNO2O2'; 'PHIC3O'; 'OTNCATECO'; 'OTNCATECH'; 'DM124O'; 'PTCATEC1O'; 'DMMBO2'; 'MTBKNO3'; 'NISOPNO3'; ...
'HNC524CO'; 'C720O'; 'C139NO3'; 'H3M3C5CHO'; 'C5ONO34OOH'; 'IPECO'; 'IPROACET'; 'HODMSO2'; 'NMXYOL1O2'; 'METLOBPROH'; ...
'DMMBOH'; 'NPHENOOH'; 'SBUACONEO'; 'HO1C3O2'; 'C57NO3'; 'C1313NO3'; 'HEXBOH'; 'M3HEXAO2'; 'ETOHOCHO'; 'C51CO2H'; ...
'C117NO3'; 'C112O'; 'BCALBCO'; 'IPBZMUCOH'; 'C9M2CO6OH'; 'H3M3C5NO3'; 'C152OOH'; 'CO235C6CHO'; 'NPHENO'; 'C3PAN2'; ...
'C3PAN1'; 'IPBZMUCO2'; 'NBUTOLBO'; 'HO13C3CO3H'; 'PE1ENEBO2'; 'C82OOH'; 'HEXBO2'; 'M3HEXAOH'; 'C716OOH'; 'HMVKBO'; ...
'C83COOHOOH'; 'CH3NO3'; 'EPXMC4DIAL'; 'MTBEBOH'; 'HMVKANO3'; 'CO2OH3MPAN'; 'NC4IPDCO2'; 'HOACETETO2'; 'C151OH'; 'C151O2'; ...
'ISOPCO2'; 'NC4OHCO3'; 'C629OOH'; 'BPINBO2'; 'MIBKCOOHO2'; 'H2M2C4CO2H'; 'C134O'; 'C817CO3'; 'MTBEBO2'; 'C917O'; ...
'ACPRONEOH'; 'DMC'; 'C920CO3H'; 'LIMCOH'; 'IPRBQONE'; 'MO2EOLB2OH'; 'C7M3CO'; 'DMM'; 'DMS'; 'C6PAN20'; ...
'C71O2'; 'PXYFUOOH'; 'C735OOA'; 'MO2EOLBO'; 'C735OOH'; 'ACPRONEO2'; 'CATEC1O'; 'LIMCO2'; 'C8M2CO6OH'; 'TM123BO'; ...
'PETCATECH'; 'CO25C6CO2H'; 'NDNT124LO'; 'PETLMUCO2H'; 'C88PAN'; 'BIACETO'; 'ACEC2CHO'; 'C822PAN'; 'C89NO3'; 'C720OH'; ...
'C121OOH'; 'BCALBOOH'; 'C5MDICARB'; 'C720O2'; 'MCATECHOL'; 'C1011CO3H'; 'C617PAN'; 'PENT1ENE'; 'PGAOOB'; 'LIMALACO'; ...
'C8M2CO6O2'; 'MOCOCH2OOH'; 'HO1C5OOH'; 'NC623O'; 'LIMBOOH'; 'CH3SCH2O'; 'CHOC4CO3H'; 'C733OOH'; 'C78O2'; 'C815CO2OOH'; ...
'MC3CODBCO3'; 'MC3CODBCO2'; 'H2M3C4O'; 'C42O'; 'C918CO3H'; 'DM23BU2ENE'; 'ETBEANO3'; 'HO2C6OOH'; 'C78OH'; 'NOPINCO'; ...
'DNPHEN'; 'TM135BPNO3'; 'MIBKAOH3CO'; 'MXYBIPERO'; 'HO3C6O'; 'M33C4O2'; 'MPRBNO3O2'; 'C84O2'; 'NC41OOA'; 'PECO'; ...
'DMKOHO'; 'EOX2ETCHO'; 'C617CO2H'; 'CHCL2OOH'; 'NDNCRESO2'; 'PXYLO'; 'METACETNO3'; 'PXYMUCO'; 'DNPXYOL'; 'TM124MUO2H'; ...
'C5OCO3M'; 'PXY1OOH'; 'CH3COCO3H'; 'C9DCCO'; 'C816O'; 'C512O'; 'C522CO3'; 'MIBKOHAOOH'; 'C510OH'; 'NEOPNO3'; ...
'EBFUOOH'; 'C41CO3H'; 'OXYOLO2'; 'T123NCATO'; 'C1310O'; 'CO1H63O'; 'NCRESO'; 'CHCL3OOH'; 'BUTAL2NO3'; 'EOX2OLBNO3'; ...
'C6H5C2CO3H'; 'HOC2H4CO3H'; 'NC3OOA'; 'BCLKET'; 'C89CO2'; 'C89CO3'; 'C1013O2'; 'C726CO3OH'; 'M33C3CO2H'; 'CCLOHCH2O2'; ...
'TMBO2'; 'DNPHENO'; 'C6DCRBBOOH'; 'M2BUOL2OH'; 'C63O'; 'C1210OOH'; 'NPXYOLO'; 'ACCOMECO3'; 'C4CO2DCO3H'; 'DIME35EB'; ...
'MBOOOA'; 'BOX2COMOOH'; 'C919OH'; 'NISOPO'; 'PTNCATECH'; 'PTNCATECO'; 'M2BUOL2O2'; 'NC526O2'; 'DMMBNO3'; 'C84O'; ...
'MTCATEC1O'; 'C7M2CO5O2'; 'H3C2C4PAN'; 'C4MALOHOOH'; 'C1211CO3'; 'C515O2'; 'MVKOHBOOH'; 'C1213OOH'; 'NC51O2'; 'CO24C6O2'; ...
'C9M2CO6OOH'; 'C7CO3OHOOH'; 'C722O'; 'HM33C4O'; 'CH3SOO2NO2'; 'HEXCNO3'; 'NBUACETAO2'; 'CNO3CLOOH'; 'DNCRESO2'; 'HO2C5O'; ...
'C5MCO2OHO2'; 'C4MCODBPAN'; 'NO3CH2PAN'; 'BCBNO3'; 'C4DBMECO3'; 'C7M2CO5OH'; 'H3M3C6NO3'; 'C5DICARBO2'; 'BOX2PROL'; 'C5COCHOO'; ...
'C524CO'; 'BRETPAN'; 'C6CODIAL'; 'MXYFUOH'; 'CL2OHPAN'; 'PROPALO2'; 'HO3C106NO3'; 'DNIPBNZLO2'; 'M2C43CO2H'; 'C8BCO'; ...
'MXYFUO2'; 'TM123BP2OH'; 'C65NO3CO3H'; 'C534OOH'; 'C89O'; 'HO3C86NO3'; 'NTMB2FUO'; 'H13M3C5O2'; 'C915O'; 'C830O2'; ...
'INAHPCO3'; 'IPBZMUCO3H'; 'CO3C75O'; 'C43NO3CO3H'; 'HO2MC5NO3'; 'DETLMUOOH'; 'C6H5C2OH'; 'C4M2NO32O2'; 'H13M3C5O'; 'NPEBQOOH'; ...
'ETBEACHO'; 'H2M4C65O'; 'PETLMUCCO3'; 'C4MNO32OOH'; 'C5CO234O2'; 'C830OH'; 'HO3C126NO3'; 'C624CHO'; 'C136O'; 'M22C3CO3'; ...
'PXYLOOH'; 'TM124QOOH'; 'IPNNCATOOH'; 'C5DICARBO'; 'HO2NO2'; 'TM123O'; 'TM123B'; 'C1312OOH'; 'PHAN'; 'COO2C4OOH'; ...
'C916NO3'; 'EBENZOLOH'; 'EBENZOLO2'; 'IBUTALCO2'; 'MC5CO2OHO'; 'C928NO3'; 'IPBZMUCO'; 'HO3C116OOH'; 'HO5C6OOH'; 'DNEBNZLO2'; ...
'C3H7CHO'; 'INANCO3H'; 'CO2HOC61O2'; 'EBENZOLOOH'; 'NBPINAO2'; 'C71OOH'; 'M3PECO'; 'INANCOCO3'; 'C919O2'; 'NEOP'; ...
'ME3BUOLNO3'; 'HM23C4OOH'; 'DNPETOLO2'; 'NC6PAN1'; 'INANPAN'; 'C823PAN'; 'C830NO3'; 'ISOPDNO3'; 'NMBOAO'; 'MTBEACHOHO'; ...
'C624PAN'; 'C8CO2DBAL'; 'TLFUOOH'; 'C9DCOOH'; 'INB1NBCO3H'; 'HO3C4O'; 'PET1OHNO2'; 'IPRBQO2'; 'MMALNACO3'; 'MXYBPER2OH'; ...
'C827CO2H'; 'HC4ACHO'; 'IC4H10'; 'PE1ENEAO2'; 'EMPONO2OOH'; 'CO36C8'; 'A2PANO'; 'TM123BPOOH'; 'TM124OLOOH'; 'HVMK'; ...
'H3M3C5OOH'; 'EBZMUCCO2H'; 'NOPINAO'; 'NLIMALO'; 'TISOPA'; 'TISOPC'; 'MXYQOOH'; 'HMVKAO2'; 'NC4H10'; 'PEAO'; ...
'HO36C11'; 'HO36C10'; 'C826CO3OH'; 'MALDALCO3H'; 'CO234C6'; 'C1213OH'; 'OXYQO2'; 'DNCRESO'; 'NC623OOH'; 'IC7DCPAN'; ...
'MC6OTKETO2'; 'C7MJPCO3H'; 'DMPHOHNO2'; 'C1213O2'; 'OXYQOH'; 'C826CO3O2'; 'C133CO'; 'C151OOH'; 'ACCOCOETO2'; 'C510O'; ...
'C3COCPAN'; 'PBFUONE'; 'H134M3C5'; 'C95O2'; 'VINCL'; 'C47CO3'; 'C623NO3'; 'LMKOOA'; 'LMKOOB'; 'HEX1ENE'; ...
'IPRACBOOH'; 'BUTALAOOH'; 'BCLKCO'; 'NOAOOA'; 'H1MC5O'; 'CATECOOA'; 'CHOOMPAN'; 'C7BDCO'; 'C818OOH'; 'HO2M2C4O'; ...
'PC3ODBCO2H'; 'MBOOO'; 'C6COOHCO3H'; 'C6O132OH'; 'IPROC21NO3'; 'NPETLQOOH'; 'C57O2'; 'HOHOC4DIAL'; 'TLEMUCOOH'; 'C4DBMECO3H'; ...
'H2M2C65OOH'; 'NC61CO3'; 'DNOXYOLOOH'; 'OCCOHCO'; 'HO2C3CO3H'; 'LMLKBOOH'; 'C57OH'; 'MNNCATECO'; 'DMPHGLYOX'; 'HO3C5NO3'; ...
'C6CO243OH'; 'MO2EOLBNO3'; 'NBCALOH'; 'PXY1O2'; 'C7DCOH'; 'IPBZBPROOH'; 'C4NO3PAN'; 'C4DBM2CO3H'; 'PNNCATECO2'; 'IPROPOLPAN'; ...
'HYETHO2H'; 'C7DCO2'; 'NAPINBOOH'; 'EOX2EOL'; 'NBCALO2'; 'A2PANOO'; 'ACCOETOOH'; 'C717OOH'; 'MXYLNO3'; 'HMACR'; ...
'HM23C4O2'; 'C5PAN18'; 'CHOC3DIOL'; 'DE35TO'; 'MCATECOOA'; 'C826OH'; 'C7DDCOOH'; 'BCLKCCO'; 'CO3C4CO2H'; 'COO2C4CO3H'; ...
'PEBQCO'; 'NMETLQO'; 'C6H5C2H4O2'; 'C116O'; 'C6COALCO2H'; 'HM22CO3H'; 'CO3C5CO2H'; 'H2M3C4CO3'; 'C23O3MCHO'; 'NDNOETLOOH'; ...
'C616OH'; 'C826O2'; 'C6H5CH2PAN'; 'DE35TOOH'; 'NBUACBOH'; 'HM23C4OH'; 'OXYMUCOOH'; 'C62NO33CO'; 'LIMBCO'; 'MTBEAALOOH'; ...
'NC71O2'; 'EOCOCH2O2'; 'METLMUCCO3'; 'C728NO3'; 'C43OHCOCHO'; 'IPBZMUCCO'; 'C736OOH'; 'C8CO2DCO3H'; 'MCOCOMOXO2'; 'MEKCOOH'; ...
'PPGAOOB'; 'CL12CO3'; 'NPBFUO'; 'HM22C3CO2H'; 'C2CL32OH'; 'NOPINAO2'; 'H13M3C5'; 'CH3SCHO'; 'BUT2OLO2'; 'CL2OHCH2O2'; ...
'TCE2OH'; 'COO2C4CO3'; 'TM123OLOH'; 'BOX2EOHAO2'; 'C4OCCOHOOH'; 'M2PEBOOH'; 'C5CODBCO3H'; 'MSIA'; 'IBUTOLBO'; 'NBCKOOH'; ...
'PCATECHOL'; 'LIMBO'; 'HO4CO7C9'; 'TM123OLO2'; 'HEX2ONCOOH'; 'BUT2OLOH'; 'DETLMUPAN'; 'CL2OHCH2OH'; 'NOPINAOH'; 'IPBENZOLOH'; ...
'MC7CO2O'; 'EPXMDLPAN'; 'LIMALAOH'; 'C87PAN'; 'MC4CONO3O2'; 'H2M4C65O2'; 'C62CPAN'; 'ME3BU2OLO2'; 'SBUACETBO2'; 'M3PEAO'; ...
'HC3CCO3'; 'NBCKO2'; 'CO1C6NO3'; 'NDNT124LO2'; 'LIMALAO2'; 'IPBENZOLO2'; 'C5CO23O'; 'C5CONO3OOH'; 'HOIPRCO2H'; 'ETBEBNO3'; ...
'M2CO5C6'; 'IBUTOLBNO3'; 'MACO3'; 'MEBFUOH'; 'METLBIPNO3'; 'ACBUONBOH'; 'C57NO3PAN'; 'MEBFUO2'; 'NOPINOO'; 'NMXYOLOOH'; ...
'H2M3C4O2'; 'NC3CO3'; 'HM2C43O'; 'C23O3EHO'; 'CO25C73OOH'; 'NEBFUONE'; 'HM22C3OH'; 'CLCOCLO'; 'C7DDCO2'; 'INB1NBPAN'; ...
'C619OH'; 'PECO2'; 'NO'; 'NA'; 'CO24C63OOH'; 'C527NO3'; 'HC3CO3H'; 'HO2C54CO3'; 'TBUTCHO'; 'MTBEBPAN'; ...
'MVKOOH'; 'COHCCLOOH'; 'MVKOOA'; 'DMEOBPROH'; 'C81O2'; 'CLCOCH2O'; 'PXYOLO'; 'C1213O'; 'M3PEAOH'; 'NOPINBCO'; ...
'PECOH'; 'EOX2EOLAO2'; 'CH3OCH2NO3'; 'C7DDCOH'; 'HM22C3O2'; 'C812O'; 'C2CL3OHOOH'; 'PROPOLNO3'; 'NPRACAOOH'; 'BUTDBOH'; ...
'BCAOH'; 'BCAOO'; 'C1013CO'; 'HO5C5CHO'; 'CLCOCCL2O'; 'TM123BCO3'; 'OXYQONE'; 'BCAO2'; 'BCLKAO'; 'MMALNAPAN'; ...
'C144O'; 'C511O2'; 'DNOXYOLO2'; 'NORPINIC'; 'C6OTKETCO'; 'C522PAN'; 'MALANHY'; 'C6DICARB'; 'C131CO3'; 'TBUTOLO'; ...
'ETHENO3O'; 'MO2EOL'; 'NDNMETOLO'; 'IPBFUOH'; 'SC4H9NO3'; 'ACECOCOCH3'; 'C9DC'; 'CL2OHCO3H'; 'C57AO'; 'IPBFUO2'; ...
'NTMB1FUO'; 'PXYFUO'; 'C627OOH'; 'T124CAT1O'; 'C4COMOHCO3'; 'C72NO3'; 'NEBNZOLO2'; 'C123CO'; 'CH3BR'; 'ETOC2O'; ...
'VGLYOX'; 'HEX2ONBNO3'; 'CRESO'; 'C5COCHOO2'; 'HO2C43CO3H'; 'IBUTOLBO2H'; 'C1H4C5PAN'; 'BZEMUCO'; 'HO2C4OH'; 'C42NO33OOH'; ...
'C531O2'; 'PETLMUCO'; 'CCLOHCO3'; 'M2BU2OLNO3'; 'NEBNZOLOH'; 'ETOLOH'; 'MIBKBO'; 'INAOOH'; 'TM124OL'; 'NDNPXYOLO2'; ...
'H2M2C3CHO'; 'LMKANO3'; 'C517CO3'; 'BOXPROLBO2'; 'C103OH'; 'C114O'; 'HOCH2COCHO'; 'CH3COCH3'; 'HC3CHO'; 'C6NO3CO5O2'; ...
'COO2C4PAN'; 'C6NO3CO5OH'; 'C103O2'; 'PETLMUCOOH'; 'HMVKBOOH'; 'NBCKO'; 'MC5DICARB'; 'HO1C6OOH'; 'TM124O2'; 'HO2M2C4OOH'; ...
'PRNO3CO3H'; 'CO235C6O'; 'TC4H9O2'; 'C127O2'; 'NDNPETOLO'; 'METHTOL'; 'C1311OOH'; 'C511PAN'; 'CHOC2H4OOH'; 'PRNOCOMOOH'; ...
'HEPTO'; 'C5DICAROOH'; 'ENNCATECO'; 'TBUTOLO2'; 'C127OH'; 'C623O'; 'C3M3CHONO3'; 'HO2CO4C5O2'; 'C145OOH'; 'C918OOH'; ...
'PXYMUCO2'; 'DIBRETO'; 'ENCATECH'; 'MVKOHAO'; 'ACCOETO2'; 'C3ME3PAN'; 'BPINAOOH'; 'EBZMUCNO3'; 'T124NCTOOH'; 'PBZOBPEROH'; ...
'MC5COOHOOH'; 'C923CO3'; 'MMALNACO3H'; 'C727PAN'; 'DNIPBNZOL'; 'NTMB2FUO2'; 'DETLBIPNO3'; 'DMMBO'; 'PXYMUCOH'; 'HEPTNO3'; ...
'C92OOH'; 'BOXPROOOH'; 'C6NO324CO'; 'TM124MUCCO'; 'SBUACEONE'; 'DIBRET'; 'HEX3ONDOH'; 'MXYMUCO'; 'NIPBFUO'; 'C1310O2'; ...
'C812OOH'; 'C928CO3H'; 'CH3S'; 'ACBUONBOOH'; 'C828PAN'; 'CH3O'; 'C4ME2NO3O2'; 'C830CO'; 'ME2BUT1ENE'; 'CO23C4CO3H'; ...
'PCATEC1O'; 'HEX3ONDO2'; 'MACRNOO'; 'C5NO3OAOOH'; 'C4M3NO31O2'; 'C734OH'; 'CH2BROH'; 'OCTO'; 'C7M15CO2O2'; 'BOXMOOH'; ...
'HMVKNO3'; 'PHCOMEO2'; 'PHGLYOX'; 'ACETETCHO'; 'PHENOH'; 'PHENOL'; 'MXY1O2'; 'NEBNZ1OOH'; 'MGLYOO'; 'PHENO2'; ...
'INB1NACO2H'; 'C141CO'; 'NPRACAOH'; 'MGLYOX'; 'CL12PRCHO'; 'MVKOHAO2'; 'C7M15CO2OH'; 'CH2BRO2'; 'C734O2'; 'ISOPDO'; ...
'PXYQOOH'; 'C810O'; 'C118OH'; 'C626PAN'; 'EBZOBPEROH'; 'IEACO3'; 'IPBZOLOOH'; 'C6M5CO2OH'; 'C2CL3OHAO'; 'C128O'; ...
'C823NO3'; 'C1213CO'; 'NT123L1O2'; 'H3M3C4CO3H'; 'NTM124LOOH'; 'C615O2'; 'C65OH4NO3'; 'C6CO2OHOOH'; 'OXYQCO'; 'HO13C5NO3'; ...
'C6M5CO2O2'; 'DIETETNO3'; 'NC4CO3H'; 'HO14MC5'; 'C8BCCO'; 'C1311NO3'; 'C133OH'; 'C118O2'; 'C53O2'; 'INB1CO'; ...
'C137PAN'; 'GAOOB'; 'GAOOA'; 'CHOOMCO3'; 'HO1CO3C5'; 'C53NO32O'; 'C923OH'; 'C624CO3'; 'CL12CO3H'; 'EPXMKTPAN'; ...
'CLCOCH2OOH'; 'MALDIALOOH'; 'C923O2'; 'C6CO34O2'; 'C146O'; 'BOX2EOHAO'; 'DMEBMUCO'; 'C7CODBPAN'; 'PXNNCATCO'; 'C927O'; ...
'C3EDIALOOH'; 'MACROHOOH'; 'C88CO'; 'TC4H9NO3'; 'TM135O'; 'C816OOH'; 'TM135B'; 'M2HEXAO2'; 'MTCATEC1O2'; 'DETLBIPRO2'; ...
'MXYCATECH'; 'INB1HPCO3'; 'DDECNO3'; 'MIBKHO4OOH'; 'MET1OHNO2'; 'M2HEXAOH'; 'NISOPOOH'; 'C54OOH'; 'HIEB2OOH'; 'C87CO3'; ...
'C815CO2O'; 'HO3C3CO3'; 'LIMCOOH'; 'CO2HO3C6'; 'C3MNO3CO2H'; 'C5MCO2OHO'; 'C7DDCCO3'; 'C7DDCCO2'; 'HM33C3OOH'; 'NTLFUO'; ...
'CCL3CH2O'; 'C1210O'; 'CCLNO3COH'; 'HEX2ONAO'; 'DM124O2'; 'C7ADCCO2H'; 'COCL2'; 'HOCH2CH2O'; 'NIPBZOLOOH'; 'C42AOH'; ...
'CH3CH2CL'; 'HOC3H6OH'; 'EPXC4DIAL'; 'NOPINDOOH'; 'PXYBPER2OH'; 'CHCL3OH'; 'C5TRONCO3H'; 'BPINCOH'; 'C530NO3'; 'OTCATECOOA'; ...
'MXYBPEROOH'; 'MTBEAOH'; 'ACCOMECO3H'; 'HO2MC5O2'; 'NC71O'; 'NMXYOLO2'; 'C729CO3'; 'PGLOOB'; 'PGLOOA'; 'TM123MUCCO'; ...
'NMXYOLOH'; 'MXYLCO3H'; 'CH2CLCOCH3'; 'CO2C4DIAL'; 'NCRES1O2'; 'TM124MUO3H'; 'ISOPDO2'; 'UDECO'; 'BPINCO2'; 'C726CO5O'; ...
'MTBEAO2'; 'OXYLOOH'; 'MPAN'; 'CHCL3O2'; 'HMVKAOOH'; 'MMCF'; 'BOXPOLBOOH'; 'HO2M2C5O2'; 'BUTDAOH'; 'PXYLCO2H'; ...
'OXYLPAN'; 'OXYOLOH'; 'CHOC4CO3'; 'LIMBOO'; 'O3'; 'NC730O2'; 'BCLKCOOH'; 'IPROMCCO3H'; 'C62CO3H'; 'TOLUENE'; ...
'CHCL2CO3H'; 'BOXPRONBO'; 'LMLKAOOH'; 'LIMBO2'; 'OH'; 'BOXCOOLOOH'; 'NPBNZOLOOH'; 'BUTDAO2'; 'ECO3CO3H'; 'HO2M2C5OH'; ...
'NOETOL1O'; 'C6DCARBPAN'; 'TLCOBIPEOH'; 'MIBKOH34'; 'DMMALYOOH'; 'C915OH'; 'DM123OOH'; 'MTNCATECO2'; 'NBCOOH'; 'C915O2'; ...
'HO2M2C5NO3'; 'HO6C7O'; 'IPRACBCHO'; 'SBUACANO3'; 'ETOC2OOH'; 'C4DBM2CO3'; 'HPC52CO3'; 'TMBOH'; 'HM33C3CHO'; 'CHOCOCH2O2'; ...
'MXYBIPENO3'; 'ACR'; 'C520OOH'; 'HOC2H4CO3'; 'ACEC2H4OOH'; 'MET1O2'; 'HO2C6NO3'; 'MOCOCH2O2'; 'BUTDBO'; 'CYHXONAOOH'; ...
'C517PAN'; 'EOX2EOLAO'; 'OXNNCATCO2'; 'IPBZMUCCO3'; 'T124NNCTO'; 'C614OOH'; 'LIMALAO'; 'ACBUONEAO2'; 'IPROCHO'; 'M22C43NO3'; ...
'MEK'; 'C612OOH'; 'CO13C4CHO'; 'H1C23C4O'; 'C85O2'; 'T123NNCOOH'; 'C610OOH'; 'C102O2'; 'PEBQO'; 'C6H13CO3'; ...
'CH3CCH3OO'; 'INAHCO3H'; 'C4NO3COO2'; 'CO24C53OOH'; 'NISOPO2'; 'NMETOLO'; 'METCATECH'; 'MXYBIPERO2'; 'M3BU3EPAN'; 'C4M2ALOHO'; ...
'CO3C54CO3H'; 'NPETOLOOH'; 'C4OCCOHCO'; 'H2M2C4CO3'; 'CO13C3CO2H'; 'ISOPBO'; 'EPXMDLCO2H'; 'C126O'; 'OXY1O'; 'ETBECCHO'; ...
'PEAOH'; 'NDNPHENO'; 'DETLMUOH'; 'EOX2OLBOOH'; 'NBUTDAO2'; 'NBUTDAOH'; 'NPBFUONE'; 'CO3C54CHO'; 'NT123L1O'; 'ETOLO2'; ...
'C73OOH'; 'C5NO3CO4O'; 'NC101O2'; 'PEAOOH'; 'C125OOH'; 'C712O'; 'H1MC5OOH'; 'ISOPCOOH'; 'PRCOFORMO2'; 'TM135OLOOH'; ...
'C6OTKETOH'; 'H2M4C65NO3'; 'DMEPHOH'; 'C4MCO2O2'; 'MXYL1O'; 'H2M3C4CO2H'; 'M3PEBNO3'; 'HO2C4OOH'; 'C4MCO2OH'; 'C727CO3H'; ...
'EBZMUCO'; 'T123NNCTO2'; 'PRONO3BO'; 'OTNCATCOOH'; 'C6OTKETO2'; 'C925O'; 'INCOOH'; 'ISOPBOOH'; 'NDNCRESO'; 'NC730OH'; ...
'NOAOO'; 'C6DICAROOH'; 'IPMALANHY'; 'DNMETOLO2'; 'C516O2'; 'IC7DCCO3H'; 'IPRACBO'; 'IPBFUCO'; 'CO2HOC61O'; 'MEMOXYCO3H'; ...
'METOLO2'; 'METOLOH'; 'HO2C5OOH'; 'C33CO'; 'PRCOOMCO3H'; 'BCAL'; 'C1213NO3'; 'M2C43CHO'; 'M3C4CO3'; 'BRETO3'; ...
'C61OOH'; 'C64NO3'; 'C4NO3CO2H'; 'C5CO2DBPAN'; 'ETHFORM'; 'C131PAN'; 'DECO'; 'M2BKBOH'; 'NNCATECO2'; 'MBOBOOH'; ...
'C827CHO'; 'HOCOC4DIAL'; 'C1212O'; 'C123OH'; 'C515CO3'; 'C1313OH'; 'BOXPRONBO2'; 'ETBE'; 'OXYLCO2H'; 'C67CO3'; ...
'EPXALMKT'; 'TMBCHO'; 'BOXPRONBOH'; 'HO13C4OOH'; 'C1313O2'; 'C123O2'; 'EBZMUCCO3'; 'C519CO3'; 'M2BKBO2'; 'PXYL1O'; ...
'C7MCO2DBAL'; 'CH3CCL2OOH'; 'PHC3OH'; 'NC4H9O'; 'NBCO2'; 'OTNNCATOOH'; 'CO2C3CO3'; 'TM124MUNO3'; 'MIBKHO4CHO'; 'MXOHNO2OOH'; ...
'PXYMUCCO3'; 'HM22CHO'; 'BOXPRONE'; 'HEX2ONCO'; 'UDECOH'; 'DETLPOXMUC'; 'MTNNCATOOH'; 'CYHXOLANO3'; 'C5DIALOOH'; 'HO3C96OOH'; ...
'OETLMUCO'; 'NOETLQO2'; 'EPXKTMCO3H'; 'PHC3O2'; 'HCHO'; 'HO36C9'; 'HO36C8'; 'C102OOH'; 'C718OH'; 'PHCOMEO'; ...
'C6H5C2NO3'; 'NPHENOH'; 'T124NCATO2'; 'C613O2'; 'PRONOCOMO'; 'C831O'; 'CH2CLOH'; 'NLMKAO'; 'CLOHPAN'; 'C6H13CO2H'; ...
'CHOC3COCO3'; 'CO234C65O'; 'C1312NO3'; 'OXYMUCCO3'; 'C8CO4DB'; 'C102O'; 'NPHENO2'; 'C6CONO34O'; 'NORLIMO'; 'HO5C6O2'; ...
'C5PACALD2'; 'C5PACALD1'; 'CO1M22CO3'; 'NBZFUO2'; 'PHCOETOH'; 'NC4CHO'; 'C57NO3CO3H'; 'PCATEC1OOH'; 'C77CO'; 'MGLOO'; ...
'C823OH'; 'TCEOHOOH'; 'NC4H9OOH'; 'C817CO3H'; 'H13C43CO3H'; 'C823O2'; 'NBUACAOH'; 'NDNOXYOLO2'; 'C62NO33O'; 'C109O'; ...
'PHC3O'; 'C6CO2OHPAN'; 'MACRNBCO3H'; 'EMPOHNO2O2'; 'PHCOETO2'; 'NPHEN1OOH'; 'C811NO3'; 'C2H5CHO'; 'INDHCO3H'; 'CH2OHCL2O2H'; ...
'C2CL3OHBO2'; 'HIEB2O2'; 'NC728O'; 'TM124MUCOH'; 'MTCTEC1OOH'; 'C137OH'; 'C137O2'; 'TM124MUCO2'; 'TM124MUCO3'; 'C3MDIALOOH'; ...
'MXYLO'; 'CO2MC5OH'; 'C45OOH'; 'DDECO'; 'C6CO3HO4'; 'CH3COCCLO'; 'C151NO3'; 'C73O2'; 'C816CO3H'; 'C8CO2DBCO3'; ...
'ETOMEOOH'; 'PRCOOMOOH'; 'C816PAN'; 'NPBFUOOH'; 'C732O'; 'PTCTEC1OOH'; 'NDNPHENOOH'; 'TL4OHNO2O'; 'C517CO2H'; 'PXYMUCCO3H'; ...
'MECOFORMO2'; 'NOETOL1OOH'; 'HO2C54NO3'; 'MACRNCO3'; 'NPXYOL1O2'; 'C62O2'; 'IC4H9O'; 'BZEMUCNO3'; 'PXYBIPERO'; 'C3H6'; ...
'ACEETOHO2'; 'OXYBPER2OH'; 'HO7C8OOH'; 'C118CO'; 'C3H8'; 'BCKOOA'; 'BCKOOB'; 'C6135COOOH'; 'NPRACCOH'; 'MEBFUONE'; ...
'C124O'; 'BOXCOEOLO'; 'HO1C4O'; 'MPRKNO3'; 'NBUTOLANO3'; 'OETLMUCOOH'; 'HO5C5CO3H'; 'ETHFORMOOH'; 'EBENZO'; 'MOXYCOCHO'; ...
'TM135MUO3H'; 'C714O'; 'NLIMO2'; 'ACCOC3H6O'; 'IECCO3H'; 'C817CO'; 'CCLCONO3'; 'C56O2'; 'H2C3OCOH'; 'M3HEXBOH'; ...
'M3HEXBO2'; 'METLMUCO3H'; 'ACOMCOMOOH'; 'CHOC3COO2'; 'TM124BCHO'; 'HO3C96O2'; 'HO3C3CO3H'; 'C56OH'; 'DETLOBPROH'; 'M2PROPAL2O'; ...
'NC4EDCO2H'; 'MBOACO'; 'C6CYTONO'; 'BOXCOCHOO2'; 'C142O'; 'MXYQO'; 'MIBKAOHAO2'; 'HMVKBCO2H'; 'PXYLPAN'; 'C51NO32OOH'; ...
'DIET35TOL'; 'HC4CO3H'; 'C86O2'; 'MBOBCO'; 'C8CO2OHPAN'; 'CHOC2PAN'; 'PBZBPERNO3'; 'DM35EBOH'; 'C53OH'; 'HCOCOHCO3H'; ...
'BOXPOLAOOH'; 'NBUTDBO2'; 'NIPRBQOOH'; 'C5CO2DCO3H'; 'CISOPCO2'; 'HO34CO6C8'; 'OXYMUCCO'; 'NTMB2FUOOH'; 'DNOETOLO2'; 'M3CO5C6'; ...
'C9PAN1'; 'NC4CO2H'; 'C9PAN2'; 'MXCATEC1O'; 'C6OH5OOH'; 'PNNCATECO'; 'OXYEPOXMUC'; 'DNPBNZLO'; 'BOXCOCOMO2'; 'CYC613DION'; ...
'TM123MUCO2'; 'HOCO3C5OOH'; 'C4CODIAL'; 'IC3H7NO3'; 'NDNMXYLOOH'; 'INCNCO3H'; 'C7MCO3OHO'; 'T123CTCOOA'; 'TM123MUCOH'; 'C5NO3O4OOH'; ...
'BCSOZO'; 'H2C3OCOOH'; 'HEX3ONCO'; 'C615O'; 'CO356C10'; 'CO356C11'; 'CO356C12'; 'TDICLETH'; 'MC6OTRIKET'; 'CHOMOHPAN'; ...
'CLCOCCL2O2'; 'EGLYOOD'; 'BCALCOOH'; 'C6NO3CO5O'; 'METLMUCO2H'; 'BCALBO2'; 'HOCO3C4OOH'; 'C92O'; 'MVKOHAOH'; 'C7CO2OCO3H'; ...
'C4M2ALOHNO3'; 'C732PAN'; 'CO2C4GLYOX'; 'DIEK'; 'BCALBOH'; 'ETBECOOH'; 'BCALBOC'; 'TM135BP2OH'; 'MXYOHNO2O'; 'INANCO3'; ...
'C106OH'; 'C813O2'; 'HPC52CO3H'; 'MXYMUCCO'; 'CO25C73O'; 'HM2C43CO3'; 'C126CO3'; 'EIPK'; 'MACR'; 'PRCATC1OOH'; ...
'MACRNCO3H'; 'CCL3CH2OOH'; 'NC2OOA'; 'IBUTOL'; 'NBUACETBO'; 'BCOOA'; 'BCOOB'; 'C106O2'; 'CO3C4NO3'; 'CH3CHCLOH'; ...
'C617OOH'; 'CLCOCLMEO2'; 'HO1MC5OOH'; 'HO13C4O'; 'MO2EOLBO2'; 'IPROPOL'; 'C715CO2O'; 'MET1OOH'; 'M2BUOL2O'; 'MEKAOOH'; ...
'C1010NO3'; 'NOPINANO3'; 'HONO'; 'MAE'; 'C1012NO3'; 'HO3C76O'; 'HOEMPHNO2'; 'DNCRESOOH'; 'APINBOOH'; 'C133OOH'; ...
'OETLMUCNO3'; 'C42CO3H'; 'C2OHOCOOH'; 'TMBPAN'; 'C58NO3'; 'BCALOOH'; 'BUT2CO2H'; 'BCALOOA'; 'C1010O2'; 'C126PAN'; ...
'C810OOH'; 'C622OH'; 'C527OOH'; 'CONM2CO3H'; 'NC4H9CHOOA'; 'C3COCCO3H'; 'HOCH2CHO'; 'C1010OH'; 'HO24C5O2'; 'C1H4C5CO2H'; ...
'ETHACETO2'; 'IEPOXC'; 'IEPOXB'; 'IEPOXA'; 'APINCOOH'; 'IPRACOOH'; 'CO2N3CO3'; 'C713OH'; 'C512OH'; 'C7M15CO2O'; ...
'IPRACBPAN'; 'MACO2H'; 'C122O'; 'NC91CO3'; 'M2PEBO'; 'CO123C5CHO'; 'C730O'; 'HO2C4CO2H'; 'TMB1FUOOH'; 'IPRCHOO'; ...
'C512CO2H'; 'CH2OHCL2O2'; 'CO23C54O'; 'HM2C43NO3'; 'INB1NACHO'; 'M33C4O'; 'ETHACETOH'; 'PRCOOETOH'; 'ISOPANO3'; 'PBZQO2'; ...
'BOXPROLAO'; 'EPXDLPAN'; 'C921O'; 'PBNZOHNO2'; 'C23O3MCOOH'; 'C923PAN'; 'C64OH5O'; 'C88CO2H'; 'CCL3CO3'; 'C6OTRIKET'; ...
'C928CO3'; 'HO3C86O'; 'HM33C3CO2H'; 'HO1C6O'; 'NOXYOL1OOH'; 'NPTLQO2'; 'NC4H9CHOO'; 'NDEMPHOLO'; 'OXYBIPERO2'; 'NPXYOLOOH'; ...
'PHCOOH'; 'C112OOH'; 'C5NO3COAO2'; 'THEX2ENE'; 'C6DCARBBO'; 'H1C23C4PAN'; 'NBUACBNO3'; 'IBUTALOH'; 'IPBZMUCPAN'; 'CH3CO3H'; ...
'PBZQOH'; 'INANO3'; 'C610OH'; 'M23C43O'; 'DMEBMUCO3'; 'DMEBMUCO2'; 'APINBOO'; 'M2BU2OLOOH'; 'CO235C6O2'; 'ETOLOOH'; ...
'IPBENZO'; 'PXYMUCCO'; 'TM135OBPOH'; 'M2HEXBOOH'; 'LMKBCO'; 'C520O2'; 'APINBO2'; 'C521O'; 'C7CO2M5O2'; 'MPRNO3CO2H'; ...
'C4OHCHO'; 'C610O2'; 'C141NO3'; 'T123CATECH'; 'PEN2ONE1O'; 'APINANO3'; 'C515CO'; 'HMACRO2'; 'IPCATECHOL'; 'PRCOFORM'; ...
'LMLKACO'; 'EBENZOL'; 'C811PAN'; 'ALLYLOH'; 'C87OOH'; 'C729PAN'; 'C141CO3H'; 'NLMKAO2'; 'C926O2'; 'CHCL2CHOH'; ...
'OETLMUCO2H'; 'EBENZO2'; 'C719NO3'; 'C127NO3'; 'C4NO32M1O'; 'IPROPOLO2H'; 'ETOC2O2'; 'EPXEKTCO3'; 'HMACROH'; 'EIPKBO'; ...
'NC8H18'; 'H1C23C4CHO'; 'LMKAOOH'; 'C929O2'; 'C6H5CH2CHO'; 'PROPGLY'; 'CO2C54CO3'; 'C6H5C2H4O'; 'IEC2OOH'; 'TM135BZOL'; ...
'OXYLOH'; 'OXYLOL'; 'SBUACAOH'; 'C524OH'; 'OXYFUONE'; 'CO23C4CO3'; 'C524O2'; 'SC4H9O'; 'OXYLO2'; 'CCL2OHCOCL'; ...
'C72O'; 'C621OOH'; 'TM124BO2'; 'CO1M22CO2H'; 'LMKBOOH'; 'C96OOH'; 'HOCHOCOOH'; 'PETLMUCPAN'; 'HEX3ONAO'; 'C617O'; ...
'CHOC3COOOH'; 'PACLOOA'; 'C52OH3OOH'; 'MMALNBCO2H'; 'C94O'; 'NMBOBCO'; 'C56NO3'; 'DNOETOLOOH'; 'MACROHO'; 'EBZBPERNO3'; ...
'C620OOH'; 'NBUTOLBOOH'; 'MIPKBOOH'; 'C624CO3H'; 'C97OOH'; 'PBZQOOH'; 'NPPRBQO'; 'CH3COCH2O2'; 'DM124OOH'; 'ISOPAOH'; ...
'C5DCO2CO3H'; 'PAN'; 'C77OH'; 'OXNCATECH'; 'OXNCATECO'; 'DETLMUO3H'; 'C77O2'; 'EBZMUCCO'; 'MPRKBOOH'; 'BCKSOZ'; ...
'PCATECOOA'; 'LIMAO2'; 'C733OH'; 'CCL3CH2OH'; 'M22C4OOH'; 'NPETLQO'; 'EPXMEDLPAN'; 'HMACO3'; 'C42OOH'; 'CH3CHOHCO3'; ...
'CO3C85OOH'; 'ETBEBOH'; 'C520OH'; 'MEMOXYCHO'; 'HO24C4CHO'; 'HOC3H6CO3H'; 'NIPBFUONE'; 'OCTOOH'; 'C6DIALO'; 'MACRNOOA'; ...
'MCOOTBOOH'; 'LIMAOH'; 'CCL3CH2O2'; 'EBZPOXMUC'; 'TM123OBPOH'; 'MIBKAOHBO'; 'CO3C4CHO'; 'C52OH'; 'DIETETHER'; 'C43NO3PAN'; ...
'NOPINCOH'; 'C829O2'; 'BUT2OLOOH'; 'C74O'; 'IPROACETO'; 'NOPINCO2'; 'C829OH'; 'C42MNO3OOH'; 'C52O2'; 'C722O2'; ...
'HC4ACO2H'; 'DICLETO2H'; 'C55O'; 'C7CDCCO2H'; 'C818O'; 'DNOXYOLO'; 'H2M2C65O2'; 'CO2C3CO3H'; 'DMKCOOH'; 'NC12H26'; ...
'M33C4NO3'; 'C65OH4OOH'; 'C4OH2CO3'; 'ACETC2H4O2'; 'IPEBOOH'; 'M2PEDO'; 'HOCH2CO3H'; 'C6EO2OHPAN'; 'PR2O2HNO3'; 'TLEMUCCO3H'; ...
'SBUACCOOH'; 'ME3BUOLO2'; 'C526NO3'; 'C6COCHOO'; 'CH3COCH2O'; 'M3BU3ECO3'; 'MXYQOH'; 'HEX2ONBO2'; 'C6H5CH2O'; 'LMKAO'; ...
'C87CO3H'; 'C84OH'; 'HO4C5CO3H'; 'MXYQO2'; 'MTBEAALNO3'; 'PHCOME'; 'PMALNHY2OH'; 'C732NO3'; 'C1011OH'; 'HO2C4CO3'; ...
'NOXYOLO2'; 'C6DCARBBO2'; 'METLBPROOH'; 'MPRKAO'; 'ETBEBO'; 'C536OOH'; 'HO1CO24C5'; 'HO1CO24C6'; 'EIPEO'; 'PETOH'; ...
'C5O5OHCO3H'; 'H3M3C5CO2H'; 'C527O'; 'NOXYOLOH'; 'C1011O2'; 'HC4CCO3H'; 'EIPKBNO3'; 'C5DICARB'; 'M23C4'; 'INB2O'; ...
'PXYLOH'; 'C3EDIALO2'; 'PXYLOL'; 'BCSOZOOH'; 'NC730O'; 'NT124L1O'; 'HMACROOH'; 'PE2ENEBO2'; 'OXYLNO3'; 'DM124OHNO2'; ...
'M2PEDNO3'; 'HO4C5CO3'; 'C531OOH'; 'C3H7CHOOB'; 'C3H7CHOOA'; 'CO3C5CO3'; 'BCSOZ'; 'ACEBUTBONE'; 'C7MCO3OHO2'; 'C3EDIALOH'; ...
'PXYLO2'; 'CO245C7'; 'PTLQCO'; 'BOXPOLBNO3'; 'CO2H3CO3'; 'NPBNZOLO'; 'CHOC4O'; 'MTBKOH'; 'NBUTDBNO3'; 'PNCATECO'; ...
'PNCATECH'; 'C4MCONO3OH'; 'C1013OH'; 'C5H11CHO'; 'C7DICARB'; 'C5DBECO3'; 'C108OOH'; 'NMXYOL1OOH'; 'CLGLYOX'; 'TMB2FUOH'; ...
'PRONEMOOOH'; 'DIBRETO2H'; 'TM123O2'; 'OETLQONE'; 'C4MCONO3O2'; 'C4PAN10'; 'CISOPAO2'; 'C62NO33O2'; 'C524OOH'; 'C31CO3H'; ...
'C4H9CO3'; 'C611O'; 'MTBKO2'; 'C7236CO'; 'SBUACONEO2'; 'HCC7CO'; 'PRONEMOX'; 'C2H5MECOO'; 'C61CO3H'; 'C23O3ECO3H'; ...
'TMBNO3'; 'PEBQO2'; 'BCCNO3'; 'NPETOL1O'; 'C77OOH'; 'NC101O'; 'C96O'; 'HO3C5CO2H'; 'C4OH2CO3H'; 'PPRBQONE'; ...
'BUTALO'; 'MIBK'; 'PEBQOH'; 'CCL2CH2'; 'INAHCO3'; 'NBUTOL'; 'C137OOH'; 'C525OOH'; 'C4CHOAO2'; 'C137CO2H'; ...
'MTNNCATCO2'; 'HO2C6O2'; 'NC71CO'; 'CHOC4OHO'; 'C4ME2OHO2'; 'C3DIOLOOH'; 'C45IC5CHO'; 'TM124OXMUC'; 'HCOCH2CHO'; 'PBENZOL'; ...
'NLIMALOH'; 'C614NO3'; 'C74OOH'; 'HEX3ONBOOH'; 'CNO3CLO'; 'BOXEOHBNO3'; 'TLBIPERO'; 'M2HEX'; 'MPRANO3O2'; 'C518CO3H'; ...
'PRNFORMOOH'; 'HM22C3CHO'; 'OXNCATCOOH'; 'ACBUONEBO2'; 'CYC6DIONE'; 'ACEC2H4NO3'; 'CYC6DIONO'; 'C4ALDB'; 'NTMB1FUO2'; 'HO13C3CHO'; ...
'C85CO3H'; 'BPINBOOH'; 'MXNCATCOOH'; 'C58NO3CO3'; 'C811OH'; 'C101O2'; 'ETHACETOOH'; 'HM22C3NO3'; 'C7DCO'; 'HO12C5'; ...
'NCRESO2'; 'C6CO134PAN'; 'PE2ENEANO3'; 'METLQOH'; 'MCATEC1O'; 'PXYOLOH'; 'CO2C54CO2H'; 'METLQO2'; 'PETOLOOH'; 'TC4H9O'; ...
'H3C25CCO2H'; 'H3C25C6OOH'; 'NCRESOH'; 'OETHTOL'; 'C829NO3'; 'C811O2'; 'HNMVKO'; 'OTNCATECO2'; 'MMF'; 'C610NO3'; ...
'NORPINAL'; 'C6H5CH2NO3'; 'CLETO2H'; 'C95OOH'; 'H3C25C6PAN'; 'DNEBNZLO'; 'PETOLO'; 'C23O3CCO2H'; 'PEANO3'; 'HYPROPO2H'; ...
'METLMUCNO3'; 'C9M3CO'; 'T124CATECH'; 'NDMMALYOOH'; 'INCNCHO'; 'C7MCO2OOH'; 'C57O'; 'H3M2C4CO3H'; 'OXYBIPENO3'; 'DMEBMUOOH'; ...
'NC61CO3H'; 'C517OOH'; 'CHOBR'; 'MTNNCATCO'; 'C89PAN'; 'C52NO31OOH'; 'NT124L1OOH'; 'CHOC4DOLO'; 'C134OOH'; 'C734O'; ...
'C2H5O'; 'APINOOB'; 'APINOOA'; 'C3M3OH2CO3'; 'NDNMXYOLO'; 'C113OOH'; 'HO7CO10C12'; 'DNPHENOOH'; 'ECO4'; 'C62CO3'; ...
'H2M4C65OOH'; 'C518CO3'; 'NBUACAOOH'; 'C148O'; 'C103OOH'; 'ME3BUT1ENE'; 'H13CO2CO3H'; 'IPRCHO'; 'C516OOH'; 'CO24C6O'; ...
'DNMETOLOOH'; 'C65NO36O2'; 'PHCHOO'; 'IECCHO'; 'M3PEAOOH'; 'M3PEBOOH'; 'MC3CODBPAN'; 'IPROMC2NO3'; 'OETLBPR2OH'; 'OETLBIPNO3'; ...
'C5O45OHCO3'; 'HO3C5CHO'; 'PROL11MO2'; 'MALANHYO2'; 'DMEPHOLOOH'; 'NDMMALYO2'; 'NPBFUO2'; 'LMKBO2'; 'CO25C6O2'; 'HO13C4NO3'; ...
'C4DBDIKET'; 'APINBCO'; 'TLFUONE'; 'C64OH5OOH'; 'C617CHO'; 'C136NO3'; 'IEB4CHO'; 'MMALNHYOOH'; 'NC4H9O2'; 'CO25C6OH'; ...
'LMKBOO'; 'CO234C6OOH'; 'C3DBCO3H'; 'C7BDICARB'; 'PETLBIPNO3'; 'C525O'; 'MTBKOOH'; 'C52OH1OOH'; 'HO24C5OOH'; 'HO3C96NO3'; ...
'GAOO'; 'BOXCOCHOO'; 'PXYLCO3H'; 'BUT2OLNO3'; 'T124CT1OOH'; 'M3C4CO3H'; 'C628O'; 'C51O2'; 'IECPAN'; 'HIEB1O'; ...
'INB1HPCO3H'; 'BPINENE'; 'C107OOH'; 'C51OH'; 'LMLKBO'; 'CH2CLO2'; 'C142OH'; 'MMALNBPAN'; 'PBFUO'; 'C3ME3CHO'; ...
'MXYFUOOH'; 'CHOC2CO2H'; 'MEKCO'; 'C618CO3H'; 'C613O'; 'C612O2'; 'EMALANHYO'; 'PHENOOH'; 'CHCL2CL2O'; 'NPETOLO'; ...
'ETOMECO2H'; 'C5124COCO3'; 'BCBO'; 'COHM2CO3'; 'CH3CHCLOOH'; 'C4M22CONO3'; 'LIMKET'; 'HO2C43CHO'; 'C531CO'; 'METOH'; ...
'HNO3'; 'PETLPOXMUC'; 'C53NO32CO'; 'C514NO3'; 'PPEN'; 'C612OH'; 'C6H5C2OOH'; 'C76O'; 'MO2EOLANO3'; 'ISOP34O'; ...
'EOCOCHO'; 'CO3H4CO3'; 'IPEBOH'; 'OETOLOOH'; 'ACCOPRONE'; 'C523OH'; 'CHCL2CL2O2'; 'M2PECOH'; 'H13M3CO4C5'; 'NC826O'; ...
'COHM2PAN'; 'CO45C5CHO'; 'CHOOCH2O2'; 'C98O'; 'C7BDCO2'; 'C64OH5NO3'; 'C7BDCOH'; 'NMBOBO2'; 'CHOOCH2OH'; 'CH3COCCLO2'; ...
'CHCL2CH2O2'; 'IBUTDIAL'; 'PBZBIPERO'; 'M2PECO2'; 'CHCL2CL2OH'; 'C729CO3H'; 'IPEBO2'; 'PRPAL2CO3H'; 'ETACETOH'; 'C1310CO'; ...
'LIMALNO3'; 'C5HPALD2'; 'C5HPALD1'; 'UDECOOH'; 'CO356OCO'; 'C84OOH'; 'HO2M2C4O2'; 'NC4H9NO3'; 'CH3CCH3OOA'; 'NMXYOL1O'; ...
'NC102O2'; 'ACCOMCOMO'; 'CL12PRBO'; 'IPBFUONE'; 'NAPINAOOH'; 'C101O'; 'C45NO3'; 'NLIMO'; 'LIMALO2'; 'C72OH'; ...
'METACETO2H'; 'DM123O2'; 'COCCOHNO3'; 'CH3CCL2OH'; 'HCOCH2OOH'; 'MCOCOMOOOH'; 'C63NO32CO'; 'C720OOH'; 'C7M6CO2OOH'; 'C7M6CO2OH'; ...
'NBZFUONE'; 'DMCO'; 'C7M6CO2O2'; 'ETOMENO3'; 'NIPBNZOLO2'; 'BUT2CHO'; 'HO2C3CHO'; 'CH3CCL2O2'; 'NOPINOOA'; 'C43NO34OOH'; ...
'EPXM2DCO3H'; 'C72O2'; 'COCCOHCO'; 'IP3ODBCO2H'; 'C23O3ECHO'; 'LIMALOH'; 'C7CO3OHO'; 'PE1ENEAO'; 'BUFORMO'; 'NDMMALYO'; ...
'C23O3CCHO'; 'INDHPCHO'; 'DMMALYOH'; 'C734CO'; 'HO1MC5O'; 'TM123BNO3'; 'MBOBO'; 'DMMALYO'; 'C23O3MOH'; 'C65NO36CO3'; ...
'C78OOH'; 'C4M2NO3OOH'; 'C5CO234'; 'PBZMUCCO2H'; 'INCNPAN'; 'C4CO2O2'; 'HO3C4CHO'; 'IPEAOOH'; 'NBUTOLAOOH'; 'OETLQO'; ...
'OETLPOXMUC'; 'DMMALYO2'; 'C5124COPAN'; 'HOC6H4NO2'; 'C4CO2DBCO3'; 'C66NO35O2'; 'DIEKAO2'; 'DECOOH'; 'C51O'; 'MBOANO3'; ...
'MNCATECH'; 'C8BCOH'; 'MNCATECO'; 'INB1OH'; 'IPRCOMO'; 'MO2EOLAO2'; 'NC5MDCO2H'; 'EBZBIPERO2'; 'C116CHO'; 'PEAO2'; ...
'NOPINCNO3'; 'MPRKAOOH'; 'C8CO3OHO2'; 'CO2M33CO3H'; 'CHOC2CO3'; 'HO3C6OOH'; 'INB1O2'; 'C1011OOH'; 'DMCOOH'; 'C8BCO2'; ...
'HO1CO34C5'; 'HO3C106O'; 'LIMCNO3'; 'DNMETOL'; 'NMGLYOX'; 'HM22C3OOH'; 'STYRENO'; 'STYRENE'; 'BRETO3H'; 'CO25C6CO3H'; ...
'C87OH'; 'C823O'; 'IPROMCCHO'; 'CH3SO'; 'CO23C54OOH'; 'C46CO3H'; 'C87O2'; 'BUTONENO3'; 'C5CO2OHCO3'; 'C58ANO3'; ...
'PERPINONIC'; 'NC4DCO2'; 'C830CO3H'; 'ECATEC1O2'; 'CHOCOCH2O'; 'C88OH'; 'C108O2'; 'C519O2'; 'H2C3OCO2'; 'BRETAL'; ...
'HEXBO'; 'CHCL3O'; 'C68NO3'; 'C108OH'; 'BZBIPER2OH'; 'C88O2'; 'ETBEACO3H'; 'C45O2'; 'C6CO3HO14'; 'HMPAN'; ...
'C7EDCO'; 'OETLMUCO2'; 'HO1CO3CHO'; 'H2C3OCNO3'; 'H13M3C5NO3'; 'C4CONO3OOH'; 'C6O4KETOOH'; 'ACEBUTONE'; 'C535OOH'; 'C147OOH'; ...
'DIIPRETNO3'; 'C131CO2H'; 'C645OH'; 'NMXYFUO'; 'CY6DIONOOH'; 'MTBEBOOH'; 'NC4IPDCO2H'; 'MIBKHO4O2'; 'H3NCO2CHO'; 'C7DDCCO3H'; ...
'MEKAO'; 'C828O'; 'C7ADCCO2'; 'C7ADCCO3'; 'C6H5O2'; 'EBFUCO'; 'INCCO'; 'CISOPCO'; 'PEBNO3'; 'C923O'; ...
'MC7CO2OOH'; 'C917OOH'; 'C4ME2OHO'; 'PRONFORM'; 'LIMALBOOH'; 'DMEBPR2OH'; 'CH3OCH3'; 'NDNPETOLO2'; 'H3M3C6O2'; 'HEX3ONCOOH'; ...
'MIPKAOOH'; 'C7CO3OHO2'; 'C1211OOH'; 'NAPINAO'; 'C812O2'; 'MIBKAOOH'; 'EMPHPAN'; 'OXYOLOOH'; 'C4M2ALOHO2'; 'M3BUTAL2O'; ...
'DETLBPROOH'; 'NMXYOLO'; 'H25M2C6'; 'C812OH'; 'OXYLAL'; 'C105O2'; 'C5CO23O2'; 'C718CO2H'; 'HOC4H8OH'; 'OXCATEC1O2'; ...
'NBPINBO2'; 'BOX2OHAOOH'; 'IPCATC1OOH'; 'C515PAN'; 'SA'; 'CH3OCHO'; 'C6DIAL'; 'C6NO3COOOH'; 'C6EO2OHCO3'; 'DNT123LOOH'; ...
'PXNCATECO2'; 'EIPEOH'; 'M2PEDOOH'; 'PRNO3PAN'; 'C6O4KETO'; 'C129OH'; 'C4ME2OHOOH'; 'MIPKBOH'; 'C4MCONO3O'; 'NC4MDCO2'; ...
'INCO'; 'H25M3C6'; 'MIPKBO2'; 'ME3BUOLOOH'; 'MTCATECOOA'; 'EPXKTMCO2H'; 'HO3C96O'; 'C152O'; 'EIPEO2'; 'CH3O2NO2'; ...
'C136OOH'; 'C88CO3'; 'C823CO3'; 'NMBOBOOH'; 'C103O'; 'DIEKAOH'; 'C66NO35OH'; 'HOC2H4CHO'; 'PHIC3OH'; 'HEXAOH'; ...
'PHCOMEOOH'; 'C141CO2H'; 'C4DBMEPAN'; 'DNMXYOL'; 'SBUACETAO'; 'C3ME3CO2H'; 'HEXAO2'; 'PHIC3O2'; 'C61CO3'; 'PXNCATCOOH'; ...
'HOIPRCO3'; 'PE1ENEBNO3'; 'C535O'; 'APINBNO3'; 'OETLBIPRO2'; 'HCOOH'; 'C58NO3PAN'; 'BZFUONE'; 'NMEBFUO'; 'C5CO23CHO'; ...
'C4CHOAOOH'; 'C4ME3HO12'; 'BPINBO'; 'HO3C126O'; 'C718NO3'; 'C810NO3'; 'C710O2'; 'HOCH2CO3'; 'C512CO3'; 'CH2OOG'; ...
'CH2OOF'; 'CH2OOE'; 'CH2OOD'; 'CH2OOC'; 'CH2OOB'; 'CH2OOA'; 'CO3H4CO3H'; 'C63OOH'; 'C4NO3CHO'; 'SO2'; ...
'PETLBIPRO'; 'BUT2OLO'; 'NMETOL1O'; 'C511OOH'; 'MC4CODBCO2'; 'MC4CODBCO3'; 'PRCOOMO'; 'ETOMEO'; 'CLOHCO2H'; 'NBUACBOOH'; ...
'PXYMUCOOH'; 'MPRBNO3O'; 'C53O'; 'C828CO3'; 'MEKAO2'; 'IPNNCATCO2'; 'PE2ONE1OOH'; 'MC7CO2O2'; 'METLBIPRO'; 'C68O'; ...
'ACETMECO3H'; 'MC7CO2OH'; 'LIMALAOOH'; 'MEKAOH'; 'C65OOH'; 'C7DCOOH'; 'PROL1MCHO'; 'C4MCO2O'; 'H1CO23CHO'; 'NMXYFUOOH'; ...
'DMSO2'; 'HEX3ONE'; 'C929O'; 'HOC4CHOO'; 'C126OOH'; 'MPHCOMEOOH'; 'C82O'; 'C617OH'; 'DIEKAO'; 'NLIMOOH'; ...
'CH3CCL2O'; 'C821O'; 'C522CO2H'; 'C7DCCO3H'; 'CHCL2CHCL2'; 'HOCH2CH2O2'; 'NSTYRENEO'; 'CO12C4CHO'; 'IEAPAN'; 'C617O2'; ...
'DETLMUCO'; 'BUTALNO3'; 'DE35TNO3'; 'C729O'; 'ME3BUOL'; 'COC4NO3OOH'; 'NCATECHOL'; 'ETBEAPAN'; 'C622CO3'; 'MACROHO2'; ...
'C629OOA'; 'C127OOH'; 'ETOLNO3'; 'NPXYQOOH'; 'H1C23C4CO3'; 'C823CO3H'; 'ETACETNO3'; 'C711OOH'; 'CH3SO2CHO'; 'BUTALAO2'; ...
'CH3CO2H'; 'CL2OHCHO'; 'EMPHCOMOOH'; 'C3COCCHO'; 'APINAOOH'; 'IPMLNHYOOH'; 'CO25C6'; 'CO25C7'; 'C928O2'; 'C4CHOBNO3'; ...
'C715OOH'; 'C5DBCOCO2H'; 'HO3C4O2'; 'C6CO3OH5O'; 'NMETOL1OOH'; 'C3DIALO2'; 'EPXEKTCO2H'; 'EMPHOOH'; 'ACETMEPAN'; 'CPENT2ENE'; ...
'NORLIMOOH'; 'DNOETOLO'; 'MCOOTBO'; 'NOPINBOOH'; 'NDNT123OOH'; 'C57AO2'; 'HO3C4OOH'; 'C114OOH'; 'C519OOH'; 'BOX2E2OH'; ...
'NBUTOLBNO3'; 'ECO3CO3'; 'INB2O2'; 'BCALCCO'; 'TM123OLO'; 'C624O'; 'C6O4KETO2'; 'PBENZOOH'; 'CH3COCL'; 'NIPRBQO2'; ...
'M2BUOL2NO3'; 'DNT124LOOH'; 'DIETETOH'; 'PINONIC'; 'HM22C4NO3'; 'C2OHOCO2H'; 'C85OOH'; 'ISOPBOH'; 'C135O2'; 'HOBUT2CO2H'; ...
'HPC52O2'; 'CISOPAO'; 'CCL3CO3H'; 'BCALCO'; 'C47PAN'; 'C69OOH'; 'ISOPBO2'; 'C6COCHOO2'; 'BOXPR2OH'; 'C6TRONOHO'; ...
'C126OOA'; 'M3HEXBO'; 'DIIPRETO'; 'PHPTN'; 'PRONFORMO'; 'MCOOTBNO3'; 'PBZMUCO2'; 'C5134CO2OH'; 'CHCL2CO3'; 'C4CONO3O'; ...
'H3M3C6O'; 'C519O'; 'OCTNO3'; 'INAO'; 'C76O2'; 'NC524O'; 'TMBCO2H'; 'C151O'; 'DMEBMUO3H'; 'CH2CL3O'; ...
'NCATECO2'; 'M2PEANO3'; 'EOX2OLAOOH'; 'M22C4NO3'; 'C51OH2CO'; 'INAHPCO3H'; 'PBZMUCOH'; 'C105O'; 'CHCL2CH2O'; 'C721CO3'; ...
'IPRMEETO2'; 'IPBENZOOH'; 'HYPROPO2'; 'MVKO2'; 'PHCOCOME'; 'EBZBPER2OH'; 'OXYMUCCO3H'; 'C5CO234OOH'; 'MVKOH'; 'C89OOH'; ...
'ACETC2CO3'; 'MVKOO'; 'C8DBCO2PAN'; 'C721O2'; 'C537O'; 'NNCATECO'; 'NC3CO2H'; 'NCRESOOH'; 'IPRMEETOH'; 'NMETOLOH'; ...
'CH3COPAN'; 'TM135BPOOH'; 'C619OOH'; 'C519CO2H'; 'CH2CHCH2O2'; 'TBOCOCH2O2'; 'TBOCOCH2OH'; 'NC72OOH'; 'PTCATEC1O2'; 'OXYMUCO'; ...
'NDEMPLOOH'; 'C622CO3H'; 'BOXCOALOOH'; 'HO25C7'; 'HO25C6'; 'DMEBIPRO'; 'C5124COO'; 'NMETOLO2'; 'HO2C54O2'; 'PROL11MOOH'; ...
'BZOBIPEROH'; 'NO3CH2CO2H'; 'C51NO32O'; 'HOC3H6CHO'; 'C618CO3'; 'NIPRBQO'; 'ACCOCOMEO2'; 'NMEBFUO2'; 'C42CHO'; 'CLCO2H'; ...
'H2M5C65OOH'; 'C4M3NO32O'; 'HOC4CHOOOH'; 'MALDIALO2'; 'HEX3ONDNO3'; 'M2HEXBO'; 'BOXMCO2H'; 'MTBEAO'; 'C1012OH'; 'C69OH'; ...
'MXYEPOXMUC'; 'CO235C6CO3'; 'CO2C3OOA'; 'PHCOET'; 'BCKBO'; 'OETOLO2'; 'NC7H16'; 'C145O2'; 'CH2CLCH2OH'; 'C827O'; ...
'NOXYOLO'; 'EOX2COMEOH'; 'CH2CLCH2O2'; 'C145OH'; 'EPXMEDCO3H'; 'C106NO3'; 'OETOLOH'; 'C41OH'; 'NPROACEBO'; 'MBOAO2'; ...
'C732OOH'; 'C1012O2'; 'C69O2'; 'C615CO2O'; 'C615CO2H'; 'CO1C6O'; 'C5CO234O'; 'ECATECHOL'; 'C7ADCOOH'; 'C924OOH'; ...
'PRONFORMO2'; 'IC4H9NO3'; 'C131O'; 'C8CO3OHO'; 'NBUACCNO3'; 'PROPACID'; 'IBUTOLBO2'; 'PINALO'; 'NC1313O'; 'C1210NO3'; ...
'C5EDBPAN'; 'DMMBOOH'; 'HO5C6CO3H'; 'METACETHO'; 'MXYMUCCO2H'; 'C524NO3'; 'C14O3PCHO'; 'C67NO3'; 'PETHTOL'; 'M3PECNO3'; ...
'MC6CO2O'; 'CO2C5OH'; 'C7M2CO5O'; 'MTBEALCO2H'; 'C3MCOCO2H'; 'C65OH4O'; 'C5CO23OOH'; 'NONO2'; 'NONOH'; 'C23C54CHO'; ...
'CO2M33CHO'; 'ISOP34NO3'; 'H3M3C4CO3'; 'ETBEBO2'; 'TM123BPRO2'; 'NBUTDBOOH'; 'C31CO3'; 'C92O2'; 'C822CO2H'; 'C924CO'; ...
'C619O'; 'OXYMUCO2'; 'C716O2'; 'BUOHFORM'; 'TM135MUPAN'; 'INCOH'; 'PRCOOPROL'; 'INCO2'; 'NOXYQOOH'; 'C716OH'; ...
'TM124O'; 'C4MCO2OOH'; 'OXYMUCOH'; 'C626O'; 'TM124B'; 'C121O2'; 'METLQONE'; 'MXYOLO'; 'OXYL1OOH'; 'TM124MUCO'; ...
'H3M3C6OOH'; 'C619CO'; 'TMBOOH'; 'HO3C126OOH'; 'ACRO2'; 'BCKBNO3'; 'C4NO32MOOH'; 'C533OOH'; 'BPINANO3'; 'C626CO2H'; ...
'EGLYOOB'; 'BUTDCOOH'; 'T124NCATO'; 'M22C43OH'; 'M22C43O2'; 'NC3H7OOH'; 'BCALAO'; 'M2BKAO'; 'DETLMUNO3'; 'ACROO'; ...
'DNOETOL'; 'PINALNO3'; 'PE2ENEBNO3'; 'DIEKAOOH'; 'C3M3OHCO3H'; 'C136CO3H'; 'C7CO2DBPAN'; 'ETOMEOH'; 'CO1M22PAN'; 'NC526O'; ...
'PETLQOOH'; 'C42CHO2O'; 'C23O3MCPAN'; 'TLEMUCO'; 'PRCOOMO2'; 'C511CO3'; 'T123CAT1O2'; 'METHCOACET'; 'PXYLNO3'; 'CL12PRAOOH'; ...
'KLIMONIC'; 'TLEMUCCO3'; 'MC6CO2OOH'; 'C107O'; 'HCOCO'; 'MALDIALO'; 'C96NO3'; 'C526O2'; 'NT124L1O2'; 'DNT124LO'; ...
'C143OOH'; 'M2BUOL2OOH'; 'TM124OOH'; 'MXYMUCO2'; 'HO2C54CO2H'; 'C58NO3CO2H'; 'MXYMUCOH'; 'C7DCCO2'; 'C7DCCO3'; 'C116CO'; ...
'C821O2'; 'C531O'; 'C6H5O'; 'C512OOH'; 'HCOC5'; 'C113NO3'; 'MBKCOOHOOH'; 'PHIC3OOH'; 'C7EDCO2'; 'EPXMKTCO2H'; ...
'PBFUO2'; 'BCKBO2'; 'C4MOHOCO3'; 'TLFUO2'; 'C139OH'; 'H2MC5NO3'; 'IPEANO3'; 'OCCOHCOH'; 'NDNIPBZLO2'; 'NDNMXYOLO2'; ...
'C622O2'; 'OCCOHCO2'; 'C59O2'; 'TLFUOH'; 'C139O2'; 'C112O2'; 'NMXYFUO2'; 'MTBEACHOO'; 'CHCL2PAN'; 'C23O3MCO3H'; ...
'BCKBOO'; 'C7EDCOH'; 'HPNC524CO'; 'PBFUOH'; 'ACCOMECHO'; 'COO2C3CO3'; 'OXYLO'; 'HMVKBO2'; 'IPRACBCO2H'; 'BIACET'; ...
'DMEBMUPAN'; 'APINAO2'; 'HCOCO3H'; 'NOXYOLOOH'; 'OXYBPEROOH'; 'C3ME3CHOO2'; 'C7MOCOCO3H'; 'DETLBIPRO'; 'C64O'; 'M33C3CHO'; ...
'NOETOL1O2'; 'PRONOCOMO2'; 'LIMONONIC'; 'C65NO36OOH'; 'NBPINBO'; 'NC91CO3H'; 'C4MOHOCO3H'; 'ENCATECOOH'; 'EOX2EOLBO'; 'C5CO34CO3'; ...
'PBZQCO'; 'C86O'; 'PRCOOPRONE'; 'NONO'; 'CH3OOH'; 'CH3SCH2OOH'; 'H2MC5O'; 'CH2CLO'; 'CO3C85O'; 'CH2CL2'; ...
'PHENO'; 'IPRACBNO3'; 'C2H6'; 'C2H4'; 'C2H2'; 'C6CO2M2OH'; 'CO13C4OH'; 'HM33C3O'; 'MPRBNO3CO3'; 'C626CHO'; ...
'OXYMUCPAN'; 'C728OH'; 'C712OOH'; 'INANCO'; 'NC728O2'; 'CH3COCLOOH'; 'C4NO3COOOH'; 'C133O'; 'CBUT2ENE'; 'DNOXYOL'; ...
'C65NO3PAN'; 'NDNOETOLO2'; 'COO2C3CO3H'; 'HM2C43CO3H'; 'CO1H63OOH'; 'NC728OH'; 'HO3C5OOH'; 'C728O2'; 'HO14CO2C4'; 'MO2EOLAOOH'; ...
'HO2C54OOH'; 'C41NO3'; 'C928OH'; 'PPN'; 'PXYLAL'; 'CO1C6O2'; 'HEX3ONDOOH'; 'C727O2'; 'IPBENZO2'; 'C915OOH'; ...
'TBUT2ENE'; 'CO36C9'; 'CO1C6OH'; 'IPBENZOL'; 'MALANHYO'; 'CHOOMCO3H'; 'TM124BCO2H'; 'DNT124LO2'; 'MO2EOLBOOH'; 'NDNIPBLOOH'; ...
'H2M5C65NO3'; 'NPBNZ1O'; 'PBENZOLOH'; 'PETOLOH'; 'NEBFUO'; 'NC4DCO2H'; 'BR'; 'PETLMUCO3H'; 'C116CO2H'; 'C42NO33O'; ...
'C914OOH'; 'LMLKAO2'; 'APINCO'; 'LMLKAOH'; 'CHOC4OHOOH'; 'IPRBQOH'; 'CH3SO2OOH'; 'EPXMALKT'; 'C620O'; 'MNO3COC4O2'; ...
'IPEAO2'; 'PBENZOLO2'; 'APINENE'; 'CHEXO2'; 'C45O'; 'C6PAN18'; 'C6PAN19'; 'HEXBOOH'; 'C6PAN10'; 'C6PAN11'; ...
'C6PAN12'; 'C6PAN13'; 'C6PAN14'; 'C6PAN15'; 'C6PAN16'; 'C6PAN17'; 'C916O2'; 'PGLYOX'; 'C6H5CH2OH'; 'C23O3EOH'; ...
'ACCOCOMEO'; 'C23O3EO2'; 'M2BKBOOH'; 'C6H5CH2O2'; 'C916OH'; 'C4M2NO32O'; 'HM33C4OOH'; 'C919OOH'; 'EPXDLCO3H'; 'LIMALOOH'; ...
'NC2OO'; 'LIMALOOA'; 'OXYQO'; 'NLIMALOOH'; 'IC4H9O2'; 'PBZMUCCO'; 'C914CO'; 'CHOOCHO'; 'C515O'; 'TM124MUPAN'; ...
'NEBNZOLO'; 'C813OH'; 'C918CO3'; 'DM35EBO2'; 'ACBUONEBO'; 'PEBQOOH'; 'NEOPO'; 'C131OOH'; 'HOCO4C5OOH'; 'PR2OHMOX'; ...
'PETLBPROOH'; 'C53NO32OOH'; 'IPECNO3'; 'HO36C12'; 'C66CO'; 'ACETC2H4O'; 'C8OHCO2PAN'; 'CCLNO3CO'; 'OXYLCO3'; 'C6HOCOOOH'; ...
'HO2C54CHO'; 'CO2C4CO2H'; 'NDNT124OOH'; 'C47CHO'; 'C618OOH'; 'OETLBPROOH'; 'MSA'; 'CO2C4CO3'; 'C58AO'; 'CO3C75O2'; ...
'CHOOCH2NO3'; 'C534O2'; 'C818OH'; 'C720NO3'; 'NPEBQO'; 'C1012O'; 'C818O2'; 'H3C2C4CO3H'; 'C4COMOHOOH'; 'TM123BOOH'; ...
'IPMLNHY2OH'; 'ECO3PAN'; 'C533O'; 'C61CO'; 'C6M5CO2OOH'; 'BCLKBOH'; 'NC826OH'; 'C128OH'; 'HEX3ONANO3'; 'BCLKBOC'; ...
'M23C4O2'; 'CHOPRNO3'; 'C1011NO3'; 'HM22COCHO'; 'PENTACID'; 'MACROH'; 'MACROO'; 'ETHO2HNO3'; 'HM33C4OH'; 'CH2OHCCLOH'; ...
'C732CO3'; 'CH2OHCCLO2'; 'NBZQO2'; 'HM33C4O2'; 'MACRO2'; 'C2H5CHOO'; 'BOX2COMOH'; 'NPETOL1O2'; 'MXYOBPEROH'; 'IPNCATECO2'; ...
'DECNO3'; 'M23C4OH'; 'C4ECO2O'; 'C128O2'; 'C822OOH'; 'BCLKBO2'; 'IPEBO'; 'TOL1OHNO2'; 'EOX2ETB2OH'; 'HO2C6O'; ...
'CH3OCH2OOH'; 'C731CO3H'; 'MPRANO3OOH'; 'C59O'; 'NBZQO'; 'C65O2'; 'CO2H3MCO3H'; 'MECOACETO'; 'HOIBUTCHO'; 'PEBO2'; ...
'PEBOH'; 'NTM123OLO'; 'C65OH'; 'C14O3IPCHO'; 'DNEBNZLOOH'; 'CCL3PAN'; 'C61NO3'; 'HOCO3C54O2'; 'NBUTDAO'; 'MXNNCATCO2'; ...
'CLCOCLOOH'; 'C1311O'; 'C1012CO'; 'C6COCHOCO3'; 'NC91PAN'; 'C3EDIALO'; 'PTLQO'; 'C89CO3H'; 'CCL2CL2OOH'; 'HMVKAO'; ...
'IPBZBIPRO2'; 'C927OOH'; 'CL12PAN'; 'OET1O2'; 'HO24C4CO3H'; 'C510O2'; 'INB1NBCHO'; 'C715O2'; 'C67OH'; 'C7ADICARB'; ...
'C1211CO2H'; 'MTBEBNO3'; 'PXCATECOOA'; 'C1014O2'; 'HC3CO3'; 'C2CL2OHO2'; 'HO124C5'; 'C4OCCOHCOH'; 'C135O'; 'C1011CO'; ...
'MO2EOLA2OH'; 'C96OH'; 'C5NO3CO4O2'; 'C96O2'; 'C5NO3CO4OH'; 'CO2M3C4CO3'; 'PECOOH'; 'C4NO3OCO'; 'C51CO3H'; 'C4OCCOHCO2'; ...
'DEC3ONE'; 'C113O'; 'NPXYFUO2'; 'CH3CHCLO'; 'LIMALBCO'; 'TM124OLO2'; 'C918PAN'; 'HO3C126O2'; 'PTLQOH'; 'C4CHOBO2'; ...
'C821OOH'; 'C622OOH'; 'C4CO2O'; 'C1210PAN'; 'M22C3CHO'; 'HO2C5O2'; 'HC4PAN'; 'C6NO3CO4OH'; 'HO2C5OH'; 'ECATEC1O'; ...
'CHEXNO3'; 'CO25C6O'; 'C923OOH'; 'HEX2ONBOOH'; 'PEBOOH'; 'PTLQO2'; 'HO2CO4C5'; 'TM124OLOH'; 'C137NO3'; 'CLETO3'; ...
'HO1C6NO3'; 'C1011CO2H'; 'C924OH'; 'C830PAN'; 'C920PAN'; 'NMBOBO'; 'PR2OHMOOOH'; 'C53OH2OOH'; 'PROH2MOX'; 'C622O'; ...
'APINAO'; 'C924O2'; 'DMPHO2'; 'C126OH'; 'IPRHOCO3H'; 'ETHFORMNO3'; 'DIEKBOOH'; 'C619O2'; 'CL12PRCOH'; 'PBZMUCO'; ...
'NOPINBO'; 'TM124BPAN'; 'C817NO3'; 'SBUACCOH'; 'NONNO3'; 'C5DBECO3H'; 'C64NO335CO'; 'PTLQOOH'; 'EMALANHYO2'; 'HO3C116O'; ...
'CL12PRCO2'; 'C6CO2OHCO3'; 'C6M5CO2O'; 'TM123BCO2H'; 'HOACETEOOH'; 'C7ODLBCO3H'; 'C83OOH'; 'C4MOHOPAN'; 'M2PE'; 'C51NO3'; ...
'C628OOH'; 'C628OOA'; 'EBENZOLO'; 'CH3COCO2H'; 'C142OOH'; 'ENCATECO2'; 'C6CYTONOOH'; 'C6125CO'; 'BZFUOH'; 'C513O'; ...
'NC3CHO'; 'PXYBIPENO3'; 'BZFUO2'; 'CH3CO3'; 'DIEKBO2'; 'PMALANHYO2'; 'C813NO3'; 'CO356C9'; 'ACETC2CO3H'; 'HO3CO6C7'; ...
'C1014OOH'; 'TM124BNO3'; 'CHEX'; 'HO3CO6C8'; 'HOC2H4CO2H'; 'C116O2'; 'PE2ENEAO'; 'BUTDCO2'; 'C1013CO3H'; 'C2CL2OHOOH'; ...
'BZFUONOOA'; 'C729OOH'; 'CCLNO3COOH'; 'PXYOLOOH'; 'PR2OHMOXO2'; 'PXYL1OOH'; 'HC4CCHO'; 'MMFNO3'; 'C718OOH'; 'CHOOCH2O'; ...
'C75O2'; 'OTCTEC1OOH'; 'C1010O'; 'C5H11CO3H'; 'MXY1O'; 'C116OH'; 'C54CO3'; 'HC4CHO'; 'C617CO3H'; 'NIPBNZ1OOH'; ...
'C122OOH'; 'TMB1FUO'; 'HC4CCO3'; 'HOACETETO'; 'C6COCHOPAN'; 'PHCOETO'; 'C630O'; 'BOXPROANO3'; 'COHM2CO2H'; 'C816CO3'; ...
'M2PEAO2'; 'C6CO3MOH'; 'M2PEAOH'; 'BUTDAOOH'; 'IPBNZOHNO2'; 'C4CHOBO'; 'C41CO2H'; 'DMMAOOH'; 'TMB2FUONE'; 'BCKBCO'; ...
'C7EDCCO'; 'C123OOH'; 'EPXKTMCO3'; 'ME2BUT2ENE'; 'C132O2'; 'C3DBPAN'; 'MIBK3COO'; 'HO2C4O'; 'MIBK3CO'; 'BUTALO2H'; ...
'C3DIOLO2'; 'DMEBIPRO2'; 'TMBO'; 'C137CO3'; 'M33C3CO3H'; 'CO'; 'CL'; 'M2PEAOOH'; 'C512PAN'; 'C1313O'; ...
'C132OH'; 'NPROPOL'; 'M2C43CO3H'; 'C517CHO'; 'HO6C7O2'; 'NPXYQO'; 'C65NO3CO2H'; 'MCOCOMOX'; 'TLEMUCPAN'; 'C109CO'; ...
'C6CONO3OOH'; 'METLMUCO'; 'CATEC1O2'; 'ACCOCOC2H5'; 'C2H5NO3'; 'C729CHO'; 'C721O'; 'HO2MC5O'; 'IPRGLYOX'; 'CO24C6'; ...
'CO24C5'; 'NOPINBNO3'; 'HO3C5O2'; 'NOXYOL1O'; 'C7DDCPAN'; 'IBUDIALPAN'; 'M2HEXBO2'; 'H2M2C4CO3H'; 'NBUTOLAO2'; 'C4NO32M2O2'; ...
'C916O'; 'INAHPCHO'; 'C137O'; 'C829O'; 'NBUTOLAOH'; 'DDECOOH'; 'M2HEXBOH'; 'MACROOH'; 'C716O'; 'C111O'; ...
'TC4H9OOH'; 'C4MDIAL'; 'PR1O2HNO3'; 'ETBEACO3'; 'PGLYOXOH'; 'C4CHOBOOH'; 'TLEMUCO2'; 'PXYFUONE'; 'PNCATECOOH'; 'BCKAO'; ...
'CO24C53O2'; 'NDNPHENO2'; 'C5MEJPAN'; 'NDMEPHOLOH'; 'NMETOLOOH'; 'PTCATECOOA'; 'CO25C6CHO'; 'C6DICARBO'; 'C43NO3CO2H'; 'HM33C3NO3'; ...
'NDMEPHOLO2'; 'TLEMUCOH'; 'C7DDICARB'; 'IPBZOBPROH'; 'MOCOCH2O'; 'HEXANO3'; 'C614CO'; 'NC11H24'; 'C625OH'; 'TM124OLO'; ...
'IPRFORMO'; 'ETHACET'; 'DICLETOH'; 'M33C3CO3'; 'ENNCATECO2'; 'DICLETO2'; 'M2BKANO3'; 'IPNCATCOOH'; 'INAHPCO2H'; 'NDNPBNZLO'; ...
'TM124QONE'; 'C625O2'; 'C811OOH'; 'C622PAN'; 'C826CO3O'; 'M3PE'; 'CH3CCH3OOC'; 'CH3CCH3OOB'; 'M2HEXANO3'; 'CH2CLCOOH'; ...
'BCLKAOOH'; 'HO3C86O2'; 'TM123OLOOH'; 'C6H13CHO'; 'C41O'; 'CHOMOHCO3H'; 'T123CT1OOH'; 'MXYQONE'; 'OETLQOH'; 'HO2'; ...
'C3H7CO3'; 'ME2BUOLOOH'; 'OETLQO2'; 'INANCO2H'; 'CO24M3C5OH'; 'HO6CO9C11'; 'MBOCOCO'; 'IPRMEETO'; 'ME3BUOLO'; 'ISOPDOH'; ...
'HO2M2C4OH'; 'EOX2MECO3'; 'PECNO3'; 'C1212OOH'; 'C4PAN1'; 'C4PAN2'; 'C4PAN3'; 'C4PAN4'; 'C4PAN5'; 'C4PAN6'; ...
'C4PAN7'; 'C4PAN8'; 'C4PAN9'; 'C914OH'; 'ETOC2NO3'; 'HO2M2C5OOH'; 'EIPKAOOH'; 'C512O2'; 'PROPALOOH'; 'C511O'; ...
'C1310OH'; 'CHOC3COO'; 'HMGLOOA'; 'C817O'; 'C713O2'; 'INB1NBCO2H'; 'MXYFUO'; 'HO3C5O'; 'C2CL3HOOOH'; 'NOPINAOOH'; ...
'CO23C65O2'; 'C5COO2NO2'; 'C914O2'; 'C1214O'; 'NAPINAO2'; 'C921OOH'; 'BCLKBO'; 'CO356OCOOH'; 'C61OH'; 'C734OOH'; ...
'MMALANHYO2'; 'NORLIMO2'; 'C6H5C2CO2H'; 'HO2M2C5O'; 'H2O2'; 'C614CO23OH'; 'NTM124QO2'; 'C63NO32O2'; 'PRONO3AO2'; 'C10PAN1'; ...
'C10PAN2'; 'C23O3MO'; 'PEBO'; 'H13C43CHO'; 'ACPRONEOOH'; 'C3DIALO'; 'TLBIPERNO3'; 'MCOCOMOXO'; 'C61O2'; 'CYHXDIOLA'; ...
'ETOMEPAN'; 'HEX3ONBO2'; 'TMB1FUOH'; 'HO5C5CO3'; 'CO25C73O2'; 'MXYMUCNO3'; 'C630OOH'; 'HO3C3CHO'; 'CH3SO2O2'; 'NNCATECOOH'; ...
'METLPOXMUC'; 'HO1C3OOH'; 'C818CO'; 'MXNNCATOOH'; 'C1310OOH'; 'IEB1CHO'; 'EBFUONE'; 'TM123BCHO'; 'MACRNCO2H'; 'CO25C73OH'; ...
'HO14M3C5'; 'TMB1FUO2'; 'EPXMDLCO3'; 'C128CO'; 'CH2OHCL2O'; 'NDNCRESOOH'; 'MIBKAO'; 'C732O2'; 'OETOH'; 'C144O2'; ...
'H3C25C6OH'; 'H3C25C6O2'; 'IPRFORMNO3'; 'M3C4CHO'; 'C732OH'; 'CO3H4CHO'; 'C6COHOCHO'; 'C5EDBCO3'; 'NAOO'; 'C62O'; ...
'C4DBM2PAN'; 'CH3CLCOCL'; 'CYHEXOL'; 'HM33C3O2'; 'TLBIPEROOH'; 'CO3C5CO3H'; 'ISOPBNO3'; 'C93NO3'; 'MMFO'; 'NBUTOLAO'; ...
'NOXYFUO'; 'C825CO'; 'C1215O'; 'NC524NO3'; 'CONM2CO3'; 'IC4H9OOH'; 'BZBIPERNO3'; 'C23O3MCO3'; 'NC102OOH'; 'H3M3C5CO3'; ...
'CCL3O'; 'MEKCOH'; 'EOCOCH2O'; 'TM124BP2OH'; 'CHCL2COCL'; 'C139O'; 'NOPINDCO'; 'C2H5OOH'; 'C5M2OHOCO3'; 'HM22C3CO3H'; ...
'TBUTOL'; 'C87CO'; 'C88O'; 'NDNOXYLOOH'; 'C518PAN'; 'H3M3C5O2'; 'C824CO'; 'DMEBMUOH'; 'MEKCO2'; 'C117O'; ...
'C923CO3H'; 'IPRMETOOH'; 'NOETOLO2'; 'MO2EOLAO'; 'C717O2'; 'C521O2'; 'PXYFUOH'; 'DNPXYOLO'; 'INDOH'; 'INDO2'; ...
'C914O'; 'HO3C106O2'; 'ALCOMOXOOH'; 'PXYFUO2'; 'IPBZMUCO2H'; 'C4COMOHPAN'; 'PTNNCATCO2'; 'NDNEBNZLO'; 'IPRACBCO3'; 'IPEBNO3'; ...
'C91O2'; 'NOETOLOH'; 'IBUTOLCO'; 'ACPRONEO'; 'M3PEBO'; 'CYHXOLAOOH'; 'NC41OO'; 'H2M2CO5C6'; 'CYHEXONE'; 'C4COMOH3O2'; ...
'M23C43NO3'; 'MXYLCO3'; 'C721OOH'; 'MXYOLOOH'; 'C4COMOH3OH'; 'C826OOH'; 'TM124MUOOH'; 'BZEMUCOOH'; 'TM124OHNO2'; 'ETBECNO3'; ...
'SBUACBNO3'; 'C5CODBCO2H'; 'C6OH5NO3'; 'T123NCATEC'; 'PCATEC1O2'; 'H2M5C65O'; 'COO2C4CHO'; 'C8M2CO6O'; 'PRCOOMCO3'; 'EBZMUCCO3H'; ...
'EBFUO2'; 'EBFUOH'; 'TM124BPNO3'; 'IBUTOLCO2H'; 'NPPRBQO2'; 'C718CO3'; 'MMCFNO3'; 'MTBEALCO3H'; 'CO3C54CO3'; 'HOPINONIC'; ...
'HC4ACO3'; 'PXYQO'; 'APINBOH'; 'PBZMUCPAN'; 'METLMUCOOH'; 'C5CO14O2'; 'BZFUCO'; 'C822OH'; 'HOBUT2CHO'; 'C822O2'; ...
'C719OOH'; 'NPROACECO2'; 'C5DBEPAN'; 'C5CO14OH'; 'M3HEXANO3'; 'INB1NBCO3'; 'C730OOH'; 'TLBIPERO2'; 'C7CO4EDB'; 'PBZMUCCO3'; ...
'IPGLOOB'; 'C31PAN'; 'C521OH'; 'IBUDIALCO3'; 'TM124BCO3'; 'CO24C53O'; 'BCKAO2'; 'NMETLQO2'; 'ACROOA'; 'C8CO2DBPAN'; ...
'IPMALNHYO2'; 'C726CO5OOH'; 'C136OH'; 'IBUTACID'; 'PXNCATECO'; 'PXNCATECH'; 'C66NO35CO'; 'TLEPOXMUC'; 'C113OH'; 'C113O2'; ...
'NEBFUOOH'; 'C1014O'; 'H2M3C4OOH'; 'C136O2'; 'C1210CO3H'; 'LIMALO'; 'H2MC5OOH'; 'MALDALCO2H'; 'BCKAOO'; 'PBENZO'; ...
'BCKAOH'; 'NPXYFUOOH'; 'CHOCOMOXO'; 'HC3CO2H'; 'C515CO3H'; 'IPROMC2O2'; 'MIBKHO14'; 'C152O2'; 'LIMANO3'; 'C827CO3H'; ...
'HO2C3CO2H'; 'MXYLAL'; 'CLCOCH2O2'; 'C58O2'; 'NDNEBZLOOH'; 'PBFUOOH'; 'C6MOCOCO3H'; 'C58OH'; 'IC5H12'; 'BCLKBOOH'; ...
'C727CO3'; 'DNT124BOL'; 'BOXPROBOOH'; 'C152OH'; 'IPROMC2OH'; 'C810OH'; 'M2C43CO3'; 'INDHCO3'; 'OTCATEC1O'; 'COO2C4O'; ...
'M22C4OH'; 'C6DIALOOH'; 'OXYFUO2'; 'C6CO34HO1'; 'NTM135OLO2'; 'C615CO2O2'; 'METLMUCPAN'; 'C615CO2OH'; 'NTM135OLOH'; 'OXYFUOH'; ...
'M22C4O2'; 'PBZBPER2OH'; 'TBUACCO3'; 'C6COALCO3H'; 'HM22CO2H'; 'IC4CHOAOOH'; 'C4COMEOH'; 'METLMUCCO'; 'C65NO36O'; 'M3HEXBOOH'; ...
'ME3BU3ECHO'; 'C59OOH'; 'HNMVKOH'; 'MIBKOHBOOH'; 'BOX2MO'; 'IC7DCOOH'; 'METHACETO'; 'HNMVKO2'; 'CH2CHCH2NO3'; 'H1MC5O2'; ...
'C126CHO'; 'C628O2'; 'HO2CO35C7'; 'C3M3OH2PAN'; 'H2M2C3CO3'; 'PNCATECO2'; 'MEPROPENE'; 'DNMXYOLO2'; 'LIMBNO3'; 'MNNCATCOOH'; ...
'HO13C4OH'; 'HO13C4O2'; 'C3NO3COO2'; 'C5CO243OH'; 'C615CO2OOH'; 'C628OH'; 'C7DDCO'; 'NC3H7O2'; 'CO3C4CO3H'; 'C115O'; ...
'MOXY2CHO'; 'NCATECOOH'; 'MMALNACO2H'; 'BOXPOLANO3'; 'C3MDIALO2'; 'C6OH5O'; 'CONO3C6OOH'; 'LIMCO'; 'C621O2'; 'PETLMUCNO3'; ...
'CO1M22CHO'; 'OCT3ONE'; 'C915NO3'; 'MVKOHBO'; 'C61CPAN'; 'CHCLOHCO'; 'IPGLYOXOH'; 'HO2C5NO3'; 'MIBKCOOHO'; 'C7MOHCOCO3'; ...
'C63NO32OOH'; 'C3MDIALOH'; 'METHACET'; 'C624OOH'; 'TM135BPRO2'; 'HM33C4NO3'; 'NC3OO'; 'CHOCOHCO'; 'C919NO3'; 'EBNZOHNO2'; ...
'HO6C7OOH'; 'IC7DCOH'; 'C917O2'; 'C926OH'; 'MBOAOH'; 'C4ME2NO3O'; 'C148OOH'; 'NDNIPBZLO'; 'MPHCOME'; 'IC7DCO2'; ...
'METLQO'; 'C917OH'; 'NTLFUO2'; 'TLBIPER2OH'; 'ACCOMCOMO2'; 'HYPERACET'; 'C5MO132OH'; 'MIPK'; 'C930OH'; 'BCALO2'; ...
'INB1NACO3H'; 'IEACO3H'; 'DEMPHOH'; 'BCALCO2'; 'MEMOXYPAN'; 'C918O2'; 'C717OH'; 'MALNHYOHCO'; 'C131NO3'; 'C41O2'; ...
'BOX2MO2'; 'BUTDAO'; 'C918OH'; 'BCALCOH'; 'HCL'; 'IC3H7O2'; 'HC3CCHO'; 'CHOC2H4O'; 'CO25C74O2'; 'C920OOH'; ...
'C930O2'; 'BCALOH'; 'C928CO2H'; 'PXNNCATOOH'; 'BCALOO'; 'C1214O2'; 'NMXYQOOH'; 'CO2N3CHO'; 'C107OH'; 'MXCTEC1OOH'; ...
'CO35C5CHO'; 'OET1OOH'; 'MC6CO2OH'; 'C813O'; 'NLMKAOOH'; 'C535O2'; 'C711O'; 'OETLQCO'; 'C3M2COCO2H'; 'MC6CO2O2'; ...
'BCLKACO'; 'CO2C3OO'; 'HOIPRCO3H'; 'HOCO3C54O'; 'BOXEOHANO3'; 'NC51O'; 'C731CO3'; 'C731CO2'; 'C6135COO'; 'C107O2'; ...
'C1214OH'; 'C626NO3'; 'C144OOH'; 'CO356OCO2'; 'HM22C3O'; 'PRONO3AO'; 'CH2BROOH'; 'HO3C86OOH'; 'C145O'; 'C66O'; ...
'BOX2EOHBO'; 'ACETC2PAN'; 'C4MCNO3OOH'; 'C926O'; 'BUTDBNO3'; 'IPRHOCO3'; 'TMB2FUO'; 'C6H5CO3'; 'INB2OOH'; 'DMSO'; ...
'C824OOH'; 'HO1MC5NO3'; 'HEXCOH'; 'C1313OOH'; 'MTBEBCO3'; 'INB1HPCHO'; 'CO3C4NO3O'; 'CO2N3PAN'; 'C2H5CHOOB'; 'TM135OXMUC'; ...
'H1C23C4O2'; 'C2H5CHOOA'; 'C76OOH'; 'BUTAL2O'; 'C52NO33O'; 'HCOCH2O2'; 'T123NNCTO'; 'CH3CCL3'; 'C128OOH'; 'HO1MC5O2'; ...
'CL12CO2H'; 'HO2C4CO3H'; 'HEXCO2'; 'M3FOOA'; 'C3DIALOOH'; 'PHCHOOA'; 'CATECHOL'; 'C4M2AL2OH'; 'C712OH'; 'HO8C9CO3H'; ...
'C3MNO3CO3H'; 'CYHEXOLAO2'; 'HMVKBCO3'; 'IPRBQO'; 'DMEBPROOH'; 'CO24C6OOH'; 'C712O2'; 'DIBRETO2'; 'C96CO3'; 'H3C25C6CO3'; ...
'APINCNO3'; 'IPRACNO3'; 'MXYLCO2H'; 'EIPKAO2'; 'ALC4DOLOOH'; 'C727O'; 'BZEMUCCO2H'; 'CO2HOC6OOH'; 'NOXYQO2'; 'CO2OH3MCO3'; ...
'C98OOH'; 'C827CO3'; 'C43NO34O'; 'C730OH'; 'OCCOHCOOH'; 'DMEBIPNO3'; 'C6OH5O2'; 'MVKOHAOOH'; 'CLCOCLO2'; 'BOXFORMO2'; ...
'C730O2'; 'C1211O'; 'CH3CL'; 'EIPKAOH'; 'C94OOH'; 'CH3COCO3'; 'APINCOH'; 'PPRBQO'; 'H3C25C6O'; 'C611OH'; ...
'C23C54CO3H'; 'C819OOH'; 'C824O2'; 'NOXYOL1O2'; 'NC623O2'; 'TM123BO2'; 'TM123BOL'; 'TM123BOH'; 'NC623OH'; 'C824OH'; ...
'CH2CLCH2CL'; 'C46CO3'; 'EPXM2DLCO3'; 'C611O2'; 'BZEMUCCO3'; 'C23O3CHO'; 'APINCO2'; 'OCATEC1OOH'; 'HO7C8O2'; 'HO1C5NO3'; ...
'PBENZOLO'; 'OETLBIPRO'; 'CO3C85O2'; 'LIMAL'; 'NTM123OLO2'; 'LIMAO'; 'IPCATECOOA'; 'PRCOFORMO'; 'NOPINDO2'; 'PROL11MO'; ...
'C927OH'; 'ETBEAOOH'; 'CHCL2COOH'; 'TM123BPAN'; 'NOPINDOH'; 'C57AOOH'; 'C918O'; 'C618O2'; 'HO8C9O'; 'MCOOTBO2'; ...
'CL12PROP'; 'NTM123OLOH'; 'C8BCOOH'; 'HO13C3CO3'; 'MIBKAO2'; 'CO1H63OH'; 'CO2N3CO3H'; 'MECOACEOOH'; 'CL12PRBOH'; 'C7BDCOOH'; ...
'C5OH2CO4O'; 'LIMALBO'; 'PBZMUCNO3'; 'SBUACBOH'; 'C56OOH'; 'C630O2'; 'MXYLPAN'; 'TCE'; 'IPNCATECO'; 'IPNCATECH'; ...
'C630OH'; 'C55OOH'; 'C929OH'; 'C525O2'; 'HCOCOHCO3'; 'NC101OOH'; 'CL12PRBO2'; 'NONOOH'; 'M22C43O'; 'MIBKAOH'; ...
'CO1H63O2'; 'C817OOH'; 'PTNCATECO2'; 'C813OOH'; 'HO8C9O2'; 'C66NO35OOH'; 'IC3H7OOH'; 'SBUTACET'; 'C3H7CHOO'; 'C53NO324CO'; ...
'MTBEACHOO2'; 'DM35EBOOH'; 'BUTDCO'; 'MPHCOMEO'; 'C51OOH'; 'PBENZOLOOH'; 'EBENZ'; 'C87CO2H'; 'EMPHCOME'; 'C117O2'; ...
'EMPHCOMO'; 'MALANHYOOH'; 'HMACO2H'; 'MEKBOOH'; 'NTM124QO'; 'PETLQOH'; 'C811CO3H'; 'DNPXYOLOOH'; 'LIMOOB'; 'LIMOOA'; ...
'C713O'; 'MTBEAOOH'; 'M3BU3ECO3H'; 'NTM124QOOH'; 'PETLQO2'; 'C514CO23OH'; 'C74O2'; 'INAHCO2H'; 'PXYBIPERO2'; 'OXCATECOOA'; ...
'C117OH'; 'H2M3C4CO3H'; 'NC4EDCO2'; 'C919O'; 'C1013O'; 'PRONOCOPO2'; 'BCBOOA'; 'C147O'; 'NDNPXYOLO'; 'BCBOOH'; ...
'CO346C8'; 'C7CO2DBCO3'; 'STYRENO2'; 'C5DBCO2CO3'; 'C924O'; 'PXYQONE'; 'C811O'; 'C816CO'; 'MPRBNO3OOH'; 'C2CL3OHBO'; ...
'C129O'; 'NTM124OLOH'; 'IC7DICARB'; 'PINAL'; 'PRONEMOXO2'; 'PBFUCO'; 'C4NO3CO3H'; 'C5CONO34O2'; 'C6PRCO4DB'; 'C23O3ECPAN'; ...
'BCAOOH'; 'NPBNZOLO2'; 'NPBNZOLOH'; 'C113CO'; 'O'; 'OXCATEC1O'; 'C627PAN'; 'PHCOCOCO'; 'RGDCO2H'; 'C6PAN5'; ...
'CHOMOHCO3'; 'PRONEMOXOH'; 'C5OHCO4OOH'; 'HCOCH2CO2H'; 'NTM124OLO2'; 'MXCATECOOA'; 'IC7DCCO2'; 'IC7DCCO3'; 'C7ADCCO3H'; 'NTM135OLO'; ...
'MMALNHY2OH'; 'C616OOH'; 'M33C4OOH'; 'HEPT3ONE'; 'M2PECNO3'; 'C52NO31O'; 'PHC3OOH'; 'NPHEN1O'; 'IC7DCCO2H'; 'C143CO'; ...
'ACBUONAOH'; 'C79O'; 'PMALANHYO'; 'PHCOETOOH'; 'METLMUCOH'; 'C89O2'; 'CO2C54CHO'; 'PROL1MCO3H'; 'C4NO32M1O2'; 'CO3C75OOH'; ...
'C147OH'; 'C147O2'; 'C519CHO'; 'OXNNCATOOH'; 'C89OH'; 'MC52CO2OH'; 'DNCRES'; 'METLMUCO2'; 'EMPHCO3'; 'MMALANHYO'; ...
'HEX2ONBO'; 'C526OOH'; 'C6H13CO3H'; 'H2M3C4CHO'; 'HM22CO3'; 'C930OOH'; 'NC72O'; 'C721PAN'; 'OETLMUCPAN'; 'TM124BPRO'; ...
'ISOPDOOH'; 'C6CO34'; 'MTBEBCO3H'; 'TM124BO'; 'C6134CO2OH'; 'IC4CHOAO2'; 'INDOOH'; 'CL12PRCOOH'; 'C108O'; 'M22C4'; ...
'HO6C7CO3'; 'DNIPBNZLO'; 'CHCLOOA'; 'CO24C63O'; 'C6IPRCO4DB'; 'H3M3C5CO3H'; 'PXNNCATCO2'; 'C7MJPCO3'; 'HMML'; 'OXYCATECH'; ...
'C131CO'; 'C727CO'; 'C526O'; 'C830O'; 'BCSOZNO3'; 'C66OOH'; 'CO235C6'; 'CO235C7'; 'PHXN'; 'ACETMECO3'; ...
'C1211NO3'; 'EIPKBOH'; 'C1210OH'; 'MPHGLYOX'; 'C7EDICARB'; 'DMMAO'; 'C1210O2'; 'EIPKBO2'; 'NBPINBOOH'; 'DFC'; ...
'SC4H9O2'; 'PXYL'; 'MACRNBPAN'; 'M2HEXAOOH'; 'T123NCATO2'; 'INANCOCHO'; 'INAOH'; 'PXYLCO3'; 'C94O2'; 'IBUTOLOHC'; ...
'IBUTOLOHB'; 'ISOPAO'; 'C3MCODBCO3'; 'C718O2'; 'UDECO2'; 'STYRENOOH'; 'MGLYOOB'; 'MGLYOOA'; 'C6CO4M2DB'; 'MXY1OOH'; ...
'CH3CHOO'; 'C94OH'; 'INAO2'; 'C77NO3'; 'INCNCO3'; 'C656OH'; 'C66OH'; 'BPINBNO3'; 'C6145COO2'; 'C5PAN9'; ...
'C5PAN8'; 'C5PAN5'; 'C5PAN4'; 'C5PAN7'; 'C5PAN6'; 'C5PAN1'; 'C5PAN3'; 'C5PAN2'; 'C828CO3H'; 'C715O'; ...
'C5CO3OH'; 'NBCO'; 'BCLKAO2'; 'BCLKAOH'; 'C4OHCO3H'; 'TLEMUCNO3'; 'C626CO3H'; 'OTNNCATCO2'; 'C718O'; 'TLFUONOOA'; ...
'CCLNO3O2'; 'C733O'; 'C825OOH'; 'PXYMUCCO2H'; 'C43NO34O2'; 'C5CONO34O'; 'C66O2'; 'HEX3ONCO2'; 'IPMALANHYO'; 'NCRES1O'; ...
'TM123OXMUC'; 'C1310NO3'; 'C141O'; 'C101OOH'; 'IBUTALBO'; 'C829OOH'; 'HO1C3NO3'; 'PETLBPR2OH'; 'C922O'; 'BOXCHO'; ...
'C830OOH'; 'MXYMUCOOH'; 'C127O'; 'NC91CHO'; 'C3NO3COO'; 'HO1C5O'; 'HC23C4CO3H'; 'C717NO3'; 'NPXYQO2'; 'HEX3ONCOH'; ...
'C23O3EO'; 'HO6C7CO3H'; 'C733O2'; 'M3PEAO2'; 'C827OH'; 'DMCO2'; 'CH2OHCCLO'; 'C1013PAN'; 'BCLKBCO'; 'C921O2'; ...
'NPRACBOOH'; 'DNPETOLOOH'; 'TM124BOH'; 'C7CO2OHCO3'; 'HMACO3H'; 'IBUTALO2H'; 'DMCOH'; 'NC51OOH'; 'C827O2'; 'T124NNCOOH'; ...
'BCKSZOO'; 'BZEMUCO2'; 'PINALOH'; 'DM35EBNO3'; 'MACRNBCO3'; 'TCEOHO2'; 'HMGLOO'; 'EOX2EOLBO2'; 'INCGLYOX'; 'NPRACCOOH'; ...
'IBUALANO3'; 'PPACLOOA'; 'ACETOL'; 'EMPHO'; 'PINALO2'; 'NPHEN1O2'; 'C828O2'; 'BZEMUCOH'; 'MEMOXYCO2H'; 'C93OOH'; ...
'C3H5CO2H'; 'BOX2EOHBO2'; 'DMSO2O'; 'IPROMC2OOH'; 'H13CO2CHO'; 'IC7DCO'; 'C51NO32CO'; 'ETHFORMO'; 'C614O'; 'MET1O'; ...
'BZEMUCPAN'; 'CH3OCH2O'; 'M2PEBNO3'; 'C831CO'; 'COO2C3PAN'; 'GLYOO'; 'C103NO3'; 'CCLOHCHO'; 'GLYOX'; 'OXYLCO3H'; ...
'INCNCO2H'; 'NIPBNZOLOH'; 'C53OOH'; 'LIMALBOH'; 'CH2OO'; 'MXYOHNO2O2'; 'IPROMC2O'; 'NEBNZ1O'; 'CYHXOLACO'; 'CO235C5CHO'; ...
'NPPRBQOOH'; 'PHCOCOCO2'; 'BZFUO'; 'NPRACCNO3'; 'HO7C8CO3'; 'C1H4C5CO3'; 'C5OH2CO4O2'; 'LIMALBO2'; 'CL1GLYOX'; 'HCOCH2O'; ...
'PERIBUACID'; 'ME2BUOLNO3'; 'C625OOH'; 'OETLMUCOH'; 'MACRNBCO2H'; 'NDMEPLOOH'; 'C5CO14OOH'; 'INAHPPAN'; 'CO36C11'; 'C91O'; ...
'C5EDBCO3H'; 'HO24C5NO3'; 'HMVKBCHO'; 'HO134C5'; 'PETLQO'; 'M3PEBO2'; 'OXYL'; 'MMCFOOH'; 'MVKNO3'; 'MBO'; ...
'HCOCH2CO3'; 'BOXCOEOLO2'; 'OXY1OHNO2'; 'C6CO34OOH'; 'NDNT123LO2'; 'SO3'; 'PR2OHMOXO'; 'C1210CO2H'; 'C57NO3CO2H'; 'EOX2OLANO3'; ...
'M3PEBOH'; 'BUT1ENE'; 'C731NO3'; 'EIPKAO'; 'HO24C4CO3'; 'IPECOH'; 'TM123MUNO3'; 'NDEMPHOLOH'; 'C732CO3H'; 'BIACETO2'; ...
'M2PEDOH'; 'C52NO33OOH'; 'CYHEXOLAO'; 'PERBUACID'; 'NC1313OOH'; 'BCBOO'; 'C82O2'; 'C2H5CO3'; 'C8PAN1'; 'METOLOOH'; ...
'C726CO5O2'; 'BCBO2'; 'IPBZBPRNO3'; 'DNPBNZLOOH'; 'C1215OOH'; 'M2PEDO2'; 'BIACETOH'; 'IPECO2'; 'NDEMPHOLO2'; 'C5CO24O'; ...
'DMSO2OOH'; 'M2PEAO'; 'ME2BU2OLO'; 'CO2C3PAN'; 'CHCL3'; 'PRNO3CO2H'; 'TMB1FUONE'; 'C512CO3H'; 'NIPBNZOLO'; 'PE4E2CO'; ...
'DMPHCOMO2'; 'CO3C4CO3'; 'CO2C3OOB'; 'EPXDLCO3'; 'IEACHO'; 'TM135MUO2H'; 'NPROACEBO2'; 'C827PAN'; 'INB1NACO3'; 'TM123BCO3H'; ...
'DMPHCOMOH'; 'C6145COOOH'; 'BUT2CO3H'; 'C532CO'; 'MIBK3COO2'; 'SC4H9OOH'; 'C731O'; 'MMALNBCO3'; 'ETBECCO3'; 'HOCH2COCO2H'; ...
'C1312CO'; 'N2O5'; 'TCEOHO'; 'C143O'; 'HO14C6'; 'C536O2'; 'C717O'; 'C820OOH'; 'MTNCATCOOH'; 'CY6COCOOOH'; ...
'C5DIALCO'; 'C514OOH'; 'LIMAOOH'; 'C5MEJCO3'; 'MEBFUOOH'; 'TBUTCO3'; 'T123NCTOOH'; 'C125O'; 'C817O2'; 'M22C4O'; ...
'BOXPROLAO2'; 'MPRNO3CO3H'; 'C515OOH'; 'HOIPRGLYOX'; 'PTNNCATCO'; 'C520O'; 'C6MOHCOCO3'; 'IPRCO3'; 'DNT123BOL'; 'C928OOH'; ...
'C615OOH'; 'MTBEAALCO3'; 'C920O'; 'C517O'; 'NBCALO'; 'BCALAOOH'; 'MACRNPAN'; 'HO3C4CO3H'; 'EPXEALKT'; 'C88CO3H'; ...
'HM33C3CO3H'; 'C817OH'; 'C42NO33O2'; 'C126O2'; 'TBUACET'; 'NOETLQOOH'; 'C617CO3'; 'C143O2'; 'OETCATECH'; 'MNNCATECO2'; ...
'C6MOHCOPAN'; 'IBUTOLCNO3'; 'C146CO'; 'ETHGLY'; 'HO3C6NO3'; 'C1014OH'; 'NC9H20'; 'M23C4NO3'; 'C67O2'; 'HMVKBCO3H'; ...
'MMCFO'; 'C143OH'; 'NIPBNZ1O2'; 'NSTYRENOOH'; 'C817PAN'; 'HO1CO3C4O'; 'C521OOH'; 'NC826O2'; 'C126OO'; 'C141PAN'; ...
'CHOC3COPAN'; 'CO3C4NO3O2'; 'CISOPA'; 'CISOPC'; 'IBUTOLCO2'; 'DMSO2OH'; 'NAOOA'; 'C629O2'; 'IPRACBOH'; 'HEX3ONBO'; ...
'PBZBIPERO2'; 'C147CO'; 'EMPHCOMO2'; 'C616O'; 'CH2CHCH2O'; 'EMPHCOMOH'; 'C136PAN'; 'IPRACBO2'; 'C611OOH'; 'DMSO2O2'; ...
'C629OH'; 'NC3H7O'; 'BENZENE'; 'EMPHCO3H'; 'CO3C4NO3OH'; 'CH2CHCH2OOH'; 'MACROOA'; 'CONM2CHO'; 'HEPTOOH'; 'ETOMEO2'; ...
'CL12PRBOOH'; 'BOXPRONOH'; 'C109O2'; 'TBUTOLOOH'; 'H2M5C65O2'; 'C626O2'; 'C126CO2H'; 'PBZQONE'; 'C5M2OHCO3H'; 'EBZMUCPAN'; ...
'BUFORMOOH'; 'PERPENACID'; 'ACETCOC3H7'; 'BENZAL'; 'C51OH2OOH'; 'ISOPCNO3'; 'C109OH'; 'DHPMPAL'; 'C44O2'; 'M3CO25C6'; ...
'DHPMEK'; 'C135OOH'; 'C735OH'; 'INB1OOH'; 'DETLMUO2H'; 'H2MC5O2'; 'TLEMUCCO'; 'ETHACETO'; 'C811CO3'; 'NBUACETCO'; ...
'C98OH'; 'C828OOH'; 'HO1CO4C6'; 'IPROC21OH'; 'C1211CO'; 'C513OOH'; 'IPROC21O2'; 'MMALNBCO3H'; 'SBUACBOOH'; 'C520OOA'; ...
'DNPXYOLO2'; 'C98O2'; 'INCNO3'; 'NC102O'; 'C93O'; 'H13M3C5OOH'; 'PRONOCOPO'; 'C32OH13CO'; 'C735O2'; 'BOX2OHBOOH'; ...
'NC826OOH'; 'CH3C2H2O2'; 'OETOLO'; 'C6H5CO3H'; 'CLETAL'; 'NIPBFUOOH'; 'PMALANHY'; 'HO13C5OOH'; 'DIETETOOH'; 'C614OH'; ...
'CH4'; 'HMGLYOO'; 'NC4CO3'; 'C54CO'; 'C614O2'; 'EBZBPEROOH'; 'OXYL1O2'; 'MIPKBNO3'; 'EMALNHYOOH'; 'PRONO3BO2'; ...
'ECOCO2H'; 'ACCOC3H6O2'; 'HIEPOXB'; 'PNNCATCOOH'; 'C86OOH'; 'CONM2CO2H'; 'BU1ENO3OOH'; 'C1215OH'; 'C141CO3'; 'PBZPOXMUC'; ...
'C57OOH'; 'MXNCATECH'; 'MXNCATECO'; 'ISOPAOOH'; 'BCKANO3'; 'CO25C74OH'; 'C52NO33O2'; 'CH2CLCOCL'; 'C1H4C5CO3H'; 'M2BKAOH'; ...
'M2BKAO2'; 'C736O'; 'C81OOH'; 'A2PAN'; 'CHEXO'; 'HO13C5O'; 'EMPOHNO2O'; 'C922O2'; 'C1215O2'; 'DM35EBO'; ...
'MVKOHBO2'; 'C106OOH'; 'ISOP34O2'; 'H14M4C6'; 'CL12PRAO2'; 'C52NO31CO'; 'HMVKNGLYOX'; 'M2PECO'; 'C54NO3'; 'MIPKAOH'; ...
'CHOC4DOLO2'; 'HOCH2CO2H'; 'TLEMUCCO2H'; 'INDHPCO3'; 'C23O3CCO3'; 'HC3CCO3H'; 'M2BK'; 'TLFUONOO'; 'BUTDBOOH'; 'C116NO3'; ...
'MIPKAO2'; 'C626OOH'; 'HO14CO3C5'; 'CL12PRAOH'; 'CCLOHCOOH'; 'C6CONO34OH'; 'CCL3CHO'; 'BOXMCO3'; 'EPXKTMPAN'; 'C128NO3'; ...
'BUOX2ETOH'; 'INDHPPAN'; 'C23O3CPAN'; 'C518CHO'; 'NEBFUO2'; 'DNPETOL'; 'NDNEBNZLO2'; 'ACCOETO'; 'C719O'; 'PPRBQCO'; ...
'C54O'; 'HO2C4O2'; 'C62CHO'; 'CO2C3CO2H'; 'MACO3H'; 'C6CONO34O2'; 'C123O'; 'METLBPR2OH'; 'C4M3NO32O2'; 'C114O2'; ...
'HYPROPO'; 'CHCL2OH'; 'C731OH'; 'HC4CCO2H'; 'HO2C4CHO'; 'BOXPROLBO'; 'CHCL2O2'; 'C114OH'; 'MALDIALCO2'; 'MALDIALCO3'; ...
'C7OHCO2PAN'; 'C733CO'; 'NPROACEAO2'; 'NTMB1FUOOH'; 'C4NO32M2O'; 'OETLMUCO3H'; 'CO23C4NO3'; 'HOBUT2CO3'; 'TM135MUCO2'; 'TM135MUCO3'; ...
'LIMONIC'; 'DNPETOLO'; 'OET1O'; 'ETBEAO'; 'C44OOH'; 'METOLO'; 'DMPHOOH'; 'CO1H63NO3'; 'CO2C54O2'; 'BZEMUCCO'; ...
'DIETETO2'; 'C52OOH'; 'C73O'; 'C825O2'; 'C134O2'; 'C65OH4O2'; 'CO1M22CO3H'; 'ALCOCH2OOH'; 'SBUACAOOH'; 'NO3CH2CO3'; ...
'C610O'; 'MVKOHANO3'; 'C51NO32O2'; 'NC72O2'; 'M3HEX'; 'NSTYRENO2'; 'MECOFORMO'; 'C825OH'; 'C134OH'; 'MEK2OOC'; ...
'MEK2OOA'; 'C5CO14CO2'; 'C8BCNO3'; 'MXYOLO2'; 'DMK2OH'; 'M22C43OOH'; 'C85CO3'; 'C624CO2H'; 'C7PAN3'; 'C7PAN2'; ...
'C7PAN1'; 'OTNNCATCO'; 'ACEETOHO'; 'HOIBUTCO3'; 'H3M2C4CO3'; 'CYHXONANO3'; 'DNPBNZOL'; 'C4COMOH3O'; 'ACCOCOMOOH'; 'MXYOLOH'; ...
'TM123OHNO2'; 'NPXYOL1O'; 'OXYFUOOH'; 'H1C23C4OOH'; 'H3C2C4CO3'; 'MTBE'; 'OXNCATECO2'; 'C511CO3H'; 'MTBK'; 'ACLOOA'; ...
'NBUACETAO'; 'INANCHO'; 'PROL2FORM'; 'MIBKAOHBO2'; 'ETBECCO3H'; 'C4CO2OOH'; 'PBZMUCOOH'; 'PET1OOH'; 'C95O'; 'EPXM2C4DAL'; ...
'C312COPAN'; 'C6CO3OH5O2'; 'HOC3H6CO2H'; 'M3BU2OLNO3'; 'C7OHCO2CO3'; 'C721CHO'; 'CHOCOMOXO2'; 'NC4OO'; 'MC4CODBPAN'; 'HM33C3CO3'; ...
'OETLMUCCO3'; 'CHOC4OOH'; 'C58AO2'; 'DIIPRETHER'; 'ACO3'; 'PBN'; 'C5CO2OHPAN'; 'H2'; 'CO25C74O'; 'M3F'; ...
'H1MC5NO3'; 'C613OOH'; 'C7CO2DCO3H'; 'C530OOH'; 'ECATEC1OOH'; 'LMLKBOH'; 'C627OH'; 'C7ADCOH'; 'ECATECOOA'; 'EGLYOO'; ...
'HO2C4NO3'; 'C54CO3H'; 'HC4ACO3H'; 'PIPN'; 'EGLYOX'; 'NC524O2'; 'BOXMOH'; 'PET1O2'; 'C537OOH'; 'MBOBO2'; ...
'C7ADCO2'; 'HM22C4OOH'; 'LMLKBO2'; 'PINIC'; 'C627O2'; 'C735O'; 'C517O2'; 'MTNCATECO'; 'MTNCATECH'; 'C64OOH'; ...
'NBCALOOH'; 'TBUTCO3H'; 'CNO3CLOH'; 'NAPINBO2'; 'CNO3CLO2'; 'CLETO3H'; 'H2M2C4CHO'; 'C6CO134OOH'; 'C23O3CCO3H'; 'C721CO3H'; ...
'NBPINAOOH'; 'C517OH'; 'C5DIALO'; 'HO1C3O'; 'C513CO'; 'NORLIMAL'; 'UDECNO3'; 'C5DIALO2'; 'C1312OH'; 'C3MCODBPAN'; ...
'OCTOH'; 'C6TONOHOOH'; 'NBUACETCO2'; 'HM2C43O2'; 'C122O2'; 'OCTO2'; 'C126CO3H'; 'CCL3OOH'; 'MBOBNO3'; 'C819O'; ...
'BCANO3'; 'C1312O2'; 'MTBEAALPAN'; 'C5DIALOH'; 'C8M3CO'; 'C121O'; 'C6DCRBBOH'; 'HEXAO'; 'C63O2'; 'C312COCO3'; ...
'BPINCOOH'; 'PHC3NO3'; 'BU1ENO3O2'; 'NC5H12'; 'C524O'; 'C9M2CO6O'; 'C3COCCO3'; 'C7CO2M5O'; 'CO2H3CO3H'; 'C7ADCO'; ...
'C63OH'; 'HO24C5'; 'C75OOH'; 'MXYMUCCO3'; 'C129CO'; 'LMKBO'; 'C23C54CO3'; 'C53NO32O2'; 'C126CO'; 'C67CHO'; ...
'INANCOCO2H'; 'MXYFUONE'; 'MPRBNO3PAN'; 'C515CHO'; 'BOXOHETOH'; 'MC6OTKTOOH'; 'C146OH'; 'CHOC2CO3H'; 'C4M3NO3ONE'; 'C146O2'; ...
'PEN2ONE1O2'; 'NC101CO'; 'NC4OHCPAN'; 'TMBCO3'; 'ETBECO'; 'TM124BPRO2'; 'MXYL1OOH'; 'BCBOCOO'; 'EMPHO2'; 'C68OH'; ...
'OXYQOOH'; 'C4CONO3O2'; 'CRESOOH'; 'OETLQOOH'; 'C831NO3'; 'C71O'; 'HOC4CHOO2'; 'C8OHCO2CO3'; 'INB1O'; 'CO3C5CHO'; ...
'HO3C76OOH'; 'C629O'; 'C68O2'; 'C132OOH'; 'C6CO3OHOOH'; 'HIEB1O2'; 'HO3C5CO3H'; 'PPRBQOOH'; 'C8DBCO2CO3'; 'NPETOL1OOH'; ...
'ACO2H'; 'MTBEANO3'; 'BUTDANO3'; 'NPROACET'; 'C137CO3H'; 'C6H5CH2CO3'; 'NBUACCOOH'; 'C6TRONOHO2'; 'IPRCHOOA'; 'C618CO2H'; ...
'C612O'; 'CO24C63O2'; 'NC4MDCO2H'; 'C79OOH'; 'NDNT123LO'; 'BCCO'; 'MC5CO2OHO2'; 'ETBECO2'; 'IPBFUOOH'; 'C518CO2H'; ...
'C2CL2OH2'; 'HM23C4O'; 'ISOP34OOH'; 'NBUTDAOOH'; 'HM2C43CHO'; 'NOETLQO'; 'MACRO'; 'ACCOPROOH'; 'C111OOH'; 'PRONEMOXO'; ...
'C23O3ECO2H'; 'M3PECOOH'; 'C2CL2OHO'; 'ETBECOH'; 'C104OOH'; 'C97O'; 'CO2C54CO3H'; 'NC728OOH'; 'C93O2'; 'C235C6CO3H'; ...
'HO1C4NO3'; 'C5COCHOOOH'; 'NEOPO2'; 'CH3SOO'; 'C719O2'; 'C9DCO2'; 'NPRACBOH'; 'HO1C4O2'; 'EPXM2DCO2H'; 'C615PAN'; ...
'C1211O2'; 'C830CO3'; 'C23O3ECO3'; 'C1211OH'; 'OXYBIPERO'; 'C9DCOH'; 'C719OH'; 'C8236CO'; 'BUT2CO3'; 'CH3SO2'; ...
'CH3SO3'; 'NEOPOH'; 'C918CHO'; 'MEMOXYCO3'; 'C105OOH'; 'HO5CO8C10'; 'C93OH'; 'CY6DIONOH'; 'C6CO4DB'; 'MALANHY2OH'; ...
'C55O2'; 'NOETOLO'; 'C1215CO'; 'ACCOMEPAN'; 'C4ME22OH'; 'HO3C4NO3'; 'CH3OCH2O2'; 'CY6TRIONO2'; 'CH3OCH2OH'; 'C517CO3H'; ...
'M33C4OH'; 'H3C25C5CHO'; 'INB1HPPAN'; 'C47CO3H'; 'BCKBOOH'; 'CY6DIONO2'; 'BOXCOEOL'; 'MC6OTKETOH'; 'PBZBPEROOH'; 'M23C43O2'; ...
'HSO3'; 'ME2BUOLO2'; 'DMKOHO2'; 'NTM135LOOH'; 'ENCATECO'; 'DNEBNZOL'; 'M23C43OH'; 'DEMPHSMS1O'; 'C52NO31O2'; 'MBOAO'; ...
'BPINAO'; 'MXCATEC1O2'; 'PBZMUCCO3H'; 'C7MO3OHOOH'; 'C4NO3M2OOH'; 'BZFUONOO'; 'NEOPOOH'; 'MTBKO'; 'TM135MUOOH'; 'C116CO3'; ...
'C920O2'; 'C527O2'; 'C512NO3'; 'C8OHO2CO3H'; 'TM124NO2O2'; 'PPRBQO2'; 'C5PAN19'; 'MTBEACHO13'; 'C5PAN11'; 'C5PAN10'; ...
'C5PAN13'; 'C5PAN12'; 'C5PAN15'; 'C5PAN14'; 'C5PAN17'; 'C5PAN16'; 'C820O2'; 'PPRBQOH'; 'C7DCPAN'; 'BOXPRONEAO'; ...
'HO3C5CO3'; 'HO3C3PAN'; 'HO12CO3C4'; 'C3MNO3PAN'; 'CHOCL'; 'C826CO3OOH'; 'HEXCO'; 'H13CO2CO3'; 'HO13M2C4'; 'PHIC3NO3'; ...
'EOX2ETA2OH'; 'CHCL2O'; 'PMALNHYOOH'; 'HEX2ONANO3'; 'NPRACBNO3'; 'C622CHO'; 'BUTDBO2'; 'C4ECO2O2'; 'MPRBNO3CHO'; 'C4OHCO3'; ...
'BCKET'; 'HPC52OOH'; 'C111O2'; 'BRETO2H'; 'DMMALANHY'; 'KLIMONONIC'; 'MECOACETO2'; 'IPGLOO'; 'HPC52PAN'; 'C142NO3'; ...
'TBUACCO'; 'CH2CL3O2'; 'MXYLO2'; 'NIPBNZ1O'; 'NT123L1OOH'; 'MXYLOH'; 'MXYLOL'; 'CHCLOO'; 'TM123BPRO'; 'CH2CL3OH'; ...
'C830CO2H'; 'HO3C6O2'; 'IPBZMUCOOH'; 'C58NO3CO3H'; 'NC524OH'; 'C5COOHCO3H'; 'C1013OOH'; 'CH3OH'; 'IPECOOH'; 'C1014NO3'; ...
'DEMPHOLO2'; 'C722OOH'; 'INB1NAPAN'; 'C77O'; 'MIBKBOH'; 'HOIBUTCO3H'; 'MIBKBO2'; 'TMB2FUO2'; 'C413COOOH'; 'MCATEC1O2'; ...
'DEMPHOLOH'; 'NC10H22'; 'CH3O2'; 'CLCOCLMEO'; 'HIEB2O'; 'NBZFUO'; 'C1012OOH'; 'C712NO3'; 'MIBKAOHNO3'; 'NBZQOOH'; ...
'DMCNO3'; 'M3HEXAO'; 'C718CO3H'; 'MEKANO3'; 'NMVK'; 'EPXM2DLPAN'; 'C729CO2H'; 'HEX3ONDO'; 'MEKBO'; 'CH3SOOOH'; ...
'BCALO'; 'BCAO'; 'ETOMECO3H'; 'C8M2CO6OOH'; 'NPBNZ1O2'; 'C729O2'; 'NPBNZ1OOH'; 'EPXMEC4DAL'; 'CL12PRCO'; 'C715CO2O2'; ...
'PXCATEC1O2'; 'M3PECO2'; 'C148CO'; 'HO5C6O'; 'C623OH'; 'EPXMKTCO3'; 'IPRBQCO'; 'PRPAL2CO2H'; 'HNMVKOOH'; 'BCALNO3'; ...
'C41OOH'; 'MACRNO3'; 'C623O2'; 'C133NO3'; 'HM22C3CO3'; 'PRNO3CO3'; 'MNCATECO2'; 'M3PECOH'; 'C715CO2OH'; 'PXCATEC1O'; ...
'INDHPCO3H'; 'NBUTOLBO2'; 'HO3C116O2'; 'C3ME3CO3H'; 'C6DIALO2'; 'C1215NO3'; 'HM2C43OOH'; 'NOPINONE'; 'T124NCATEC'; 'INAHPAN'; ...
'C825O'; 'HCOCOHPAN'; 'ETHFORMO2'; 'C83O2'; 'C6COCHOOOH'; 'C513OH'; 'ETHFORMOH'; 'C513O2'; 'TBUACPAN'; 'C67OOH'; ...
'PXYEPOXMUC'; 'C6DIALOH'; 'C630CO'; 'INDO'; 'TM123MUOOH'; 'DMEPHOLO2'; 'VINOH'; 'C5DBCO2PAN'; 'ETHOX'; 'ACCOCOETO'; ...
'MIPKBO'; 'LMLKBCO'; 'C7CO2M5OH'; 'TBUACCO3H'; 'MMCFO2'; 'OTCATEC1O2'; 'COO2C4O2'; 'BCCO2'; 'C4OCCOHNO3'; 'BCCOH'; ...
'MMCFOH'; 'TM135BPRO'; 'C4ME3HO23'; 'HOIPRCHO'; 'PROL11MNO3'; 'HEXBNO3'; 'DMEPHOLOH'; 'BOXPRONAO2'; 'CO23C65OOH'; 'NC4OOA'; ...
'NBZFUOOH'; 'C141OOH'; 'C69O'; 'C141OOA'; 'HO2CO3C4O'; 'CO2M33CO2H'; 'C109OOH'; 'DICLETO'; 'C4M3NO31O'; 'M2HEXBNO3'; ...
'C63NO32O'; 'C7OHO2CO3H'; 'BCALAO2'; 'CH3SO4NO2'; 'BCALAOH'; 'C537O2'; 'NC4PDCO2H'; 'C146OOH'; 'PE1ENEBO'; 'DNT123LO'; ...
'NC3H7NO3'; 'BPINCO'; 'C4M2NO3ONE'; 'ME3CO2BUOL'; 'MXYL1O2'; 'CL2OHOOH'; 'C816O2'; 'PTNCATCOOH'; 'C46CO2H'; 'C728O'; ...
'C139OOH'; 'C8DCO2CO3H'; 'MXYLOOH'; 'C819O2'; 'C732CO'; 'C519PAN'; 'CHOOCH2OOH'; 'H2M3CO4CHO'; 'ACRPAN'; 'C52O'; ...
'PXYMUCPAN'; 'C626CO3'; 'TM124BPOOH'; 'EPXMDLCO3H'; 'C3M3CHOOOH'; 'C43NO3CO3'; 'LMKBNO3'; 'C142O2'; 'DNT123LO2'; 'IPROMCCO3'; ...
'C129O2'; 'C6CYTONO2'; 'BCLKCOH'; 'CHOC4O2'; 'ISOPAO2'; 'MPRANO3O'; 'C64OH'; 'TLOBIPEROH'; 'C67CO3H'; 'C4CO2DBPAN'; ...
'C64O2'; 'C56O'; 'C928O'; 'TM124QO'; 'PERPROACID'; 'DMEPH1O'; 'C24O3CCO2H'; 'NEBNZ1O2'; 'IPROC21O'; 'C83O'; ...
'HEX3ONAOOH'; 'PXYOLO2'; 'C136CO2'; 'C136CO3'; 'BCLKCO2'; 'C822O'; 'T123CAT1O'; 'DIEKBO'; 'C131CO3H'; 'IPRACOH'; ...
'ACO3H'; 'C143NO3'; 'C916OOH'; 'CO4DBC8'; 'CO4DBC9'; 'LMLKAO'; 'C82NO3'; 'C152NO3'; 'TM124QOH'; 'M23C4OOH'; ...
'MVKO'; 'TM124QO2'; 'C3ME3CO3'; 'CHOC4OHO2'; 'CO2M3C4CHO'; 'PROPALO'; 'ETHENO3O2'; 'C625O'; 'LIMONENE'; 'EBZMUCOH'; ...
'CYC6DIONO2'; 'C714OH'; 'MIBKAOHAO'; 'C75O'; 'C7MOHCOPAN'; 'BU1ENO3O'; 'NCRES1OOH'; 'H2M3CO5C6'; 'TM135MUNO3'; 'NMBOAOOH'; ...
'C6OTKETOOH'; 'TBUTOLNO3'; 'C927NO3'; 'C7CO4DB'; 'HO3CO46C8'; 'C714O2'; 'NOETOLOOH'; 'IPBZPOXMUC'; 'C930NO3'; 'EBZMUCO2'; ...
'BOX2ECHO'; 'EPXEKTCO3H'; 'MTBEACHO'; 'IPBENZ'; 'CO23C4CHO'; 'BUTACID'; 'NPTLQOOH'; 'C736OH'; 'BCALBO'; 'HO7C8O'; ...
'C97OH'; 'C4CONO3CO'; 'PINALOOH'; 'NC1313OH'; 'PET1O'; 'HO7C8CO3H'; 'C7DDCCO2H'; 'CO2H3CHO'; 'NC1313O2'; 'NDNMETLOOH'; ...
'TM135MUCO'; 'C97O2'; 'INANCOPAN'; 'IPRFORMOOH'; 'INB1NO3'; 'C736O2'; 'TM123OOH'; 'C131OH'; 'TMBCO3H'; 'C6145COO'; ...
'CLETPAN'; 'CL12PRAO'; 'C923NO3'; 'CHCL2CHO'; 'CO2C54O'; 'DNC524CO'; 'PE2ENEBO'; 'NOPINBOH'; 'CHEXOOH'; 'C104O'; ...
'ETHOXOOH'; 'NOPINBO2'; 'UDEC3ONE'; 'C4MNO31OOH'; 'C622NO3'; 'CHCL2CH3'; 'NDNMETOLO2'; 'NAPINBO'; 'C715CO2OOH'; 'C131O2'; ...
'PXY1O'; 'HMAC'; 'NIPBFUO2'; 'BCSOZOH'; 'BOCOCH2OOH'; 'C124OOH'; 'EPXMEDLCO3'; 'BOXCOCHO'; 'DIEKBNO3'; 'IPCATEC1O'; ...
'C713OOH'; 'C79O2'; 'C534O'; 'PHCOMEOH'; 'HMGLYOOA'; 'BZFUOOH'; 'PR2OHMONO3'; 'CH2OHCOCL'; 'C925O2'; 'C129OOH'; ...
'ETHOHNO3'; 'BCKAOOH'; 'C730NO3'; 'C929CO'; 'C93CO'; 'BCSOZO2'; 'MXNCATECO2'; 'IPEAOH'; 'CO234C65O2'; 'PBZQO'; ...
'C3MNO3CHO'; 'CO23C65O'; 'HEX2ONAO2'; 'C731PAN'; 'BZEPOXMUC'; 'DMPHCOMOOH'; 'EMALANHY'; 'C116OOH'; 'IPBENZOLO'; 'C6CO34O'; ...
'HO1C6O2'; 'HO3C4CO3'; 'HO14CO2C5'; 'HO2C43CO2H'; 'CO3H4PAN'; 'EIPKBOOH'; 'NLIMALO2'; 'CHCL2CO2H'; 'HO8C9CO3'; 'COO2C3CHO'; ...
'C98NO3'; 'M2HEXAO'; 'C115OOH'; 'EMPHGLYOX'; 'PBENZO2'; 'C1011PAN'; 'C133O2'; 'EMALNHY2OH'; 'CH2BRO'; 'C42CO3'; ...
'BZBIPERO'; 'HNBIACET'; 'IPBFUO'; 'C522CO3H'; 'C7DCCO2H'; 'HO13CO4C5'; 'MXYMUCPAN'; 'NPROACEAO'; 'C7CO2DBAL'; 'HEXAOOH'; ...
'MMFOOH'; 'PETLMUCCO'; 'C115O2'; 'CATEC1OOH'; 'C815CO2OH'; 'TOL4OHNO2'; 'NO3CH2CO3H'; 'ACBUOAOOH'; 'C815CO2O2'; 'NOXYFUOOH'; ...
'HMACRO'; 'C64OH5O2'; 'C729NO3'; 'CCLOHCOCL'; 'C3M3OH2CHO'; 'CH2CLCHCL2'; 'NDMEPHOLO'; 'MMFO2'; 'TPENT2ENE'; 'MIBK3COOOH'; ...
'NCATECO'; 'EPXEKTPAN'; 'DMMANO3'; 'C118O'; 'C123NO3'; 'C103CO'; 'C7ADCPAN'; 'PETOLO2'; 'PHCOCOCOOH'; 'ACEETOHOOH'; ...
'ETOLO'; 'BPINAO2'; 'M2PEBO2'; 'MXYMUCCO3H'; 'C4OHPAN'; 'DDEC3ONE'; 'NTM123LOOH'; 'HO3C76O2'; 'C108NO3'; 'M2PEBOH'; ...
'BPINAOH'; 'HEXCOOH'; 'EIPEOOH'; 'NDNOXYOLO'; 'C615OH'; 'M22C3CO3H'; 'GLYOOB'; 'GLYOOC'; 'GLYOOA'; 'C81O'; ...
'MTBEBCHO'; 'C820O'; 'MMFOH'; 'CDICLETH'; 'C6ETCO4DB'; 'CYHXONAO2'; 'DMPHO'; 'TBUACOH'; 'C6CO3HO25'; 'CH3SCH2O2'; ...
'MC4CONO3O'; 'DDECO2'; 'HO3C106OOH'; 'C1013CO3'; 'C66NO35O'; 'C615CO3H'; 'C5NO3COAO'; 'DNMXYOLO'; 'PRCOOMPAN'; 'DNIPBZLOOH'; ...
'DDECOH'; 'CH2CLCH2O'; 'CH3SCH2OH'; 'C52NO3'; 'TRICLETH'; 'ACETCOC2H5'; 'MOXCOCH2OH'; 'CYHXONAOH'; 'CO25C6CO3'; 'C831O2'; ...
'C627O'; 'M23C4O'; 'CY6DIONO'; 'DE35TOH'; 'TLFUO'; 'NON3ONE'; 'NTM124OLO'; 'C7ECO4DB'; 'DIETETO'; 'C4M2NO33O2'; ...
'C5DBCOCO3H'; 'HO2MC5OOH'; 'H3M3C4CHO'; 'C1214OOH'; 'HMVKBPAN'; 'HCOCH2CO3H'; 'NDNOETOLO'; 'DE35TO2'; 'C831OH'; 'HO2CO4CHO'; ...
'HOBUT2CO3H'; 'HPC52O'; 'HO3C116NO3'; 'EBZBIPERO'; 'C118OOH'; 'C141OO'; 'C141OH'; 'NOPINDO'; 'C822CO3H'; 'C4H6'; ...
'C810O2'; 'C141O2'; 'C710O'; 'IBUTALBO2'; 'C618O'; 'DIBRETOH'; 'CHOC2H4O2'; 'BUTALO2'; 'CO235C6OOH'; 'DMEBMUO2H'; ...
'C5MEJCO3H'; 'CO14O3CO2H'; 'HM23C4NO3'; 'C148OH'; 'C106O'; 'COCCOHCOOH'; 'H2M3C4NO3'; 'CLCOCLMOOH'; 'CO24C4CHO'; 'HO2CO4C5O'; ...
'MXY1OHNO2'; 'C148O2'; 'C1211CO3H'; 'C5M2OHOPAN'; 'C4H9CHO'; 'HEX2ONE'; 'INAHCHO'; 'IPROPOLO'; 'C6H5CH2OOH'; 'C118NO3'; ...
'C624OH'; 'IPCATEC1O2'; 'OXYMUCCO2H'; 'SBUACETBO'; 'PRCOFOROOH'; 'HM22C4O2'; 'C615CO'; 'C6HO1CO3O'; 'OETLMUCCO'; 'C536O'; ...
'C58OOH'; 'DNPBNZLO2'; 'NC3CO3H'; 'TM123BPNO3'; 'TM135OLO'; 'INB1GLYOX'; 'NBPINAO'; 'IPRFORMO2'; 'C517NO3'; 'IPRFORMOH'; ...
'C6HO1CO3O2'; 'C928PAN'; 'C926OOH'; 'CH3CHO'; 'DMEBMUNO3'; 'C511CHO'; 'NMXYQO'; 'DMEPHOLO'; 'C7CO2M5OOH'; 'C9DCNO3'; ...
'C624O2'; 'C533O2'; 'C1212NO3'; 'C922OOH'; 'EOCOCH2OOH'; 'PGLOO'; 'C6PAN2'; 'C6PAN3'; 'C6PAN1'; 'C6PAN6'; ...
'C6PAN7'; 'C6PAN4'; 'C622CO2H'; 'C1212OH'; 'C6PAN8'; 'C6PAN9'; 'PROLNO3'; 'BUT2OL'; 'C6EO2HCO3H'; 'NDNPBNZLO2'; ...
'C4NO3CO3'; 'C54CHO'; 'MGLOOA'; 'MGLOOB'; 'MGLOOC'; 'C1212O2'; 'C5COHOCO3H'; 'NPXYFUO'; 'MVK'; 'ACLOO'; ...
'NMEBFUOOH'; 'NBUACANO3'; 'NC526OOH'; 'HO2C54CO3H'; 'HEX2ONAOOH'; 'C61CHO'; 'LMKAO2'; 'C927O2'; 'NPXYOL1OOH'; 'C8O2OHCO3H'; ...
'C65O'; 'HO13C5'; 'C3DIOLO'; 'C3MCODBCO2'; 'H2M2C3CO3H'; 'IPROMCPAN'; 'C91OOH'; 'MTBEBO'; 'NBUACETBO2'; 'C1311OH'; ...
'M3PEANO3'; 'BOXMCO3H'; 'BOXOHPROL'; 'C1311O2'; 'INANCOCO3H'; 'BCALACO'; 'C4CHO2O'; 'C125O2'; 'COCCOH2CO2'; 'EPXMKTCO3H'; ...
'C615CO3'; 'C2H5MECOOA'; 'ACBUONANO3'; 'C623OOH'; 'C519CO3H'; 'H2M2C65O'; 'LMKAOH'; 'EPXMEDCO2H'; 'CH3CHOOA'; 'CH3CHOOC'; ...
'CH3CHOOB'; 'DETLBPR2OH'; 'NPROACECO'; 'CO36C10'; 'HCOCO3'; 'CO36C12'; 'H2M2C65NO3'; 'IPBZBIPRO'; 'HO8C9OOH'; 'BPINCNO3'; ...
'IPROC21OOH'; 'IPRACBCO3H'; 'HCOCO2H'; 'PBENZ'; 'DETLMUCO2'; 'DETLMUCO3'; 'NPXYOLOH'; 'CH3CHCLO2'; 'HEX3ONAO2'; 'HIEB1OOH'; ...
'C822CO2'; 'C822CO3'; 'TM135OLO2'; 'BCARY'; 'METACETOH'; 'CLCOCL2OOH'; 'C6OTKETO'; 'TM135OLOH'; 'M3CO245C6'; 'C929OOH'; ...
'C87O'; 'HEX3ONAOH'; 'IECCO3'; 'C826O'; 'CY6TRION'; 'NPXYOLO2'; 'HO3C76NO3'; 'OXYMUCNO3'; 'CHOOMCO2H'; 'OXNNCATCO'; ...
'NDNPXYLOOH'; 'C7CO2OHPAN'; 'DMMAOH'; 'C731O2'; 'ETHOXO2'; 'HO5C6CO3'; 'C62OOH'; 'LMLKET'; 'PTNNCATOOH'; 'PXY1OHNO2'; ...
'TL4ONO2OOH'; 'NBUACCOH'; 'DMMAO2'; 'C23O3ECOOH'; 'PBZN'; 'NC4PDCO2'; 'C831OOH'; 'MCATEC1OOH'; 'APINBO'; 'OET1OHNO2'; ...
'BZBIPEROOH'; 'NCO23CHO'; 'OXYOLO'; 'C621O'; 'PETLBIPRO2'; 'METLQOOH'; 'CO2C3CHO'; 'MPRKAO2'; 'CH2CL3OOH'; 'C510OOH'; ...
'MPRKAOH'; 'NC6H14'; 'C5H8'; 'C728OOH'; 'MC6OTKETO'; 'IPNNCATCO'; 'INB1HPCO2H'; 'C1014CO'; 'ACCOCOEOOH'; 'IPROPOLO2'; ...
'CONM2PAN'; 'CO2M3C5OH'; 'IPRBQOOH'; 'CH2CLOOH'; 'T124NNCTO2'; 'ACEPROPONE'; 'DECOH'; 'CO23C54O2'; 'C736CO'; 'C3MNO3CO3'; ...
'PE2ENEAO2'; 'M2BKBO'; 'C5124COOOH'; 'MNCATECOOH'; 'DEMPHOLO'; 'C57NO3CO3'; 'C822NO3'; 'C116CO3H'; 'TM135MUOH'; 'DECO2'; ...
'NOXYFUO2'; 'MEKBO2'; 'HO2C43CO3'; 'TM124NOOH'; 'M2PECOOH'; 'CRESOH'; 'C5H11CO3'; 'CRESOL'; 'HO1C5O2'; 'C7M2CO5OOH'; ...
'C7CODBCO3'; 'MXYL'; 'TM124BOOH'; 'CO2HO4C6'; 'MPHCOMEOH'; 'C710OOH'; 'C4NO3M1OOH'; 'C78CO'; 'MPHCOMEO2'; 'CO2C43CHO'; ...
'MECOFOROOH'; 'MTBEBCO2H'; 'C4ECO2OOH'; 'EBFUO'; 'CRESO2'; 'C7M6CO2O'; 'HO1C4OOH'; 'C41CO3'; 'H2C3OCO'; 'C54O2'; ...
'C826NO3'; 'C14O3ECHO'; 'C530O'; 'C618PAN'; 'NO3CH2CHO'; 'C117OOH'; 'M23C43OOH'; 'C718PAN'; 'NOPINCOOH'; 'CO2C4CO3H'; ...
'C930O'; 'C5124COO2'; 'HO2C3CO3'; 'ETBEBOOH'; 'EBENZOOH'; 'C136CO2H'; 'C54OH'; 'C516O'; 'C88CHO'; 'DNMETOLO'; ...
'NMETLQOOH'; 'PETLQONE'; 'H3M3C5O'; 'C58AOOH'; 'DNPHENO2'; 'NC71OOH'; 'DMPHCOMO'; 'C65NO36CHO'; 'CO14O3CHO'; 'DMPHCOME'; ...
'C3ME3CHOO'; 'HO24C5O'; 'C23O3MCO2H'; 'OXYFUO'; 'CO1C6OOH'; 'CCOCOCOH'; 'C714OOH'; 'C727OOH'; 'C7MJPPAN'; 'C52NO33CO'; ...
'ME2BU2OLO2'; 'BZBIPERO2'; 'C6CO134'; 'MXNNCATCO'; 'C2H5O2'; 'C5O45OHPAN'; 'C67O'; 'T124CTCOOA'; 'NBUTDBO'; 'INDHCHO'; ...
'C68OOH'; 'C23O3MO2'; 'M3HEXAOOH'; 'C828CHO'; 'C9DCO'; 'IBUTALBO2H'; 'C2CL3OHAO2'; 'PXYQO2'; 'PXYQOH'; 'HEX2ONCO2'; ...
'NMBOAO2'; 'NOXYQO'; 'NPRACANO3'; 'C2H5OH'; 'CHEX2ENE'; 'C4OH2CPAN'; 'HOC3H6CO3'; 'C116PAN'; 'H2M4CO5C6'; 'C8BC'; ...
'PETLMUCOH'; 'CO25C6OOH'; 'PETLMUCO2'; 'C1011CO3'; 'DIIPRETOOH'; 'H13CO2C3'; 'IPEAO'; 'C731CO2H'; 'C1211PAN'; 'C5CO2DBCO3'; ...
'BCBCO'; 'NC4OHCO3H'; 'C58O'; 'HO2CO5C7'; 'HO2CO5C6'; 'BOXMPAN'; 'ETOHCO2M'; 'HO1CO3C4O2'; 'IPBZMUCNO3'; 'C824O'; ...
'C1210CO3'; 'C1210CO2'; 'INDHPAN'; 'PE1ENEANO3'; 'NPEBQO2'; 'C6CO23HO5'; 'HM2C43CO2H'; 'MC3ODBCO2H'; 'MALDIALPAN'; 'C89CO2H'; ...
'C6DICARBO2'; 'CL2OHCO3'; 'C3DBCO3'; 'C72OOH'; 'C530O2'; 'CO23C3CHO'; 'ETBECPAN'; 'PRNOCOPOOH'; 'NTLFUOOH'; 'C62NO33OOH'; ...
'C85O'; 'ENNCATCOOH'; 'PXYBPEROOH'; 'HO2M2C4NO3'; 'SBUACETAO2'; 'C8CO2OHCO3'; 'TM124BCO3H'; 'CO24M3CHO'; 'CYHXONAO'; 'CCL3O2'; ...
'TBOCOCHO'; 'C104OH'; 'C104O2'; 'MEBFUO'; 'MIBKANO3'; 'CCL3OH'; 'IPROACETO2'; 'CO2M33CO3'; 'C132O'; 'M3FOO'; ...
'C1013NO3'; 'NC730OOH'; };

RO2ToAdd = {...
'HOCH2CH2O2'; 'HO1C3O2'; 'HYPROPO2'; 'IPROPOLO2'; 'NBUTOLAO2'; 'NBUTOLBO2'; 'BUT2OLO2'; 'IBUTOLBO2'; 'IBUTOLCO2'; 'TBUTOLO2'; ...
'HO3C5O2'; 'PE2ENEBO2'; 'HM2C43O2'; 'M2BUOL2O2'; 'HM33C3O2'; 'ME3BUOLO2'; 'HO2M2C4O2'; 'ME2BU2OLO2'; 'PROL11MO2'; 'H2M3C4O2'; ...
'ME2BUOLO2'; 'CYHEXOLAO2'; 'MIBKAOHAO2'; 'MIBKAOHBO2'; 'MIBKHO4O2'; 'CH3CO3'; 'NMBOAO2'; 'NMBOBO2'; 'MBOAO2'; 'MBOBO2'; ...
'CH3O2'; 'HCOCH2O2'; 'C2H5CO3'; 'C2H5O2'; 'C3H7CO3'; 'BUTALO2'; 'NC3H7O2'; 'IPRCO3'; 'IBUTALBO2'; 'IBUTALCO2'; ...
'IC3H7O2'; 'C4H9CO3'; 'C4CHOBO2'; 'NC4H9O2'; 'ACO3'; 'ACRO2'; 'OCCOHCO2'; 'CH3C2H2O2'; 'MACO3'; 'MACRO2'; ...
'MACROHO2'; 'C3DBCO3'; 'C4CONO3O2'; 'C4NO3COO2'; 'C4OCCOHCO2'; 'COCCOH2CO2'; 'SC4H9O2'; 'IC4H9O2'; 'TC4H9O2'; 'PEAO2'; ...
'PEBO2'; 'PECO2'; 'IPEAO2'; 'IPEBO2'; 'IPECO2'; 'NEOPO2'; 'HEXAO2'; 'HEXBO2'; 'HEXCO2'; 'M2PEAO2'; ...
'M2PEBO2'; 'M2PECO2'; 'M2PEDO2'; 'M3PEAO2'; 'M3PEBO2'; 'M3PECO2'; 'M22C43O2'; 'M22C4O2'; 'M33C4O2'; 'M23C43O2'; ...
'M23C4O2'; 'HEPTO2'; 'M2HEXAO2'; 'M2HEXBO2'; 'M3HEXAO2'; 'M3HEXBO2'; 'OCTO2'; 'NONO2'; 'DECO2'; 'UDECO2'; ...
'DDECO2'; 'CHEXO2'; 'ETHENO3O2'; 'PRONO3AO2'; 'PRONO3BO2'; 'BU1ENO3O2'; 'C43NO34O2'; 'HO3C4O2'; 'C42NO33O2'; 'MPRANO3O2'; ...
'MPRBNO3O2'; 'C51NO32O2'; 'C52NO31O2'; 'PE1ENEAO2'; 'PE1ENEBO2'; 'C52NO33O2'; 'C53NO32O2'; 'PE2ENEAO2'; 'C4NO32M1O2'; 'C4NO32M2O2'; ...
'C4M3NO31O2'; 'C4M3NO32O2'; 'IPRCHOOA'; 'ME3BU2OLO2'; 'C4M2NO32O2'; 'C4M2NO33O2'; 'C65NO36O2'; 'C66NO35O2'; 'C6OH5O2'; 'HO5C6O2'; ...
'C62NO33O2'; 'C63NO32O2'; 'C64OH5O2'; 'C65OH4O2'; 'C4ME2NO3O2'; 'C4ME2OHO2'; 'BZBIPERO2'; 'C6H5CH2O2'; 'TLBIPERO2'; 'OXYLO2'; ...
'OXYBIPERO2'; 'MXYLO2'; 'MXYBIPERO2'; 'PXYLO2'; 'PXYBIPERO2'; 'C6H5C2H4O2'; 'EBZBIPERO2'; 'PHC3O2'; 'PBZBIPERO2'; 'PHIC3O2'; ...
'IPBZBIPRO2'; 'TM123BO2'; 'TM123BPRO2'; 'TM124BO2'; 'TM124BPRO2'; 'TMBO2'; 'TM135BPRO2'; 'ETOLO2'; 'OETLBIPRO2'; 'METLBIPRO2'; ...
'PETLBIPRO2'; 'DM35EBO2'; 'DMEBIPRO2'; 'DE35TO2'; 'DETLBIPRO2'; 'NSTYRENO2'; 'STYRENO2'; 'C6H5CO3'; 'C6H5O2'; 'CH2CLO2'; ...
'CHCL2O2'; 'CCL3O2'; 'CCL3CH2O2'; 'TCEOHO2'; 'C2CL3OHAO2'; 'C2CL3OHBO2'; 'C2CL2OHO2'; 'DICLETO2'; 'CH2OHCL2O2'; 'CL2OHCH2O2'; ...
'CL12PRAO2'; 'CL12PRBO2'; 'CL12PRCO2'; 'CH3CCL2O2'; 'CHCL2CH2O2'; 'CH2CLCH2O2'; 'CH3CHCLO2'; 'CHCL2CL2O2'; 'CH2CL3O2'; 'CHCL3O2'; ...
'CCLNO3O2'; 'CNO3CLO2'; 'CCLOHCH2O2'; 'CH2OHCCLO2'; 'NBUTDAO2'; 'NBUTDBO2'; 'BUTDAO2'; 'BUTDBO2'; 'BUTDCO2'; 'NISOPO2'; ...
'ISOP34O2'; 'CHOOCH2O2'; 'METHACETO2'; 'MOCOCH2O2'; 'ACETC2H4O2'; 'EOCOCH2O2'; 'ETHACETO2'; 'NPROACEAO2'; 'NPROACEBO2'; 'NPROACECO2'; ...
'IPRACBO2'; 'IPROACETO2'; 'NBUACETAO2'; 'NBUACETBO2'; 'NBUACETCO2'; 'SBUACETAO2'; 'SBUACETBO2'; 'MCOOTBO2'; 'TBOCOCH2O2'; 'CH3OCH2O2'; ...
'DIETETO2'; 'ETOC2O2'; 'MTBEAO2'; 'MTBEBO2'; 'DIIPRETO2'; 'IPROMC2O2'; 'ETBEAO2'; 'ETBEBO2'; 'ETBECO2'; 'MO2EOLAO2'; ...
'MO2EOLBO2'; 'EOX2EOLAO2'; 'EOX2EOLBO2'; 'PR2OHMOXO2'; 'H2C3OCO2'; 'BOX2EOHAO2'; 'BOX2EOHBO2'; 'BOXPROLAO2'; 'BOXPROLBO2'; 'CH2BRO2'; ...
'DIBRETO2'; 'CH3COCH2O2'; 'MEKAO2'; 'MEKBO2'; 'MEKCO2'; 'CO2C54O2'; 'MPRKAO2'; 'DIEKAO2'; 'DIEKBO2'; 'MIPKAO2'; ...
'MIPKBO2'; 'HEX2ONAO2'; 'HEX2ONBO2'; 'HEX2ONCO2'; 'HEX3ONAO2'; 'HEX3ONBO2'; 'HEX3ONCO2'; 'HEX3ONDO2'; 'MIBKAO2'; 'MIBKBO2'; ...
'MTBKO2'; 'CYHXONAO2'; 'NAPINAO2'; 'NAPINBO2'; 'APINAO2'; 'APINBO2'; 'APINCO2'; 'NBPINAO2'; 'NBPINBO2'; 'BPINAO2'; ...
'BPINBO2'; 'BPINCO2'; 'NLIMO2'; 'LIMAO2'; 'LIMBO2'; 'LIMCO2'; 'NBCO2'; 'BCAO2'; 'BCBO2'; 'BCCO2'; ...
'DMMAO2'; 'DMMBO2'; 'DMCO2'; 'CH3SCH2O2'; 'HODMSO2'; 'ETHOXO2'; 'BUT2CO3'; 'C3ME3CO3'; 'C3ME3CHOO2'; 'HOCH2CO3'; ...
'CH3CHOHCO3'; 'IPRHOCO3'; 'IPRCHOO'; 'BZEMUCCO3'; 'BZEMUCO2'; 'C5DIALO2'; 'NPHENO2'; 'PHENO2'; 'CRESO2'; 'NCRESO2'; ...
'TLEMUCCO3'; 'TLEMUCO2'; 'C615CO2O2'; 'OXYMUCCO3'; 'OXYMUCO2'; 'MC6CO2O2'; 'NOXYOLO2'; 'OXYOLO2'; 'MXYMUCCO3'; 'MXYMUCO2'; ...
'C726CO5O2'; 'MXYOLO2'; 'NMXYOLO2'; 'PXYMUCCO3'; 'PXYMUCO2'; 'C6M5CO2O2'; 'NPXYOLO2'; 'PXYOLO2'; 'EBENZOLO2'; 'NEBNZOLO2'; ...
'EBZMUCCO3'; 'EBZMUCO2'; 'C715CO2O2'; 'NPBNZOLO2'; 'PBENZOLO2'; 'PBZMUCCO3'; 'PBZMUCO2'; 'C815CO2O2'; 'IPBENZOLO2'; 'NIPBNZOLO2'; ...
'IPBZMUCCO3'; 'IPGLOOB'; 'IPBZMUCO2'; 'C7M15CO2O2'; 'NTM123OLO2'; 'TM123OLO2'; 'TM123MUCO2'; 'NTM124OLO2'; 'TM124OLO2'; 'TM124MUCO3'; ...
'TM124MUCO2'; 'C7CO2M5O2'; 'NTM135OLO2'; 'TM135OLO2'; 'TM135MUCO3'; 'TM135MUCO2'; 'C7M2CO5O2'; 'OETLMUCCO3'; 'OETLMUCO2'; 'MC7CO2O2'; ...
'NOETOLO2'; 'OETOLO2'; 'METLMUCCO3'; 'METLMUCO2'; 'C826CO3O2'; 'METOLO2'; 'NMETOLO2'; 'PETLMUCCO3'; 'PETLMUCO2'; 'C7M6CO2O2'; ...
'NPETOLO2'; 'PETOLO2'; 'DMEBMUCO3'; 'DMEBMUCO2'; 'C8M2CO6O2'; 'NDMEPHOLO2'; 'DMEPHOLO2'; 'NDEMPHOLO2'; 'DEMPHOLO2'; 'DETLMUCO3'; ...
'DETLMUCO2'; 'C9M2CO6O2'; 'HMVKAO2'; 'HMVKBO2'; 'MVKO2'; 'CISOPAO2'; 'ISOPBO2'; 'CISOPCO2'; 'ISOPDO2'; 'NC526O2'; ...
'C530O2'; 'M3BU3ECO3'; 'C45O2'; 'NC51O2'; 'C51O2'; 'CH2CHCH2O2'; 'ISOPAO2'; 'ISOPCO2'; 'MEMOXYCO3'; 'EOX2MECO3'; ...
'ETOMEO2'; 'PRONEMOXO2'; 'BOXMCO3'; 'BOX2MO2'; 'BOXPRONAO2'; 'BOXPRONBO2'; 'C107O2'; 'C109O2'; 'C96O2'; 'NOPINAO2'; ...
'NOPINBO2'; 'NOPINCO2'; 'NOPINDO2'; 'LIMALAO2'; 'LIMALBO2'; 'C923O2'; 'BCALAO2'; 'BCALBO2'; 'C136O2'; 'BCALCO2'; ...
'C141O2'; 'HOC2H4CO3'; 'HOIPRCO3'; 'HO13C5O2'; 'HO3C4CO3'; 'C54O2'; 'H2M2C3CO3'; 'PROL1MCO3'; 'C56O2'; 'HO2C43CO3'; ...
'MIBKCOOHO2'; 'NC4OHCO3'; 'C4OH2CO3'; 'CO2C3CO3'; 'HO2C3CO3'; 'IBUDIALCO3'; 'PROPALO2'; 'CO3C4CO3'; 'HO1C4O2'; 'A2PANOO'; ...
'HCOCOHCO3'; 'HCOCO3'; 'MACRNCO3'; 'MACRNBCO3'; 'CHOMOHCO3'; 'CO2H3CO3'; 'HO1C5O2'; 'HO2C5O2'; 'C52O2'; 'TBUTCO3'; ...
'HO1C6O2'; 'C5H11CO3'; 'HO2C6O2'; 'HO3C6O2'; 'HO1MC5O2'; 'C54CO3'; 'HO2MC5O2'; 'EIPKAO2'; 'EIPKBO2'; 'HO2M2C5O2'; ...
'H1MC5O2'; 'M3C4CO3'; 'H2MC5O2'; 'M2BKAO2'; 'M2BKBO2'; 'HM33C4O2'; 'M22C3CO3'; 'HM22C4O2'; 'M33C3CO3'; 'HM23C4O2'; ...
'M2C43CO3'; 'HO3C76O2'; 'CO3C75O2'; 'H2M5C65O2'; 'C75O2'; 'H2M2C65O2'; 'H2M4C65O2'; 'C710O2'; 'H3M3C6O2'; 'HO3C86O2'; ...
'CO3C85O2'; 'HO3C96O2'; 'C91O2'; 'HO3C106O2'; 'C101O2'; 'HO3C116O2'; 'C111O2'; 'HO3C126O2'; 'C121O2'; 'CO1C6O2'; ...
'NO3CH2CO3'; 'PRNO3CO3'; 'CO3C4NO3O2'; 'HO3C3CO3'; 'MPRBNO3CO3'; 'C5NO3COAO2'; 'C4NO3CO3'; 'C5OH2CO4O2'; 'C4OHCO3'; 'C5NO3CO4O2'; ...
'C5CONO34O2'; 'C43NO3CO3'; 'C4MCONO3O2'; 'C3MNO3CO3'; 'C3M3OH2CO3'; 'MC4CONO3O2'; 'C65NO36CO3'; 'MNO3COC4O2'; 'C4COMOH3O2'; 'HO5C5CO3'; ...
'C6NO3CO5O2'; 'C6CONO34O2'; 'MALDIALCO3'; 'EPXDLCO3'; 'C3DIALO2'; 'MALDIALO2'; 'OXYL1O2'; 'C5CO14O2'; 'OXYLCO3'; 'EPXM2DLCO3'; ...
'C4MCO2O2'; 'DM123O2'; 'MXYLCO3'; 'MXYL1O2'; 'C3MCODBCO3'; 'EPXMDLCO3'; 'C3MDIALO2'; 'MXY1O2'; 'PXYLCO3'; 'PXYL1O2'; ...
'PXY1O2'; 'C6H5CH2CO3'; 'EBENZO2'; 'C6DCARBBO2'; 'PHCOETO2'; 'PBENZO2'; 'C7DCCO3'; 'IPBENZO2'; 'IC7DCCO3'; 'IPGLOO'; ...
'TM123BCO3'; 'TM123O2'; 'EPXKTMCO3'; 'C4CO2O2'; 'TM124BCO3'; 'DM124O2'; 'TM124O2'; 'TMBCO3'; 'DMPHO2'; 'C4MCODBCO3'; ...
'EPXMKTCO3'; 'CO24C53O2'; 'MPHCOMEO2'; 'EPXMEDLCO3'; 'C4ECO2O2'; 'OET1O2'; 'MET1O2'; 'PET1O2'; 'DMPHCOMO2'; 'EMPHCOMO2'; ...
'EMPHCO3'; 'C7CODBCO3'; 'EPXEKTCO3'; 'C3EDIALO2'; 'CO24C63O2'; 'CCL3CO3'; 'CLETO3'; 'CL2OHCO3'; 'CL12CO3'; 'CLCOCLMEO2'; ...
'CHCL2CO3'; 'CLCOCH2O2'; 'CLCOCLO2'; 'CCLOHCO3'; 'HNMVKO2'; 'NC3CO3'; 'C42O2'; 'HC3CO3'; 'C41O2'; 'MVKOHAO2'; ...
'MVKOHBO2'; 'HC3CCO3'; 'INCO2'; 'NC4CO3'; 'C510O2'; 'C536O2'; 'C537O2'; 'INAO2'; 'C58O2'; 'HC4CO3'; ...
'CHOCOMOXO2'; 'ACETMECO3'; 'HOACETETO2'; 'MECOACETO2'; 'ACPRONEO2'; 'ACCOETO2'; 'ACETC2CO3'; 'IPRACBCO3'; 'ACBUONEAO2'; 'ACBUONEBO2'; ...
'ACCOC3H6O2'; 'SBUACONEO2'; 'TBUACCO3'; 'MTBEACHOO2'; 'MTBEBCO3'; 'IPROC21O2'; 'IPROMCCO3'; 'EIPEO2'; 'ETBEACO3'; 'ETBECCO3'; ...
'BOXCOEOLO2'; 'BRETO3'; 'HO1CO3C4O2'; 'BIACETO2'; 'HO2CO4C5O2'; 'CO23C54O2'; 'HOCO3C54O2'; 'C53O2'; 'C41CO3'; 'CO2HOC61O2'; ...
'CO24C6O2'; 'CO25C6O2'; 'HO2C4O2'; 'C61O2'; 'CO23C65O2'; 'C6CO3OH5O2'; 'C6CO34O2'; 'C6HO1CO3O2'; 'C3COCCO3'; 'PEN2ONE1O2'; ...
'MIBK3COO2'; 'C612O2'; 'CO2M33CO3'; 'C6COCHOO2'; 'CY6DIONO2'; 'NC101O2'; 'C96CO3'; 'C720O2'; 'NC91CO3'; 'C8BCO2'; ...
'C918CO3'; 'C923CO3'; 'C141CO3'; 'NBCALO2'; 'BCALO2'; 'BCSOZO2'; 'C151O2'; 'C152O2'; 'MMFO2'; 'MMCFO2'; ...
'DMSO2O2'; 'CHOC4CO3'; 'C6DIALO2'; 'CHOC4O2'; 'CYC6DIONO2'; 'CONM2CO3'; 'NBZFUO2'; 'BZFUO2'; 'CATEC1O2'; 'MCATEC1O2'; ...
'MC3CODBCO3'; 'C4M2ALOHO2'; 'C5DICARBO2'; 'NTLFUO2'; 'TLFUO2'; 'MC4CODBCO3'; 'MC5CO2OHO2'; 'NOXYFUO2'; 'C6OTKETO2'; 'OXYFUO2'; ...
'OXCATEC1O2'; 'C5MCO2OHO2'; 'NMXYFUO2'; 'C23O3MO2'; 'MXYFUO2'; 'NPXYFUO2'; 'MCOCOMOXO2'; 'PXYFUO2'; 'MXCATEC1O2'; 'DMKOHO2'; ...
'PXCATEC1O2'; 'ECATEC1O2'; 'C6DICARBO2'; 'NEBFUO2'; 'BUTALAO2'; 'EBFUO2'; 'C7CO3OHO2'; 'PCATEC1O2'; 'C7DCO2'; 'NPBFUO2'; ...
'C4CHOAO2'; 'PBFUO2'; 'C8CO3OHO2'; 'PHCOMEO2'; 'IPCATEC1O2'; 'IC7DCO2'; 'NIPBFUO2'; 'IC4CHOAO2'; 'IPBFUO2'; 'C7MCO3OHO2'; ...
'T123CAT1O2'; 'C7ADCCO3'; 'C7ADCO2'; 'NTMB1FUO2'; 'TMB1FUO2'; 'NTMB2FUO2'; 'MC6OTKETO2'; 'TMB2FUO2'; 'C7BDCO2'; 'T124CAT1O2'; ...
'OTCATEC1O2'; 'MTCATEC1O2'; 'C7EDCO2'; 'PTCATEC1O2'; 'C7DDCCO3'; 'C7DDCO2'; 'NMEBFUO2'; 'C23O3EO2'; 'MEBFUO2'; 'EMPHO2'; ...
'CH3COCCLO2'; 'CLCOCCL2O2'; 'C527O2'; 'C526O2'; 'HC4ACO3'; 'C58AO2'; 'INB1O2'; 'INB2O2'; 'HPC52O2'; 'HC4CCO3'; ...
'C57AO2'; 'C57O2'; 'INDO2'; 'C59O2'; 'C524O2'; 'ETHFORMO2'; 'IPRMEETO2'; 'CHOOMCO3'; 'PRONFORMO2'; 'PRCOOMCO3'; ...
'PRCOOMO2'; 'BOXCOCHOO2'; 'BOXFORMO2'; 'PRONOCOPO2'; 'BOXCOCOMO2'; 'PINALO2'; 'C108O2'; 'C89CO3'; 'C920CO3'; 'C920O2'; ...
'C97O2'; 'C85CO3'; 'C85O2'; 'C719O2'; 'C918O2'; 'C9DCO2'; 'C915O2'; 'C917O2'; 'NLIMALO2'; 'LIMALO2'; ...
'C729CO3'; 'C822CO3'; 'C924O2'; 'C816CO3'; 'NORLIMO2'; 'C816O2'; 'NLMKAO2'; 'LMKAO2'; 'LMKBO2'; 'C146O2'; ...
'C131CO3'; 'BCLKAO2'; 'BCLKBO2'; 'BCLKCO2'; 'C131O2'; 'C147O2'; 'C126CO3'; 'C136CO3'; 'C148O2'; 'C1311O2'; ...
'NC1313O2'; 'C1313O2'; 'C126O2'; 'C144O2'; 'C142O2'; 'NBCKO2'; 'BCKAO2'; 'BCKBO2'; 'CH3SOO'; 'H13C43CO3'; ...
'C42CO3'; 'HOC3H6CO3'; 'C3DIOLO2'; 'HO2C4CO3'; 'HOIBUTCO3'; 'C63O2'; 'HO3C5CO3'; 'C64O2'; 'HO2C54O2'; 'HO2C54CO3'; ...
'C66O2'; 'CO3C54CO3'; 'H2M2C4CO3'; 'C67O2'; 'C610O2'; 'H2M3C4CO3'; 'C68O2'; 'C69O2'; 'C611O2'; 'HM33C3CO3'; ...
'HM22C3O2'; 'HM22C3CO3'; 'HM2C43CO3'; 'C71O2'; 'C76O2'; 'C77O2'; 'C78O2'; 'C711O2'; 'H3M3C5O2'; 'H3M3C5CO3'; ...
'C82O2'; 'C81O2'; 'C93O2'; 'C92O2'; 'HO6C7O2'; 'C103O2'; 'C102O2'; 'HO7C8O2'; 'C113O2'; 'C112O2'; ...
'HO8C9O2'; 'C123O2'; 'C122O2'; 'CO1H63O2'; 'C3NO3COO2'; 'NPHEN1O2'; 'NNCATECO2'; 'NCATECO2'; 'NBZQO2'; 'PBZQO2'; ...
'NPTLQO2'; 'PTLQO2'; 'NCRES1O2'; 'MNNCATECO2'; 'MNCATECO2'; 'NOXYOL1O2'; 'NOXYQO2'; 'OXYQO2'; 'OXNNCATCO2'; 'OXNCATECO2'; ...
'C534O2'; 'NMXYOL1O2'; 'NMXYQO2'; 'MXYQO2'; 'MXNNCATCO2'; 'MXNCATECO2'; 'NPXYOL1O2'; 'NPXYQO2'; 'PXYQO2'; 'PXNNCATCO2'; ...
'PXNCATECO2'; 'NEBNZ1O2'; 'NPEBQO2'; 'PEBQO2'; 'ENNCATECO2'; 'ENCATECO2'; 'CO3H4CO3'; 'PHCOCOCO2'; 'NPBNZ1O2'; 'NPPRBQO2'; ...
'PPRBQO2'; 'PNNCATECO2'; 'PNCATECO2'; 'C5O45OHCO3'; 'NIPBNZ1O2'; 'NIPRBQO2'; 'IPRBQO2'; 'IPNNCATCO2'; 'IPNCATECO2'; 'C4MOHOCO3'; ...
'NT123L1O2'; 'T123NNCTO2'; 'T123NCATO2'; 'NT124L1O2'; 'NTM124QO2'; 'TM124QO2'; 'T124NNCTO2'; 'T124NCATO2'; 'C5CO234O2'; 'NOETOL1O2'; ...
'NOETLQO2'; 'OETLQO2'; 'OTNNCATCO2'; 'OTNCATECO2'; 'NMETOL1O2'; 'NMETLQO2'; 'METLQO2'; 'MTNNCATCO2'; 'MTNCATECO2'; 'NPETOL1O2'; ...
'NPETLQO2'; 'PETLQO2'; 'PTNNCATCO2'; 'PTNCATECO2'; 'CO234C65O2'; 'H13CO2CO3'; 'CO2N3CO3'; 'C535O2'; 'C58NO3CO3'; 'ACCOCOMEO2'; ...
'ACEETOHO2'; 'ACCOMCOMO2'; 'ACCOCOETO2'; 'MTBEAALCO3'; 'C62O2'; 'HO13C4O2'; 'HM22CO3'; 'C6COCHOCO3'; 'C5COCHOO2'; 'CHOC2H4O2'; ...
'HCOCH2CO3'; 'CY6TRIONO2'; 'C6CYTONO2'; 'NC102O2'; 'C512CO3'; 'C89O2'; 'C926O2'; 'C817CO3'; 'C817O2'; 'NC826O2'; ...
'C826O2'; 'C729O2'; 'LMLKAO2'; 'LMLKBO2'; 'C116CO3'; 'C116O2'; 'C129O2'; 'C1210O2'; 'CH3SOO2'; 'C1H4C5CO3'; ...
'CHOC4OHO2'; 'HOC4CHOO2'; 'C6145COO2'; 'COHM2CO3'; 'CO2C4CO3'; 'HOBUT2CO3'; 'CO3C5CO3'; 'CO2C54CO3'; 'C65O2'; 'CO2M3C4CO3'; ...
'C72O2'; 'CO25C73O2'; 'CO25C74O2'; 'C712O2'; 'C713O2'; 'C714O2'; 'C84O2'; 'C94O2'; 'C104O2'; 'C114O2'; ...
'C6H13CO3'; 'C124O2'; 'MALANHYO2'; 'NDNPHENO2'; 'DNPHENO2'; 'NDNCRESO2'; 'DNCRESO2'; 'C6O4KETO2'; 'NDNOXYOLO2'; 'DNOXYOLO2'; ...
'MMALANHYO2'; 'CH3COCO3'; 'NDNMXYOLO2'; 'DNMXYOLO2'; 'TL4OHNO2O2'; 'NDNPXYOLO2'; 'DNPXYOLO2'; 'NDNEBNZLO2'; 'DNEBNZLO2'; 'NDNPBNZLO2'; ...
'DNPBNZLO2'; 'C61CO3'; 'NDNIPBZLO2'; 'DNIPBNZLO2'; 'C62CO3'; 'NDNT123LO2'; 'DNT123LO2'; 'TM124NO2O2'; 'NDNT124LO2'; 'DNT124LO2'; ...
'MXYOHNO2O2'; 'NDNOETOLO2'; 'DNOETOLO2'; 'NDNMETOLO2'; 'DNMETOLO2'; 'NDNPETOLO2'; 'DNPETOLO2'; 'CO356OCO2'; 'C531O2'; 'INCNCO3'; ...
'IEACO3'; 'IECCO3'; 'HPC52CO3'; 'INDHCO3'; 'C57NO3CO3'; 'INAHPCO3'; 'INANCO3'; 'INAHCO3'; 'NC524O2'; 'C525O2'; ...
'HMACO3'; 'HMACRO2'; 'ACCOMECO3'; 'IPRFORMO2'; 'PRCOFORMO2'; 'PRONOCOMO2'; 'CO23C4CO3'; 'C5CO34CO3'; 'C106O2'; 'C717O2'; ...
'C811CO3'; 'C921O2'; 'C98O2'; 'C86O2'; 'C919O2'; 'C914O2'; 'C916O2'; 'C88CO3'; 'C88O2'; 'C512O2'; ...
'C619O2'; 'C626CO3'; 'C626O2'; 'C735O2'; 'C822O2'; 'C823CO3'; 'C925O2'; 'C622CO3'; 'C1011CO3'; 'C1210CO3'; ...
'C132O2'; 'C137CO3'; 'C1013CO3'; 'C1312O2'; 'C127O2'; 'C143O2'; 'CH3SO2O2'; 'HO24C5O2'; 'C55O2'; 'C67CO3'; ...
'H3M2C4CO3'; 'C79O2'; 'H3M3C4CO3'; 'H13M3C5O2'; 'HO4C5CO3'; 'HO5C6CO3'; 'HO6C7CO3'; 'HO7C8CO3'; 'HO8C9CO3'; 'C5CO2OHCO3'; ...
'C6CO2OHCO3'; 'C5M2OHOCO3'; 'C4COMOHCO3'; 'C23O3MCO3'; 'C23O3CCO3'; 'C7CO2OHCO3'; 'C6MOHCOCO3'; 'C7OHCO2CO3'; 'ECO3CO3'; 'C8OHCO2CO3'; ...
'C8CO2OHCO3'; 'NDMMALYO2'; 'DMMALYO2'; 'C7MOHCOCO3'; 'C5MEJCO3'; 'C6EO2OHCO3'; 'C7MJPCO3'; 'C23O3ECO3'; 'EMPOHNO2O2'; 'C47CO3'; ...
'INB1HPCO3'; 'INB1NACO3'; 'INB1NBCO3'; 'MMALNACO3'; 'MMALNBCO3'; 'INDHPCO3'; 'INANCOCO3'; 'HIEB1O2'; 'HIEB2O2'; 'HO13C3CO3'; ...
'C5CO23O2'; 'CHOC2CO3'; 'CHOC3COCO3'; 'C5124COCO3'; 'CO235C6CO3'; 'NC71O2'; 'C811O2'; 'CHOC3COO2'; 'H3C25C6CO3'; 'H3C25C6O2'; ...
'C810O2'; 'C818O2'; 'C727CO3'; 'NC728O2'; 'C728O2'; 'C622O2'; 'C823O2'; 'C819O2'; 'C731CO3'; 'C1011O2'; ...
'C137O2'; 'C1013O2'; 'C1010O2'; 'C117O2'; 'C830CO3'; 'C145O2'; 'C927O2'; 'C1214O2'; 'CHOC4DOLO2'; 'C6TRONOHO2'; ...
'C23C54CO3'; 'C73O2'; 'C74O2'; 'C715O2'; 'C83O2'; 'C95O2'; 'C105O2'; 'C115O2'; 'C125O2'; 'C4CO2DBCO3'; ...
'C5CO2DBCO3'; 'C4DBM2CO3'; 'C5DBCO2CO3'; 'C7CO2DBCO3'; 'C8CO2DBCO3'; 'C8DBCO2CO3'; 'C4DBMECO3'; 'C5DBECO3'; 'C5EDBCO3'; 'C31CO3'; ...
'C533O2'; 'MECOFORMO2'; 'C5124COO2'; 'CO235C6O2'; 'C716O2'; 'C922O2'; 'C614O2'; 'C511O2'; 'C620O2'; 'C87CO3'; ...
'C616O2'; 'C718CO3'; 'C513O2'; 'CO25C6CO3'; 'C627O2'; 'C727O2'; 'C511CO3'; 'C517CO3'; 'C517O2'; 'C628O2'; ...
'C824O2'; 'C1211CO3'; 'C133O2'; 'C830O2'; 'C128O2'; 'HO24C4CO3'; 'C613O2'; 'CO2OH3MCO3'; 'C812O2'; 'C721CO3'; ...
'C721O2'; 'H3C2C4CO3'; 'C87O2'; 'C718O2'; 'C514O2'; 'C820O2'; 'C518CO3'; 'NC623O2'; 'C623O2'; 'C825O2'; ...
'C731O2'; 'C732CO3'; 'C1012O2'; 'C1211O2'; 'C139O2'; 'C1014O2'; 'C736O2'; 'C118O2'; 'C928CO3'; 'C630O2'; ...
'C1215O2'; 'EMALANHYO2'; 'PMALANHYO2'; 'IPMALNHYO2'; 'C312COCO3'; 'CHOCOCH2O2'; 'NC72O2'; 'C621O2'; 'C515CO3'; 'C515O2'; ...
'C821O2'; 'HMVKBCO3'; 'C520O2'; 'C624CO3'; 'C732O2'; 'C829O2'; 'C134O2'; 'C827CO3'; 'C522CO3'; 'C831O2'; ...
'C928O2'; 'C46CO3'; 'C930O2'; 'C813O2'; 'C722O2'; 'C615CO3'; 'C617CO3'; 'C618CO3'; 'C617O2'; 'C618O2'; ...
'NC730O2'; 'C730O2'; 'C624O2'; 'C733O2'; 'C1212O2'; 'C827O2'; 'C1310O2'; 'NC61CO3'; 'C615O2'; 'C519CO3'; ...
'C629O2'; 'C734O2'; 'C521O2'; 'C135O2'; 'COO2C4CO3'; 'COO2C4O2'; 'C929O2'; 'C516O2'; 'C44O2'; 'H1C23C4CO3'; ...
'H1C23C4O2'; 'CO1M22CO3'; 'C519O2'; 'C625O2'; 'C1213O2'; 'COO2C3CO3'; 'C828CO3'; 'C828O2'; };

AddSpecies

i=i+1;
Rnames{i} = 'O = O3';
k(:,i) = 5.6e-34.*.78.*M.*(T./300).^-2.6.*.21.*M;
Gstr{i,1} = 'O'; 
fO(i)=fO(i)-1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'O = O3';
k(:,i) = 6.0e-34.*.21.*M.*(T./300).^-2.6.*.21.*M;
Gstr{i,1} = 'O'; 
fO(i)=fO(i)-1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'O + O3 =';
k(:,i) = 8.0e-12.*exp(-2060./T);
Gstr{i,1} = 'O'; Gstr{i,2} = 'O3'; 
fO(i)=fO(i)-1; fO3(i)=fO3(i)-1; 

i=i+1;
Rnames{i} = 'O + NO = NO2';
k(:,i) = KMT01;
Gstr{i,1} = 'O'; Gstr{i,2} = 'NO'; 
fO(i)=fO(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O + NO2 = NO';
k(:,i) = 5.5e-12.*exp(188./T);
Gstr{i,1} = 'O'; Gstr{i,2} = 'NO2'; 
fO(i)=fO(i)-1; fNO2(i)=fNO2(i)-1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'O + NO2 = NO3';
k(:,i) = KMT02;
Gstr{i,1} = 'O'; Gstr{i,2} = 'NO2'; 
fO(i)=fO(i)-1; fNO2(i)=fNO2(i)-1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'O1D = O';
k(:,i) = 3.2e-11.*exp(67./T).*.21.*M;
Gstr{i,1} = 'O1D'; 
fO1D(i)=fO1D(i)-1; fO(i)=fO(i)+1; 

i=i+1;
Rnames{i} = 'O1D = O';
k(:,i) = 2.0e-11.*exp(130./T).*.78.*M;
Gstr{i,1} = 'O1D'; 
fO1D(i)=fO1D(i)-1; fO(i)=fO(i)+1; 

i=i+1;
Rnames{i} = 'NO + O3 = NO2';
k(:,i) = 1.4e-12.*exp(-1310./T);
Gstr{i,1} = 'NO'; Gstr{i,2} = 'O3'; 
fNO(i)=fNO(i)-1; fO3(i)=fO3(i)-1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO2 + O3 = NO3';
k(:,i) = 1.4e-13.*exp(-2470./T);
Gstr{i,1} = 'NO2'; Gstr{i,2} = 'O3'; 
fNO2(i)=fNO2(i)-1; fO3(i)=fO3(i)-1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NO + NO = NO2 + NO2';
k(:,i) = 3.3e-39.*exp(530./T).*.21.*M;
Gstr{i,1} = 'NO'; Gstr{i,2} = 'NO'; 
fNO(i)=fNO(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO + NO3 = NO2 + NO2';
k(:,i) = 1.8e-11.*exp(110./T);
Gstr{i,1} = 'NO'; Gstr{i,2} = 'NO3'; 
fNO(i)=fNO(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO2 + NO3 = NO + NO2';
k(:,i) = 4.50e-14.*exp(-1260./T);
Gstr{i,1} = 'NO2'; Gstr{i,2} = 'NO3'; 
fNO2(i)=fNO2(i)-1; fNO3(i)=fNO3(i)-1; fNO(i)=fNO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO2 + NO3 = N2O5';
k(:,i) = KMT03;
Gstr{i,1} = 'NO2'; Gstr{i,2} = 'NO3'; 
fNO2(i)=fNO2(i)-1; fNO3(i)=fNO3(i)-1; fN2O5(i)=fN2O5(i)+1; 

i=i+1;
Rnames{i} = 'O1D = OH + OH';
k(:,i) = 2.14e-10.*H2O;
Gstr{i,1} = 'O1D'; 
fO1D(i)=fO1D(i)-1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + O3 = HO2';
k(:,i) = 1.70e-12.*exp(-940./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'O3'; 
fOH(i)=fOH(i)-1; fO3(i)=fO3(i)-1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2 = HO2';
k(:,i) = 7.7e-12.*exp(-2100./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2'; 
fOH(i)=fOH(i)-1; fH2(i)=fH2(i)-1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO = HO2';
k(:,i) = KMT05;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO'; 
fOH(i)=fOH(i)-1; fCO(i)=fCO(i)-1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2O2 = HO2';
k(:,i) = 2.9e-12.*exp(-160./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2O2'; 
fOH(i)=fOH(i)-1; fH2O2(i)=fH2O2(i)-1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2 + O3 = OH';
k(:,i) = 2.03e-16.*(T./300).^4.57.*exp(693./T);
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'O3'; 
fHO2(i)=fHO2(i)-1; fO3(i)=fO3(i)-1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2 =';
k(:,i) = 4.8e-11.*exp(250./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2'; 
fOH(i)=fOH(i)-1; fHO2(i)=fHO2(i)-1; 

i=i+1;
Rnames{i} = 'HO2 + HO2 = H2O2';
k(:,i) = 2.20e-13.*KMT06.*exp(600./T);
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'HO2'; 
fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)-1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2 + HO2 = H2O2';
k(:,i) = 1.90e-33.*M.*KMT06.*exp(980./T);
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'HO2'; 
fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)-1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NO = HONO';
k(:,i) = KMT07;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NO'; 
fOH(i)=fOH(i)-1; fNO(i)=fNO(i)-1; fHONO(i)=fHONO(i)+1; 

i=i+1;
Rnames{i} = 'OH + NO2 = HNO3';
k(:,i) = KMT08;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NO2'; 
fOH(i)=fOH(i)-1; fNO2(i)=fNO2(i)-1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + NO3 = HO2 + NO2';
k(:,i) = 2.0e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NO3'; 
fOH(i)=fOH(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2 + NO = OH + NO2';
k(:,i) = 3.45e-12.*exp(270./T);
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'NO'; 
fHO2(i)=fHO2(i)-1; fNO(i)=fNO(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2 + NO2 = HO2NO2';
k(:,i) = KMT09;
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'NO2'; 
fHO2(i)=fHO2(i)-1; fNO2(i)=fNO2(i)-1; fHO2NO2(i)=fHO2NO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2NO2 = NO2';
k(:,i) = 3.2e-13.*exp(690./T).*1.0;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2NO2'; 
fOH(i)=fOH(i)-1; fHO2NO2(i)=fHO2NO2(i)-1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2 + NO3 = OH + NO2';
k(:,i) = 4.0e-12;
Gstr{i,1} = 'HO2'; Gstr{i,2} = 'NO3'; 
fHO2(i)=fHO2(i)-1; fNO3(i)=fNO3(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HONO = NO2';
k(:,i) = 2.5e-12.*exp(260./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HONO'; 
fOH(i)=fOH(i)-1; fHONO(i)=fHONO(i)-1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HNO3 = NO3';
k(:,i) = KMT11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HNO3'; 
fOH(i)=fOH(i)-1; fHNO3(i)=fHNO3(i)-1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'O + SO2 = SO3';
k(:,i) = 4.0e-32.*exp(-1000./T).*M;
Gstr{i,1} = 'O'; Gstr{i,2} = 'SO2'; 
fO(i)=fO(i)-1; fSO2(i)=fSO2(i)-1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + SO2 = HSO3';
k(:,i) = KMT12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'SO2'; 
fOH(i)=fOH(i)-1; fSO2(i)=fSO2(i)-1; fHSO3(i)=fHSO3(i)+1; 

i=i+1;
Rnames{i} = 'HSO3 = HO2 + SO3';
k(:,i) = 1.3e-12.*exp(-330./T).*.21.*M;
Gstr{i,1} = 'HSO3'; 
fHSO3(i)=fHSO3(i)-1; fHO2(i)=fHO2(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'HNO3 = NA';
k(:,i) = 6.00e-06;
Gstr{i,1} = 'HNO3'; 
fHNO3(i)=fHNO3(i)-1; fNA(i)=fNA(i)+1; 

i=i+1;
Rnames{i} = 'N2O5 = NA + NA';
k(:,i) = 4.00e-04;
Gstr{i,1} = 'N2O5'; 
fN2O5(i)=fN2O5(i)-1; fNA(i)=fNA(i)+1; fNA(i)=fNA(i)+1; 

i=i+1;
Rnames{i} = 'SO3 = SA';
k(:,i) = 1.20e-15.*H2O;
Gstr{i,1} = 'SO3'; 
fSO3(i)=fSO3(i)-1; fSA(i)=fSA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + hv = O1D';
k(:,i) = J1;
Gstr{i,1} = 'O3'; 
fO3(i)=fO3(i)-1; fO1D(i)=fO1D(i)+1; 

i=i+1;
Rnames{i} = 'O3 + hv = O';
k(:,i) = J2;
Gstr{i,1} = 'O3'; 
fO3(i)=fO3(i)-1; fO(i)=fO(i)+1; 

i=i+1;
Rnames{i} = 'H2O2 + hv = OH + OH';
k(:,i) = J3;
Gstr{i,1} = 'H2O2'; 
fH2O2(i)=fH2O2(i)-1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NO2 + hv = NO + O';
k(:,i) = J4;
Gstr{i,1} = 'NO2'; 
fNO2(i)=fNO2(i)-1; fNO(i)=fNO(i)+1; fO(i)=fO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + hv = NO';
k(:,i) = J5;
Gstr{i,1} = 'NO3'; 
fNO3(i)=fNO3(i)-1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + hv = NO2 + O';
k(:,i) = J6;
Gstr{i,1} = 'NO3'; 
fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fO(i)=fO(i)+1; 

i=i+1;
Rnames{i} = 'HONO + hv = OH + NO';
k(:,i) = J7;
Gstr{i,1} = 'HONO'; 
fHONO(i)=fHONO(i)-1; fOH(i)=fOH(i)+1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'HNO3 + hv = OH + NO2';
k(:,i) = J8;
Gstr{i,1} = 'HNO3'; 
fHNO3(i)=fHNO3(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'N2O5 = NO2 + NO3';
k(:,i) = KMT04;
Gstr{i,1} = 'N2O5'; 
fN2O5(i)=fN2O5(i)-1; fNO2(i)=fNO2(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2NO2 = HO2 + NO2';
k(:,i) = KMT10;
Gstr{i,1} = 'HO2NO2'; 
fHO2NO2(i)=fHO2NO2(i)-1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OH + OH = HO2 + HCHO';
k(:,i) = 2.85e-12.*exp(-345./T);
Gstr{i,1} = 'CH3OH'; Gstr{i,2} = 'OH'; 
fCH3OH(i)=fCH3OH(i)-1; fOH(i)=fOH(i)-1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5OH + OH = C2H5O';
k(:,i) = 3.0e-12.*exp(20./T).*0.05;
Gstr{i,1} = 'C2H5OH'; Gstr{i,2} = 'OH'; 
fC2H5OH(i)=fC2H5OH(i)-1; fOH(i)=fOH(i)-1; fC2H5O(i)=fC2H5O(i)+1; 

i=i+1;
Rnames{i} = 'C2H5OH + OH = CH3CHO + HO2';
k(:,i) = 3.0e-12.*exp(20./T).*0.9;
Gstr{i,1} = 'C2H5OH'; Gstr{i,2} = 'OH'; 
fC2H5OH(i)=fC2H5OH(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5OH + OH = HOCH2CH2O2';
k(:,i) = 3.0e-12.*exp(20./T).*0.05;
Gstr{i,1} = 'C2H5OH'; Gstr{i,2} = 'OH'; 
fC2H5OH(i)=fC2H5OH(i)-1; fOH(i)=fOH(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NPROPOL + OH = C2H5CHO + HO2';
k(:,i) = 4.6e-12.*exp(70./T).*0.494;
Gstr{i,1} = 'NPROPOL'; Gstr{i,2} = 'OH'; 
fNPROPOL(i)=fNPROPOL(i)-1; fOH(i)=fOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROPOL + OH = HO1C3O2';
k(:,i) = 4.6e-12.*exp(70./T).*0.063;
Gstr{i,1} = 'NPROPOL'; Gstr{i,2} = 'OH'; 
fNPROPOL(i)=fNPROPOL(i)-1; fOH(i)=fOH(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'NPROPOL + OH = HYPROPO2';
k(:,i) = 4.6e-12.*exp(70./T).*0.443;
Gstr{i,1} = 'NPROPOL'; Gstr{i,2} = 'OH'; 
fNPROPOL(i)=fNPROPOL(i)-1; fOH(i)=fOH(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOL + OH = CH3COCH3 + HO2';
k(:,i) = 2.6e-12.*exp(200./T).*0.861;
Gstr{i,1} = 'IPROPOL'; Gstr{i,2} = 'OH'; 
fIPROPOL(i)=fIPROPOL(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOL + OH = IPROPOLO2';
k(:,i) = 2.6e-12.*exp(200./T).*0.139;
Gstr{i,1} = 'IPROPOL'; Gstr{i,2} = 'OH'; 
fIPROPOL(i)=fIPROPOL(i)-1; fOH(i)=fOH(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOL + OH = C3H7CHO + HO2';
k(:,i) = 5.3e-12.*exp(140./T).*0.358;
Gstr{i,1} = 'NBUTOL'; Gstr{i,2} = 'OH'; 
fNBUTOL(i)=fNBUTOL(i)-1; fOH(i)=fOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOL + OH = NBUTOLAO2';
k(:,i) = 5.3e-12.*exp(140./T).*0.321;
Gstr{i,1} = 'NBUTOL'; Gstr{i,2} = 'OH'; 
fNBUTOL(i)=fNBUTOL(i)-1; fOH(i)=fOH(i)-1; fNBUTOLAO2(i)=fNBUTOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOL + OH = NBUTOLBO2';
k(:,i) = 5.3e-12.*exp(140./T).*0.321;
Gstr{i,1} = 'NBUTOL'; Gstr{i,2} = 'OH'; 
fNBUTOL(i)=fNBUTOL(i)-1; fOH(i)=fOH(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OL + OH = BUT2OLO2';
k(:,i) = 8.7e-12.*0.361;
Gstr{i,1} = 'BUT2OL'; Gstr{i,2} = 'OH'; 
fBUT2OL(i)=fBUT2OL(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OL + OH = MEK + HO2';
k(:,i) = 8.7e-12.*0.639;
Gstr{i,1} = 'BUT2OL'; Gstr{i,2} = 'OH'; 
fBUT2OL(i)=fBUT2OL(i)-1; fOH(i)=fOH(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOL + OH = IBUTOLBO2';
k(:,i) = 2.73e-12.*exp(352./T).*0.558;
Gstr{i,1} = 'IBUTOL'; Gstr{i,2} = 'OH'; 
fIBUTOL(i)=fIBUTOL(i)-1; fOH(i)=fOH(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOL + OH = IBUTOLCO2';
k(:,i) = 2.73e-12.*exp(352./T).*0.090;
Gstr{i,1} = 'IBUTOL'; Gstr{i,2} = 'OH'; 
fIBUTOL(i)=fIBUTOL(i)-1; fOH(i)=fOH(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOL + OH = IPRCHO + HO2';
k(:,i) = 2.73e-12.*exp(352./T).*0.352;
Gstr{i,1} = 'IBUTOL'; Gstr{i,2} = 'OH'; 
fIBUTOL(i)=fIBUTOL(i)-1; fOH(i)=fOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + TBUTOL = TBUTOLO2';
k(:,i) = 1.6e-12.*exp(-121./T).*0.888;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TBUTOL'; 
fOH(i)=fOH(i)-1; fTBUTOL(i)=fTBUTOL(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + TBUTOL = TC4H9O';
k(:,i) = 1.6e-12.*exp(-121./T).*0.112;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TBUTOL'; 
fOH(i)=fOH(i)-1; fTBUTOL(i)=fTBUTOL(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; 

i=i+1;
Rnames{i} = 'OH + PECOH = DIEK + HO2';
k(:,i) = 1.22e-11.*0.436;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PECOH'; 
fOH(i)=fOH(i)-1; fPECOH(i)=fPECOH(i)-1; fDIEK(i)=fDIEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PECOH = HO3C5O2';
k(:,i) = 1.22e-11.*0.070;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PECOH'; 
fOH(i)=fOH(i)-1; fPECOH(i)=fPECOH(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PECOH = PE2ENEBO2';
k(:,i) = 1.22e-11.*0.493;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PECOH'; 
fOH(i)=fOH(i)-1; fPECOH(i)=fPECOH(i)-1; fPE2ENEBO2(i)=fPE2ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEAOH = BUT2CHO + HO2';
k(:,i) = 1.12e-11.*0.288;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEAOH'; 
fOH(i)=fOH(i)-1; fIPEAOH(i)=fIPEAOH(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEAOH = HM2C43O2';
k(:,i) = 1.12e-11.*0.258;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEAOH'; 
fOH(i)=fOH(i)-1; fIPEAOH(i)=fIPEAOH(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEAOH = M2BUOL2O2';
k(:,i) = 1.12e-11.*0.454;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEAOH'; 
fOH(i)=fOH(i)-1; fIPEAOH(i)=fIPEAOH(i)-1; fM2BUOL2O2(i)=fM2BUOL2O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOL + OH = C3ME3CHO + HO2';
k(:,i) = 1.31e-11.*0.288;
Gstr{i,1} = 'ME3BUOL'; Gstr{i,2} = 'OH'; 
fME3BUOL(i)=fME3BUOL(i)-1; fOH(i)=fOH(i)-1; fC3ME3CHO(i)=fC3ME3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOL + OH = HM33C3O2';
k(:,i) = 1.31e-11.*0.454;
Gstr{i,1} = 'ME3BUOL'; Gstr{i,2} = 'OH'; 
fME3BUOL(i)=fME3BUOL(i)-1; fOH(i)=fOH(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOL + OH = ME3BUOLO2';
k(:,i) = 1.31e-11.*0.258;
Gstr{i,1} = 'ME3BUOL'; Gstr{i,2} = 'OH'; 
fME3BUOL(i)=fME3BUOL(i)-1; fOH(i)=fOH(i)-1; fME3BUOLO2(i)=fME3BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPECOH = HO2M2C4O2';
k(:,i) = 3.85e-12.*0.100;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPECOH'; 
fOH(i)=fOH(i)-1; fIPECOH(i)=fIPECOH(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPECOH = ME2BU2OLO2';
k(:,i) = 3.85e-12.*0.701;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPECOH'; 
fOH(i)=fOH(i)-1; fIPECOH(i)=fIPECOH(i)-1; fME2BU2OLO2(i)=fME2BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPECOH = PROL11MO2';
k(:,i) = 3.85e-12.*0.199;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPECOH'; 
fOH(i)=fOH(i)-1; fIPECOH(i)=fIPECOH(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBOH = H2M3C4O2';
k(:,i) = 1.24e-11.*0.074;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBOH'; 
fOH(i)=fOH(i)-1; fIPEBOH(i)=fIPEBOH(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBOH = ME2BUOLO2';
k(:,i) = 1.24e-11.*0.463;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBOH'; 
fOH(i)=fOH(i)-1; fIPEBOH(i)=fIPEBOH(i)-1; fME2BUOLO2(i)=fME2BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBOH = MIPK + HO2';
k(:,i) = 1.24e-11.*0.463;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBOH'; 
fOH(i)=fOH(i)-1; fIPEBOH(i)=fIPEBOH(i)-1; fMIPK(i)=fMIPK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOL + OH = CYHEXOLAO2';
k(:,i) = 1.77e-11.*0.739;
Gstr{i,1} = 'CYHEXOL'; Gstr{i,2} = 'OH'; 
fCYHEXOL(i)=fCYHEXOL(i)-1; fOH(i)=fOH(i)-1; fCYHEXOLAO2(i)=fCYHEXOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOL + OH = CYHEXONE + HO2';
k(:,i) = 1.77e-11.*0.261;
Gstr{i,1} = 'CYHEXOL'; Gstr{i,2} = 'OH'; 
fCYHEXOL(i)=fCYHEXOL(i)-1; fOH(i)=fOH(i)-1; fCYHEXONE(i)=fCYHEXONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH + OH = MIBKAOHAO2';
k(:,i) = 2.88e-12.*0.693;
Gstr{i,1} = 'MIBKAOH'; Gstr{i,2} = 'OH'; 
fMIBKAOH(i)=fMIBKAOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAOHAO2(i)=fMIBKAOHAO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH + OH = MIBKAOHBO2';
k(:,i) = 2.88e-12.*0.270;
Gstr{i,1} = 'MIBKAOH'; Gstr{i,2} = 'OH'; 
fMIBKAOH(i)=fMIBKAOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAOHBO2(i)=fMIBKAOHBO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH + OH = MIBKHO4O2';
k(:,i) = 2.88e-12.*0.037;
Gstr{i,1} = 'MIBKAOH'; Gstr{i,2} = 'OH'; 
fMIBKAOH(i)=fMIBKAOH(i)-1; fOH(i)=fOH(i)-1; fMIBKHO4O2(i)=fMIBKHO4O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH + hv = TBUTOLO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'MIBKAOH'; 
fMIBKAOH(i)=fMIBKAOH(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ETHGLY + OH = HOCH2CHO + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'ETHGLY'; Gstr{i,2} = 'OH'; 
fETHGLY(i)=fETHGLY(i)-1; fOH(i)=fOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPGLY + OH = ACETOL + HO2';
k(:,i) = 1.20e-11.*0.613;
Gstr{i,1} = 'PROPGLY'; Gstr{i,2} = 'OH'; 
fPROPGLY(i)=fPROPGLY(i)-1; fOH(i)=fOH(i)-1; fACETOL(i)=fACETOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPGLY + OH = CH3CHOHCHO + HO2';
k(:,i) = 1.20e-11.*0.387;
Gstr{i,1} = 'PROPGLY'; Gstr{i,2} = 'OH'; 
fPROPGLY(i)=fPROPGLY(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBO + NO3 = NMBOAO2';
k(:,i) = 4.6e-14.*exp(-400./T).*0.65;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'NO3'; 
fMBO(i)=fMBO(i)-1; fNO3(i)=fNO3(i)-1; fNMBOAO2(i)=fNMBOAO2(i)+1; 

i=i+1;
Rnames{i} = 'MBO + NO3 = NMBOBO2';
k(:,i) = 4.6e-14.*exp(-400./T).*0.35;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'NO3'; 
fMBO(i)=fMBO(i)-1; fNO3(i)=fNO3(i)-1; fNMBOBO2(i)=fNMBOBO2(i)+1; 

i=i+1;
Rnames{i} = 'MBO + O3 = HCHO + MBOOOA';
k(:,i) = 1.0e-17.*0.3;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'O3'; 
fMBO(i)=fMBO(i)-1; fO3(i)=fO3(i)-1; fHCHO(i)=fHCHO(i)+1; fMBOOOA(i)=fMBOOOA(i)+1; 

i=i+1;
Rnames{i} = 'MBO + O3 = IBUTALOH + CH2OOB';
k(:,i) = 1.0e-17.*0.7;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'O3'; 
fMBO(i)=fMBO(i)-1; fO3(i)=fO3(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'MBO + OH = MBOAO2';
k(:,i) = 8.1e-12.*exp(610./T).*0.67;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'OH'; 
fMBO(i)=fMBO(i)-1; fOH(i)=fOH(i)-1; fMBOAO2(i)=fMBOAO2(i)+1; 

i=i+1;
Rnames{i} = 'MBO + OH = MBOBO2';
k(:,i) = 8.1e-12.*exp(610./T).*0.33;
Gstr{i,1} = 'MBO'; Gstr{i,2} = 'OH'; 
fMBO(i)=fMBO(i)-1; fOH(i)=fOH(i)-1; fMBOBO2(i)=fMBOBO2(i)+1; 

i=i+1;
Rnames{i} = 'HCHO + hv = CO + HO2 + HO2';
k(:,i) = J11;
Gstr{i,1} = 'HCHO'; 
fHCHO(i)=fHCHO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCHO + hv = H2 + CO';
k(:,i) = J12;
Gstr{i,1} = 'HCHO'; 
fHCHO(i)=fHCHO(i)-1; fH2(i)=fH2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HCHO = HNO3 + CO + HO2';
k(:,i) = 5.5e-16;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HCHO'; 
fNO3(i)=fNO3(i)-1; fHCHO(i)=fHCHO(i)-1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCHO = HO2 + CO';
k(:,i) = 5.4e-12.*exp(135./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCHO'; 
fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHO + hv = CH3O2 + HO2 + CO';
k(:,i) = J13;
Gstr{i,1} = 'CH3CHO'; 
fCH3CHO(i)=fCH3CHO(i)-1; fCH3O2(i)=fCH3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CH3CHO = HNO3 + CH3CO3';
k(:,i) = 1.4e-12.*exp(-1860./T);
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CH3CHO'; 
fNO3(i)=fNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)-1; fHNO3(i)=fHNO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3CHO = CH3CO3';
k(:,i) = 4.7e-12.*exp(345./T).*0.95;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3CHO'; 
fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3CHO = HCOCH2O2';
k(:,i) = 4.7e-12.*exp(345./T).*0.05;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3CHO'; 
fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHO + NO3 = C2H5CO3 + HNO3';
k(:,i) = 3.24e-12.*exp(-1860./T);
Gstr{i,1} = 'C2H5CHO'; Gstr{i,2} = 'NO3'; 
fC2H5CHO(i)=fC2H5CHO(i)-1; fNO3(i)=fNO3(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHO + OH = C2H5CO3';
k(:,i) = 4.9e-12.*exp(405./T);
Gstr{i,1} = 'C2H5CHO'; Gstr{i,2} = 'OH'; 
fC2H5CHO(i)=fC2H5CHO(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHO + hv = C2H5O2 + HO2 + CO';
k(:,i) = J14;
Gstr{i,1} = 'C2H5CHO'; 
fC2H5CHO(i)=fC2H5CHO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHO + NO3 = HNO3 + C3H7CO3';
k(:,i) = 1.7e-12.*exp(-1500./T);
Gstr{i,1} = 'C3H7CHO'; Gstr{i,2} = 'NO3'; 
fC3H7CHO(i)=fC3H7CHO(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHO + OH = BUTALO2';
k(:,i) = 6.0e-12.*exp(410./T).*0.151;
Gstr{i,1} = 'C3H7CHO'; Gstr{i,2} = 'OH'; 
fC3H7CHO(i)=fC3H7CHO(i)-1; fOH(i)=fOH(i)-1; fBUTALO2(i)=fBUTALO2(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHO + OH = C3H7CO3';
k(:,i) = 6.0e-12.*exp(410./T).*0.849;
Gstr{i,1} = 'C3H7CHO'; Gstr{i,2} = 'OH'; 
fC3H7CHO(i)=fC3H7CHO(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHO + hv = CH3CHO + C2H4';
k(:,i) = J16;
Gstr{i,1} = 'C3H7CHO'; 
fC3H7CHO(i)=fC3H7CHO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H4(i)=fC2H4(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHO + hv = NC3H7O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C3H7CHO'; 
fC3H7CHO(i)=fC3H7CHO(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHO + NO3 = HNO3 + IPRCO3';
k(:,i) = 1.67e-12.*exp(-1460./T);
Gstr{i,1} = 'IPRCHO'; Gstr{i,2} = 'NO3'; 
fIPRCHO(i)=fIPRCHO(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHO + OH = IBUTALBO2';
k(:,i) = 6.8e-12.*exp(410./T).*0.054;
Gstr{i,1} = 'IPRCHO'; Gstr{i,2} = 'OH'; 
fIPRCHO(i)=fIPRCHO(i)-1; fOH(i)=fOH(i)-1; fIBUTALBO2(i)=fIBUTALBO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHO + OH = IBUTALCO2';
k(:,i) = 6.8e-12.*exp(410./T).*0.059;
Gstr{i,1} = 'IPRCHO'; Gstr{i,2} = 'OH'; 
fIPRCHO(i)=fIPRCHO(i)-1; fOH(i)=fOH(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHO + OH = IPRCO3';
k(:,i) = 6.8e-12.*exp(410./T).*0.887;
Gstr{i,1} = 'IPRCHO'; Gstr{i,2} = 'OH'; 
fIPRCHO(i)=fIPRCHO(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHO + hv = IC3H7O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'IPRCHO'; 
fIPRCHO(i)=fIPRCHO(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CHO + NO3 = C4H9CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C4H9CHO'; Gstr{i,2} = 'NO3'; 
fC4H9CHO(i)=fC4H9CHO(i)-1; fNO3(i)=fNO3(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CHO + OH = C4CHOBO2';
k(:,i) = 6.34e-12.*exp(448./T).*0.19;
Gstr{i,1} = 'C4H9CHO'; Gstr{i,2} = 'OH'; 
fC4H9CHO(i)=fC4H9CHO(i)-1; fOH(i)=fOH(i)-1; fC4CHOBO2(i)=fC4CHOBO2(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CHO + OH = C4H9CO3';
k(:,i) = 6.34e-12.*exp(448./T).*0.81;
Gstr{i,1} = 'C4H9CHO'; Gstr{i,2} = 'OH'; 
fC4H9CHO(i)=fC4H9CHO(i)-1; fOH(i)=fOH(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CHO + hv = NC4H9O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C4H9CHO'; 
fC4H9CHO(i)=fC4H9CHO(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACR + NO3 = ACO3 + HNO3';
k(:,i) = 1.72e-13.*exp(-1190./T);
Gstr{i,1} = 'ACR'; Gstr{i,2} = 'NO3'; 
fACR(i)=fACR(i)-1; fNO3(i)=fNO3(i)-1; fACO3(i)=fACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ACR + OH = ACO3';
k(:,i) = 0.68.*2.00E-11;
Gstr{i,1} = 'ACR'; Gstr{i,2} = 'OH'; 
fACR(i)=fACR(i)-1; fOH(i)=fOH(i)-1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'ACR + OH = ACRO2';
k(:,i) = 0.255.*2.00E-11;
Gstr{i,1} = 'ACR'; Gstr{i,2} = 'OH'; 
fACR(i)=fACR(i)-1; fOH(i)=fOH(i)-1; fACRO2(i)=fACRO2(i)+1; 

i=i+1;
Rnames{i} = 'ACR + OH = OCCOHCO2';
k(:,i) = 0.065.*2.00E-11;
Gstr{i,1} = 'ACR'; Gstr{i,2} = 'OH'; 
fACR(i)=fACR(i)-1; fOH(i)=fOH(i)-1; fOCCOHCO2(i)=fOCCOHCO2(i)+1; 

i=i+1;
Rnames{i} = 'ACR + hv = ACO3';
k(:,i) = 0.3.*J18;
Gstr{i,1} = 'ACR'; 
fACR(i)=fACR(i)-1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'ACR + hv = C2H4 + CO';
k(:,i) = 0.4.*J18;
Gstr{i,1} = 'ACR'; 
fACR(i)=fACR(i)-1; fC2H4(i)=fC2H4(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACR + hv = HCHO + HO2 + CO';
k(:,i) = 0.3.*J18;
Gstr{i,1} = 'ACR'; 
fACR(i)=fACR(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ACR = CH2OOB + GLYOX';
k(:,i) = 0.5.*2.9E-19;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ACR'; 
fO3(i)=fO3(i)-1; fACR(i)=fACR(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ACR = GLYOOB + HCHO';
k(:,i) = 0.5.*2.9E-19;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ACR'; 
fO3(i)=fO3(i)-1; fACR(i)=fACR(i)-1; fGLYOOB(i)=fGLYOOB(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MACR + hv = CH3C2H2O2 + CO + HO2';
k(:,i) = J18;
Gstr{i,1} = 'MACR'; 
fMACR(i)=fMACR(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACR + hv = MACO3 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'MACR'; 
fMACR(i)=fMACR(i)-1; fMACO3(i)=fMACO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + MACR = MACO3 + HNO3';
k(:,i) = 3.4e-15;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'MACR'; 
fNO3(i)=fNO3(i)-1; fMACR(i)=fMACR(i)-1; fMACO3(i)=fMACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + MACR = HCHO + MGLYOOB';
k(:,i) = 1.4e-15.*exp(-2100./T).*0.12;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'MACR'; 
fO3(i)=fO3(i)-1; fMACR(i)=fMACR(i)-1; fHCHO(i)=fHCHO(i)+1; fMGLYOOB(i)=fMGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'O3 + MACR = MGLYOX + CH2OOG';
k(:,i) = 1.4e-15.*exp(-2100./T).*0.88;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'MACR'; 
fO3(i)=fO3(i)-1; fMACR(i)=fMACR(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH2OOG(i)=fCH2OOG(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACR = MACO3';
k(:,i) = 8.0e-12.*exp(380./T).*0.45;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACR'; 
fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)-1; fMACO3(i)=fMACO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACR = MACRO2';
k(:,i) = 8.0e-12.*exp(380./T).*0.47;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACR'; 
fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)-1; fMACRO2(i)=fMACRO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACR = MACROHO2';
k(:,i) = 8.0e-12.*exp(380./T).*0.08;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACR'; 
fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)-1; fMACROHO2(i)=fMACROHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + NO3 = C3DBCO3 + HNO3';
k(:,i) = 6e-15.*0.65;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'NO3'; 
fC4ALDB(i)=fC4ALDB(i)-1; fNO3(i)=fNO3(i)-1; fC3DBCO3(i)=fC3DBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + NO3 = C4CONO3O2';
k(:,i) = 6e-15.*0.175;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'NO3'; 
fC4ALDB(i)=fC4ALDB(i)-1; fNO3(i)=fNO3(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + NO3 = C4NO3COO2';
k(:,i) = 6e-15.*0.175;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'NO3'; 
fC4ALDB(i)=fC4ALDB(i)-1; fNO3(i)=fNO3(i)-1; fC4NO3COO2(i)=fC4NO3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + O3 = CH3CHO + GLYOOB';
k(:,i) = 1.58E-18.*0.5;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'O3'; 
fC4ALDB(i)=fC4ALDB(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fGLYOOB(i)=fGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + O3 = GLYOX + CH3CHOOB';
k(:,i) = 1.58E-18.*0.5;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'O3'; 
fC4ALDB(i)=fC4ALDB(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + OH = C3DBCO3';
k(:,i) = 0.5.*3.4E-11;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'OH'; 
fC4ALDB(i)=fC4ALDB(i)-1; fOH(i)=fOH(i)-1; fC3DBCO3(i)=fC3DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + OH = C4OCCOHCO2';
k(:,i) = 0.25.*3.4E-11;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'OH'; 
fC4ALDB(i)=fC4ALDB(i)-1; fOH(i)=fOH(i)-1; fC4OCCOHCO2(i)=fC4OCCOHCO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + OH = COCCOH2CO2';
k(:,i) = 0.25.*3.4E-11;
Gstr{i,1} = 'C4ALDB'; Gstr{i,2} = 'OH'; 
fC4ALDB(i)=fC4ALDB(i)-1; fOH(i)=fOH(i)-1; fCOCCOH2CO2(i)=fCOCCOH2CO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ALDB + hv = CH3CHO + CO + HO2 + CO + HO2';
k(:,i) = J18.*1.44;
Gstr{i,1} = 'C4ALDB'; 
fC4ALDB(i)=fC4ALDB(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + CH4 = CH3O2';
k(:,i) = 6.6e-12.*exp(-1240./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'CH4'; 
fCL(i)=fCL(i)-1; fCH4(i)=fCH4(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH4 = CH3O2';
k(:,i) = 1.85e-12.*exp(-1690./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH4'; 
fOH(i)=fOH(i)-1; fCH4(i)=fCH4(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + C2H6 = C2H5O2';
k(:,i) = 8.3e-11.*exp(-100./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'C2H6'; 
fCL(i)=fCL(i)-1; fC2H6(i)=fC2H6(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C2H6 = C2H5O2';
k(:,i) = 6.9e-12.*exp(-1000./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C2H6'; 
fOH(i)=fOH(i)-1; fC2H6(i)=fC2H6(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + C3H8 = IC3H7O2';
k(:,i) = 1.4e-10.*0.43.*exp(75./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'C3H8'; 
fCL(i)=fCL(i)-1; fC3H8(i)=fC3H8(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + C3H8 = NC3H7O2';
k(:,i) = 1.4e-10.*0.59.*exp(-90./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'C3H8'; 
fCL(i)=fCL(i)-1; fC3H8(i)=fC3H8(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3H8 = IC3H7O2';
k(:,i) = 7.6e-12.*exp(-585./T).*0.736;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3H8'; 
fOH(i)=fOH(i)-1; fC3H8(i)=fC3H8(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3H8 = NC3H7O2';
k(:,i) = 7.6e-12.*exp(-585./T).*0.264;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3H8'; 
fOH(i)=fOH(i)-1; fC3H8(i)=fC3H8(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC4H10 = NC4H9O2';
k(:,i) = 2.05e-10.*0.44.*exp(-120./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC4H10'; 
fCL(i)=fCL(i)-1; fNC4H10(i)=fNC4H10(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC4H10 = SC4H9O2';
k(:,i) = 2.05e-10.*0.59.*exp(55./T);
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC4H10'; 
fCL(i)=fCL(i)-1; fNC4H10(i)=fNC4H10(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4H10 = NC4H9O2';
k(:,i) = 9.8e-12.*exp(-425./T).*0.127;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4H10'; 
fOH(i)=fOH(i)-1; fNC4H10(i)=fNC4H10(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4H10 = SC4H9O2';
k(:,i) = 9.8e-12.*exp(-425./T).*0.873;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4H10'; 
fOH(i)=fOH(i)-1; fNC4H10(i)=fNC4H10(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + IC4H10 = IC4H9O2';
k(:,i) = 1.43e-10.*0.564;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'IC4H10'; 
fCL(i)=fCL(i)-1; fIC4H10(i)=fIC4H10(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + IC4H10 = TC4H9O2';
k(:,i) = 1.43e-10.*0.436;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'IC4H10'; 
fCL(i)=fCL(i)-1; fIC4H10(i)=fIC4H10(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC4H10 = IC4H9O2';
k(:,i) = 1.16e-17.*T.^2.*exp(225./T).*0.206;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC4H10'; 
fOH(i)=fOH(i)-1; fIC4H10(i)=fIC4H10(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC4H10 = TC4H9O2';
k(:,i) = 1.16e-17.*T.^2.*exp(225./T).*0.794;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC4H10'; 
fOH(i)=fOH(i)-1; fIC4H10(i)=fIC4H10(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC5H12 = PEAO2';
k(:,i) = 2.80e-10.*0.222;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC5H12'; 
fCL(i)=fCL(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPEAO2(i)=fPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC5H12 = PEBO2';
k(:,i) = 2.80e-10.*0.558;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC5H12'; 
fCL(i)=fCL(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPEBO2(i)=fPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC5H12 = PECO2';
k(:,i) = 2.80e-10.*0.220;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC5H12'; 
fCL(i)=fCL(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPECO2(i)=fPECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC5H12 = PEAO2';
k(:,i) = 2.44e-17.*T.^2.*exp(183./T).*0.083;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC5H12'; 
fOH(i)=fOH(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPEAO2(i)=fPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC5H12 = PEBO2';
k(:,i) = 2.44e-17.*T.^2.*exp(183./T).*0.568;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC5H12'; 
fOH(i)=fOH(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPEBO2(i)=fPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC5H12 = PECO2';
k(:,i) = 2.44e-17.*T.^2.*exp(183./T).*0.349;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC5H12'; 
fOH(i)=fOH(i)-1; fNC5H12(i)=fNC5H12(i)-1; fPECO2(i)=fPECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + IC5H12 = IPEAO2';
k(:,i) = 2.20e-10.*0.408;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'IC5H12'; 
fCL(i)=fCL(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + IC5H12 = IPEBO2';
k(:,i) = 2.20e-10.*0.342;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'IC5H12'; 
fCL(i)=fCL(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + IC5H12 = IPECO2';
k(:,i) = 2.20e-10.*0.250;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'IC5H12'; 
fCL(i)=fCL(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPECO2(i)=fIPECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC5H12 = IPEAO2';
k(:,i) = 3.70e-12.*0.087;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC5H12'; 
fOH(i)=fOH(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC5H12 = IPEBO2';
k(:,i) = 3.70e-12.*0.297;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC5H12'; 
fOH(i)=fOH(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC5H12 = IPECO2';
k(:,i) = 3.70e-12.*0.616;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC5H12'; 
fOH(i)=fOH(i)-1; fIC5H12(i)=fIC5H12(i)-1; fIPECO2(i)=fIPECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NEOP = NEOPO2';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NEOP'; 
fCL(i)=fCL(i)-1; fNEOP(i)=fNEOP(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NEOP = NEOPO2';
k(:,i) = 1.80e-17.*T.^2.*exp(-189./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NEOP'; 
fOH(i)=fOH(i)-1; fNEOP(i)=fNEOP(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC6H14 = HEXAO2';
k(:,i) = 3.40e-10.*0.182;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC6H14'; 
fCL(i)=fCL(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC6H14 = HEXBO2';
k(:,i) = 3.40e-10.*0.457;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC6H14'; 
fCL(i)=fCL(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXBO2(i)=fHEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC6H14 = HEXCO2';
k(:,i) = 3.40e-10.*0.361;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC6H14'; 
fCL(i)=fCL(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXCO2(i)=fHEXCO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC6H14 = HEXAO2';
k(:,i) = 1.53e-17.*T.^2.*exp(414./T).*0.061;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC6H14'; 
fOH(i)=fOH(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC6H14 = HEXBO2';
k(:,i) = 1.53e-17.*T.^2.*exp(414./T).*0.421;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC6H14'; 
fOH(i)=fOH(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXBO2(i)=fHEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC6H14 = HEXCO2';
k(:,i) = 1.53e-17.*T.^2.*exp(414./T).*0.518;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC6H14'; 
fOH(i)=fOH(i)-1; fNC6H14(i)=fNC6H14(i)-1; fHEXCO2(i)=fHEXCO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2PE = M2PEAO2';
k(:,i) = 2.90e-10.*0.321;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2PE'; 
fCL(i)=fCL(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEAO2(i)=fM2PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2PE = M2PEBO2';
k(:,i) = 2.90e-10.*0.269;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2PE'; 
fCL(i)=fCL(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEBO2(i)=fM2PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2PE = M2PECO2';
k(:,i) = 2.90e-10.*0.213;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2PE'; 
fCL(i)=fCL(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PECO2(i)=fM2PECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2PE = M2PEDO2';
k(:,i) = 2.90e-10.*0.197;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2PE'; 
fCL(i)=fCL(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEDO2(i)=fM2PEDO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PE = M2PEAO2';
k(:,i) = 5.30e-12.*0.063;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PE'; 
fOH(i)=fOH(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEAO2(i)=fM2PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PE = M2PEBO2';
k(:,i) = 5.30e-12.*0.218;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PE'; 
fOH(i)=fOH(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEBO2(i)=fM2PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PE = M2PECO2';
k(:,i) = 5.30e-12.*0.267;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PE'; 
fOH(i)=fOH(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PECO2(i)=fM2PECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PE = M2PEDO2';
k(:,i) = 5.30e-12.*0.452;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PE'; 
fOH(i)=fOH(i)-1; fM2PE(i)=fM2PE(i)-1; fM2PEDO2(i)=fM2PEDO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M3PE = M3PEAO2';
k(:,i) = 2.80e-10.*0.317;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M3PE'; 
fCL(i)=fCL(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PEAO2(i)=fM3PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M3PE = M3PEBO2';
k(:,i) = 2.80e-10.*0.530;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M3PE'; 
fCL(i)=fCL(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PEBO2(i)=fM3PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M3PE = M3PECO2';
k(:,i) = 2.80e-10.*0.153;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M3PE'; 
fCL(i)=fCL(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PECO2(i)=fM3PECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PE = M3PEAO2';
k(:,i) = 5.40e-12.*0.060;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PE'; 
fOH(i)=fOH(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PEAO2(i)=fM3PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PE = M3PEBO2';
k(:,i) = 5.40e-12.*0.413;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PE'; 
fOH(i)=fOH(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PEBO2(i)=fM3PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PE = M3PECO2';
k(:,i) = 5.40e-12.*0.527;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PE'; 
fOH(i)=fOH(i)-1; fM3PE(i)=fM3PE(i)-1; fM3PECO2(i)=fM3PECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M22C4 = M22C43O2';
k(:,i) = 1.71e-10.*0.461;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M22C4'; 
fCL(i)=fCL(i)-1; fM22C4(i)=fM22C4(i)-1; fM22C43O2(i)=fM22C43O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M22C4 = M22C4O2';
k(:,i) = 1.71e-10.*0.154;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M22C4'; 
fCL(i)=fCL(i)-1; fM22C4(i)=fM22C4(i)-1; fM22C4O2(i)=fM22C4O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M22C4 = M33C4O2';
k(:,i) = 1.71e-10.*0.386;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M22C4'; 
fCL(i)=fCL(i)-1; fM22C4(i)=fM22C4(i)-1; fM33C4O2(i)=fM33C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4 = M22C43O2';
k(:,i) = 3.22e-11.*exp(-781./T).*0.632;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4'; 
fOH(i)=fOH(i)-1; fM22C4(i)=fM22C4(i)-1; fM22C43O2(i)=fM22C43O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4 = M22C4O2';
k(:,i) = 3.22e-11.*exp(-781./T).*0.092;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4'; 
fOH(i)=fOH(i)-1; fM22C4(i)=fM22C4(i)-1; fM22C4O2(i)=fM22C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4 = M33C4O2';
k(:,i) = 3.22e-11.*exp(-781./T).*0.276;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4'; 
fOH(i)=fOH(i)-1; fM22C4(i)=fM22C4(i)-1; fM33C4O2(i)=fM33C4O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M23C4 = M23C43O2';
k(:,i) = 2.30e-10.*0.478;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M23C4'; 
fCL(i)=fCL(i)-1; fM23C4(i)=fM23C4(i)-1; fM23C43O2(i)=fM23C43O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M23C4 = M23C4O2';
k(:,i) = 2.30e-10.*0.522;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M23C4'; 
fCL(i)=fCL(i)-1; fM23C4(i)=fM23C4(i)-1; fM23C4O2(i)=fM23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4 = M23C43O2';
k(:,i) = 1.24e-17.*T.^2.*exp(494./T).*0.877;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4'; 
fOH(i)=fOH(i)-1; fM23C4(i)=fM23C4(i)-1; fM23C43O2(i)=fM23C43O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4 = M23C4O2';
k(:,i) = 1.24e-17.*T.^2.*exp(494./T).*0.123;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4'; 
fOH(i)=fOH(i)-1; fM23C4(i)=fM23C4(i)-1; fM23C4O2(i)=fM23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC7H16 = HEPTO2';
k(:,i) = 3.90e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC7H16'; 
fCL(i)=fCL(i)-1; fNC7H16(i)=fNC7H16(i)-1; fHEPTO2(i)=fHEPTO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC7H16 = HEPTO2';
k(:,i) = 1.59e-17.*T.^2.*exp(478./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC7H16'; 
fOH(i)=fOH(i)-1; fNC7H16(i)=fNC7H16(i)-1; fHEPTO2(i)=fHEPTO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2HEX = M2HEXAO2';
k(:,i) = 3.50e-10.*0.779;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2HEX'; 
fCL(i)=fCL(i)-1; fM2HEX(i)=fM2HEX(i)-1; fM2HEXAO2(i)=fM2HEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M2HEX = M2HEXBO2';
k(:,i) = 3.50e-10.*0.221;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M2HEX'; 
fCL(i)=fCL(i)-1; fM2HEX(i)=fM2HEX(i)-1; fM2HEXBO2(i)=fM2HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEX = M2HEXAO2';
k(:,i) = 6.86e-12.*0.625;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEX'; 
fOH(i)=fOH(i)-1; fM2HEX(i)=fM2HEX(i)-1; fM2HEXAO2(i)=fM2HEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEX = M2HEXBO2';
k(:,i) = 6.86e-12.*0.375;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEX'; 
fOH(i)=fOH(i)-1; fM2HEX(i)=fM2HEX(i)-1; fM2HEXBO2(i)=fM2HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M3HEX = M3HEXAO2';
k(:,i) = 3.11e-10.*0.793;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M3HEX'; 
fCL(i)=fCL(i)-1; fM3HEX(i)=fM3HEX(i)-1; fM3HEXAO2(i)=fM3HEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + M3HEX = M3HEXBO2';
k(:,i) = 3.11e-10.*0.207;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'M3HEX'; 
fCL(i)=fCL(i)-1; fM3HEX(i)=fM3HEX(i)-1; fM3HEXBO2(i)=fM3HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEX = M3HEXAO2';
k(:,i) = 7.15e-12.*0.558;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEX'; 
fOH(i)=fOH(i)-1; fM3HEX(i)=fM3HEX(i)-1; fM3HEXAO2(i)=fM3HEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEX = M3HEXBO2';
k(:,i) = 7.15e-12.*0.442;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEX'; 
fOH(i)=fOH(i)-1; fM3HEX(i)=fM3HEX(i)-1; fM3HEXBO2(i)=fM3HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC8H18 = OCTO2';
k(:,i) = 4.60e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC8H18'; 
fCL(i)=fCL(i)-1; fNC8H18(i)=fNC8H18(i)-1; fOCTO2(i)=fOCTO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC8H18 = OCTO2';
k(:,i) = 2.76e-17.*T.^2.*exp(378./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC8H18'; 
fOH(i)=fOH(i)-1; fNC8H18(i)=fNC8H18(i)-1; fOCTO2(i)=fOCTO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC9H20 = NONO2';
k(:,i) = 4.80e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC9H20'; 
fCL(i)=fCL(i)-1; fNC9H20(i)=fNC9H20(i)-1; fNONO2(i)=fNONO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC9H20 = NONO2';
k(:,i) = 2.51e-17.*T.^2.*exp(447./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC9H20'; 
fOH(i)=fOH(i)-1; fNC9H20(i)=fNC9H20(i)-1; fNONO2(i)=fNONO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC10H22 = DECO2';
k(:,i) = 5.55e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC10H22'; 
fCL(i)=fCL(i)-1; fNC10H22(i)=fNC10H22(i)-1; fDECO2(i)=fDECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC10H22 = DECO2';
k(:,i) = 3.13e-17.*T.^2.*exp(416./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC10H22'; 
fOH(i)=fOH(i)-1; fNC10H22(i)=fNC10H22(i)-1; fDECO2(i)=fDECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC11H24 = UDECO2';
k(:,i) = 6.17e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC11H24'; 
fCL(i)=fCL(i)-1; fNC11H24(i)=fNC11H24(i)-1; fUDECO2(i)=fUDECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC11H24 = UDECO2';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC11H24'; 
fOH(i)=fOH(i)-1; fNC11H24(i)=fNC11H24(i)-1; fUDECO2(i)=fUDECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + NC12H26 = DDECO2';
k(:,i) = 6.74e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'NC12H26'; 
fCL(i)=fCL(i)-1; fNC12H26(i)=fNC12H26(i)-1; fDDECO2(i)=fDDECO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC12H26 = DDECO2';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC12H26'; 
fOH(i)=fOH(i)-1; fNC12H26(i)=fNC12H26(i)-1; fDDECO2(i)=fDDECO2(i)+1; 

i=i+1;
Rnames{i} = 'CL + CHEX = CHEXO2';
k(:,i) = 3.50e-10;
Gstr{i,1} = 'CL'; Gstr{i,2} = 'CHEX'; 
fCL(i)=fCL(i)-1; fCHEX(i)=fCHEX(i)-1; fCHEXO2(i)=fCHEXO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CHEX = CHEXO2';
k(:,i) = 2.88e-17.*T.^2.*exp(309./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CHEX'; 
fOH(i)=fOH(i)-1; fCHEX(i)=fCHEX(i)-1; fCHEXO2(i)=fCHEXO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H4 + NO3 = ETHENO3O2';
k(:,i) = 3.3e-12.*exp(-2880./T);
Gstr{i,1} = 'C2H4'; Gstr{i,2} = 'NO3'; 
fC2H4(i)=fC2H4(i)-1; fNO3(i)=fNO3(i)-1; fETHENO3O2(i)=fETHENO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C2H4 + O3 = HCHO + CH2OOA';
k(:,i) = 9.1e-15.*exp(-2580./T);
Gstr{i,1} = 'C2H4'; Gstr{i,2} = 'O3'; 
fC2H4(i)=fC2H4(i)-1; fO3(i)=fO3(i)-1; fHCHO(i)=fHCHO(i)+1; fCH2OOA(i)=fCH2OOA(i)+1; 

i=i+1;
Rnames{i} = 'C2H4 + OH = HOCH2CH2O2';
k(:,i) = KMT15;
Gstr{i,1} = 'C2H4'; Gstr{i,2} = 'OH'; 
fC2H4(i)=fC2H4(i)-1; fOH(i)=fOH(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C3H6 = PRONO3AO2';
k(:,i) = 4.6e-13.*exp(-1155./T).*0.35;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C3H6'; 
fNO3(i)=fNO3(i)-1; fC3H6(i)=fC3H6(i)-1; fPRONO3AO2(i)=fPRONO3AO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C3H6 = PRONO3BO2';
k(:,i) = 4.6e-13.*exp(-1155./T).*0.65;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C3H6'; 
fNO3(i)=fNO3(i)-1; fC3H6(i)=fC3H6(i)-1; fPRONO3BO2(i)=fPRONO3BO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C3H6 = CH2OOB + CH3CHO';
k(:,i) = 5.5e-15.*exp(-1880./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C3H6'; 
fO3(i)=fO3(i)-1; fC3H6(i)=fC3H6(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C3H6 = CH3CHOOA + HCHO';
k(:,i) = 5.5e-15.*exp(-1880./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C3H6'; 
fO3(i)=fO3(i)-1; fC3H6(i)=fC3H6(i)-1; fCH3CHOOA(i)=fCH3CHOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3H6 = HYPROPO2';
k(:,i) = KMT16.*0.87;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3H6'; 
fOH(i)=fOH(i)-1; fC3H6(i)=fC3H6(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3H6 = IPROPOLO2';
k(:,i) = KMT16.*0.13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3H6'; 
fOH(i)=fOH(i)-1; fC3H6(i)=fC3H6(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + NO3 = BU1ENO3O2';
k(:,i) = 3.2e-13.*exp(-950./T).*0.65;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'NO3'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fBU1ENO3O2(i)=fBU1ENO3O2(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + NO3 = C43NO34O2';
k(:,i) = 3.2e-13.*exp(-950./T).*0.35;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'NO3'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC43NO34O2(i)=fC43NO34O2(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + O3 = C2H5CHOOA + HCHO';
k(:,i) = 3.55e-15.*exp(-1745./T).*0.5;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'O3'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fO3(i)=fO3(i)-1; fC2H5CHOOA(i)=fC2H5CHOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + O3 = CH2OOB + C2H5CHO';
k(:,i) = 3.55e-15.*exp(-1745./T).*0.5;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'O3'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fO3(i)=fO3(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + OH = HO3C4O2';
k(:,i) = 6.6e-12.*exp(465./T).*0.13;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'OH'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fOH(i)=fOH(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'BUT1ENE + OH = NBUTOLAO2';
k(:,i) = 6.6e-12.*exp(465./T).*0.87;
Gstr{i,1} = 'BUT1ENE'; Gstr{i,2} = 'OH'; 
fBUT1ENE(i)=fBUT1ENE(i)-1; fOH(i)=fOH(i)-1; fNBUTOLAO2(i)=fNBUTOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'CBUT2ENE + NO3 = C42NO33O2';
k(:,i) = 3.50e-13;
Gstr{i,1} = 'CBUT2ENE'; Gstr{i,2} = 'NO3'; 
fCBUT2ENE(i)=fCBUT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC42NO33O2(i)=fC42NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'CBUT2ENE + O3 = CH3CHO + CH3CHOOB';
k(:,i) = 3.22e-15.*exp(-968./T);
Gstr{i,1} = 'CBUT2ENE'; Gstr{i,2} = 'O3'; 
fCBUT2ENE(i)=fCBUT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'CBUT2ENE + OH = BUT2OLO2';
k(:,i) = 1.10e-11.*exp(487./T);
Gstr{i,1} = 'CBUT2ENE'; Gstr{i,2} = 'OH'; 
fCBUT2ENE(i)=fCBUT2ENE(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUT2ENE + NO3 = C42NO33O2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'TBUT2ENE'; Gstr{i,2} = 'NO3'; 
fTBUT2ENE(i)=fTBUT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC42NO33O2(i)=fC42NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'TBUT2ENE + O3 = CH3CHO + CH3CHOOB';
k(:,i) = 6.64e-15.*exp(-1059./T);
Gstr{i,1} = 'TBUT2ENE'; Gstr{i,2} = 'O3'; 
fTBUT2ENE(i)=fTBUT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'TBUT2ENE + OH = BUT2OLO2';
k(:,i) = 1.01e-11.*exp(550./T);
Gstr{i,1} = 'TBUT2ENE'; Gstr{i,2} = 'OH'; 
fTBUT2ENE(i)=fTBUT2ENE(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + NO3 = MPRANO3O2';
k(:,i) = 3.4e-13.*0.8;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'NO3'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fNO3(i)=fNO3(i)-1; fMPRANO3O2(i)=fMPRANO3O2(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + NO3 = MPRBNO3O2';
k(:,i) = 3.4e-13.*0.2;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'NO3'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fNO3(i)=fNO3(i)-1; fMPRBNO3O2(i)=fMPRBNO3O2(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + O3 = CH2OOC + CH3COCH3';
k(:,i) = 2.7e-15.*exp(-1630./T).*0.5;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'O3'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fO3(i)=fO3(i)-1; fCH2OOC(i)=fCH2OOC(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + O3 = CH3CCH3OOA + HCHO';
k(:,i) = 2.7e-15.*exp(-1630./T).*0.5;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'O3'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fO3(i)=fO3(i)-1; fCH3CCH3OOA(i)=fCH3CCH3OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + OH = IBUTOLBO2';
k(:,i) = 9.4e-12.*exp(505./T).*0.924;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'OH'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fOH(i)=fOH(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'MEPROPENE + OH = TBUTOLO2';
k(:,i) = 9.4e-12.*exp(505./T).*0.076;
Gstr{i,1} = 'MEPROPENE'; Gstr{i,2} = 'OH'; 
fMEPROPENE(i)=fMEPROPENE(i)-1; fOH(i)=fOH(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + NO3 = C51NO32O2';
k(:,i) = 1.20e-14.*0.65;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'NO3'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC51NO32O2(i)=fC51NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + NO3 = C52NO31O2';
k(:,i) = 1.20e-14.*0.35;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'NO3'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC52NO31O2(i)=fC52NO31O2(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + O3 = C3H7CHOOA + HCHO';
k(:,i) = 1.00e-17.*0.5;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'O3'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fO3(i)=fO3(i)-1; fC3H7CHOOA(i)=fC3H7CHOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + O3 = CH2OOB + C3H7CHO';
k(:,i) = 1.00e-17.*0.5;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'O3'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fO3(i)=fO3(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + OH = PE1ENEAO2';
k(:,i) = 5.86e-12.*exp(500./T).*0.87;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'OH'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fOH(i)=fOH(i)-1; fPE1ENEAO2(i)=fPE1ENEAO2(i)+1; 

i=i+1;
Rnames{i} = 'PENT1ENE + OH = PE1ENEBO2';
k(:,i) = 5.86e-12.*exp(500./T).*0.13;
Gstr{i,1} = 'PENT1ENE'; Gstr{i,2} = 'OH'; 
fPENT1ENE(i)=fPENT1ENE(i)-1; fOH(i)=fOH(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + NO3 = C52NO33O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'NO3'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC52NO33O2(i)=fC52NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + NO3 = C53NO32O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'NO3'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC53NO32O2(i)=fC53NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + O3 = C2H5CHOOB + CH3CHO';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'O3'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fO3(i)=fO3(i)-1; fC2H5CHOOB(i)=fC2H5CHOOB(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + O3 = CH3CHOOB + C2H5CHO';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'O3'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + OH = PE2ENEAO2';
k(:,i) = 6.54e-11.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'OH'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fOH(i)=fOH(i)-1; fPE2ENEAO2(i)=fPE2ENEAO2(i)+1; 

i=i+1;
Rnames{i} = 'CPENT2ENE + OH = PE2ENEBO2';
k(:,i) = 6.54e-11.*0.5;
Gstr{i,1} = 'CPENT2ENE'; Gstr{i,2} = 'OH'; 
fCPENT2ENE(i)=fCPENT2ENE(i)-1; fOH(i)=fOH(i)-1; fPE2ENEBO2(i)=fPE2ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + NO3 = C52NO33O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'NO3'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC52NO33O2(i)=fC52NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + NO3 = C53NO32O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'NO3'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC53NO32O2(i)=fC53NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + O3 = C2H5CHOOB + CH3CHO';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'O3'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fO3(i)=fO3(i)-1; fC2H5CHOOB(i)=fC2H5CHOOB(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + O3 = CH3CHOOB + C2H5CHO';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'O3'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + OH = PE2ENEAO2';
k(:,i) = 6.69e-11.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'OH'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fOH(i)=fOH(i)-1; fPE2ENEAO2(i)=fPE2ENEAO2(i)+1; 

i=i+1;
Rnames{i} = 'TPENT2ENE + OH = PE2ENEBO2';
k(:,i) = 6.69e-11.*0.5;
Gstr{i,1} = 'TPENT2ENE'; Gstr{i,2} = 'OH'; 
fTPENT2ENE(i)=fTPENT2ENE(i)-1; fOH(i)=fOH(i)-1; fPE2ENEBO2(i)=fPE2ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + NO3 = C4NO32M1O2';
k(:,i) = 3.30e-13.*0.2;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'NO3'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4NO32M1O2(i)=fC4NO32M1O2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + NO3 = C4NO32M2O2';
k(:,i) = 3.30e-13.*0.8;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'NO3'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4NO32M2O2(i)=fC4NO32M2O2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + O3 = C2H5MECOOA + HCHO';
k(:,i) = 1.60e-17.*0.5;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'O3'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fO3(i)=fO3(i)-1; fC2H5MECOOA(i)=fC2H5MECOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + O3 = CH2OOC + MEK';
k(:,i) = 1.60e-17.*0.5;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'O3'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fO3(i)=fO3(i)-1; fCH2OOC(i)=fCH2OOC(i)+1; fMEK(i)=fMEK(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + OH = M2BUOL2O2';
k(:,i) = 6.07e-11.*0.924;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'OH'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fOH(i)=fOH(i)-1; fM2BUOL2O2(i)=fM2BUOL2O2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT1ENE + OH = PROL11MO2';
k(:,i) = 6.07e-11.*0.076;
Gstr{i,1} = 'ME2BUT1ENE'; Gstr{i,2} = 'OH'; 
fME2BUT1ENE(i)=fME2BUT1ENE(i)-1; fOH(i)=fOH(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + NO3 = C4M3NO31O2';
k(:,i) = 1.20e-14.*0.65;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'NO3'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4M3NO31O2(i)=fC4M3NO31O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + NO3 = C4M3NO32O2';
k(:,i) = 1.20e-14.*0.35;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'NO3'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4M3NO32O2(i)=fC4M3NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + O3 = CH2OOB + IPRCHO';
k(:,i) = 1.10e-17.*0.5;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'O3'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fO3(i)=fO3(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + O3 = IPRCHOOA + HCHO';
k(:,i) = 1.10e-17.*0.5;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'O3'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fO3(i)=fO3(i)-1; fIPRCHOOA(i)=fIPRCHOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + OH = ME3BU2OLO2';
k(:,i) = 5.32e-12.*exp(533./T).*0.130;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'OH'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fOH(i)=fOH(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUT1ENE + OH = ME3BUOLO2';
k(:,i) = 5.32e-12.*exp(533./T).*0.870;
Gstr{i,1} = 'ME3BUT1ENE'; Gstr{i,2} = 'OH'; 
fME3BUT1ENE(i)=fME3BUT1ENE(i)-1; fOH(i)=fOH(i)-1; fME3BUOLO2(i)=fME3BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + NO3 = C4M2NO32O2';
k(:,i) = 9.37e-12.*0.35;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'NO3'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4M2NO32O2(i)=fC4M2NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + NO3 = C4M2NO33O2';
k(:,i) = 9.37e-12.*0.65;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'NO3'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4M2NO33O2(i)=fC4M2NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + O3 = CH3CHO + CH3CCH3OOB';
k(:,i) = 6.51e-15.*exp(-829./T).*0.50;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'O3'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CCH3OOB(i)=fCH3CCH3OOB(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + O3 = CH3COCH3 + CH3CHOOC';
k(:,i) = 6.51e-15.*exp(-829./T).*0.50;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'O3'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CHOOC(i)=fCH3CHOOC(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + OH = ME2BU2OLO2';
k(:,i) = 1.92e-11.*exp(450./T).*0.353;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'OH'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fOH(i)=fOH(i)-1; fME2BU2OLO2(i)=fME2BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUT2ENE + OH = ME2BUOLO2';
k(:,i) = 1.92e-11.*exp(450./T).*0.647;
Gstr{i,1} = 'ME2BUT2ENE'; Gstr{i,2} = 'OH'; 
fME2BUT2ENE(i)=fME2BUT2ENE(i)-1; fOH(i)=fOH(i)-1; fME2BUOLO2(i)=fME2BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + NO3 = C65NO36O2';
k(:,i) = 1.20e-14.*0.35;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'NO3'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC65NO36O2(i)=fC65NO36O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + NO3 = C66NO35O2';
k(:,i) = 1.20e-14.*0.65;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'NO3'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fNO3(i)=fNO3(i)-1; fC66NO35O2(i)=fC66NO35O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + O3 = C4H9CHO + CH2OOB';
k(:,i) = 1.10e-17.*0.5;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'O3'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fO3(i)=fO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + O3 = HCHO + NC4H9CHOOA';
k(:,i) = 1.10e-17.*0.5;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'O3'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fO3(i)=fO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNC4H9CHOOA(i)=fNC4H9CHOOA(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + OH = C6OH5O2';
k(:,i) = 3.70e-11.*0.870;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'OH'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fOH(i)=fOH(i)-1; fC6OH5O2(i)=fC6OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX1ENE + OH = HO5C6O2';
k(:,i) = 3.70e-11.*0.130;
Gstr{i,1} = 'HEX1ENE'; Gstr{i,2} = 'OH'; 
fHEX1ENE(i)=fHEX1ENE(i)-1; fOH(i)=fOH(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + NO3 = C62NO33O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'NO3'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC62NO33O2(i)=fC62NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + NO3 = C63NO32O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'NO3'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC63NO32O2(i)=fC63NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + O3 = C3H7CHO + CH3CHOOB';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'O3'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fO3(i)=fO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + O3 = CH3CHO + C3H7CHOOB';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'O3'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H7CHOOB(i)=fC3H7CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + OH = C64OH5O2';
k(:,i) = 6.00e-11.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'OH'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fOH(i)=fOH(i)-1; fC64OH5O2(i)=fC64OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'CHEX2ENE + OH = C65OH4O2';
k(:,i) = 6.00e-11.*0.5;
Gstr{i,1} = 'CHEX2ENE'; Gstr{i,2} = 'OH'; 
fCHEX2ENE(i)=fCHEX2ENE(i)-1; fOH(i)=fOH(i)-1; fC65OH4O2(i)=fC65OH4O2(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + NO3 = C62NO33O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'NO3'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC62NO33O2(i)=fC62NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + NO3 = C63NO32O2';
k(:,i) = 3.70e-13.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'NO3'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC63NO32O2(i)=fC63NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + O3 = C3H7CHO + CH3CHOOB';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'O3'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fO3(i)=fO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHOOB(i)=fCH3CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + O3 = CH3CHO + C3H7CHOOB';
k(:,i) = 1.60e-16.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'O3'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H7CHOOB(i)=fC3H7CHOOB(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + OH = C64OH5O2';
k(:,i) = 6.00e-11.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'OH'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fOH(i)=fOH(i)-1; fC64OH5O2(i)=fC64OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'THEX2ENE + OH = C65OH4O2';
k(:,i) = 6.00e-11.*0.5;
Gstr{i,1} = 'THEX2ENE'; Gstr{i,2} = 'OH'; 
fTHEX2ENE(i)=fTHEX2ENE(i)-1; fOH(i)=fOH(i)-1; fC65OH4O2(i)=fC65OH4O2(i)+1; 

i=i+1;
Rnames{i} = 'DM23BU2ENE + NO3 = C4ME2NO3O2';
k(:,i) = 5.72e-11;
Gstr{i,1} = 'DM23BU2ENE'; Gstr{i,2} = 'NO3'; 
fDM23BU2ENE(i)=fDM23BU2ENE(i)-1; fNO3(i)=fNO3(i)-1; fC4ME2NO3O2(i)=fC4ME2NO3O2(i)+1; 

i=i+1;
Rnames{i} = 'DM23BU2ENE + O3 = CH3CCH3OOC + CH3COCH3';
k(:,i) = 3.03e-15.*exp(-294./T);
Gstr{i,1} = 'DM23BU2ENE'; Gstr{i,2} = 'O3'; 
fDM23BU2ENE(i)=fDM23BU2ENE(i)-1; fO3(i)=fO3(i)-1; fCH3CCH3OOC(i)=fCH3CCH3OOC(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'DM23BU2ENE + OH = C4ME2OHO2';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'DM23BU2ENE'; Gstr{i,2} = 'OH'; 
fDM23BU2ENE(i)=fDM23BU2ENE(i)-1; fOH(i)=fOH(i)-1; fC4ME2OHO2(i)=fC4ME2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H2 + OH = GLYOX + OH';
k(:,i) = KMT17.*0.636;
Gstr{i,1} = 'C2H2'; Gstr{i,2} = 'OH'; 
fC2H2(i)=fC2H2(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H2 + OH = HCOOH + CO + HO2';
k(:,i) = KMT17.*0.364;
Gstr{i,1} = 'C2H2'; Gstr{i,2} = 'OH'; 
fC2H2(i)=fC2H2(i)-1; fOH(i)=fOH(i)-1; fHCOOH(i)=fHCOOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BENZENE + OH = BZBIPERO2';
k(:,i) = 2.3e-12.*exp(-190./T).*0.352;
Gstr{i,1} = 'BENZENE'; Gstr{i,2} = 'OH'; 
fBENZENE(i)=fBENZENE(i)-1; fOH(i)=fOH(i)-1; fBZBIPERO2(i)=fBZBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'BENZENE + OH = BZEPOXMUC + HO2';
k(:,i) = 2.3e-12.*exp(-190./T).*0.118;
Gstr{i,1} = 'BENZENE'; Gstr{i,2} = 'OH'; 
fBENZENE(i)=fBENZENE(i)-1; fOH(i)=fOH(i)-1; fBZEPOXMUC(i)=fBZEPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BENZENE + OH = PHENOL + HO2';
k(:,i) = 2.3e-12.*exp(-190./T).*0.53;
Gstr{i,1} = 'BENZENE'; Gstr{i,2} = 'OH'; 
fBENZENE(i)=fBENZENE(i)-1; fOH(i)=fOH(i)-1; fPHENOL(i)=fPHENOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TOLUENE + OH = C6H5CH2O2';
k(:,i) = 1.8e-12.*exp(340./T).*0.07;
Gstr{i,1} = 'TOLUENE'; Gstr{i,2} = 'OH'; 
fTOLUENE(i)=fTOLUENE(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'TOLUENE + OH = CRESOL + HO2';
k(:,i) = 1.8e-12.*exp(340./T).*0.18;
Gstr{i,1} = 'TOLUENE'; Gstr{i,2} = 'OH'; 
fTOLUENE(i)=fTOLUENE(i)-1; fOH(i)=fOH(i)-1; fCRESOL(i)=fCRESOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TOLUENE + OH = TLBIPERO2';
k(:,i) = 1.8e-12.*exp(340./T).*0.65;
Gstr{i,1} = 'TOLUENE'; Gstr{i,2} = 'OH'; 
fTOLUENE(i)=fTOLUENE(i)-1; fOH(i)=fOH(i)-1; fTLBIPERO2(i)=fTLBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'TOLUENE + OH = TLEPOXMUC + HO2';
k(:,i) = 1.8e-12.*exp(340./T).*0.10;
Gstr{i,1} = 'TOLUENE'; Gstr{i,2} = 'OH'; 
fTOLUENE(i)=fTOLUENE(i)-1; fOH(i)=fOH(i)-1; fTLEPOXMUC(i)=fTLEPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL + NO3 = OXYLO2 + HNO3';
k(:,i) = 4.10e-16;
Gstr{i,1} = 'OXYL'; Gstr{i,2} = 'NO3'; 
fOXYL(i)=fOXYL(i)-1; fNO3(i)=fNO3(i)-1; fOXYLO2(i)=fOXYLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYL + OH = OXYBIPERO2';
k(:,i) = 1.36e-11.*0.55;
Gstr{i,1} = 'OXYL'; Gstr{i,2} = 'OH'; 
fOXYL(i)=fOXYL(i)-1; fOH(i)=fOH(i)-1; fOXYBIPERO2(i)=fOXYBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL + OH = OXYEPOXMUC + HO2';
k(:,i) = 1.36e-11.*0.24;
Gstr{i,1} = 'OXYL'; Gstr{i,2} = 'OH'; 
fOXYL(i)=fOXYL(i)-1; fOH(i)=fOH(i)-1; fOXYEPOXMUC(i)=fOXYEPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL + OH = OXYLO2';
k(:,i) = 1.36e-11.*0.05;
Gstr{i,1} = 'OXYL'; Gstr{i,2} = 'OH'; 
fOXYL(i)=fOXYL(i)-1; fOH(i)=fOH(i)-1; fOXYLO2(i)=fOXYLO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL + OH = OXYLOL + HO2';
k(:,i) = 1.36e-11.*0.16;
Gstr{i,1} = 'OXYL'; Gstr{i,2} = 'OH'; 
fOXYL(i)=fOXYL(i)-1; fOH(i)=fOH(i)-1; fOXYLOL(i)=fOXYLOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL + NO3 = MXYLO2 + HNO3';
k(:,i) = 2.60e-16;
Gstr{i,1} = 'MXYL'; Gstr{i,2} = 'NO3'; 
fMXYL(i)=fMXYL(i)-1; fNO3(i)=fNO3(i)-1; fMXYLO2(i)=fMXYLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYL + OH = MXYBIPERO2';
k(:,i) = 2.31e-11.*0.50;
Gstr{i,1} = 'MXYL'; Gstr{i,2} = 'OH'; 
fMXYL(i)=fMXYL(i)-1; fOH(i)=fOH(i)-1; fMXYBIPERO2(i)=fMXYBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL + OH = MXYEPOXMUC + HO2';
k(:,i) = 2.31e-11.*0.29;
Gstr{i,1} = 'MXYL'; Gstr{i,2} = 'OH'; 
fMXYL(i)=fMXYL(i)-1; fOH(i)=fOH(i)-1; fMXYEPOXMUC(i)=fMXYEPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL + OH = MXYLO2';
k(:,i) = 2.31e-11.*0.04;
Gstr{i,1} = 'MXYL'; Gstr{i,2} = 'OH'; 
fMXYL(i)=fMXYL(i)-1; fOH(i)=fOH(i)-1; fMXYLO2(i)=fMXYLO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL + OH = MXYLOL + HO2';
k(:,i) = 2.31e-11.*0.17;
Gstr{i,1} = 'MXYL'; Gstr{i,2} = 'OH'; 
fMXYL(i)=fMXYL(i)-1; fOH(i)=fOH(i)-1; fMXYLOL(i)=fMXYLOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL + NO3 = PXYLO2 + HNO3';
k(:,i) = 5.00e-16;
Gstr{i,1} = 'PXYL'; Gstr{i,2} = 'NO3'; 
fPXYL(i)=fPXYL(i)-1; fNO3(i)=fNO3(i)-1; fPXYLO2(i)=fPXYLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYL + OH = PXYBIPERO2';
k(:,i) = 1.43e-11.*0.625;
Gstr{i,1} = 'PXYL'; Gstr{i,2} = 'OH'; 
fPXYL(i)=fPXYL(i)-1; fOH(i)=fOH(i)-1; fPXYBIPERO2(i)=fPXYBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL + OH = PXYEPOXMUC + HO2';
k(:,i) = 1.43e-11.*0.155;
Gstr{i,1} = 'PXYL'; Gstr{i,2} = 'OH'; 
fPXYL(i)=fPXYL(i)-1; fOH(i)=fOH(i)-1; fPXYEPOXMUC(i)=fPXYEPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL + OH = PXYLO2';
k(:,i) = 1.43e-11.*0.10;
Gstr{i,1} = 'PXYL'; Gstr{i,2} = 'OH'; 
fPXYL(i)=fPXYL(i)-1; fOH(i)=fOH(i)-1; fPXYLO2(i)=fPXYLO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL + OH = PXYLOL + HO2';
k(:,i) = 1.43e-11.*0.12;
Gstr{i,1} = 'PXYL'; Gstr{i,2} = 'OH'; 
fPXYL(i)=fPXYL(i)-1; fOH(i)=fOH(i)-1; fPXYLOL(i)=fPXYLOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZ + NO3 = C6H5C2H4O2 + HNO3';
k(:,i) = 1.20e-16;
Gstr{i,1} = 'EBENZ'; Gstr{i,2} = 'NO3'; 
fEBENZ(i)=fEBENZ(i)-1; fNO3(i)=fNO3(i)-1; fC6H5C2H4O2(i)=fC6H5C2H4O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBENZ + OH = C6H5C2H4O2';
k(:,i) = 7.00e-12.*0.07;
Gstr{i,1} = 'EBENZ'; Gstr{i,2} = 'OH'; 
fEBENZ(i)=fEBENZ(i)-1; fOH(i)=fOH(i)-1; fC6H5C2H4O2(i)=fC6H5C2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZ + OH = EBENZOL + HO2';
k(:,i) = 7.00e-12.*0.18;
Gstr{i,1} = 'EBENZ'; Gstr{i,2} = 'OH'; 
fEBENZ(i)=fEBENZ(i)-1; fOH(i)=fOH(i)-1; fEBENZOL(i)=fEBENZOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZ + OH = EBZBIPERO2';
k(:,i) = 7.00e-12.*0.65;
Gstr{i,1} = 'EBENZ'; Gstr{i,2} = 'OH'; 
fEBENZ(i)=fEBENZ(i)-1; fOH(i)=fOH(i)-1; fEBZBIPERO2(i)=fEBZBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZ + OH = EBZPOXMUC + HO2';
k(:,i) = 7.00e-12.*0.10;
Gstr{i,1} = 'EBENZ'; Gstr{i,2} = 'OH'; 
fEBENZ(i)=fEBENZ(i)-1; fOH(i)=fOH(i)-1; fEBZPOXMUC(i)=fEBZPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZ + NO3 = PHC3O2 + HNO3';
k(:,i) = 1.40e-16;
Gstr{i,1} = 'PBENZ'; Gstr{i,2} = 'NO3'; 
fPBENZ(i)=fPBENZ(i)-1; fNO3(i)=fNO3(i)-1; fPHC3O2(i)=fPHC3O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBENZ + OH = PBENZOL + HO2';
k(:,i) = 5.80e-12.*0.18;
Gstr{i,1} = 'PBENZ'; Gstr{i,2} = 'OH'; 
fPBENZ(i)=fPBENZ(i)-1; fOH(i)=fOH(i)-1; fPBENZOL(i)=fPBENZOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZ + OH = PBZBIPERO2';
k(:,i) = 5.80e-12.*0.65;
Gstr{i,1} = 'PBENZ'; Gstr{i,2} = 'OH'; 
fPBENZ(i)=fPBENZ(i)-1; fOH(i)=fOH(i)-1; fPBZBIPERO2(i)=fPBZBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZ + OH = PBZPOXMUC + HO2';
k(:,i) = 5.80e-12.*0.10;
Gstr{i,1} = 'PBENZ'; Gstr{i,2} = 'OH'; 
fPBENZ(i)=fPBENZ(i)-1; fOH(i)=fOH(i)-1; fPBZPOXMUC(i)=fPBZPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZ + OH = PHC3O2';
k(:,i) = 5.80e-12.*0.07;
Gstr{i,1} = 'PBENZ'; Gstr{i,2} = 'OH'; 
fPBENZ(i)=fPBENZ(i)-1; fOH(i)=fOH(i)-1; fPHC3O2(i)=fPHC3O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZ + NO3 = PHIC3O2 + HNO3';
k(:,i) = 1.40e-16;
Gstr{i,1} = 'IPBENZ'; Gstr{i,2} = 'NO3'; 
fIPBENZ(i)=fIPBENZ(i)-1; fNO3(i)=fNO3(i)-1; fPHIC3O2(i)=fPHIC3O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZ + OH = IPBENZOL + HO2';
k(:,i) = 6.30e-12.*0.18;
Gstr{i,1} = 'IPBENZ'; Gstr{i,2} = 'OH'; 
fIPBENZ(i)=fIPBENZ(i)-1; fOH(i)=fOH(i)-1; fIPBENZOL(i)=fIPBENZOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZ + OH = IPBZBIPRO2';
k(:,i) = 6.30e-12.*0.65;
Gstr{i,1} = 'IPBENZ'; Gstr{i,2} = 'OH'; 
fIPBENZ(i)=fIPBENZ(i)-1; fOH(i)=fOH(i)-1; fIPBZBIPRO2(i)=fIPBZBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZ + OH = IPBZPOXMUC + HO2';
k(:,i) = 6.30e-12.*0.10;
Gstr{i,1} = 'IPBENZ'; Gstr{i,2} = 'OH'; 
fIPBENZ(i)=fIPBENZ(i)-1; fOH(i)=fOH(i)-1; fIPBZPOXMUC(i)=fIPBZPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZ + OH = PHIC3O2';
k(:,i) = 6.30e-12.*0.07;
Gstr{i,1} = 'IPBENZ'; Gstr{i,2} = 'OH'; 
fIPBENZ(i)=fIPBENZ(i)-1; fOH(i)=fOH(i)-1; fPHIC3O2(i)=fPHIC3O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123B + NO3 = TM123BO2 + HNO3';
k(:,i) = 1.90e-15;
Gstr{i,1} = 'TM123B'; Gstr{i,2} = 'NO3'; 
fTM123B(i)=fTM123B(i)-1; fNO3(i)=fNO3(i)-1; fTM123BO2(i)=fTM123BO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123B + OH = TM123BO2';
k(:,i) = 3.27e-11.*0.06;
Gstr{i,1} = 'TM123B'; Gstr{i,2} = 'OH'; 
fTM123B(i)=fTM123B(i)-1; fOH(i)=fOH(i)-1; fTM123BO2(i)=fTM123BO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123B + OH = TM123BOL + HO2';
k(:,i) = 3.27e-11.*0.03;
Gstr{i,1} = 'TM123B'; Gstr{i,2} = 'OH'; 
fTM123B(i)=fTM123B(i)-1; fOH(i)=fOH(i)-1; fTM123BOL(i)=fTM123BOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123B + OH = TM123BPRO2';
k(:,i) = 3.27e-11.*0.70;
Gstr{i,1} = 'TM123B'; Gstr{i,2} = 'OH'; 
fTM123B(i)=fTM123B(i)-1; fOH(i)=fOH(i)-1; fTM123BPRO2(i)=fTM123BPRO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123B + OH = TM123OXMUC + HO2';
k(:,i) = 3.27e-11.*0.21;
Gstr{i,1} = 'TM123B'; Gstr{i,2} = 'OH'; 
fTM123B(i)=fTM123B(i)-1; fOH(i)=fOH(i)-1; fTM123OXMUC(i)=fTM123OXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124B + NO3 = TM124BO2 + HNO3';
k(:,i) = 1.80e-15;
Gstr{i,1} = 'TM124B'; Gstr{i,2} = 'NO3'; 
fTM124B(i)=fTM124B(i)-1; fNO3(i)=fNO3(i)-1; fTM124BO2(i)=fTM124BO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124B + OH = TM124BO2';
k(:,i) = 3.25e-11.*0.06;
Gstr{i,1} = 'TM124B'; Gstr{i,2} = 'OH'; 
fTM124B(i)=fTM124B(i)-1; fOH(i)=fOH(i)-1; fTM124BO2(i)=fTM124BO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124B + OH = TM124BPRO2';
k(:,i) = 3.25e-11.*0.61;
Gstr{i,1} = 'TM124B'; Gstr{i,2} = 'OH'; 
fTM124B(i)=fTM124B(i)-1; fOH(i)=fOH(i)-1; fTM124BPRO2(i)=fTM124BPRO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124B + OH = TM124OL + HO2';
k(:,i) = 3.25e-11.*0.03;
Gstr{i,1} = 'TM124B'; Gstr{i,2} = 'OH'; 
fTM124B(i)=fTM124B(i)-1; fOH(i)=fOH(i)-1; fTM124OL(i)=fTM124OL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124B + OH = TM124OXMUC + HO2';
k(:,i) = 3.25e-11.*0.30;
Gstr{i,1} = 'TM124B'; Gstr{i,2} = 'OH'; 
fTM124B(i)=fTM124B(i)-1; fOH(i)=fOH(i)-1; fTM124OXMUC(i)=fTM124OXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135B + NO3 = TMBO2 + HNO3';
k(:,i) = 8.80e-16;
Gstr{i,1} = 'TM135B'; Gstr{i,2} = 'NO3'; 
fTM135B(i)=fTM135B(i)-1; fNO3(i)=fNO3(i)-1; fTMBO2(i)=fTMBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135B + OH = TM135BPRO2';
k(:,i) = 5.67e-11.*0.79;
Gstr{i,1} = 'TM135B'; Gstr{i,2} = 'OH'; 
fTM135B(i)=fTM135B(i)-1; fOH(i)=fOH(i)-1; fTM135BPRO2(i)=fTM135BPRO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135B + OH = TM135BZOL + HO2';
k(:,i) = 5.67e-11.*0.04;
Gstr{i,1} = 'TM135B'; Gstr{i,2} = 'OH'; 
fTM135B(i)=fTM135B(i)-1; fOH(i)=fOH(i)-1; fTM135BZOL(i)=fTM135BZOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135B + OH = TM135OXMUC + HO2';
k(:,i) = 5.67e-11.*0.14;
Gstr{i,1} = 'TM135B'; Gstr{i,2} = 'OH'; 
fTM135B(i)=fTM135B(i)-1; fOH(i)=fOH(i)-1; fTM135OXMUC(i)=fTM135OXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135B + OH = TMBO2';
k(:,i) = 5.67e-11.*0.03;
Gstr{i,1} = 'TM135B'; Gstr{i,2} = 'OH'; 
fTM135B(i)=fTM135B(i)-1; fOH(i)=fOH(i)-1; fTMBO2(i)=fTMBO2(i)+1; 

i=i+1;
Rnames{i} = 'OETHTOL + NO3 = ETOLO2 + HNO3';
k(:,i) = 7.10e-16;
Gstr{i,1} = 'OETHTOL'; Gstr{i,2} = 'NO3'; 
fOETHTOL(i)=fOETHTOL(i)-1; fNO3(i)=fNO3(i)-1; fETOLO2(i)=fETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETHTOL + OH = ETOLO2';
k(:,i) = 1.19e-11.*0.05;
Gstr{i,1} = 'OETHTOL'; Gstr{i,2} = 'OH'; 
fOETHTOL(i)=fOETHTOL(i)-1; fOH(i)=fOH(i)-1; fETOLO2(i)=fETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OETHTOL + OH = OETLBIPRO2';
k(:,i) = 1.19e-11.*0.55;
Gstr{i,1} = 'OETHTOL'; Gstr{i,2} = 'OH'; 
fOETHTOL(i)=fOETHTOL(i)-1; fOH(i)=fOH(i)-1; fOETLBIPRO2(i)=fOETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'OETHTOL + OH = OETLPOXMUC + HO2';
k(:,i) = 1.19e-11.*0.24;
Gstr{i,1} = 'OETHTOL'; Gstr{i,2} = 'OH'; 
fOETHTOL(i)=fOETHTOL(i)-1; fOH(i)=fOH(i)-1; fOETLPOXMUC(i)=fOETLPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETHTOL + OH = OETOH + HO2';
k(:,i) = 1.19e-11.*0.16;
Gstr{i,1} = 'OETHTOL'; Gstr{i,2} = 'OH'; 
fOETHTOL(i)=fOETHTOL(i)-1; fOH(i)=fOH(i)-1; fOETOH(i)=fOETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METHTOL + NO3 = ETOLO2 + HNO3';
k(:,i) = 4.50e-16;
Gstr{i,1} = 'METHTOL'; Gstr{i,2} = 'NO3'; 
fMETHTOL(i)=fMETHTOL(i)-1; fNO3(i)=fNO3(i)-1; fETOLO2(i)=fETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'METHTOL + OH = ETOLO2';
k(:,i) = 1.86e-11.*0.04;
Gstr{i,1} = 'METHTOL'; Gstr{i,2} = 'OH'; 
fMETHTOL(i)=fMETHTOL(i)-1; fOH(i)=fOH(i)-1; fETOLO2(i)=fETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'METHTOL + OH = METLBIPRO2';
k(:,i) = 1.86e-11.*0.50;
Gstr{i,1} = 'METHTOL'; Gstr{i,2} = 'OH'; 
fMETHTOL(i)=fMETHTOL(i)-1; fOH(i)=fOH(i)-1; fMETLBIPRO2(i)=fMETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'METHTOL + OH = METLPOXMUC + HO2';
k(:,i) = 1.86e-11.*0.29;
Gstr{i,1} = 'METHTOL'; Gstr{i,2} = 'OH'; 
fMETHTOL(i)=fMETHTOL(i)-1; fOH(i)=fOH(i)-1; fMETLPOXMUC(i)=fMETLPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METHTOL + OH = METOH + HO2';
k(:,i) = 1.86e-11.*0.17;
Gstr{i,1} = 'METHTOL'; Gstr{i,2} = 'OH'; 
fMETHTOL(i)=fMETHTOL(i)-1; fOH(i)=fOH(i)-1; fMETOH(i)=fMETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETHTOL + NO3 = ETOLO2 + HNO3';
k(:,i) = 8.60e-16;
Gstr{i,1} = 'PETHTOL'; Gstr{i,2} = 'NO3'; 
fPETHTOL(i)=fPETHTOL(i)-1; fNO3(i)=fNO3(i)-1; fETOLO2(i)=fETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETHTOL + OH = ETOLO2';
k(:,i) = 1.18e-11.*0.10;
Gstr{i,1} = 'PETHTOL'; Gstr{i,2} = 'OH'; 
fPETHTOL(i)=fPETHTOL(i)-1; fOH(i)=fOH(i)-1; fETOLO2(i)=fETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PETHTOL + OH = PETLBIPRO2';
k(:,i) = 1.18e-11.*0.625;
Gstr{i,1} = 'PETHTOL'; Gstr{i,2} = 'OH'; 
fPETHTOL(i)=fPETHTOL(i)-1; fOH(i)=fOH(i)-1; fPETLBIPRO2(i)=fPETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'PETHTOL + OH = PETLPOXMUC + HO2';
k(:,i) = 1.18e-11.*0.155;
Gstr{i,1} = 'PETHTOL'; Gstr{i,2} = 'OH'; 
fPETHTOL(i)=fPETHTOL(i)-1; fOH(i)=fOH(i)-1; fPETLPOXMUC(i)=fPETLPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETHTOL + OH = PETOH + HO2';
k(:,i) = 1.18e-11.*0.12;
Gstr{i,1} = 'PETHTOL'; Gstr{i,2} = 'OH'; 
fPETHTOL(i)=fPETHTOL(i)-1; fOH(i)=fOH(i)-1; fPETOH(i)=fPETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIME35EB + NO3 = DM35EBO2 + HNO3';
k(:,i) = 1.50e-15;
Gstr{i,1} = 'DIME35EB'; Gstr{i,2} = 'NO3'; 
fDIME35EB(i)=fDIME35EB(i)-1; fNO3(i)=fNO3(i)-1; fDM35EBO2(i)=fDM35EBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIME35EB + OH = DM35EBO2';
k(:,i) = 5.67e-11.*0.03;
Gstr{i,1} = 'DIME35EB'; Gstr{i,2} = 'OH'; 
fDIME35EB(i)=fDIME35EB(i)-1; fOH(i)=fOH(i)-1; fDM35EBO2(i)=fDM35EBO2(i)+1; 

i=i+1;
Rnames{i} = 'DIME35EB + OH = DMEBIPRO2';
k(:,i) = 5.67e-11.*0.79;
Gstr{i,1} = 'DIME35EB'; Gstr{i,2} = 'OH'; 
fDIME35EB(i)=fDIME35EB(i)-1; fOH(i)=fOH(i)-1; fDMEBIPRO2(i)=fDMEBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'DIME35EB + OH = DMEBPOXMUC + HO2';
k(:,i) = 5.67e-11.*0.14;
Gstr{i,1} = 'DIME35EB'; Gstr{i,2} = 'OH'; 
fDIME35EB(i)=fDIME35EB(i)-1; fOH(i)=fOH(i)-1; fDMEBPOXMUC(i)=fDMEBPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIME35EB + OH = DMEPHOH + HO2';
k(:,i) = 5.67e-11.*0.04;
Gstr{i,1} = 'DIME35EB'; Gstr{i,2} = 'OH'; 
fDIME35EB(i)=fDIME35EB(i)-1; fOH(i)=fOH(i)-1; fDMEPHOH(i)=fDMEPHOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIET35TOL + NO3 = DE35TO2 + HNO3';
k(:,i) = 2.60e-15;
Gstr{i,1} = 'DIET35TOL'; Gstr{i,2} = 'NO3'; 
fDIET35TOL(i)=fDIET35TOL(i)-1; fNO3(i)=fNO3(i)-1; fDE35TO2(i)=fDE35TO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIET35TOL + OH = DE35TO2';
k(:,i) = 5.67e-11.*0.03;
Gstr{i,1} = 'DIET35TOL'; Gstr{i,2} = 'OH'; 
fDIET35TOL(i)=fDIET35TOL(i)-1; fOH(i)=fOH(i)-1; fDE35TO2(i)=fDE35TO2(i)+1; 

i=i+1;
Rnames{i} = 'DIET35TOL + OH = DEMPHOH + HO2';
k(:,i) = 5.67e-11.*0.04;
Gstr{i,1} = 'DIET35TOL'; Gstr{i,2} = 'OH'; 
fDIET35TOL(i)=fDIET35TOL(i)-1; fOH(i)=fOH(i)-1; fDEMPHOH(i)=fDEMPHOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIET35TOL + OH = DETLBIPRO2';
k(:,i) = 5.67e-11.*0.79;
Gstr{i,1} = 'DIET35TOL'; Gstr{i,2} = 'OH'; 
fDIET35TOL(i)=fDIET35TOL(i)-1; fOH(i)=fOH(i)-1; fDETLBIPRO2(i)=fDETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'DIET35TOL + OH = DETLPOXMUC + HO2';
k(:,i) = 5.67e-11.*0.14;
Gstr{i,1} = 'DIET35TOL'; Gstr{i,2} = 'OH'; 
fDIET35TOL(i)=fDIET35TOL(i)-1; fOH(i)=fOH(i)-1; fDETLPOXMUC(i)=fDETLPOXMUC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + STYRENE = NSTYRENO2';
k(:,i) = 1.50e-12;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'STYRENE'; 
fNO3(i)=fNO3(i)-1; fSTYRENE(i)=fSTYRENE(i)-1; fNSTYRENO2(i)=fNSTYRENO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + STYRENE = CH2OOB + BENZAL';
k(:,i) = 1.70e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'STYRENE'; 
fO3(i)=fO3(i)-1; fSTYRENE(i)=fSTYRENE(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fBENZAL(i)=fBENZAL(i)+1; 

i=i+1;
Rnames{i} = 'O3 + STYRENE = HCHO + PHCHOOA';
k(:,i) = 1.70e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'STYRENE'; 
fO3(i)=fO3(i)-1; fSTYRENE(i)=fSTYRENE(i)-1; fHCHO(i)=fHCHO(i)+1; fPHCHOOA(i)=fPHCHOOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + STYRENE = STYRENO2';
k(:,i) = 5.80e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'STYRENE'; 
fOH(i)=fOH(i)-1; fSTYRENE(i)=fSTYRENE(i)-1; fSTYRENO2(i)=fSTYRENO2(i)+1; 

i=i+1;
Rnames{i} = 'BENZAL + hv = HO2 + C6H5CO3';
k(:,i) = J19;
Gstr{i,1} = 'BENZAL'; 
fBENZAL(i)=fBENZAL(i)-1; fHO2(i)=fHO2(i)+1; fC6H5CO3(i)=fC6H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'BENZAL + hv = HO2 + CO + C6H5O2';
k(:,i) = J18;
Gstr{i,1} = 'BENZAL'; 
fBENZAL(i)=fBENZAL(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC6H5O2(i)=fC6H5O2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + BENZAL = C6H5CO3 + HNO3';
k(:,i) = 2.40e-15;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'BENZAL'; 
fNO3(i)=fNO3(i)-1; fBENZAL(i)=fBENZAL(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + BENZAL = C6H5CO3';
k(:,i) = 5.9e-12.*exp(225./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BENZAL'; 
fOH(i)=fOH(i)-1; fBENZAL(i)=fBENZAL(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CL + OH = CH2CLO2';
k(:,i) = 7.33e-18.*T.^2.*exp(-809./T);
Gstr{i,1} = 'CH3CL'; Gstr{i,2} = 'OH'; 
fCH3CL(i)=fCH3CL(i)-1; fOH(i)=fOH(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL2 + OH = CHCL2O2';
k(:,i) = 6.14e-18.*T.^2.*exp(-389./T);
Gstr{i,1} = 'CH2CL2'; Gstr{i,2} = 'OH'; 
fCH2CL2(i)=fCH2CL2(i)-1; fOH(i)=fOH(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3 + OH = CCL3O2';
k(:,i) = 1.80e-18.*T.^2.*exp(-129./T);
Gstr{i,1} = 'CHCL3'; Gstr{i,2} = 'OH'; 
fCHCL3(i)=fCHCL3(i)-1; fOH(i)=fOH(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL3 + OH = CCL3CH2O2';
k(:,i) = 2.25e-18.*T.^2.*exp(-910./T);
Gstr{i,1} = 'CH3CCL3'; Gstr{i,2} = 'OH'; 
fCH3CCL3(i)=fCH3CCL3(i)-1; fOH(i)=fOH(i)-1; fCCL3CH2O2(i)=fCCL3CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'TCE + OH = TCEOHO2';
k(:,i) = 3.5e-12.*exp(-920./T);
Gstr{i,1} = 'TCE'; Gstr{i,2} = 'OH'; 
fTCE(i)=fTCE(i)-1; fOH(i)=fOH(i)-1; fTCEOHO2(i)=fTCEOHO2(i)+1; 

i=i+1;
Rnames{i} = 'TRICLETH + OH = C2CL3OHAO2';
k(:,i) = 3.0e-13.*exp(565./T).*0.50;
Gstr{i,1} = 'TRICLETH'; Gstr{i,2} = 'OH'; 
fTRICLETH(i)=fTRICLETH(i)-1; fOH(i)=fOH(i)-1; fC2CL3OHAO2(i)=fC2CL3OHAO2(i)+1; 

i=i+1;
Rnames{i} = 'TRICLETH + OH = C2CL3OHBO2';
k(:,i) = 3.0e-13.*exp(565./T).*0.50;
Gstr{i,1} = 'TRICLETH'; Gstr{i,2} = 'OH'; 
fTRICLETH(i)=fTRICLETH(i)-1; fOH(i)=fOH(i)-1; fC2CL3OHBO2(i)=fC2CL3OHBO2(i)+1; 

i=i+1;
Rnames{i} = 'CDICLETH + OH = C2CL2OHO2';
k(:,i) = 1.94e-12.*exp(90./T);
Gstr{i,1} = 'CDICLETH'; Gstr{i,2} = 'OH'; 
fCDICLETH(i)=fCDICLETH(i)-1; fOH(i)=fOH(i)-1; fC2CL2OHO2(i)=fC2CL2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'TDICLETH + OH = C2CL2OHO2';
k(:,i) = 1.01e-12.*exp(250./T);
Gstr{i,1} = 'TDICLETH'; Gstr{i,2} = 'OH'; 
fTDICLETH(i)=fTDICLETH(i)-1; fOH(i)=fOH(i)-1; fC2CL2OHO2(i)=fC2CL2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2CL + OH = DICLETO2';
k(:,i) = 8.69e-12.*exp(-1070./T);
Gstr{i,1} = 'CH2CLCH2CL'; Gstr{i,2} = 'OH'; 
fCH2CLCH2CL(i)=fCH2CLCH2CL(i)-1; fOH(i)=fOH(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL2CH2 + OH = CH2OHCL2O2';
k(:,i) = 2.00e-12.*exp(506./T).*0.50;
Gstr{i,1} = 'CCL2CH2'; Gstr{i,2} = 'OH'; 
fCCL2CH2(i)=fCCL2CH2(i)-1; fOH(i)=fOH(i)-1; fCH2OHCL2O2(i)=fCH2OHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CCL2CH2 + OH = CL2OHCH2O2';
k(:,i) = 2.00e-12.*exp(506./T).*0.50;
Gstr{i,1} = 'CCL2CH2'; Gstr{i,2} = 'OH'; 
fCCL2CH2(i)=fCCL2CH2(i)-1; fOH(i)=fOH(i)-1; fCL2OHCH2O2(i)=fCL2OHCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PROP + OH = CL12PRAO2';
k(:,i) = 4.42e-13.*0.11;
Gstr{i,1} = 'CL12PROP'; Gstr{i,2} = 'OH'; 
fCL12PROP(i)=fCL12PROP(i)-1; fOH(i)=fOH(i)-1; fCL12PRAO2(i)=fCL12PRAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PROP + OH = CL12PRBO2';
k(:,i) = 4.42e-13.*0.60;
Gstr{i,1} = 'CL12PROP'; Gstr{i,2} = 'OH'; 
fCL12PROP(i)=fCL12PROP(i)-1; fOH(i)=fOH(i)-1; fCL12PRBO2(i)=fCL12PRBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PROP + OH = CL12PRCO2';
k(:,i) = 4.42e-13.*0.29;
Gstr{i,1} = 'CL12PROP'; Gstr{i,2} = 'OH'; 
fCL12PROP(i)=fCL12PROP(i)-1; fOH(i)=fOH(i)-1; fCL12PRCO2(i)=fCL12PRCO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH3 + OH = CH3CCL2O2';
k(:,i) = 2.0e-12.*exp(-596./T).*0.85;
Gstr{i,1} = 'CHCL2CH3'; Gstr{i,2} = 'OH'; 
fCHCL2CH3(i)=fCHCL2CH3(i)-1; fOH(i)=fOH(i)-1; fCH3CCL2O2(i)=fCH3CCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH3 + OH = CHCL2CH2O2';
k(:,i) = 2.0e-12.*exp(-596./T).*0.15;
Gstr{i,1} = 'CHCL2CH3'; Gstr{i,2} = 'OH'; 
fCHCL2CH3(i)=fCHCL2CH3(i)-1; fOH(i)=fOH(i)-1; fCHCL2CH2O2(i)=fCHCL2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CH2CL + OH = CH2CLCH2O2';
k(:,i) = 7.78e-18.*T.^2.*exp(-152./T).*0.87;
Gstr{i,1} = 'CH3CH2CL'; Gstr{i,2} = 'OH'; 
fCH3CH2CL(i)=fCH3CH2CL(i)-1; fOH(i)=fOH(i)-1; fCH2CLCH2O2(i)=fCH2CLCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CH2CL + OH = CH3CHCLO2';
k(:,i) = 7.78e-18.*T.^2.*exp(-152./T).*0.13;
Gstr{i,1} = 'CH3CH2CL'; Gstr{i,2} = 'OH'; 
fCH3CH2CL(i)=fCH3CH2CL(i)-1; fOH(i)=fOH(i)-1; fCH3CHCLO2(i)=fCH3CHCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CHCL2 + OH = CHCL2CL2O2';
k(:,i) = 5.13e-13;
Gstr{i,1} = 'CHCL2CHCL2'; Gstr{i,2} = 'OH'; 
fCHCL2CHCL2(i)=fCHCL2CHCL2(i)-1; fOH(i)=fOH(i)-1; fCHCL2CL2O2(i)=fCHCL2CL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCHCL2 + OH = CH2CL3O2';
k(:,i) = 4.44e-18.*T.^2.*exp(-208./T).*0.5;
Gstr{i,1} = 'CH2CLCHCL2'; Gstr{i,2} = 'OH'; 
fCH2CLCHCL2(i)=fCH2CLCHCL2(i)-1; fOH(i)=fOH(i)-1; fCH2CL3O2(i)=fCH2CL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCHCL2 + OH = CHCL3O2';
k(:,i) = 4.44e-18.*T.^2.*exp(-208./T).*0.5;
Gstr{i,1} = 'CH2CLCHCL2'; Gstr{i,2} = 'OH'; 
fCH2CLCHCL2(i)=fCH2CLCHCL2(i)-1; fOH(i)=fOH(i)-1; fCHCL3O2(i)=fCHCL3O2(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + NO3 = CCLNO3O2';
k(:,i) = 0.35.*2.3e-16;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'NO3'; 
fVINCL(i)=fVINCL(i)-1; fNO3(i)=fNO3(i)-1; fCCLNO3O2(i)=fCCLNO3O2(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + NO3 = CNO3CLO2';
k(:,i) = 0.65.*2.3e-16;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'NO3'; 
fVINCL(i)=fVINCL(i)-1; fNO3(i)=fNO3(i)-1; fCNO3CLO2(i)=fCNO3CLO2(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + O3 = CHOCL + CH2OOB';
k(:,i) = 0.76.*2.45e-19;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'O3'; 
fVINCL(i)=fVINCL(i)-1; fO3(i)=fO3(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + O3 = HCHO + CHCLOOA';
k(:,i) = 0.24.*2.45e-19;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'O3'; 
fVINCL(i)=fVINCL(i)-1; fO3(i)=fO3(i)-1; fHCHO(i)=fHCHO(i)+1; fCHCLOOA(i)=fCHCLOOA(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + OH = CCLOHCH2O2';
k(:,i) = 0.5 .*8.49e-12;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'OH'; 
fVINCL(i)=fVINCL(i)-1; fOH(i)=fOH(i)-1; fCCLOHCH2O2(i)=fCCLOHCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'VINCL + OH = CH2OHCCLO2';
k(:,i) = 0.5 .*8.49e-12;
Gstr{i,1} = 'VINCL'; Gstr{i,2} = 'OH'; 
fVINCL(i)=fVINCL(i)-1; fOH(i)=fOH(i)-1; fCH2OHCCLO2(i)=fCH2OHCCLO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C4H6 = NBUTDAO2';
k(:,i) = 1.03e-13.*0.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C4H6'; 
fNO3(i)=fNO3(i)-1; fC4H6(i)=fC4H6(i)-1; fNBUTDAO2(i)=fNBUTDAO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C4H6 = NBUTDBO2';
k(:,i) = 1.03e-13.*0.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C4H6'; 
fNO3(i)=fNO3(i)-1; fC4H6(i)=fC4H6(i)-1; fNBUTDBO2(i)=fNBUTDBO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C4H6 = ACR + CH2OOD';
k(:,i) = 1.34e-14.*exp(-2283./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C4H6'; 
fO3(i)=fO3(i)-1; fC4H6(i)=fC4H6(i)-1; fACR(i)=fACR(i)+1; fCH2OOD(i)=fCH2OOD(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C4H6 = HCHO + ACROOA';
k(:,i) = 1.34e-14.*exp(-2283./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C4H6'; 
fO3(i)=fO3(i)-1; fC4H6(i)=fC4H6(i)-1; fHCHO(i)=fHCHO(i)+1; fACROOA(i)=fACROOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4H6 = BUTDAO2';
k(:,i) = 1.48e-11.*exp(448./T).*0.217;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4H6'; 
fOH(i)=fOH(i)-1; fC4H6(i)=fC4H6(i)-1; fBUTDAO2(i)=fBUTDAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4H6 = BUTDBO2';
k(:,i) = 1.48e-11.*exp(448./T).*0.649;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4H6'; 
fOH(i)=fOH(i)-1; fC4H6(i)=fC4H6(i)-1; fBUTDBO2(i)=fBUTDBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4H6 = BUTDCO2';
k(:,i) = 1.48e-11.*exp(448./T).*0.134;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4H6'; 
fOH(i)=fOH(i)-1; fC4H6(i)=fC4H6(i)-1; fBUTDCO2(i)=fBUTDCO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C5H8 = NISOPO2';
k(:,i) = 3.15e-12.*exp(-450./T);
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C5H8'; 
fNO3(i)=fNO3(i)-1; fC5H8(i)=fC5H8(i)-1; fNISOPO2(i)=fNISOPO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C5H8 = CH2OOE + MACR';
k(:,i) = 1.03e-14.*exp(-1995./T).*0.3;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C5H8'; 
fO3(i)=fO3(i)-1; fC5H8(i)=fC5H8(i)-1; fCH2OOE(i)=fCH2OOE(i)+1; fMACR(i)=fMACR(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C5H8 = CH2OOE + MVK';
k(:,i) = 1.03e-14.*exp(-1995./T).*0.2;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C5H8'; 
fO3(i)=fO3(i)-1; fC5H8(i)=fC5H8(i)-1; fCH2OOE(i)=fCH2OOE(i)+1; fMVK(i)=fMVK(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C5H8 = HCHO + MACROOA';
k(:,i) = 1.03e-14.*exp(-1995./T).*0.3;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C5H8'; 
fO3(i)=fO3(i)-1; fC5H8(i)=fC5H8(i)-1; fHCHO(i)=fHCHO(i)+1; fMACROOA(i)=fMACROOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + C5H8 = HCHO + MVKOOA';
k(:,i) = 1.03e-14.*exp(-1995./T).*0.2;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'C5H8'; 
fO3(i)=fO3(i)-1; fC5H8(i)=fC5H8(i)-1; fHCHO(i)=fHCHO(i)+1; fMVKOOA(i)=fMVKOOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = CISOPA';
k(:,i) = 2.70e-11.*exp(390./T).*0.288;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fCISOPA(i)=fCISOPA(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = CISOPC';
k(:,i) = 2.70e-11.*exp(390./T).*0.238;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fCISOPC(i)=fCISOPC(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = ISOP34O2';
k(:,i) = 2.70e-11.*exp(390./T).*0.022;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fISOP34O2(i)=fISOP34O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = ME3BU3ECHO + HO2';
k(:,i) = 2.70e-11.*exp(390./T).*0.020;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fME3BU3ECHO(i)=fME3BU3ECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = PE4E2CO + HO2';
k(:,i) = 2.70e-11.*exp(390./T).*0.042;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fPE4E2CO(i)=fPE4E2CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = TISOPA';
k(:,i) = 2.70e-11.*exp(390./T).*0.288;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fTISOPA(i)=fTISOPA(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H8 = TISOPC';
k(:,i) = 2.70e-11.*exp(390./T).*0.102;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H8'; 
fOH(i)=fOH(i)-1; fC5H8(i)=fC5H8(i)-1; fTISOPC(i)=fTISOPC(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCHO + OH = CH3O2';
k(:,i) = 9.39e-13.*exp(-461./T).*0.450;
Gstr{i,1} = 'CH3OCHO'; Gstr{i,2} = 'OH'; 
fCH3OCHO(i)=fCH3OCHO(i)-1; fOH(i)=fOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCHO + OH = CHOOCH2O2';
k(:,i) = 9.39e-13.*exp(-461./T).*0.550;
Gstr{i,1} = 'CH3OCHO'; Gstr{i,2} = 'OH'; 
fCH3OCHO(i)=fCH3OCHO(i)-1; fOH(i)=fOH(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'METHACET + OH = METHACETO2';
k(:,i) = 8.54e-19.*T.^2.*exp(455./T).*0.685;
Gstr{i,1} = 'METHACET'; Gstr{i,2} = 'OH'; 
fMETHACET(i)=fMETHACET(i)-1; fOH(i)=fOH(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'METHACET + OH = MOCOCH2O2';
k(:,i) = 8.54e-19.*T.^2.*exp(455./T).*0.315;
Gstr{i,1} = 'METHACET'; Gstr{i,2} = 'OH'; 
fMETHACET(i)=fMETHACET(i)-1; fOH(i)=fOH(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACET + OH = ACETC2H4O2';
k(:,i) = 6.92e-19.*T.^2.*exp(986./T).*0.095;
Gstr{i,1} = 'ETHACET'; Gstr{i,2} = 'OH'; 
fETHACET(i)=fETHACET(i)-1; fOH(i)=fOH(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACET + OH = EOCOCH2O2';
k(:,i) = 6.92e-19.*T.^2.*exp(986./T).*0.057;
Gstr{i,1} = 'ETHACET'; Gstr{i,2} = 'OH'; 
fETHACET(i)=fETHACET(i)-1; fOH(i)=fOH(i)-1; fEOCOCH2O2(i)=fEOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACET + OH = ETHACETO2';
k(:,i) = 6.92e-19.*T.^2.*exp(986./T).*0.848;
Gstr{i,1} = 'ETHACET'; Gstr{i,2} = 'OH'; 
fETHACET(i)=fETHACET(i)-1; fOH(i)=fOH(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACET + OH = NPROACEAO2';
k(:,i) = 1.39e-18.*T.^2.*exp(991./T).*0.364;
Gstr{i,1} = 'NPROACET'; Gstr{i,2} = 'OH'; 
fNPROACET(i)=fNPROACET(i)-1; fOH(i)=fOH(i)-1; fNPROACEAO2(i)=fNPROACEAO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACET + OH = NPROACEBO2';
k(:,i) = 1.39e-18.*T.^2.*exp(991./T).*0.583;
Gstr{i,1} = 'NPROACET'; Gstr{i,2} = 'OH'; 
fNPROACET(i)=fNPROACET(i)-1; fOH(i)=fOH(i)-1; fNPROACEBO2(i)=fNPROACEBO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACET + OH = NPROACECO2';
k(:,i) = 1.39e-18.*T.^2.*exp(991./T).*0.053;
Gstr{i,1} = 'NPROACET'; Gstr{i,2} = 'OH'; 
fNPROACET(i)=fNPROACET(i)-1; fOH(i)=fOH(i)-1; fNPROACECO2(i)=fNPROACECO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROACET + OH = IPRACBO2';
k(:,i) = 2.64e-13.*exp(770./T).*0.098;
Gstr{i,1} = 'IPROACET'; Gstr{i,2} = 'OH'; 
fIPROACET(i)=fIPROACET(i)-1; fOH(i)=fOH(i)-1; fIPRACBO2(i)=fIPRACBO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROACET + OH = IPROACETO2';
k(:,i) = 2.64e-13.*exp(770./T).*0.902;
Gstr{i,1} = 'IPROACET'; Gstr{i,2} = 'OH'; 
fIPROACET(i)=fIPROACET(i)-1; fOH(i)=fOH(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTACET + OH = NBUACETAO2';
k(:,i) = 2.48e-18.*T.^2.*exp(926./T).*0.261;
Gstr{i,1} = 'NBUTACET'; Gstr{i,2} = 'OH'; 
fNBUTACET(i)=fNBUTACET(i)-1; fOH(i)=fOH(i)-1; fNBUACETAO2(i)=fNBUACETAO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTACET + OH = NBUACETBO2';
k(:,i) = 2.48e-18.*T.^2.*exp(926./T).*0.321;
Gstr{i,1} = 'NBUTACET'; Gstr{i,2} = 'OH'; 
fNBUTACET(i)=fNBUTACET(i)-1; fOH(i)=fOH(i)-1; fNBUACETBO2(i)=fNBUACETBO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTACET + OH = NBUACETCO2';
k(:,i) = 2.48e-18.*T.^2.*exp(926./T).*0.417;
Gstr{i,1} = 'NBUTACET'; Gstr{i,2} = 'OH'; 
fNBUTACET(i)=fNBUTACET(i)-1; fOH(i)=fOH(i)-1; fNBUACETCO2(i)=fNBUACETCO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUTACET + OH = SBUACETAO2';
k(:,i) = 6.66e-13.*exp(640./T).*0.768;
Gstr{i,1} = 'SBUTACET'; Gstr{i,2} = 'OH'; 
fSBUTACET(i)=fSBUTACET(i)-1; fOH(i)=fOH(i)-1; fSBUACETAO2(i)=fSBUACETAO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUTACET + OH = SBUACETBO2';
k(:,i) = 6.66e-13.*exp(640./T).*0.232;
Gstr{i,1} = 'SBUTACET'; Gstr{i,2} = 'OH'; 
fSBUTACET(i)=fSBUTACET(i)-1; fOH(i)=fOH(i)-1; fSBUACETBO2(i)=fSBUACETBO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACET + OH = MCOOTBO2';
k(:,i) = 1.88e-12.*exp(-395./T).*0.834;
Gstr{i,1} = 'TBUACET'; Gstr{i,2} = 'OH'; 
fTBUACET(i)=fTBUACET(i)-1; fOH(i)=fOH(i)-1; fMCOOTBO2(i)=fMCOOTBO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACET + OH = TBOCOCH2O2';
k(:,i) = 1.88e-12.*exp(-395./T).*0.166;
Gstr{i,1} = 'TBUACET'; Gstr{i,2} = 'OH'; 
fTBUACET(i)=fTBUACET(i)-1; fOH(i)=fOH(i)-1; fTBOCOCH2O2(i)=fTBOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH3 + NO3 = HNO3 + CH3OCH2O2';
k(:,i) = 2.60e-16;
Gstr{i,1} = 'CH3OCH3'; Gstr{i,2} = 'NO3'; 
fCH3OCH3(i)=fCH3OCH3(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH3 + OH = CH3OCH2O2';
k(:,i) = 5.7e-12.*exp(-215./T);
Gstr{i,1} = 'CH3OCH3'; Gstr{i,2} = 'OH'; 
fCH3OCH3(i)=fCH3OCH3(i)-1; fOH(i)=fOH(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETHER + NO3 = DIETETO2 + HNO3';
k(:,i) = 2.80e-15;
Gstr{i,1} = 'DIETETHER'; Gstr{i,2} = 'NO3'; 
fDIETETHER(i)=fDIETETHER(i)-1; fNO3(i)=fNO3(i)-1; fDIETETO2(i)=fDIETETO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIETETHER + OH = DIETETO2';
k(:,i) = 8.91e-18.*T.^2.*exp(837./T).*0.928;
Gstr{i,1} = 'DIETETHER'; Gstr{i,2} = 'OH'; 
fDIETETHER(i)=fDIETETHER(i)-1; fOH(i)=fOH(i)-1; fDIETETO2(i)=fDIETETO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETHER + OH = ETOC2O2';
k(:,i) = 8.91e-18.*T.^2.*exp(837./T).*0.072;
Gstr{i,1} = 'DIETETHER'; Gstr{i,2} = 'OH'; 
fDIETETHER(i)=fDIETETHER(i)-1; fOH(i)=fOH(i)-1; fETOC2O2(i)=fETOC2O2(i)+1; 

i=i+1;
Rnames{i} = 'MTBE + NO3 = MTBEAO2 + HNO3';
k(:,i) = 6.40e-16.*0.20;
Gstr{i,1} = 'MTBE'; Gstr{i,2} = 'NO3'; 
fMTBE(i)=fMTBE(i)-1; fNO3(i)=fNO3(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBE + NO3 = MTBEBO2 + HNO3';
k(:,i) = 6.40e-16.*0.80;
Gstr{i,1} = 'MTBE'; Gstr{i,2} = 'NO3'; 
fMTBE(i)=fMTBE(i)-1; fNO3(i)=fNO3(i)-1; fMTBEBO2(i)=fMTBEBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBE + OH = MTBEAO2';
k(:,i) = 6.54e-18.*T.^2.*exp(483./T).*0.510;
Gstr{i,1} = 'MTBE'; Gstr{i,2} = 'OH'; 
fMTBE(i)=fMTBE(i)-1; fOH(i)=fOH(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBE + OH = MTBEBO2';
k(:,i) = 6.54e-18.*T.^2.*exp(483./T).*0.490;
Gstr{i,1} = 'MTBE'; Gstr{i,2} = 'OH'; 
fMTBE(i)=fMTBE(i)-1; fOH(i)=fOH(i)-1; fMTBEBO2(i)=fMTBEBO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETHER + NO3 = DIIPRETO2 + HNO3';
k(:,i) = 6.50e-15;
Gstr{i,1} = 'DIIPRETHER'; Gstr{i,2} = 'NO3'; 
fDIIPRETHER(i)=fDIIPRETHER(i)-1; fNO3(i)=fNO3(i)-1; fDIIPRETO2(i)=fDIIPRETO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETHER + OH = DIIPRETO2';
k(:,i) = 2.20e-12.*exp(457./T).*0.827;
Gstr{i,1} = 'DIIPRETHER'; Gstr{i,2} = 'OH'; 
fDIIPRETHER(i)=fDIIPRETHER(i)-1; fOH(i)=fOH(i)-1; fDIIPRETO2(i)=fDIIPRETO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETHER + OH = IPROMC2O2';
k(:,i) = 2.20e-12.*exp(457./T).*0.173;
Gstr{i,1} = 'DIIPRETHER'; Gstr{i,2} = 'OH'; 
fDIIPRETHER(i)=fDIIPRETHER(i)-1; fOH(i)=fOH(i)-1; fIPROMC2O2(i)=fIPROMC2O2(i)+1; 

i=i+1;
Rnames{i} = 'ETBE + NO3 = ETBEAO2 + HNO3';
k(:,i) = 1.91e-15.*0.267;
Gstr{i,1} = 'ETBE'; Gstr{i,2} = 'NO3'; 
fETBE(i)=fETBE(i)-1; fNO3(i)=fNO3(i)-1; fETBEAO2(i)=fETBEAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBE + NO3 = ETBEBO2 + HNO3';
k(:,i) = 1.91e-15.*0.733;
Gstr{i,1} = 'ETBE'; Gstr{i,2} = 'NO3'; 
fETBE(i)=fETBE(i)-1; fNO3(i)=fNO3(i)-1; fETBEBO2(i)=fETBEBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBE + OH = ETBEAO2';
k(:,i) = 6.82e-18.*T.^2.*exp(800./T).*0.180;
Gstr{i,1} = 'ETBE'; Gstr{i,2} = 'OH'; 
fETBE(i)=fETBE(i)-1; fOH(i)=fOH(i)-1; fETBEAO2(i)=fETBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBE + OH = ETBEBO2';
k(:,i) = 6.82e-18.*T.^2.*exp(800./T).*0.760;
Gstr{i,1} = 'ETBE'; Gstr{i,2} = 'OH'; 
fETBE(i)=fETBE(i)-1; fOH(i)=fOH(i)-1; fETBEBO2(i)=fETBEBO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBE + OH = ETBECO2';
k(:,i) = 6.82e-18.*T.^2.*exp(800./T).*0.060;
Gstr{i,1} = 'ETBE'; Gstr{i,2} = 'OH'; 
fETBE(i)=fETBE(i)-1; fOH(i)=fOH(i)-1; fETBECO2(i)=fETBECO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOL + NO3 = MO2EOLAO2 + HNO3';
k(:,i) = 1.53e-15.*0.915;
Gstr{i,1} = 'MO2EOL'; Gstr{i,2} = 'NO3'; 
fMO2EOL(i)=fMO2EOL(i)-1; fNO3(i)=fNO3(i)-1; fMO2EOLAO2(i)=fMO2EOLAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOL + NO3 = MO2EOLBO2 + HNO3';
k(:,i) = 1.53e-15.*0.085;
Gstr{i,1} = 'MO2EOL'; Gstr{i,2} = 'NO3'; 
fMO2EOL(i)=fMO2EOL(i)-1; fNO3(i)=fNO3(i)-1; fMO2EOLBO2(i)=fMO2EOLBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOL + OH = MEMOXYCHO + HO2';
k(:,i) = 4.10e-12.*exp(325./T).*0.358;
Gstr{i,1} = 'MO2EOL'; Gstr{i,2} = 'OH'; 
fMO2EOL(i)=fMO2EOL(i)-1; fOH(i)=fOH(i)-1; fMEMOXYCHO(i)=fMEMOXYCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOL + OH = MO2EOLAO2';
k(:,i) = 4.10e-12.*exp(325./T).*0.533;
Gstr{i,1} = 'MO2EOL'; Gstr{i,2} = 'OH'; 
fMO2EOL(i)=fMO2EOL(i)-1; fOH(i)=fOH(i)-1; fMO2EOLAO2(i)=fMO2EOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOL + OH = MO2EOLBO2';
k(:,i) = 4.10e-12.*exp(325./T).*0.109;
Gstr{i,1} = 'MO2EOL'; Gstr{i,2} = 'OH'; 
fMO2EOL(i)=fMO2EOL(i)-1; fOH(i)=fOH(i)-1; fMO2EOLBO2(i)=fMO2EOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOL + NO3 = EOX2EOLAO2 + HNO3';
k(:,i) = 2.80e-15.*0.5;
Gstr{i,1} = 'EOX2EOL'; Gstr{i,2} = 'NO3'; 
fEOX2EOL(i)=fEOX2EOL(i)-1; fNO3(i)=fNO3(i)-1; fEOX2EOLAO2(i)=fEOX2EOLAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOL + NO3 = EOX2EOLBO2 + HNO3';
k(:,i) = 2.80e-15.*0.5;
Gstr{i,1} = 'EOX2EOL'; Gstr{i,2} = 'NO3'; 
fEOX2EOL(i)=fEOX2EOL(i)-1; fNO3(i)=fNO3(i)-1; fEOX2EOLBO2(i)=fEOX2EOLBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOL + OH = EOX2EOLAO2';
k(:,i) = 1.80e-11.*0.399;
Gstr{i,1} = 'EOX2EOL'; Gstr{i,2} = 'OH'; 
fEOX2EOL(i)=fEOX2EOL(i)-1; fOH(i)=fOH(i)-1; fEOX2EOLAO2(i)=fEOX2EOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOL + OH = EOX2EOLBO2';
k(:,i) = 1.80e-11.*0.333;
Gstr{i,1} = 'EOX2EOL'; Gstr{i,2} = 'OH'; 
fEOX2EOL(i)=fEOX2EOL(i)-1; fOH(i)=fOH(i)-1; fEOX2EOLBO2(i)=fEOX2EOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOL + OH = EOX2ETCHO + HO2';
k(:,i) = 1.80e-11.*0.268;
Gstr{i,1} = 'EOX2EOL'; Gstr{i,2} = 'OH'; 
fEOX2EOL(i)=fEOX2EOL(i)-1; fOH(i)=fOH(i)-1; fEOX2ETCHO(i)=fEOX2ETCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOX + NO3 = PR2OHMOXO2 + HNO3';
k(:,i) = 3.76e-15;
Gstr{i,1} = 'PR2OHMOX'; Gstr{i,2} = 'NO3'; 
fPR2OHMOX(i)=fPR2OHMOX(i)-1; fNO3(i)=fNO3(i)-1; fPR2OHMOXO2(i)=fPR2OHMOXO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOX + OH = H2C3OCO2';
k(:,i) = 1.59e-11.*0.099;
Gstr{i,1} = 'PR2OHMOX'; Gstr{i,2} = 'OH'; 
fPR2OHMOX(i)=fPR2OHMOX(i)-1; fOH(i)=fOH(i)-1; fH2C3OCO2(i)=fH2C3OCO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOX + OH = PR2OHMOXO2';
k(:,i) = 1.59e-11.*0.484;
Gstr{i,1} = 'PR2OHMOX'; Gstr{i,2} = 'OH'; 
fPR2OHMOX(i)=fPR2OHMOX(i)-1; fOH(i)=fOH(i)-1; fPR2OHMOXO2(i)=fPR2OHMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOX + OH = PRONEMOX + HO2';
k(:,i) = 1.59e-11.*0.417;
Gstr{i,1} = 'PR2OHMOX'; Gstr{i,2} = 'OH'; 
fPR2OHMOX(i)=fPR2OHMOX(i)-1; fOH(i)=fOH(i)-1; fPRONEMOX(i)=fPRONEMOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUOX2ETOH + NO3 = BOX2EOHAO2 + HNO3';
k(:,i) = 4.65e-15.*0.70;
Gstr{i,1} = 'BUOX2ETOH'; Gstr{i,2} = 'NO3'; 
fBUOX2ETOH(i)=fBUOX2ETOH(i)-1; fNO3(i)=fNO3(i)-1; fBOX2EOHAO2(i)=fBOX2EOHAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BUOX2ETOH + NO3 = BOX2EOHBO2 + HNO3';
k(:,i) = 4.65e-15.*0.30;
Gstr{i,1} = 'BUOX2ETOH'; Gstr{i,2} = 'NO3'; 
fBUOX2ETOH(i)=fBUOX2ETOH(i)-1; fNO3(i)=fNO3(i)-1; fBOX2EOHBO2(i)=fBOX2EOHBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BUOX2ETOH + OH = BOX2ECHO + HO2';
k(:,i) = 2.31e-11.*0.196;
Gstr{i,1} = 'BUOX2ETOH'; Gstr{i,2} = 'OH'; 
fBUOX2ETOH(i)=fBUOX2ETOH(i)-1; fOH(i)=fOH(i)-1; fBOX2ECHO(i)=fBOX2ECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUOX2ETOH + OH = BOX2EOHAO2';
k(:,i) = 2.31e-11.*0.513;
Gstr{i,1} = 'BUOX2ETOH'; Gstr{i,2} = 'OH'; 
fBUOX2ETOH(i)=fBUOX2ETOH(i)-1; fOH(i)=fOH(i)-1; fBOX2EOHAO2(i)=fBOX2EOHAO2(i)+1; 

i=i+1;
Rnames{i} = 'BUOX2ETOH + OH = BOX2EOHBO2';
k(:,i) = 2.31e-11.*0.291;
Gstr{i,1} = 'BUOX2ETOH'; Gstr{i,2} = 'OH'; 
fBUOX2ETOH(i)=fBUOX2ETOH(i)-1; fOH(i)=fOH(i)-1; fBOX2EOHBO2(i)=fBOX2EOHBO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2PROL + NO3 = BOXPROLAO2 + HNO3';
k(:,i) = 6.5e-15.*0.5;
Gstr{i,1} = 'BOX2PROL'; Gstr{i,2} = 'NO3'; 
fBOX2PROL(i)=fBOX2PROL(i)-1; fNO3(i)=fNO3(i)-1; fBOXPROLAO2(i)=fBOXPROLAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2PROL + NO3 = BOXPROLBO2 + HNO3';
k(:,i) = 6.5e-15.*0.5;
Gstr{i,1} = 'BOX2PROL'; Gstr{i,2} = 'NO3'; 
fBOX2PROL(i)=fBOX2PROL(i)-1; fNO3(i)=fNO3(i)-1; fBOXPROLBO2(i)=fBOXPROLBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2PROL + OH = BOXPROLAO2';
k(:,i) = 2.78e-11.*0.486;
Gstr{i,1} = 'BOX2PROL'; Gstr{i,2} = 'OH'; 
fBOX2PROL(i)=fBOX2PROL(i)-1; fOH(i)=fOH(i)-1; fBOXPROLAO2(i)=fBOXPROLAO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2PROL + OH = BOXPROLBO2';
k(:,i) = 2.78e-11.*0.276;
Gstr{i,1} = 'BOX2PROL'; Gstr{i,2} = 'OH'; 
fBOX2PROL(i)=fBOX2PROL(i)-1; fOH(i)=fOH(i)-1; fBOXPROLBO2(i)=fBOXPROLBO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2PROL + OH = BOXPRONE + HO2';
k(:,i) = 2.78e-11.*0.238;
Gstr{i,1} = 'BOX2PROL'; Gstr{i,2} = 'OH'; 
fBOX2PROL(i)=fBOX2PROL(i)-1; fOH(i)=fOH(i)-1; fBOXPRONE(i)=fBOXPRONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3BR + OH = CH2BRO2';
k(:,i) = 7.40e-13.*exp(-875./T);
Gstr{i,1} = 'CH3BR'; Gstr{i,2} = 'OH'; 
fCH3BR(i)=fCH3BR(i)-1; fOH(i)=fOH(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; 

i=i+1;
Rnames{i} = 'DIBRET + OH = DIBRETO2';
k(:,i) = 1.03e-17.*T.^2.*exp(-422./T);
Gstr{i,1} = 'DIBRET'; Gstr{i,2} = 'OH'; 
fDIBRET(i)=fDIBRET(i)-1; fOH(i)=fOH(i)-1; fDIBRETO2(i)=fDIBRETO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH3 + OH = CH3COCH2O2';
k(:,i) = 8.8e-12.*exp(-1320./T) + 1.7e-14.*exp(423./T);
Gstr{i,1} = 'CH3COCH3'; Gstr{i,2} = 'OH'; 
fCH3COCH3(i)=fCH3COCH3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH3 + hv = CH3CO3 + CH3O2';
k(:,i) = J21;
Gstr{i,1} = 'CH3COCH3'; 
fCH3COCH3(i)=fCH3COCH3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'MEK + OH = MEKAO2';
k(:,i) = 1.5e-12.*exp(-90./T).*0.459;
Gstr{i,1} = 'MEK'; Gstr{i,2} = 'OH'; 
fMEK(i)=fMEK(i)-1; fOH(i)=fOH(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK + OH = MEKBO2';
k(:,i) = 1.5e-12.*exp(-90./T).*0.462;
Gstr{i,1} = 'MEK'; Gstr{i,2} = 'OH'; 
fMEK(i)=fMEK(i)-1; fOH(i)=fOH(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK + OH = MEKCO2';
k(:,i) = 1.5e-12.*exp(-90./T).*0.079;
Gstr{i,1} = 'MEK'; Gstr{i,2} = 'OH'; 
fMEK(i)=fMEK(i)-1; fOH(i)=fOH(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK + hv = CH3CO3 + C2H5O2';
k(:,i) = J22;
Gstr{i,1} = 'MEK'; 
fMEK(i)=fMEK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRK + OH = CO2C54O2';
k(:,i) = 4.90e-12.*0.818;
Gstr{i,1} = 'MPRK'; Gstr{i,2} = 'OH'; 
fMPRK(i)=fMPRK(i)-1; fOH(i)=fOH(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRK + OH = MPRKAO2';
k(:,i) = 4.90e-12.*0.182;
Gstr{i,1} = 'MPRK'; Gstr{i,2} = 'OH'; 
fMPRK(i)=fMPRK(i)-1; fOH(i)=fOH(i)-1; fMPRKAO2(i)=fMPRKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRK + hv = CH3CO3 + NC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'MPRK'; 
fMPRK(i)=fMPRK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'DIEK + OH = DIEKAO2';
k(:,i) = 2.00e-12.*0.501;
Gstr{i,1} = 'DIEK'; Gstr{i,2} = 'OH'; 
fDIEK(i)=fDIEK(i)-1; fOH(i)=fOH(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEK + OH = DIEKBO2';
k(:,i) = 2.00e-12.*0.499;
Gstr{i,1} = 'DIEK'; Gstr{i,2} = 'OH'; 
fDIEK(i)=fDIEK(i)-1; fOH(i)=fOH(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEK + hv = C2H5CO3 + C2H5O2';
k(:,i) = J22;
Gstr{i,1} = 'DIEK'; 
fDIEK(i)=fDIEK(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'MIPK + hv = CH3CO3 + IC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'MIPK'; 
fMIPK(i)=fMIPK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPK = MIPKAO2';
k(:,i) = 2.77e-12.*0.523;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPK'; 
fOH(i)=fOH(i)-1; fMIPK(i)=fMIPK(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPK = MIPKBO2';
k(:,i) = 2.77e-12.*0.477;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPK'; 
fOH(i)=fOH(i)-1; fMIPK(i)=fMIPK(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONE + OH = HEX2ONAO2';
k(:,i) = 9.10e-12.*0.715;
Gstr{i,1} = 'HEX2ONE'; Gstr{i,2} = 'OH'; 
fHEX2ONE(i)=fHEX2ONE(i)-1; fOH(i)=fOH(i)-1; fHEX2ONAO2(i)=fHEX2ONAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONE + OH = HEX2ONBO2';
k(:,i) = 9.10e-12.*0.162;
Gstr{i,1} = 'HEX2ONE'; Gstr{i,2} = 'OH'; 
fHEX2ONE(i)=fHEX2ONE(i)-1; fOH(i)=fOH(i)-1; fHEX2ONBO2(i)=fHEX2ONBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONE + OH = HEX2ONCO2';
k(:,i) = 9.10e-12.*0.123;
Gstr{i,1} = 'HEX2ONE'; Gstr{i,2} = 'OH'; 
fHEX2ONE(i)=fHEX2ONE(i)-1; fOH(i)=fOH(i)-1; fHEX2ONCO2(i)=fHEX2ONCO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONE + hv = CH3CO3 + NC4H9O2';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONE'; 
fHEX2ONE(i)=fHEX2ONE(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONE + OH = HEX3ONAO2';
k(:,i) = 6.90e-12.*0.638;
Gstr{i,1} = 'HEX3ONE'; Gstr{i,2} = 'OH'; 
fHEX3ONE(i)=fHEX3ONE(i)-1; fOH(i)=fOH(i)-1; fHEX3ONAO2(i)=fHEX3ONAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONE + OH = HEX3ONBO2';
k(:,i) = 6.90e-12.*0.142;
Gstr{i,1} = 'HEX3ONE'; Gstr{i,2} = 'OH'; 
fHEX3ONE(i)=fHEX3ONE(i)-1; fOH(i)=fOH(i)-1; fHEX3ONBO2(i)=fHEX3ONBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONE + OH = HEX3ONCO2';
k(:,i) = 6.90e-12.*0.110;
Gstr{i,1} = 'HEX3ONE'; Gstr{i,2} = 'OH'; 
fHEX3ONE(i)=fHEX3ONE(i)-1; fOH(i)=fOH(i)-1; fHEX3ONCO2(i)=fHEX3ONCO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONE + OH = HEX3ONDO2';
k(:,i) = 6.90e-12.*0.110;
Gstr{i,1} = 'HEX3ONE'; Gstr{i,2} = 'OH'; 
fHEX3ONE(i)=fHEX3ONE(i)-1; fOH(i)=fOH(i)-1; fHEX3ONDO2(i)=fHEX3ONDO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONE + hv = C2H5CO3 + NC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONE'; 
fHEX3ONE(i)=fHEX3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK + OH = MIBKAO2';
k(:,i) = 1.41e-11.*0.91;
Gstr{i,1} = 'MIBK'; Gstr{i,2} = 'OH'; 
fMIBK(i)=fMIBK(i)-1; fOH(i)=fOH(i)-1; fMIBKAO2(i)=fMIBKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK + OH = MIBKBO2';
k(:,i) = 1.41e-11.*0.09;
Gstr{i,1} = 'MIBK'; Gstr{i,2} = 'OH'; 
fMIBK(i)=fMIBK(i)-1; fOH(i)=fOH(i)-1; fMIBKBO2(i)=fMIBKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK + hv = CH3CO3 + IC4H9O2';
k(:,i) = J22;
Gstr{i,1} = 'MIBK'; 
fMIBK(i)=fMIBK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'MTBK + hv = TC4H9O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'MTBK'; 
fMTBK(i)=fMTBK(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MTBK = MTBKO2';
k(:,i) = 1.21e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MTBK'; 
fOH(i)=fOH(i)-1; fMTBK(i)=fMTBK(i)-1; fMTBKO2(i)=fMTBKO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXONE + OH = CYHXONAO2';
k(:,i) = 5.40e-12;
Gstr{i,1} = 'CYHEXONE'; Gstr{i,2} = 'OH'; 
fCYHEXONE(i)=fCYHEXONE(i)-1; fOH(i)=fOH(i)-1; fCYHXONAO2(i)=fCYHXONAO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXONE + hv = C2H4 + C3H6 + CO';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'CYHEXONE'; 
fCYHEXONE(i)=fCYHEXONE(i)-1; fC2H4(i)=fC2H4(i)+1; fC3H6(i)=fC3H6(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXONE + hv = PENT1ENE + CO';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'CYHEXONE'; 
fCYHEXONE(i)=fCYHEXONE(i)-1; fPENT1ENE(i)=fPENT1ENE(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + NO3 = NAPINAO2';
k(:,i) = 1.2e-12.*exp(490./T).*0.65;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'NO3'; 
fAPINENE(i)=fAPINENE(i)-1; fNO3(i)=fNO3(i)-1; fNAPINAO2(i)=fNAPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + NO3 = NAPINBO2';
k(:,i) = 1.2e-12.*exp(490./T).*0.35;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'NO3'; 
fAPINENE(i)=fAPINENE(i)-1; fNO3(i)=fNO3(i)-1; fNAPINBO2(i)=fNAPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + O3 = APINOOA';
k(:,i) = 8.05e-16.*exp(-640./T).*0.6;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'O3'; 
fAPINENE(i)=fAPINENE(i)-1; fO3(i)=fO3(i)-1; fAPINOOA(i)=fAPINOOA(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + O3 = APINOOB';
k(:,i) = 8.05e-16.*exp(-640./T).*0.4;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'O3'; 
fAPINENE(i)=fAPINENE(i)-1; fO3(i)=fO3(i)-1; fAPINOOB(i)=fAPINOOB(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + OH = APINAO2';
k(:,i) = 1.2e-11.*exp(440./T).*0.572;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'OH'; 
fAPINENE(i)=fAPINENE(i)-1; fOH(i)=fOH(i)-1; fAPINAO2(i)=fAPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + OH = APINBO2';
k(:,i) = 1.2e-11.*exp(440./T).*0.353;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'OH'; 
fAPINENE(i)=fAPINENE(i)-1; fOH(i)=fOH(i)-1; fAPINBO2(i)=fAPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'APINENE + OH = APINCO2';
k(:,i) = 1.2e-11.*exp(440./T).*0.075;
Gstr{i,1} = 'APINENE'; Gstr{i,2} = 'OH'; 
fAPINENE(i)=fAPINENE(i)-1; fOH(i)=fOH(i)-1; fAPINCO2(i)=fAPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + NO3 = NBPINAO2';
k(:,i) = 2.51e-12.*0.8;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'NO3'; 
fBPINENE(i)=fBPINENE(i)-1; fNO3(i)=fNO3(i)-1; fNBPINAO2(i)=fNBPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + NO3 = NBPINBO2';
k(:,i) = 2.51e-12.*0.2;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'NO3'; 
fBPINENE(i)=fBPINENE(i)-1; fNO3(i)=fNO3(i)-1; fNBPINBO2(i)=fNBPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + O3 = NOPINONE + CH2OOF';
k(:,i) = 1.35e-15.*exp(-1270./T).*0.4;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'O3'; 
fBPINENE(i)=fBPINENE(i)-1; fO3(i)=fO3(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + O3 = NOPINOOA + HCHO';
k(:,i) = 1.35e-15.*exp(-1270./T).*0.6;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'O3'; 
fBPINENE(i)=fBPINENE(i)-1; fO3(i)=fO3(i)-1; fNOPINOOA(i)=fNOPINOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + OH = BPINAO2';
k(:,i) = 2.38e-11.*exp(357./T).*0.849;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'OH'; 
fBPINENE(i)=fBPINENE(i)-1; fOH(i)=fOH(i)-1; fBPINAO2(i)=fBPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + OH = BPINBO2';
k(:,i) = 2.38e-11.*exp(357./T).*0.076;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'OH'; 
fBPINENE(i)=fBPINENE(i)-1; fOH(i)=fOH(i)-1; fBPINBO2(i)=fBPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINENE + OH = BPINCO2';
k(:,i) = 2.38e-11.*exp(357./T).*0.075;
Gstr{i,1} = 'BPINENE'; Gstr{i,2} = 'OH'; 
fBPINENE(i)=fBPINENE(i)-1; fOH(i)=fOH(i)-1; fBPINCO2(i)=fBPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + NO3 = NLIMO2';
k(:,i) = 1.22e-11;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'NO3'; 
fLIMONENE(i)=fLIMONENE(i)-1; fNO3(i)=fNO3(i)-1; fNLIMO2(i)=fNLIMO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + O3 = LIMOOA';
k(:,i) = 2.80e-15.*exp(-770./T).*0.730;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'O3'; 
fLIMONENE(i)=fLIMONENE(i)-1; fO3(i)=fO3(i)-1; fLIMOOA(i)=fLIMOOA(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + O3 = LIMOOB';
k(:,i) = 2.80e-15.*exp(-770./T).*0.270;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'O3'; 
fLIMONENE(i)=fLIMONENE(i)-1; fO3(i)=fO3(i)-1; fLIMOOB(i)=fLIMOOB(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + OH = LIMAO2';
k(:,i) = 4.28e-11.*exp(401./T).*0.408;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'OH'; 
fLIMONENE(i)=fLIMONENE(i)-1; fOH(i)=fOH(i)-1; fLIMAO2(i)=fLIMAO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + OH = LIMBO2';
k(:,i) = 4.28e-11.*exp(401./T).*0.222;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'OH'; 
fLIMONENE(i)=fLIMONENE(i)-1; fOH(i)=fOH(i)-1; fLIMBO2(i)=fLIMBO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMONENE + OH = LIMCO2';
k(:,i) = 4.28e-11.*exp(401./T).*0.370;
Gstr{i,1} = 'LIMONENE'; Gstr{i,2} = 'OH'; 
fLIMONENE(i)=fLIMONENE(i)-1; fOH(i)=fOH(i)-1; fLIMCO2(i)=fLIMCO2(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + NO3 = NBCO2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'NO3'; 
fBCARY(i)=fBCARY(i)-1; fNO3(i)=fNO3(i)-1; fNBCO2(i)=fNBCO2(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + O3 = BCAOO';
k(:,i) = 1.20e-14.*0.435;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'O3'; 
fBCARY(i)=fBCARY(i)-1; fO3(i)=fO3(i)-1; fBCAOO(i)=fBCAOO(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + O3 = BCBOO';
k(:,i) = 1.20e-14.*0.435;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'O3'; 
fBCARY(i)=fBCARY(i)-1; fO3(i)=fO3(i)-1; fBCBOO(i)=fBCBOO(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + O3 = BCOOA';
k(:,i) = 1.20e-14.*0.100;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'O3'; 
fBCARY(i)=fBCARY(i)-1; fO3(i)=fO3(i)-1; fBCOOA(i)=fBCOOA(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + O3 = BCOOB';
k(:,i) = 1.20e-14.*0.030;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'O3'; 
fBCARY(i)=fBCARY(i)-1; fO3(i)=fO3(i)-1; fBCOOB(i)=fBCOOB(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + OH = BCAO2';
k(:,i) = 1.97e-10.*0.408;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'OH'; 
fBCARY(i)=fBCARY(i)-1; fOH(i)=fOH(i)-1; fBCAO2(i)=fBCAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + OH = BCBO2';
k(:,i) = 1.97e-10.*0.222;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'OH'; 
fBCARY(i)=fBCARY(i)-1; fOH(i)=fOH(i)-1; fBCBO2(i)=fBCBO2(i)+1; 

i=i+1;
Rnames{i} = 'BCARY + OH = BCCO2';
k(:,i) = 1.97e-10.*0.370;
Gstr{i,1} = 'BCARY'; Gstr{i,2} = 'OH'; 
fBCARY(i)=fBCARY(i)-1; fOH(i)=fOH(i)-1; fBCCO2(i)=fBCCO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOOH + OH = HO2';
k(:,i) = 4.5e-13;
Gstr{i,1} = 'HCOOH'; Gstr{i,2} = 'OH'; 
fHCOOH(i)=fHCOOH(i)-1; fOH(i)=fOH(i)-1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO2H + OH = CH3O2';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'CH3CO2H'; Gstr{i,2} = 'OH'; 
fCH3CO2H(i)=fCH3CO2H(i)-1; fOH(i)=fOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'PROPACID + OH = C2H5O2';
k(:,i) = 1.2e-12;
Gstr{i,1} = 'PROPACID'; Gstr{i,2} = 'OH'; 
fPROPACID(i)=fPROPACID(i)-1; fOH(i)=fOH(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'DMM + NO3 = DMMAO2 + HNO3';
k(:,i) = 2.60e-16;
Gstr{i,1} = 'DMM'; Gstr{i,2} = 'NO3'; 
fDMM(i)=fDMM(i)-1; fNO3(i)=fNO3(i)-1; fDMMAO2(i)=fDMMAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMM + OH = DMMAO2';
k(:,i) = 4.93e-12.*0.76;
Gstr{i,1} = 'DMM'; Gstr{i,2} = 'OH'; 
fDMM(i)=fDMM(i)-1; fOH(i)=fOH(i)-1; fDMMAO2(i)=fDMMAO2(i)+1; 

i=i+1;
Rnames{i} = 'DMM + OH = DMMBO2';
k(:,i) = 4.93e-12.*0.24;
Gstr{i,1} = 'DMM'; Gstr{i,2} = 'OH'; 
fDMM(i)=fDMM(i)-1; fOH(i)=fOH(i)-1; fDMMBO2(i)=fDMMBO2(i)+1; 

i=i+1;
Rnames{i} = 'DMC + OH = DMCO2';
k(:,i) = 3.20e-13;
Gstr{i,1} = 'DMC'; Gstr{i,2} = 'OH'; 
fDMC(i)=fDMC(i)-1; fOH(i)=fOH(i)-1; fDMCO2(i)=fDMCO2(i)+1; 

i=i+1;
Rnames{i} = 'DMS + NO3 = CH3SCH2O2 + HNO3';
k(:,i) = 1.9e-13.*exp(520./T);
Gstr{i,1} = 'DMS'; Gstr{i,2} = 'NO3'; 
fDMS(i)=fDMS(i)-1; fNO3(i)=fNO3(i)-1; fCH3SCH2O2(i)=fCH3SCH2O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMS + OH = CH3SCH2O2';
k(:,i) = 1.12e-11.*exp(-250./T);
Gstr{i,1} = 'DMS'; Gstr{i,2} = 'OH'; 
fDMS(i)=fDMS(i)-1; fOH(i)=fOH(i)-1; fCH3SCH2O2(i)=fCH3SCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'DMS + OH = HODMSO2';
k(:,i) = KMT18;
Gstr{i,1} = 'DMS'; Gstr{i,2} = 'OH'; 
fDMS(i)=fDMS(i)-1; fOH(i)=fOH(i)-1; fHODMSO2(i)=fHODMSO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOX + OH = ETHOXO2';
k(:,i) = 0.95e-13;
Gstr{i,1} = 'ETHOX'; Gstr{i,2} = 'OH'; 
fETHOX(i)=fETHOX(i)-1; fOH(i)=fOH(i)-1; fETHOXO2(i)=fETHOXO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O = CH3CHO + HO2';
k(:,i) = 2.4e-14.*exp(-325./T).*.21.*M;
Gstr{i,1} = 'C2H5O'; 
fC2H5O(i)=fC2H5O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + HO2 = HYETHO2H';
k(:,i) = 1.53e-13.*exp(1300./T);
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'HO2'; 
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fHO2(i)=fHO2(i)-1; fHYETHO2H(i)=fHYETHO2H(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + NO = ETHOHNO3';
k(:,i) = KRO2NO.*0.005;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'NO'; 
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fNO(i)=fNO(i)-1; fETHOHNO3(i)=fETHOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + NO = HOCH2CH2O + NO2';
k(:,i) = KRO2NO.*0.995;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'NO'; 
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fNO(i)=fNO(i)-1; fHOCH2CH2O(i)=fHOCH2CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + NO3 = HOCH2CH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'NO3'; 
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fNO3(i)=fNO3(i)-1; fHOCH2CH2O(i)=fHOCH2CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + RO2 = ETHGLY';
k(:,i) = 2.*(KCH3O2.*7.8e-14.*exp(1000./T)).^0.5.*0.2;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'RO2';
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fETHGLY(i)=fETHGLY(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + RO2 = HOCH2CH2O';
k(:,i) = 2.*(KCH3O2.*7.8e-14.*exp(1000./T)).^0.5.*0.6;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'RO2';
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fHOCH2CH2O(i)=fHOCH2CH2O(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O2 + RO2 = HOCH2CHO';
k(:,i) = 2.*(KCH3O2.*7.8e-14.*exp(1000./T)).^0.5.*0.2;
Gstr{i,1} = 'HOCH2CH2O2'; Gstr{i,2} = 'RO2';
fHOCH2CH2O2(i)=fHOCH2CH2O2(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + HO2 = HO1C3OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'HO2'; 
fHO1C3O2(i)=fHO1C3O2(i)-1; fHO2(i)=fHO2(i)-1; fHO1C3OOH(i)=fHO1C3OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + NO = HO1C3NO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'NO'; 
fHO1C3O2(i)=fHO1C3O2(i)-1; fNO(i)=fNO(i)-1; fHO1C3NO3(i)=fHO1C3NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + NO = HO1C3O + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'NO'; 
fHO1C3O2(i)=fHO1C3O2(i)-1; fNO(i)=fNO(i)-1; fHO1C3O(i)=fHO1C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + NO3 = HO1C3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'NO3'; 
fHO1C3O2(i)=fHO1C3O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1C3O(i)=fHO1C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + RO2 = HO1C3O';
k(:,i) = 6.00e-13.*0.6;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'RO2';
fHO1C3O2(i)=fHO1C3O2(i)-1; fHO1C3O(i)=fHO1C3O(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + RO2 = HOC2H4CHO';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'RO2';
fHO1C3O2(i)=fHO1C3O2(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O2 + RO2 = HOC3H6OH';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'HO1C3O2'; Gstr{i,2} = 'RO2';
fHO1C3O2(i)=fHO1C3O2(i)-1; fHOC3H6OH(i)=fHOC3H6OH(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2 + HO2 = HYPROPO2H';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'HYPROPO2'; Gstr{i,2} = 'HO2'; 
fHYPROPO2(i)=fHYPROPO2(i)-1; fHO2(i)=fHO2(i)-1; fHYPROPO2H(i)=fHYPROPO2H(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2 + NO3 = HYPROPO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HYPROPO2'; Gstr{i,2} = 'NO3'; 
fHYPROPO2(i)=fHYPROPO2(i)-1; fNO3(i)=fNO3(i)-1; fHYPROPO(i)=fHYPROPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2 + RO2 = ACETOL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HYPROPO2'; Gstr{i,2} = 'RO2';
fHYPROPO2(i)=fHYPROPO2(i)-1; fACETOL(i)=fACETOL(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2 + RO2 = HYPROPO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HYPROPO2'; Gstr{i,2} = 'RO2';
fHYPROPO2(i)=fHYPROPO2(i)-1; fHYPROPO(i)=fHYPROPO(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2 + RO2 = PROPGLY';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HYPROPO2'; Gstr{i,2} = 'RO2';
fHYPROPO2(i)=fHYPROPO2(i)-1; fPROPGLY(i)=fPROPGLY(i)+1; 

i=i+1;
Rnames{i} = 'NO + HYPROPO2 = HYPROPO + NO2';
k(:,i) = KRO2NO.*0.977;
Gstr{i,1} = 'NO'; Gstr{i,2} = 'HYPROPO2'; 
fNO(i)=fNO(i)-1; fHYPROPO2(i)=fHYPROPO2(i)-1; fHYPROPO(i)=fHYPROPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO + HYPROPO2 = PROPOLNO3';
k(:,i) = KRO2NO.*0.023;
Gstr{i,1} = 'NO'; Gstr{i,2} = 'HYPROPO2'; 
fNO(i)=fNO(i)-1; fHYPROPO2(i)=fHYPROPO2(i)-1; fPROPOLNO3(i)=fPROPOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + HO2 = IPROPOLO2H';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'HO2'; 
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fHO2(i)=fHO2(i)-1; fIPROPOLO2H(i)=fIPROPOLO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + NO = IPROPOLO + NO2';
k(:,i) = KRO2NO.*0.991;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'NO'; 
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fNO(i)=fNO(i)-1; fIPROPOLO(i)=fIPROPOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + NO = PROLNO3';
k(:,i) = KRO2NO.*0.009;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'NO'; 
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fNO(i)=fNO(i)-1; fPROLNO3(i)=fPROLNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + NO3 = IPROPOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'NO3'; 
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fNO3(i)=fNO3(i)-1; fIPROPOLO(i)=fIPROPOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + RO2 = CH3CHOHCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'RO2';
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + RO2 = IPROPOLO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'RO2';
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fIPROPOLO(i)=fIPROPOLO(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2 + RO2 = PROPGLY';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'IPROPOLO2'; Gstr{i,2} = 'RO2';
fIPROPOLO2(i)=fIPROPOLO2(i)-1; fPROPGLY(i)=fPROPGLY(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + HO2 = NBUTOLAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'HO2'; 
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUTOLAOOH(i)=fNBUTOLAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + NO = NBUTOLANO3';
k(:,i) = KRO2NO.*0.042;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'NO'; 
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fNO(i)=fNO(i)-1; fNBUTOLANO3(i)=fNBUTOLANO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + NO = NBUTOLAO + NO2';
k(:,i) = KRO2NO.*0.958;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'NO'; 
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fNO(i)=fNO(i)-1; fNBUTOLAO(i)=fNBUTOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + NO3 = NBUTOLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'NO3'; 
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUTOLAO(i)=fNBUTOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + RO2 = MEKCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'RO2';
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fMEKCOH(i)=fMEKCOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + RO2 = NBUTOLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'RO2';
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fNBUTOLAO(i)=fNBUTOLAO(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO2 + RO2 = NBUTOLAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUTOLAO2'; Gstr{i,2} = 'RO2';
fNBUTOLAO2(i)=fNBUTOLAO2(i)-1; fNBUTOLAOH(i)=fNBUTOLAOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + HO2 = NBUTOLBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'HO2'; 
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUTOLBOOH(i)=fNBUTOLBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + NO = NBUTOLBNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'NO'; 
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fNO(i)=fNO(i)-1; fNBUTOLBNO3(i)=fNBUTOLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + NO = NBUTOLBO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'NO'; 
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fNO(i)=fNO(i)-1; fNBUTOLBO(i)=fNBUTOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + NO3 = NBUTOLBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'NO3'; 
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUTOLBO(i)=fNBUTOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + RO2 = HO2C4OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'RO2';
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fHO2C4OH(i)=fHO2C4OH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + RO2 = MEKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'RO2';
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO2 + RO2 = NBUTOLBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'NBUTOLBO2'; Gstr{i,2} = 'RO2';
fNBUTOLBO2(i)=fNBUTOLBO2(i)-1; fNBUTOLBO(i)=fNBUTOLBO(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + HO2 = BUT2OLOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'HO2'; 
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fHO2(i)=fHO2(i)-1; fBUT2OLOOH(i)=fBUT2OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + NO = BUT2OLAO + NO2';
k(:,i) = KRO2NO.*0.959;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'NO'; 
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fNO(i)=fNO(i)-1; fBUT2OLAO(i)=fBUT2OLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + NO = BUT2OLNO3';
k(:,i) = KRO2NO.*0.041;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'NO'; 
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fNO(i)=fNO(i)-1; fBUT2OLNO3(i)=fBUT2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + NO3 = BUT2OLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'NO3'; 
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fNO3(i)=fNO3(i)-1; fBUT2OLAO(i)=fBUT2OLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + RO2 = BUT2OLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'RO2';
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fBUT2OLAO(i)=fBUT2OLAO(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + RO2 = BUT2OLO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'RO2';
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO2 + RO2 = BUT2OLOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BUT2OLO2'; Gstr{i,2} = 'RO2';
fBUT2OLO2(i)=fBUT2OLO2(i)-1; fBUT2OLOH(i)=fBUT2OLOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + HO2 = IBUTOLBO2H';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'HO2'; 
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fIBUTOLBO2H(i)=fIBUTOLBO2H(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + NO = IBUTOLBNO3';
k(:,i) = KRO2NO.*0.012;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'NO'; 
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fNO(i)=fNO(i)-1; fIBUTOLBNO3(i)=fIBUTOLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + NO = IBUTOLBO + NO2';
k(:,i) = KRO2NO.*0.988;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'NO'; 
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fNO(i)=fNO(i)-1; fIBUTOLBO(i)=fIBUTOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + NO3 = IBUTOLBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'NO3'; 
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fNO3(i)=fNO3(i)-1; fIBUTOLBO(i)=fIBUTOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + RO2 = IBUTOLBO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'RO2';
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fIBUTOLBO(i)=fIBUTOLBO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2 + RO2 = IBUTOLOHB';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'IBUTOLBO2'; Gstr{i,2} = 'RO2';
fIBUTOLBO2(i)=fIBUTOLBO2(i)-1; fIBUTOLOHB(i)=fIBUTOLOHB(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + HO2 = IBUTOLCO2H';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'HO2'; 
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fHO2(i)=fHO2(i)-1; fIBUTOLCO2H(i)=fIBUTOLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + NO = IBUTOLCNO3';
k(:,i) = KRO2NO.*0.041;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'NO'; 
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fNO(i)=fNO(i)-1; fIBUTOLCNO3(i)=fIBUTOLCNO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + NO = IBUTOLCO + NO2';
k(:,i) = KRO2NO.*0.959;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'NO'; 
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fNO(i)=fNO(i)-1; fIBUTOLCO(i)=fIBUTOLCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + NO3 = IBUTOLCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'NO3'; 
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fNO3(i)=fNO3(i)-1; fIBUTOLCO(i)=fIBUTOLCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + RO2 = HOIPRCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'RO2';
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + RO2 = IBUTOLCO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'RO2';
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fIBUTOLCO(i)=fIBUTOLCO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2 + RO2 = IBUTOLOHC';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IBUTOLCO2'; Gstr{i,2} = 'RO2';
fIBUTOLCO2(i)=fIBUTOLCO2(i)-1; fIBUTOLOHC(i)=fIBUTOLOHC(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + HO2 = TBUTOLOOH';
k(:,i) = 5.60e-14.*exp(1650./T);
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'HO2'; 
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fHO2(i)=fHO2(i)-1; fTBUTOLOOH(i)=fTBUTOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + NO = TBUTOLNO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'NO'; 
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fNO(i)=fNO(i)-1; fTBUTOLNO3(i)=fTBUTOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + NO = TBUTOLO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'NO'; 
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fNO(i)=fNO(i)-1; fTBUTOLO(i)=fTBUTOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + NO3 = NO2 + TBUTOLO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'NO3'; 
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fTBUTOLO(i)=fTBUTOLO(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + RO2 = IBUTALOH';
k(:,i) = 2.00e-13.*0.2;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'RO2';
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + RO2 = IBUTOLOHB';
k(:,i) = 2.00e-13.*0.2;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'RO2';
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fIBUTOLOHB(i)=fIBUTOLOHB(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO2 + RO2 = TBUTOLO';
k(:,i) = 2.00e-13.*0.6;
Gstr{i,1} = 'TBUTOLO2'; Gstr{i,2} = 'RO2';
fTBUTOLO2(i)=fTBUTOLO2(i)-1; fTBUTOLO(i)=fTBUTOLO(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O = CH3COCH3 + CH3O2';
k(:,i) = 6.00e14.*exp(-8153./T);
Gstr{i,1} = 'TC4H9O'; 
fTC4H9O(i)=fTC4H9O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + HO2 = HO3C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'HO2'; 
fHO3C5O2(i)=fHO3C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C5OOH(i)=fHO3C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + NO = HO3C5NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'NO'; 
fHO3C5O2(i)=fHO3C5O2(i)-1; fNO(i)=fNO(i)-1; fHO3C5NO3(i)=fHO3C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + NO = HO3C5O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'NO'; 
fHO3C5O2(i)=fHO3C5O2(i)-1; fNO(i)=fNO(i)-1; fHO3C5O(i)=fHO3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + NO3 = HO3C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'NO3'; 
fHO3C5O2(i)=fHO3C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C5O(i)=fHO3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + RO2 = HO13C5';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'RO2';
fHO3C5O2(i)=fHO3C5O2(i)-1; fHO13C5(i)=fHO13C5(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + RO2 = HO3C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'RO2';
fHO3C5O2(i)=fHO3C5O2(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O2 + RO2 = HO3C5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO3C5O2'; Gstr{i,2} = 'RO2';
fHO3C5O2(i)=fHO3C5O2(i)-1; fHO3C5O(i)=fHO3C5O(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + HO2 = C53OH2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'HO2'; 
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fHO2(i)=fHO2(i)-1; fC53OH2OOH(i)=fC53OH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + NO = PE2ENEBNO3';
k(:,i) = KRO2NO.*0.064;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'NO'; 
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fNO(i)=fNO(i)-1; fPE2ENEBNO3(i)=fPE2ENEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + NO = PE2ENEBO + NO2';
k(:,i) = KRO2NO.*0.936;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'NO'; 
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fNO(i)=fNO(i)-1; fPE2ENEBO(i)=fPE2ENEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + NO3 = PE2ENEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'NO3'; 
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fNO3(i)=fNO3(i)-1; fPE2ENEBO(i)=fPE2ENEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + RO2 = C523OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'RO2';
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fC523OH(i)=fC523OH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + RO2 = MPRKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'RO2';
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fMPRKAOH(i)=fMPRKAOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO2 + RO2 = PE2ENEBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PE2ENEBO2'; Gstr{i,2} = 'RO2';
fPE2ENEBO2(i)=fPE2ENEBO2(i)-1; fPE2ENEBO(i)=fPE2ENEBO(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CHO + hv = CH3CHO + C3H6';
k(:,i) = J16;
Gstr{i,1} = 'BUT2CHO'; 
fBUT2CHO(i)=fBUT2CHO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H6(i)=fC3H6(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CHO + hv = SC4H9O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'BUT2CHO'; 
fBUT2CHO(i)=fBUT2CHO(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + BUT2CHO = BUT2CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'BUT2CHO'; 
fNO3(i)=fNO3(i)-1; fBUT2CHO(i)=fBUT2CHO(i)-1; fBUT2CO3(i)=fBUT2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUT2CHO = BUT2CO3';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUT2CHO'; 
fOH(i)=fOH(i)-1; fBUT2CHO(i)=fBUT2CHO(i)-1; fBUT2CO3(i)=fBUT2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + HO2 = HM2C43OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'HO2'; 
fHM2C43O2(i)=fHM2C43O2(i)-1; fHO2(i)=fHO2(i)-1; fHM2C43OOH(i)=fHM2C43OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + NO = HM2C43NO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'NO'; 
fHM2C43O2(i)=fHM2C43O2(i)-1; fNO(i)=fNO(i)-1; fHM2C43NO3(i)=fHM2C43NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + NO = HM2C43O + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'NO'; 
fHM2C43O2(i)=fHM2C43O2(i)-1; fNO(i)=fNO(i)-1; fHM2C43O(i)=fHM2C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + NO3 = HM2C43O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'NO3'; 
fHM2C43O2(i)=fHM2C43O2(i)-1; fNO3(i)=fNO3(i)-1; fHM2C43O(i)=fHM2C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + RO2 = HM2C43O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'RO2';
fHM2C43O2(i)=fHM2C43O2(i)-1; fHM2C43O(i)=fHM2C43O(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + RO2 = HO13M2C4';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'RO2';
fHM2C43O2(i)=fHM2C43O2(i)-1; fHO13M2C4(i)=fHO13M2C4(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O2 + RO2 = MIPKBOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM2C43O2'; Gstr{i,2} = 'RO2';
fHM2C43O2(i)=fHM2C43O2(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + HO2 = M2BUOL2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'HO2'; 
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fHO2(i)=fHO2(i)-1; fM2BUOL2OOH(i)=fM2BUOL2OOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + NO = M2BUOL2NO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'NO'; 
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fNO(i)=fNO(i)-1; fM2BUOL2NO3(i)=fM2BUOL2NO3(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + NO = M2BUOL2O + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'NO'; 
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fNO(i)=fNO(i)-1; fM2BUOL2O(i)=fM2BUOL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + NO3 = M2BUOL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'NO3'; 
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fNO3(i)=fNO3(i)-1; fM2BUOL2O(i)=fM2BUOL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + RO2 = M2BUOL2O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'RO2';
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fM2BUOL2O(i)=fM2BUOL2O(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O2 + RO2 = M2BUOL2OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'M2BUOL2O2'; Gstr{i,2} = 'RO2';
fM2BUOL2O2(i)=fM2BUOL2O2(i)-1; fM2BUOL2OH(i)=fM2BUOL2OH(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHO + NO3 = C3ME3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C3ME3CHO'; Gstr{i,2} = 'NO3'; 
fC3ME3CHO(i)=fC3ME3CHO(i)-1; fNO3(i)=fNO3(i)-1; fC3ME3CO3(i)=fC3ME3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHO + OH = C3ME3CHOO2';
k(:,i) = 2.95e-11.*0.267;
Gstr{i,1} = 'C3ME3CHO'; Gstr{i,2} = 'OH'; 
fC3ME3CHO(i)=fC3ME3CHO(i)-1; fOH(i)=fOH(i)-1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHO + OH = C3ME3CO3';
k(:,i) = 2.95e-11.*0.733;
Gstr{i,1} = 'C3ME3CHO'; Gstr{i,2} = 'OH'; 
fC3ME3CHO(i)=fC3ME3CHO(i)-1; fOH(i)=fOH(i)-1; fC3ME3CO3(i)=fC3ME3CO3(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + HO2 = HM33C3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'HO2'; 
fHM33C3O2(i)=fHM33C3O2(i)-1; fHO2(i)=fHO2(i)-1; fHM33C3OOH(i)=fHM33C3OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + NO = HM33C3NO3';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'NO'; 
fHM33C3O2(i)=fHM33C3O2(i)-1; fNO(i)=fNO(i)-1; fHM33C3NO3(i)=fHM33C3NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + NO = HM33C3O + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'NO'; 
fHM33C3O2(i)=fHM33C3O2(i)-1; fNO(i)=fNO(i)-1; fHM33C3O(i)=fHM33C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + NO3 = HM33C3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'NO3'; 
fHM33C3O2(i)=fHM33C3O2(i)-1; fNO3(i)=fNO3(i)-1; fHM33C3O(i)=fHM33C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + RO2 = HM33C3O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'RO2';
fHM33C3O2(i)=fHM33C3O2(i)-1; fHM33C3O(i)=fHM33C3O(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O2 + RO2 = HO2M2C4OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'HM33C3O2'; Gstr{i,2} = 'RO2';
fHM33C3O2(i)=fHM33C3O2(i)-1; fHO2M2C4OH(i)=fHO2M2C4OH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + HO2 = ME3BUOLOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'HO2'; 
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fHO2(i)=fHO2(i)-1; fME3BUOLOOH(i)=fME3BUOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + NO = ME3BUOLNO3';
k(:,i) = KRO2NO.*0.064;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'NO'; 
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fNO(i)=fNO(i)-1; fME3BUOLNO3(i)=fME3BUOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + NO = ME3BUOLO + NO2';
k(:,i) = KRO2NO.*0.936;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'NO'; 
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fNO(i)=fNO(i)-1; fME3BUOLO(i)=fME3BUOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + NO3 = ME3BUOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'NO3'; 
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fNO3(i)=fNO3(i)-1; fME3BUOLO(i)=fME3BUOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + RO2 = C4ME3HO12';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'RO2';
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fC4ME3HO12(i)=fC4ME3HO12(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + RO2 = ME3BUOLO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'RO2';
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fME3BUOLO(i)=fME3BUOLO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO2 + RO2 = ME3CO2BUOL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ME3BUOLO2'; Gstr{i,2} = 'RO2';
fME3BUOLO2(i)=fME3BUOLO2(i)-1; fME3CO2BUOL(i)=fME3CO2BUOL(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + HO2 = HO2M2C4OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'HO2'; 
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2M2C4OOH(i)=fHO2M2C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + NO = HO2M2C4NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'NO'; 
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fNO(i)=fNO(i)-1; fHO2M2C4NO3(i)=fHO2M2C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + NO = HO2M2C4O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'NO'; 
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fNO(i)=fNO(i)-1; fHO2M2C4O(i)=fHO2M2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + NO3 = HO2M2C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'NO3'; 
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2M2C4O(i)=fHO2M2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + RO2 = H2M2C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'RO2';
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + RO2 = HO2M2C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'RO2';
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fHO2M2C4O(i)=fHO2M2C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O2 + RO2 = HO2M2C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2M2C4O2'; Gstr{i,2} = 'RO2';
fHO2M2C4O2(i)=fHO2M2C4O2(i)-1; fHO2M2C4OH(i)=fHO2M2C4OH(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + HO2 = M2BU2OLOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'HO2'; 
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fHO2(i)=fHO2(i)-1; fM2BU2OLOOH(i)=fM2BU2OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + NO = M2BU2OLNO3';
k(:,i) = KRO2NO.*0.062;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'NO'; 
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fNO(i)=fNO(i)-1; fM2BU2OLNO3(i)=fM2BU2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + NO = ME2BU2OLO + NO2';
k(:,i) = KRO2NO.*0.938;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'NO'; 
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fNO(i)=fNO(i)-1; fME2BU2OLO(i)=fME2BU2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + NO3 = ME2BU2OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'NO3'; 
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fNO3(i)=fNO3(i)-1; fME2BU2OLO(i)=fME2BU2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + RO2 = C4ME3HO23';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'RO2';
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fC4ME3HO23(i)=fC4ME3HO23(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + RO2 = ME2BU2OLO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'RO2';
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fME2BU2OLO(i)=fME2BU2OLO(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO2 + RO2 = MIPKAOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'ME2BU2OLO2'; Gstr{i,2} = 'RO2';
fME2BU2OLO2(i)=fME2BU2OLO2(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + HO2 = PROL11MOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'HO2'; 
fPROL11MO2(i)=fPROL11MO2(i)-1; fHO2(i)=fHO2(i)-1; fPROL11MOOH(i)=fPROL11MOOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + NO = PROL11MNO3';
k(:,i) = KRO2NO.*0.024;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'NO'; 
fPROL11MO2(i)=fPROL11MO2(i)-1; fNO(i)=fNO(i)-1; fPROL11MNO3(i)=fPROL11MNO3(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + NO = PROL11MO + NO2';
k(:,i) = KRO2NO.*0.976;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'NO'; 
fPROL11MO2(i)=fPROL11MO2(i)-1; fNO(i)=fNO(i)-1; fPROL11MO(i)=fPROL11MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + NO3 = PROL11MO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'NO3'; 
fPROL11MO2(i)=fPROL11MO2(i)-1; fNO3(i)=fNO3(i)-1; fPROL11MO(i)=fPROL11MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + RO2 = M2BUOL2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'RO2';
fPROL11MO2(i)=fPROL11MO2(i)-1; fM2BUOL2OH(i)=fM2BUOL2OH(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + RO2 = PROL11MO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'RO2';
fPROL11MO2(i)=fPROL11MO2(i)-1; fPROL11MO(i)=fPROL11MO(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO2 + RO2 = PROL1MCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PROL11MO2'; Gstr{i,2} = 'RO2';
fPROL11MO2(i)=fPROL11MO2(i)-1; fPROL1MCHO(i)=fPROL1MCHO(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + HO2 = H2M3C4OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'HO2'; 
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fHO2(i)=fHO2(i)-1; fH2M3C4OOH(i)=fH2M3C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + NO = H2M3C4NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'NO'; 
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fNO(i)=fNO(i)-1; fH2M3C4NO3(i)=fH2M3C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + NO = H2M3C4O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'NO'; 
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fNO(i)=fNO(i)-1; fH2M3C4O(i)=fH2M3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + NO3 = H2M3C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'NO3'; 
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fNO3(i)=fNO3(i)-1; fH2M3C4O(i)=fH2M3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + RO2 = H2M3C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'RO2';
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fH2M3C4O(i)=fH2M3C4O(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + RO2 = HO13M2C4';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'RO2';
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fHO13M2C4(i)=fHO13M2C4(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O2 + RO2 = HO2C43CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H2M3C4O2'; Gstr{i,2} = 'RO2';
fH2M3C4O2(i)=fH2M3C4O2(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + HO2 = ME2BUOLOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'HO2'; 
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fHO2(i)=fHO2(i)-1; fME2BUOLOOH(i)=fME2BUOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + NO = ME2BUOLNO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'NO'; 
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fNO(i)=fNO(i)-1; fME2BUOLNO3(i)=fME2BUOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + NO = ME2BUOLO + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'NO'; 
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fNO(i)=fNO(i)-1; fME2BUOLO(i)=fME2BUOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + NO3 = ME2BUOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'NO3'; 
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fNO3(i)=fNO3(i)-1; fME2BUOLO(i)=fME2BUOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + RO2 = C4ME3HO23';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'RO2';
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fC4ME3HO23(i)=fC4ME3HO23(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO2 + RO2 = ME2BUOLO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'ME2BUOLO2'; Gstr{i,2} = 'RO2';
fME2BUOLO2(i)=fME2BUOLO2(i)-1; fME2BUOLO(i)=fME2BUOLO(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + HO2 = CYHXOLAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'HO2'; 
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fCYHXOLAOOH(i)=fCYHXOLAOOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + NO = CYHEXOLAO + NO2';
k(:,i) = KRO2NO.*0.938;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'NO'; 
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fNO(i)=fNO(i)-1; fCYHEXOLAO(i)=fCYHEXOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + NO = CYHXOLANO3';
k(:,i) = KRO2NO.*0.062;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'NO'; 
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fNO(i)=fNO(i)-1; fCYHXOLANO3(i)=fCYHXOLANO3(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + NO3 = CYHEXOLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'NO3'; 
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fNO3(i)=fNO3(i)-1; fCYHEXOLAO(i)=fCYHEXOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + RO2 = CYHEXOLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'RO2';
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fCYHEXOLAO(i)=fCYHEXOLAO(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + RO2 = CYHXDIOLA';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'RO2';
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fCYHXDIOLA(i)=fCYHXDIOLA(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO2 + RO2 = CYHXOLACO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CYHEXOLAO2'; Gstr{i,2} = 'RO2';
fCYHEXOLAO2(i)=fCYHEXOLAO2(i)-1; fCYHXOLACO(i)=fCYHXOLACO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + HO2 = MIBKOHAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'HO2'; 
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fHO2(i)=fHO2(i)-1; fMIBKOHAOOH(i)=fMIBKOHAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + NO = MIBKAOHAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'NO'; 
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fNO(i)=fNO(i)-1; fMIBKAOHAO(i)=fMIBKAOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + NO3 = MIBKAOHAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'NO3'; 
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKAOHAO(i)=fMIBKAOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + RO2 = MIBKAOH3CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'RO2';
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fMIBKAOH3CO(i)=fMIBKAOH3CO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + RO2 = MIBKAOHAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'RO2';
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fMIBKAOHAO(i)=fMIBKAOHAO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO2 + RO2 = MIBKOH34';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MIBKAOHAO2'; Gstr{i,2} = 'RO2';
fMIBKAOHAO2(i)=fMIBKAOHAO2(i)-1; fMIBKOH34(i)=fMIBKOH34(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + HO2 = MIBKOHBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'HO2'; 
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fHO2(i)=fHO2(i)-1; fMIBKOHBOOH(i)=fMIBKOHBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + NO = MIBKAOHBO + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'NO'; 
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fNO(i)=fNO(i)-1; fMIBKAOHBO(i)=fMIBKAOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + NO = MIBKAOHNO3';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'NO'; 
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fNO(i)=fNO(i)-1; fMIBKAOHNO3(i)=fMIBKAOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + NO3 = MIBKAOHBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'NO3'; 
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKAOHBO(i)=fMIBKAOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + RO2 = C64OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'RO2';
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fC64OH(i)=fC64OH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + RO2 = C65OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'RO2';
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fC65OH(i)=fC65OH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO2 + RO2 = MIBKAOHBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MIBKAOHBO2'; Gstr{i,2} = 'RO2';
fMIBKAOHBO2(i)=fMIBKAOHBO2(i)-1; fMIBKAOHBO(i)=fMIBKAOHBO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + HO2 = MIBKHO4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'HO2'; 
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fHO2(i)=fHO2(i)-1; fMIBKHO4OOH(i)=fMIBKHO4OOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + NO = MIBKHO4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'NO'; 
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fNO(i)=fNO(i)-1; fMIBKHO4O(i)=fMIBKHO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + NO3 = MIBKHO4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'NO3'; 
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKHO4O(i)=fMIBKHO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + RO2 = MIBKHO14';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'RO2';
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fMIBKHO14(i)=fMIBKHO14(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + RO2 = MIBKHO4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'RO2';
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fMIBKHO4CHO(i)=fMIBKHO4CHO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O2 + RO2 = MIBKHO4O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MIBKHO4O2'; Gstr{i,2} = 'RO2';
fMIBKHO4O2(i)=fMIBKHO4O2(i)-1; fMIBKHO4O(i)=fMIBKHO4O(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + HO2 = CH3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'HO2'; 
fCH3CO3(i)=fCH3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CO2H(i)=fCH3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + HO2 = CH3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'HO2'; 
fCH3CO3(i)=fCH3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CO3H(i)=fCH3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + HO2 = CH3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'HO2'; 
fCH3CO3(i)=fCH3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3O2(i)=fCH3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + NO = NO2 + CH3O2';
k(:,i) = 7.5e-12.*exp(290./T);
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'NO'; 
fCH3CO3(i)=fCH3CO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + NO2 = PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'NO2'; 
fCH3CO3(i)=fCH3CO3(i)-1; fNO2(i)=fNO2(i)-1; fPAN(i)=fPAN(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + NO3 = NO2 + CH3O2';
k(:,i) = 4.0e-12;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'NO3'; 
fCH3CO3(i)=fCH3CO3(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + RO2 = CH3CO2H';
k(:,i) = 2.*(K298CH3O2.*2.9e-12.*exp(500./T)).^0.5.*0.3;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'RO2';
fCH3CO3(i)=fCH3CO3(i)-1; fCH3CO2H(i)=fCH3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3 + RO2 = CH3O2';
k(:,i) = 2.*(K298CH3O2.*2.9e-12.*exp(500./T)).^0.5.*0.7;
Gstr{i,1} = 'CH3CO3'; Gstr{i,2} = 'RO2';
fCH3CO3(i)=fCH3CO3(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CHO + NO3 = HOCH2CO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'HOCH2CHO'; Gstr{i,2} = 'NO3'; 
fHOCH2CHO(i)=fHOCH2CHO(i)-1; fNO3(i)=fNO3(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CHO + OH = GLYOX + HO2';
k(:,i) = 1.00e-11.*0.200;
Gstr{i,1} = 'HOCH2CHO'; Gstr{i,2} = 'OH'; 
fHOCH2CHO(i)=fHOCH2CHO(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CHO + OH = HOCH2CO3';
k(:,i) = 1.00e-11.*0.800;
Gstr{i,1} = 'HOCH2CHO'; Gstr{i,2} = 'OH'; 
fHOCH2CHO(i)=fHOCH2CHO(i)-1; fOH(i)=fOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CHO + hv = HO2 + HCHO + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HOCH2CHO'; 
fHOCH2CHO(i)=fHOCH2CHO(i)-1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACETOL + OH = MGLYOX + HO2';
k(:,i) = 1.6e-12.*exp(305./T);
Gstr{i,1} = 'ACETOL'; Gstr{i,2} = 'OH'; 
fACETOL(i)=fACETOL(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETOL + hv = CH3CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'ACETOL'; 
fACETOL(i)=fACETOL(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCHO + NO3 = CH3CHOHCO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'CH3CHOHCHO'; Gstr{i,2} = 'NO3'; 
fCH3CHOHCHO(i)=fCH3CHOHCHO(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCHO + OH = CH3CHOHCO3';
k(:,i) = 1.7e-11;
Gstr{i,1} = 'CH3CHOHCHO'; Gstr{i,2} = 'OH'; 
fCH3CHOHCHO(i)=fCH3CHOHCHO(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCHO + hv = CH3CHO + HO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'CH3CHOHCHO'; 
fCH3CHOHCHO(i)=fCH3CHOHCHO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + HO2 = NMBOAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'HO2'; 
fNMBOAO2(i)=fNMBOAO2(i)-1; fHO2(i)=fHO2(i)-1; fNMBOAOOH(i)=fNMBOAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + NO = NMBOAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'NO'; 
fNMBOAO2(i)=fNMBOAO2(i)-1; fNO(i)=fNO(i)-1; fNMBOAO(i)=fNMBOAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + NO3 = NMBOAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'NO3'; 
fNMBOAO2(i)=fNMBOAO2(i)-1; fNO3(i)=fNO3(i)-1; fNMBOAO(i)=fNMBOAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + RO2 = C4MCONO3OH';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'RO2';
fNMBOAO2(i)=fNMBOAO2(i)-1; fC4MCONO3OH(i)=fC4MCONO3OH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + RO2 = MBOBNO3';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'RO2';
fNMBOAO2(i)=fNMBOAO2(i)-1; fMBOBNO3(i)=fMBOBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO2 + RO2 = NMBOAO';
k(:,i) = 8.8e-13.*0.6;
Gstr{i,1} = 'NMBOAO2'; Gstr{i,2} = 'RO2';
fNMBOAO2(i)=fNMBOAO2(i)-1; fNMBOAO(i)=fNMBOAO(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + HO2 = NMBOBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'HO2'; 
fNMBOBO2(i)=fNMBOBO2(i)-1; fHO2(i)=fHO2(i)-1; fNMBOBOOH(i)=fNMBOBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + NO = NMBOBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'NO'; 
fNMBOBO2(i)=fNMBOBO2(i)-1; fNO(i)=fNO(i)-1; fNMBOBO(i)=fNMBOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + NO3 = NMBOBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'NO3'; 
fNMBOBO2(i)=fNMBOBO2(i)-1; fNO3(i)=fNO3(i)-1; fNMBOBO(i)=fNMBOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + RO2 = MBOANO3';
k(:,i) = 1.3e-12.*0.2;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'RO2';
fNMBOBO2(i)=fNMBOBO2(i)-1; fMBOANO3(i)=fMBOANO3(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + RO2 = NMBOBCO';
k(:,i) = 1.3e-12.*0.2;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'RO2';
fNMBOBO2(i)=fNMBOBO2(i)-1; fNMBOBCO(i)=fNMBOBCO(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO2 + RO2 = NMBOBO';
k(:,i) = 1.3e-12.*0.6;
Gstr{i,1} = 'NMBOBO2'; Gstr{i,2} = 'RO2';
fNMBOBO2(i)=fNMBOBO2(i)-1; fNMBOBO(i)=fNMBOBO(i)+1; 

i=i+1;
Rnames{i} = 'MBOOOA = CH3COCH3 + HO2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'MBOOOA'; 
fMBOOOA(i)=fMBOOOA(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOOOA = CH3COCH3 + HO2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MBOOOA'; 
fMBOOOA(i)=fMBOOOA(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOOOA = IPROPOL';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MBOOOA'; 
fMBOOOA(i)=fMBOOOA(i)-1; fIPROPOL(i)=fIPROPOL(i)+1; 

i=i+1;
Rnames{i} = 'MBOOOA = MBOOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'MBOOOA'; 
fMBOOOA(i)=fMBOOOA(i)-1; fMBOOO(i)=fMBOOO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALOH + OH = IPRHOCO3';
k(:,i) = 1.4e-11;
Gstr{i,1} = 'IBUTALOH'; Gstr{i,2} = 'OH'; 
fIBUTALOH(i)=fIBUTALOH(i)-1; fOH(i)=fOH(i)-1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALOH + hv = CH3COCH3 + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'IBUTALOH'; 
fIBUTALOH(i)=fIBUTALOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOB = CH2OO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'CH2OOB'; 
fCH2OOB(i)=fCH2OOB(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOB = CO';
k(:,i) = KDEC.*0.40;
Gstr{i,1} = 'CH2OOB'; 
fCH2OOB(i)=fCH2OOB(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOB = HO2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'CH2OOB'; 
fCH2OOB(i)=fCH2OOB(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + HO2 = MBOAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'HO2'; 
fMBOAO2(i)=fMBOAO2(i)-1; fHO2(i)=fHO2(i)-1; fMBOAOOH(i)=fMBOAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + NO = MBOANO3';
k(:,i) = KRO2NO.*0.064;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'NO'; 
fMBOAO2(i)=fMBOAO2(i)-1; fNO(i)=fNO(i)-1; fMBOANO3(i)=fMBOANO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + NO = MBOAO + NO2';
k(:,i) = KRO2NO.*0.936;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'NO'; 
fMBOAO2(i)=fMBOAO2(i)-1; fNO(i)=fNO(i)-1; fMBOAO(i)=fMBOAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + NO3 = MBOAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'NO3'; 
fMBOAO2(i)=fMBOAO2(i)-1; fNO3(i)=fNO3(i)-1; fMBOAO(i)=fMBOAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + RO2 = MBOACO';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'RO2';
fMBOAO2(i)=fMBOAO2(i)-1; fMBOACO(i)=fMBOACO(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + RO2 = MBOAO';
k(:,i) = 8.8e-13.*0.6;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'RO2';
fMBOAO2(i)=fMBOAO2(i)-1; fMBOAO(i)=fMBOAO(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO2 + RO2 = MBOAOH';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'MBOAO2'; Gstr{i,2} = 'RO2';
fMBOAO2(i)=fMBOAO2(i)-1; fMBOAOH(i)=fMBOAOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + HO2 = MBOBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'HO2'; 
fMBOBO2(i)=fMBOBO2(i)-1; fHO2(i)=fHO2(i)-1; fMBOBOOH(i)=fMBOBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + NO = MBOBNO3';
k(:,i) = KRO2NO.*0.026;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'NO'; 
fMBOBO2(i)=fMBOBO2(i)-1; fNO(i)=fNO(i)-1; fMBOBNO3(i)=fMBOBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + NO = MBOBO + NO2';
k(:,i) = KRO2NO.*0.974;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'NO'; 
fMBOBO2(i)=fMBOBO2(i)-1; fNO(i)=fNO(i)-1; fMBOBO(i)=fMBOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + NO3 = MBOBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'NO3'; 
fMBOBO2(i)=fMBOBO2(i)-1; fNO3(i)=fNO3(i)-1; fMBOBO(i)=fMBOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + RO2 = MBOAOH';
k(:,i) = 2.0e-12.*0.2;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'RO2';
fMBOBO2(i)=fMBOBO2(i)-1; fMBOAOH(i)=fMBOAOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + RO2 = MBOBCO';
k(:,i) = 2.0e-12.*0.2;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'RO2';
fMBOBO2(i)=fMBOBO2(i)-1; fMBOBCO(i)=fMBOBCO(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO2 + RO2 = MBOBO';
k(:,i) = 2.0e-12.*0.6;
Gstr{i,1} = 'MBOBO2'; Gstr{i,2} = 'RO2';
fMBOBO2(i)=fMBOBO2(i)-1; fMBOBO(i)=fMBOBO(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + HO2 = CH3OOH';
k(:,i) = 3.8e-13.*exp(780./T).*(1-1./(1+498.*exp(-1160./T)));
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'HO2'; 
fCH3O2(i)=fCH3O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3OOH(i)=fCH3OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + HO2 = HCHO';
k(:,i) = 3.8e-13.*exp(780./T).*(1./(1+498.*exp(-1160./T)));
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'HO2'; 
fCH3O2(i)=fCH3O2(i)-1; fHO2(i)=fHO2(i)-1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + NO = CH3NO3';
k(:,i) = 2.3e-12.*exp(360./T).*0.001;
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'NO'; 
fCH3O2(i)=fCH3O2(i)-1; fNO(i)=fNO(i)-1; fCH3NO3(i)=fCH3NO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + NO = CH3O + NO2';
k(:,i) = 2.3e-12.*exp(360./T).*0.999;
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'NO'; 
fCH3O2(i)=fCH3O2(i)-1; fNO(i)=fNO(i)-1; fCH3O(i)=fCH3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + NO2 = CH3O2NO2';
k(:,i) = KMT13;
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'NO2'; 
fCH3O2(i)=fCH3O2(i)-1; fNO2(i)=fNO2(i)-1; fCH3O2NO2(i)=fCH3O2NO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + NO3 = CH3O + NO2';
k(:,i) = 1.2e-12;
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'NO3'; 
fCH3O2(i)=fCH3O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3O(i)=fCH3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + RO2 = CH3O';
k(:,i) = 2.*KCH3O2.*7.18.*exp(-885./T);
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'RO2';
fCH3O2(i)=fCH3O2(i)-1; fCH3O(i)=fCH3O(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + RO2 = CH3OH';
k(:,i) = 2.*KCH3O2.*0.5.*(1-7.18.*exp(-885./T));
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'RO2';
fCH3O2(i)=fCH3O2(i)-1; fCH3OH(i)=fCH3OH(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2 + RO2 = HCHO';
k(:,i) = 2.*KCH3O2.*0.5.*(1-7.18.*exp(-885./T));
Gstr{i,1} = 'CH3O2'; Gstr{i,2} = 'RO2';
fCH3O2(i)=fCH3O2(i)-1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + HO2 = HCOCH2OOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'HO2'; 
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + NO = NO2 + HCOCH2O';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'NO'; 
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fHCOCH2O(i)=fHCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + NO3 = HCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'NO3'; 
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fHCOCH2O(i)=fHCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + RO2 = GLYOX';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'RO2';
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + RO2 = HCOCH2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'RO2';
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fHCOCH2O(i)=fHCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O2 + RO2 = HOCH2CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HCOCH2O2'; Gstr{i,2} = 'RO2';
fHCOCH2O2(i)=fHCOCH2O2(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + HO2 = C2H5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'HO2'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + HO2 = PERPROACID';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'HO2'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fPERPROACID(i)=fPERPROACID(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + HO2 = PROPACID + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'HO2'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fPROPACID(i)=fPROPACID(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + NO = NO2 + C2H5O2';
k(:,i) = 6.7e-12.*exp(340./T);
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'NO'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + NO2 = PPN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'NO2'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fNO2(i)=fNO2(i)-1; fPPN(i)=fPPN(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + NO3 = C2H5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'NO3'; 
fC2H5CO3(i)=fC2H5CO3(i)-1; fNO3(i)=fNO3(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + RO2 = C2H5O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'RO2';
fC2H5CO3(i)=fC2H5CO3(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CO3 + RO2 = PROPACID';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C2H5CO3'; Gstr{i,2} = 'RO2';
fC2H5CO3(i)=fC2H5CO3(i)-1; fPROPACID(i)=fPROPACID(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + HO2 = C2H5OOH';
k(:,i) = 4.3e-13.*exp(870./T);
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'HO2'; 
fC2H5O2(i)=fC2H5O2(i)-1; fHO2(i)=fHO2(i)-1; fC2H5OOH(i)=fC2H5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + NO = C2H5NO3';
k(:,i) = 2.55e-12.*exp(380./T).*0.009;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'NO'; 
fC2H5O2(i)=fC2H5O2(i)-1; fNO(i)=fNO(i)-1; fC2H5NO3(i)=fC2H5NO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + NO = C2H5O + NO2';
k(:,i) = 2.55e-12.*exp(380./T).*0.991;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'NO'; 
fC2H5O2(i)=fC2H5O2(i)-1; fNO(i)=fNO(i)-1; fC2H5O(i)=fC2H5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + NO3 = C2H5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'NO3'; 
fC2H5O2(i)=fC2H5O2(i)-1; fNO3(i)=fNO3(i)-1; fC2H5O(i)=fC2H5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + RO2 = C2H5O';
k(:,i) = 2.*(KCH3O2.*6.4e-14.*(T./300).^0.*exp(0./T)).^0.5.*0.6;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'RO2';
fC2H5O2(i)=fC2H5O2(i)-1; fC2H5O(i)=fC2H5O(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + RO2 = C2H5OH';
k(:,i) = 2.*(KCH3O2.*6.4e-14.*(T./300).^0.*exp(0./T)).^0.5.*0.2;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'RO2';
fC2H5O2(i)=fC2H5O2(i)-1; fC2H5OH(i)=fC2H5OH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5O2 + RO2 = CH3CHO';
k(:,i) = 2.*(KCH3O2.*6.4e-14.*(T./300).^0.*exp(0./T)).^0.5.*0.2;
Gstr{i,1} = 'C2H5O2'; Gstr{i,2} = 'RO2';
fC2H5O2(i)=fC2H5O2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + HO2 = BUTACID + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'HO2'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fHO2(i)=fHO2(i)-1; fBUTACID(i)=fBUTACID(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + HO2 = NC3H7O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'HO2'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + HO2 = PERBUACID';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'HO2'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fHO2(i)=fHO2(i)-1; fPERBUACID(i)=fPERBUACID(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + NO = NO2 + NC3H7O2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'NO'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + NO2 = PBN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'NO2'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fNO2(i)=fNO2(i)-1; fPBN(i)=fPBN(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + NO3 = NC3H7O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'NO3'; 
fC3H7CO3(i)=fC3H7CO3(i)-1; fNO3(i)=fNO3(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + RO2 = BUTACID';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'RO2';
fC3H7CO3(i)=fC3H7CO3(i)-1; fBUTACID(i)=fBUTACID(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CO3 + RO2 = NC3H7O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C3H7CO3'; Gstr{i,2} = 'RO2';
fC3H7CO3(i)=fC3H7CO3(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + HO2 = BUTALO2H';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'HO2'; 
fBUTALO2(i)=fBUTALO2(i)-1; fHO2(i)=fHO2(i)-1; fBUTALO2H(i)=fBUTALO2H(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + NO = BUTALNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'NO'; 
fBUTALO2(i)=fBUTALO2(i)-1; fNO(i)=fNO(i)-1; fBUTALNO3(i)=fBUTALNO3(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + NO = BUTALO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'NO'; 
fBUTALO2(i)=fBUTALO2(i)-1; fNO(i)=fNO(i)-1; fBUTALO(i)=fBUTALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + NO3 = BUTALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'NO3'; 
fBUTALO2(i)=fBUTALO2(i)-1; fNO3(i)=fNO3(i)-1; fBUTALO(i)=fBUTALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + RO2 = BUTALO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'RO2';
fBUTALO2(i)=fBUTALO2(i)-1; fBUTALO(i)=fBUTALO(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + RO2 = CO2C3CHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'RO2';
fBUTALO2(i)=fBUTALO2(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2 + RO2 = HO2C3CHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'BUTALO2'; Gstr{i,2} = 'RO2';
fBUTALO2(i)=fBUTALO2(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + HO2 = NC3H7OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'HO2'; 
fNC3H7O2(i)=fNC3H7O2(i)-1; fHO2(i)=fHO2(i)-1; fNC3H7OOH(i)=fNC3H7OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + NO = NC3H7NO3';
k(:,i) = 2.9e-12.*exp(350./T).*0.020;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'NO'; 
fNC3H7O2(i)=fNC3H7O2(i)-1; fNO(i)=fNO(i)-1; fNC3H7NO3(i)=fNC3H7NO3(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + NO = NC3H7O + NO2';
k(:,i) = 2.9e-12.*exp(350./T).*0.980;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'NO'; 
fNC3H7O2(i)=fNC3H7O2(i)-1; fNO(i)=fNO(i)-1; fNC3H7O(i)=fNC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + NO3 = NC3H7O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'NO3'; 
fNC3H7O2(i)=fNC3H7O2(i)-1; fNO3(i)=fNO3(i)-1; fNC3H7O(i)=fNC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + RO2 = C2H5CHO';
k(:,i) = 2.*(K298CH3O2.*3e-13).^0.5.*0.2;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'RO2';
fNC3H7O2(i)=fNC3H7O2(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + RO2 = NC3H7O';
k(:,i) = 2.*(K298CH3O2.*3e-13).^0.5.*0.6;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'RO2';
fNC3H7O2(i)=fNC3H7O2(i)-1; fNC3H7O(i)=fNC3H7O(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O2 + RO2 = NPROPOL';
k(:,i) = 2.*(K298CH3O2.*3e-13).^0.5.*0.2;
Gstr{i,1} = 'NC3H7O2'; Gstr{i,2} = 'RO2';
fNC3H7O2(i)=fNC3H7O2(i)-1; fNPROPOL(i)=fNPROPOL(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + HO2 = IBUTACID + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'HO2'; 
fIPRCO3(i)=fIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTACID(i)=fIBUTACID(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + HO2 = IC3H7O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'HO2'; 
fIPRCO3(i)=fIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + HO2 = PERIBUACID';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'HO2'; 
fIPRCO3(i)=fIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fPERIBUACID(i)=fPERIBUACID(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + NO = IC3H7O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'NO'; 
fIPRCO3(i)=fIPRCO3(i)-1; fNO(i)=fNO(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + NO2 = PIPN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'NO2'; 
fIPRCO3(i)=fIPRCO3(i)-1; fNO2(i)=fNO2(i)-1; fPIPN(i)=fPIPN(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + NO3 = IC3H7O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'NO3'; 
fIPRCO3(i)=fIPRCO3(i)-1; fNO3(i)=fNO3(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + RO2 = IBUTACID';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'RO2';
fIPRCO3(i)=fIPRCO3(i)-1; fIBUTACID(i)=fIBUTACID(i)+1; 

i=i+1;
Rnames{i} = 'IPRCO3 + RO2 = IC3H7O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'IPRCO3'; Gstr{i,2} = 'RO2';
fIPRCO3(i)=fIPRCO3(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + HO2 = IBUTALBO2H';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'HO2'; 
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fHO2(i)=fHO2(i)-1; fIBUTALBO2H(i)=fIBUTALBO2H(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + NO = IBUALANO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'NO'; 
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fNO(i)=fNO(i)-1; fIBUALANO3(i)=fIBUALANO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + NO = IBUTALBO + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'NO'; 
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fNO(i)=fNO(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + NO3 = IBUTALBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'NO3'; 
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fNO3(i)=fNO3(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + RO2 = HOIPRCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'RO2';
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + RO2 = IBUTALBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'RO2';
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2 + RO2 = IBUTDIAL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IBUTALBO2'; Gstr{i,2} = 'RO2';
fIBUTALBO2(i)=fIBUTALBO2(i)-1; fIBUTDIAL(i)=fIBUTDIAL(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALCO2 + HO2 = IBUTALO2H';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IBUTALCO2'; Gstr{i,2} = 'HO2'; 
fIBUTALCO2(i)=fIBUTALCO2(i)-1; fHO2(i)=fHO2(i)-1; fIBUTALO2H(i)=fIBUTALO2H(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALCO2 + NO = M2PROPAL2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IBUTALCO2'; Gstr{i,2} = 'NO'; 
fIBUTALCO2(i)=fIBUTALCO2(i)-1; fNO(i)=fNO(i)-1; fM2PROPAL2O(i)=fM2PROPAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALCO2 + NO3 = M2PROPAL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IBUTALCO2'; Gstr{i,2} = 'NO3'; 
fIBUTALCO2(i)=fIBUTALCO2(i)-1; fNO3(i)=fNO3(i)-1; fM2PROPAL2O(i)=fM2PROPAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALCO2 + RO2 = IBUTALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'IBUTALCO2'; Gstr{i,2} = 'RO2';
fIBUTALCO2(i)=fIBUTALCO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALCO2 + RO2 = M2PROPAL2O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'IBUTALCO2'; Gstr{i,2} = 'RO2';
fIBUTALCO2(i)=fIBUTALCO2(i)-1; fM2PROPAL2O(i)=fM2PROPAL2O(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + HO2 = IC3H7OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'HO2'; 
fIC3H7O2(i)=fIC3H7O2(i)-1; fHO2(i)=fHO2(i)-1; fIC3H7OOH(i)=fIC3H7OOH(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + NO = IC3H7NO3';
k(:,i) = 2.7e-12.*exp(360./T).*0.042;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'NO'; 
fIC3H7O2(i)=fIC3H7O2(i)-1; fNO(i)=fNO(i)-1; fIC3H7NO3(i)=fIC3H7NO3(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + NO = IC3H7O + NO2';
k(:,i) = 2.7e-12.*exp(360./T).*0.958;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'NO'; 
fIC3H7O2(i)=fIC3H7O2(i)-1; fNO(i)=fNO(i)-1; fIC3H7O(i)=fIC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + NO3 = IC3H7O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'NO3'; 
fIC3H7O2(i)=fIC3H7O2(i)-1; fNO3(i)=fNO3(i)-1; fIC3H7O(i)=fIC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + RO2 = CH3COCH3';
k(:,i) = 2.*(KCH3O2.*1.6e-12.*exp(-2200./T)).^0.5.*0.2;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'RO2';
fIC3H7O2(i)=fIC3H7O2(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + RO2 = IC3H7O';
k(:,i) = 2.*(KCH3O2.*1.6e-12.*exp(-2200./T)).^0.5.*0.6;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'RO2';
fIC3H7O2(i)=fIC3H7O2(i)-1; fIC3H7O(i)=fIC3H7O(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O2 + RO2 = IPROPOL';
k(:,i) = 2.*(KCH3O2.*1.6e-12.*exp(-2200./T)).^0.5.*0.2;
Gstr{i,1} = 'IC3H7O2'; Gstr{i,2} = 'RO2';
fIC3H7O2(i)=fIC3H7O2(i)-1; fIPROPOL(i)=fIPROPOL(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + HO2 = NC4H9O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'HO2'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + HO2 = PENTACID + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'HO2'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fHO2(i)=fHO2(i)-1; fPENTACID(i)=fPENTACID(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + HO2 = PERPENACID';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'HO2'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fHO2(i)=fHO2(i)-1; fPERPENACID(i)=fPERPENACID(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + NO = NC4H9O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'NO'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fNO(i)=fNO(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + NO2 = PPEN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'NO2'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fNO2(i)=fNO2(i)-1; fPPEN(i)=fPPEN(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + NO3 = NC4H9O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'NO3'; 
fC4H9CO3(i)=fC4H9CO3(i)-1; fNO3(i)=fNO3(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + RO2 = NC4H9O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'RO2';
fC4H9CO3(i)=fC4H9CO3(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'C4H9CO3 + RO2 = PENTACID';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C4H9CO3'; Gstr{i,2} = 'RO2';
fC4H9CO3(i)=fC4H9CO3(i)-1; fPENTACID(i)=fPENTACID(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + HO2 = C4CHOBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'HO2'; 
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fHO2(i)=fHO2(i)-1; fC4CHOBOOH(i)=fC4CHOBOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + NO = C4CHOBNO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'NO'; 
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fNO(i)=fNO(i)-1; fC4CHOBNO3(i)=fC4CHOBNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + NO = C4CHOBO + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'NO'; 
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fNO(i)=fNO(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + NO3 = C4CHOBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'NO3'; 
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fNO3(i)=fNO3(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + RO2 = C4CHOBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'RO2';
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + RO2 = CO3C4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'RO2';
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO2 + RO2 = HO3C4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C4CHOBO2'; Gstr{i,2} = 'RO2';
fC4CHOBO2(i)=fC4CHOBO2(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + HO2 = NC4H9OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'HO2'; 
fNC4H9O2(i)=fNC4H9O2(i)-1; fHO2(i)=fHO2(i)-1; fNC4H9OOH(i)=fNC4H9OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + NO = NC4H9NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'NO'; 
fNC4H9O2(i)=fNC4H9O2(i)-1; fNO(i)=fNO(i)-1; fNC4H9NO3(i)=fNC4H9NO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + NO = NC4H9O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'NO'; 
fNC4H9O2(i)=fNC4H9O2(i)-1; fNO(i)=fNO(i)-1; fNC4H9O(i)=fNC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + NO3 = NC4H9O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'NO3'; 
fNC4H9O2(i)=fNC4H9O2(i)-1; fNO3(i)=fNO3(i)-1; fNC4H9O(i)=fNC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + RO2 = C3H7CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'RO2';
fNC4H9O2(i)=fNC4H9O2(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + RO2 = NBUTOL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'RO2';
fNC4H9O2(i)=fNC4H9O2(i)-1; fNBUTOL(i)=fNBUTOL(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O2 + RO2 = NC4H9O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'NC4H9O2'; Gstr{i,2} = 'RO2';
fNC4H9O2(i)=fNC4H9O2(i)-1; fNC4H9O(i)=fNC4H9O(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + HO2 = ACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'HO2'; 
fACO3(i)=fACO3(i)-1; fHO2(i)=fHO2(i)-1; fACO2H(i)=fACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + HO2 = ACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'HO2'; 
fACO3(i)=fACO3(i)-1; fHO2(i)=fHO2(i)-1; fACO3H(i)=fACO3H(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + HO2 = HO2 + CO + HCHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'HO2'; 
fACO3(i)=fACO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + NO = HO2 + CO + HCHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'NO'; 
fACO3(i)=fACO3(i)-1; fNO(i)=fNO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + NO2 = ACRPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'NO2'; 
fACO3(i)=fACO3(i)-1; fNO2(i)=fNO2(i)-1; fACRPAN(i)=fACRPAN(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + NO3 = HO2 + CO + HCHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'NO3'; 
fACO3(i)=fACO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + RO2 = ACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'RO2';
fACO3(i)=fACO3(i)-1; fACO2H(i)=fACO2H(i)+1; 

i=i+1;
Rnames{i} = 'ACO3 + RO2 = HO2 + CO + HCHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'ACO3'; Gstr{i,2} = 'RO2';
fACO3(i)=fACO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + HO2 = HOCHOCOOH';
k(:,i) = KRO2HO2.*0.52;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'HO2'; 
fACRO2(i)=fACRO2(i)-1; fHO2(i)=fHO2(i)-1; fHOCHOCOOH(i)=fHOCHOCOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + NO = CHOCOHCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'NO'; 
fACRO2(i)=fACRO2(i)-1; fNO(i)=fNO(i)-1; fCHOCOHCO(i)=fCHOCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + NO3 = CHOCOHCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'NO3'; 
fACRO2(i)=fACRO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOCOHCO(i)=fCHOCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + RO2 = CHOCOHCO';
k(:,i) = 8.8e-13.*0.6;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'RO2';
fACRO2(i)=fACRO2(i)-1; fCHOCOHCO(i)=fCHOCOHCO(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 = HOCH2CHO + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'ACRO2'; 
fACRO2(i)=fACRO2(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + RO2 = HOCH2COCHO';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'RO2';
fACRO2(i)=fACRO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACRO2 + RO2 = OCCOHCOH';
k(:,i) = 8.8e-13.*0.2;
Gstr{i,1} = 'ACRO2'; Gstr{i,2} = 'RO2';
fACRO2(i)=fACRO2(i)-1; fOCCOHCOH(i)=fOCCOHCOH(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + HO2 = C32OH13CO + O3';
k(:,i) = 0.4.*0.52.*KRO2HO2;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'HO2'; 
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fHO2(i)=fHO2(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + HO2 = OCCOHCOOH';
k(:,i) = 0.6.*0.52.*KRO2HO2;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'HO2'; 
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fHO2(i)=fHO2(i)-1; fOCCOHCOOH(i)=fOCCOHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + NO = C42AOH';
k(:,i) = 0.05.*KRO2NO;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'NO'; 
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fNO(i)=fNO(i)-1; fC42AOH(i)=fC42AOH(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + NO = OCCOHCO + NO2';
k(:,i) = 0.95.*KRO2NO;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'NO'; 
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fNO(i)=fNO(i)-1; fOCCOHCO(i)=fOCCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + NO3 = C42AOH + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'NO3'; 
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fNO3(i)=fNO3(i)-1; fC42AOH(i)=fC42AOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + RO2 = C32OH13CO';
k(:,i) = 2.0e-12.*0.2;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'RO2';
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + RO2 = OCCOHCO';
k(:,i) = 2.0e-12.*0.6;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'RO2';
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fOCCOHCO(i)=fOCCOHCO(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO2 + RO2 = OCCOHCOH';
k(:,i) = 2.0e-12.*0.2;
Gstr{i,1} = 'OCCOHCO2'; Gstr{i,2} = 'RO2';
fOCCOHCO2(i)=fOCCOHCO2(i)-1; fOCCOHCOH(i)=fOCCOHCOH(i)+1; 

i=i+1;
Rnames{i} = 'GLYOX + hv = CO + CO + H2';
k(:,i) = J31;
Gstr{i,1} = 'GLYOX'; 
fGLYOX(i)=fGLYOX(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fH2(i)=fH2(i)+1; 

i=i+1;
Rnames{i} = 'GLYOX + hv = CO + CO + HO2 + HO2';
k(:,i) = J33;
Gstr{i,1} = 'GLYOX'; 
fGLYOX(i)=fGLYOX(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'GLYOX + hv = HCHO + CO';
k(:,i) = J32;
Gstr{i,1} = 'GLYOX'; 
fGLYOX(i)=fGLYOX(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + GLYOX = HCOCO + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'GLYOX'; 
fNO3(i)=fNO3(i)-1; fGLYOX(i)=fGLYOX(i)-1; fHCOCO(i)=fHCOCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + GLYOX = HCOCO';
k(:,i) = 3.1e-12.*exp(340./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'GLYOX'; 
fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)-1; fHCOCO(i)=fHCOCO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOB = GLYOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'GLYOOB'; 
fGLYOOB(i)=fGLYOOB(i)-1; fGLYOO(i)=fGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOB = HCHO';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'GLYOOB'; 
fGLYOOB(i)=fGLYOOB(i)-1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOB = HO2 + HO2 + CO';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'GLYOOB'; 
fGLYOOB(i)=fGLYOOB(i)-1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOB = OH + CO + CO + HO2';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'GLYOOB'; 
fGLYOOB(i)=fGLYOOB(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3C2H2O2 = CH3CO3 + HCHO';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'CH3C2H2O2'; 
fCH3C2H2O2(i)=fCH3C2H2O2(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3C2H2O2 = HCHO + CH3O2 + CO';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'CH3C2H2O2'; 
fCH3C2H2O2(i)=fCH3C2H2O2(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + HO2 = CH3C2H2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'HO2'; 
fMACO3(i)=fMACO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + HO2 = MACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'HO2'; 
fMACO3(i)=fMACO3(i)-1; fHO2(i)=fHO2(i)-1; fMACO2H(i)=fMACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + HO2 = MACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'HO2'; 
fMACO3(i)=fMACO3(i)-1; fHO2(i)=fHO2(i)-1; fMACO3H(i)=fMACO3H(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + NO = CH3C2H2O2 + NO2';
k(:,i) = 8.70e-12.*exp(290./T);
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'NO'; 
fMACO3(i)=fMACO3(i)-1; fNO(i)=fNO(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + NO2 = MPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'NO2'; 
fMACO3(i)=fMACO3(i)-1; fNO2(i)=fNO2(i)-1; fMPAN(i)=fMPAN(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + NO3 = CH3C2H2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'NO3'; 
fMACO3(i)=fMACO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + RO2 = CH3C2H2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'RO2';
fMACO3(i)=fMACO3(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; 

i=i+1;
Rnames{i} = 'MACO3 + RO2 = MACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MACO3'; Gstr{i,2} = 'RO2';
fMACO3(i)=fMACO3(i)-1; fMACO2H(i)=fMACO2H(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOOB = MGLYOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'MGLYOOB'; 
fMGLYOOB(i)=fMGLYOOB(i)-1; fMGLYOO(i)=fMGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOOB = OH + CO + CH3CO3';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'MGLYOOB'; 
fMGLYOOB(i)=fMGLYOOB(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOX + hv = CH3CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'MGLYOX'; 
fMGLYOX(i)=fMGLYOX(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + MGLYOX = CH3CO3 + CO + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'MGLYOX'; 
fNO3(i)=fNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MGLYOX = CH3CO3 + CO';
k(:,i) = 1.9e-12.*exp(575./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MGLYOX'; 
fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOG = CH2OO';
k(:,i) = KDEC.*0.37;
Gstr{i,1} = 'CH2OOG'; 
fCH2OOG(i)=fCH2OOG(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOG = CO';
k(:,i) = KDEC.*0.47;
Gstr{i,1} = 'CH2OOG'; 
fCH2OOG(i)=fCH2OOG(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOG = HO2 + CO + OH';
k(:,i) = KDEC.*0.16;
Gstr{i,1} = 'CH2OOG'; 
fCH2OOG(i)=fCH2OOG(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + HO2 = MACROOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'HO2'; 
fMACRO2(i)=fMACRO2(i)-1; fHO2(i)=fHO2(i)-1; fMACROOH(i)=fMACROOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + NO = MACRNO3';
k(:,i) = KRO2NO.*0.013;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'NO'; 
fMACRO2(i)=fMACRO2(i)-1; fNO(i)=fNO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + NO = MACRO + NO2';
k(:,i) = KRO2NO.*0.987;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'NO'; 
fMACRO2(i)=fMACRO2(i)-1; fNO(i)=fNO(i)-1; fMACRO(i)=fMACRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + NO3 = MACRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'NO3'; 
fMACRO2(i)=fMACRO2(i)-1; fNO3(i)=fNO3(i)-1; fMACRO(i)=fMACRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 = ACETOL + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'MACRO2'; 
fMACRO2(i)=fMACRO2(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + RO2 = MACRO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'RO2';
fMACRO2(i)=fMACRO2(i)-1; fMACRO(i)=fMACRO(i)+1; 

i=i+1;
Rnames{i} = 'MACRO2 + RO2 = MACROH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'MACRO2'; Gstr{i,2} = 'RO2';
fMACRO2(i)=fMACRO2(i)-1; fMACROH(i)=fMACROH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + HO2 = MACROHOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'HO2'; 
fMACROHO2(i)=fMACROHO2(i)-1; fHO2(i)=fHO2(i)-1; fMACROHOOH(i)=fMACROHOOH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + NO = MACRNB';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'NO'; 
fMACROHO2(i)=fMACROHO2(i)-1; fNO(i)=fNO(i)-1; fMACRNB(i)=fMACRNB(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + NO = MACROHO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'NO'; 
fMACROHO2(i)=fMACROHO2(i)-1; fNO(i)=fNO(i)-1; fMACROHO(i)=fMACROHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + NO3 = MACROHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'NO3'; 
fMACROHO2(i)=fMACROHO2(i)-1; fNO3(i)=fNO3(i)-1; fMACROHO(i)=fMACROHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + RO2 = C3MDIALOH';
k(:,i) = 1.4e-12.*0.2;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'RO2';
fMACROHO2(i)=fMACROHO2(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + RO2 = MACROH';
k(:,i) = 1.4e-12.*0.2;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'RO2';
fMACROHO2(i)=fMACROHO2(i)-1; fMACROH(i)=fMACROH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO2 + RO2 = MACROHO';
k(:,i) = 1.4e-12.*0.6;
Gstr{i,1} = 'MACROHO2'; Gstr{i,2} = 'RO2';
fMACROHO2(i)=fMACROHO2(i)-1; fMACROHO(i)=fMACROHO(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + HO2 = C3DBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'HO2'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3DBCO3H(i)=fC3DBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + HO2 = C3H5CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'HO2'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3H5CO2H(i)=fC3H5CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + HO2 = CH3CHO + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'HO2'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + NO = CH3CHO + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'NO'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fNO(i)=fNO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + NO2 = C3DBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'NO2'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC3DBPAN(i)=fC3DBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + NO3 = CH3CHO + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'NO3'; 
fC3DBCO3(i)=fC3DBCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3 + RO2 = C3H5CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'RO2';
fC3DBCO3(i)=fC3DBCO3(i)-1; fC3H5CO2H(i)=fC3H5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3+ RO2 =CH3CHO + HO2 + CO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C3DBCO3'; Gstr{i,2} = 'RO2';
fC3DBCO3(i)=fC3DBCO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + HO2 = C4CONO3OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'HO2'; 
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC4CONO3OOH(i)=fC4CONO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + NO = C4CONO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'NO'; 
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fNO(i)=fNO(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + NO3 = C4CONO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'NO3'; 
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fNO3(i)=fNO3(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + RO2 = C4CONO3CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'RO2';
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fC4CONO3CO(i)=fC4CONO3CO(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + RO2 = C4CONO3O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'RO2';
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O2 + RO2 = COCCOHNO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4CONO3O2'; Gstr{i,2} = 'RO2';
fC4CONO3O2(i)=fC4CONO3O2(i)-1; fCOCCOHNO3(i)=fCOCCOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + HO2 = C4NO3COOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'HO2'; 
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fHO2(i)=fHO2(i)-1; fC4NO3COOOH(i)=fC4NO3COOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + NO = C4NO3OCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'NO'; 
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fNO(i)=fNO(i)-1; fC4NO3OCO(i)=fC4NO3OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + NO3 = C4NO3OCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'NO3'; 
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fNO3(i)=fNO3(i)-1; fC4NO3OCO(i)=fC4NO3OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + RO2 = C4CONO3CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'RO2';
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fC4CONO3CO(i)=fC4CONO3CO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + RO2 = C4NO3OCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'RO2';
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fC4NO3OCO(i)=fC4NO3OCO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COO2 + RO2 = C4OCCOHNO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4NO3COO2'; Gstr{i,2} = 'RO2';
fC4NO3COO2(i)=fC4NO3COO2(i)-1; fC4OCCOHNO3(i)=fC4OCCOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOB = CH3CHOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CH3CHOOB'; 
fCH3CHOOB(i)=fCH3CHOOB(i)-1; fCH3CHOO(i)=fCH3CHOO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOB = CH3O2 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'CH3CHOOB'; 
fCH3CHOOB(i)=fCH3CHOOB(i)-1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOB = CH3O2 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'CH3CHOOB'; 
fCH3CHOOB(i)=fCH3CHOOB(i)-1; fCH3O2(i)=fCH3O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOB = CH4';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'CH3CHOOB'; 
fCH3CHOOB(i)=fCH3CHOOB(i)-1; fCH4(i)=fCH4(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + HO2 = C4OCCOHOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'HO2'; 
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fHO2(i)=fHO2(i)-1; fC4OCCOHOOH(i)=fC4OCCOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + NO = C4OCCOHCO + NO2';
k(:,i) = KRO2NO.*0.957;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'NO'; 
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fNO(i)=fNO(i)-1; fC4OCCOHCO(i)=fC4OCCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + NO = C4OCCOHNO3';
k(:,i) = KRO2NO.*0.043;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'NO'; 
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fNO(i)=fNO(i)-1; fC4OCCOHNO3(i)=fC4OCCOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + NO3 = C4OCCOHCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'NO3'; 
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fNO3(i)=fNO3(i)-1; fC4OCCOHCO(i)=fC4OCCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + RO2 = C4OCCOHCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'RO2';
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fC4OCCOHCO(i)=fC4OCCOHCO(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + RO2 = C4OCCOHCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'RO2';
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fC4OCCOHCOH(i)=fC4OCCOHCOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO2 + RO2 = CO2H3CHO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C4OCCOHCO2'; Gstr{i,2} = 'RO2';
fC4OCCOHCO2(i)=fC4OCCOHCO2(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + HO2 = COCCOHCOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'HO2'; 
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fHO2(i)=fHO2(i)-1; fCOCCOHCOOH(i)=fCOCCOHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + NO = COCCOHCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'NO'; 
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fNO(i)=fNO(i)-1; fCOCCOHCO(i)=fCOCCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + NO3 = COCCOHCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'NO3'; 
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fNO3(i)=fNO3(i)-1; fCOCCOHCO(i)=fCOCCOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + RO2 = C4OCCOHCOH';
k(:,i) = 0.2.*8.8E-13;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'RO2';
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fC4OCCOHCOH(i)=fC4OCCOHCOH(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + RO2 = CCOCOCOH';
k(:,i) = 0.2.*8.8E-13;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'RO2';
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fCCOCOCOH(i)=fCCOCOCOH(i)+1; 

i=i+1;
Rnames{i} = 'COCCOH2CO2 + RO2 = COCCOHCO';
k(:,i) = 0.6.*8.8E-13;
Gstr{i,1} = 'COCCOH2CO2'; Gstr{i,2} = 'RO2';
fCOCCOH2CO2(i)=fCOCCOH2CO2(i)-1; fCOCCOHCO(i)=fCOCCOHCO(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + HO2 = SC4H9OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'HO2'; 
fSC4H9O2(i)=fSC4H9O2(i)-1; fHO2(i)=fHO2(i)-1; fSC4H9OOH(i)=fSC4H9OOH(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + NO = SC4H9NO3';
k(:,i) = KRO2NO.*0.090;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'NO'; 
fSC4H9O2(i)=fSC4H9O2(i)-1; fNO(i)=fNO(i)-1; fSC4H9NO3(i)=fSC4H9NO3(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + NO = SC4H9O + NO2';
k(:,i) = KRO2NO.*0.910;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'NO'; 
fSC4H9O2(i)=fSC4H9O2(i)-1; fNO(i)=fNO(i)-1; fSC4H9O(i)=fSC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + NO3 = SC4H9O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'NO3'; 
fSC4H9O2(i)=fSC4H9O2(i)-1; fNO3(i)=fNO3(i)-1; fSC4H9O(i)=fSC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + RO2 = BUT2OL';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'RO2';
fSC4H9O2(i)=fSC4H9O2(i)-1; fBUT2OL(i)=fBUT2OL(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + RO2 = MEK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'RO2';
fSC4H9O2(i)=fSC4H9O2(i)-1; fMEK(i)=fMEK(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O2 + RO2 = SC4H9O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'SC4H9O2'; Gstr{i,2} = 'RO2';
fSC4H9O2(i)=fSC4H9O2(i)-1; fSC4H9O(i)=fSC4H9O(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + HO2 = IC4H9OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'HO2'; 
fIC4H9O2(i)=fIC4H9O2(i)-1; fHO2(i)=fHO2(i)-1; fIC4H9OOH(i)=fIC4H9OOH(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + NO = IC4H9NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'NO'; 
fIC4H9O2(i)=fIC4H9O2(i)-1; fNO(i)=fNO(i)-1; fIC4H9NO3(i)=fIC4H9NO3(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + NO = IC4H9O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'NO'; 
fIC4H9O2(i)=fIC4H9O2(i)-1; fNO(i)=fNO(i)-1; fIC4H9O(i)=fIC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + NO3 = IC4H9O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'NO3'; 
fIC4H9O2(i)=fIC4H9O2(i)-1; fNO3(i)=fNO3(i)-1; fIC4H9O(i)=fIC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + RO2 = IBUTOL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'RO2';
fIC4H9O2(i)=fIC4H9O2(i)-1; fIBUTOL(i)=fIBUTOL(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + RO2 = IC4H9O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'RO2';
fIC4H9O2(i)=fIC4H9O2(i)-1; fIC4H9O(i)=fIC4H9O(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O2 + RO2 = IPRCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IC4H9O2'; Gstr{i,2} = 'RO2';
fIC4H9O2(i)=fIC4H9O2(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + HO2 = TC4H9OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'HO2'; 
fTC4H9O2(i)=fTC4H9O2(i)-1; fHO2(i)=fHO2(i)-1; fTC4H9OOH(i)=fTC4H9OOH(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + NO = TC4H9NO3';
k(:,i) = KRO2NO.*0.025;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'NO'; 
fTC4H9O2(i)=fTC4H9O2(i)-1; fNO(i)=fNO(i)-1; fTC4H9NO3(i)=fTC4H9NO3(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + NO = TC4H9O + NO2';
k(:,i) = KRO2NO.*0.975;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'NO'; 
fTC4H9O2(i)=fTC4H9O2(i)-1; fNO(i)=fNO(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + NO3 = TC4H9O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'NO3'; 
fTC4H9O2(i)=fTC4H9O2(i)-1; fNO3(i)=fNO3(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + RO2 = TBUTOL';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'RO2';
fTC4H9O2(i)=fTC4H9O2(i)-1; fTBUTOL(i)=fTBUTOL(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9O2 + RO2 = TC4H9O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'TC4H9O2'; Gstr{i,2} = 'RO2';
fTC4H9O2(i)=fTC4H9O2(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + HO2 = PEAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'HO2'; 
fPEAO2(i)=fPEAO2(i)-1; fHO2(i)=fHO2(i)-1; fPEAOOH(i)=fPEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + NO = PEANO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'NO'; 
fPEAO2(i)=fPEAO2(i)-1; fNO(i)=fNO(i)-1; fPEANO3(i)=fPEANO3(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + NO = PEAO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'NO'; 
fPEAO2(i)=fPEAO2(i)-1; fNO(i)=fNO(i)-1; fPEAO(i)=fPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + NO3 = PEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'NO3'; 
fPEAO2(i)=fPEAO2(i)-1; fNO3(i)=fNO3(i)-1; fPEAO(i)=fPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + RO2 = C4H9CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'RO2';
fPEAO2(i)=fPEAO2(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + RO2 = PEAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'RO2';
fPEAO2(i)=fPEAO2(i)-1; fPEAO(i)=fPEAO(i)+1; 

i=i+1;
Rnames{i} = 'PEAO2 + RO2 = PEAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'PEAO2'; Gstr{i,2} = 'RO2';
fPEAO2(i)=fPEAO2(i)-1; fPEAOH(i)=fPEAOH(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + HO2 = PEBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'HO2'; 
fPEBO2(i)=fPEBO2(i)-1; fHO2(i)=fHO2(i)-1; fPEBOOH(i)=fPEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + NO = PEBNO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'NO'; 
fPEBO2(i)=fPEBO2(i)-1; fNO(i)=fNO(i)-1; fPEBNO3(i)=fPEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + NO = PEBO + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'NO'; 
fPEBO2(i)=fPEBO2(i)-1; fNO(i)=fNO(i)-1; fPEBO(i)=fPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + NO3 = PEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'NO3'; 
fPEBO2(i)=fPEBO2(i)-1; fNO3(i)=fNO3(i)-1; fPEBO(i)=fPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + RO2 = MPRK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'RO2';
fPEBO2(i)=fPEBO2(i)-1; fMPRK(i)=fMPRK(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + RO2 = PEBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'RO2';
fPEBO2(i)=fPEBO2(i)-1; fPEBO(i)=fPEBO(i)+1; 

i=i+1;
Rnames{i} = 'PEBO2 + RO2 = PEBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PEBO2'; Gstr{i,2} = 'RO2';
fPEBO2(i)=fPEBO2(i)-1; fPEBOH(i)=fPEBOH(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + HO2 = PECOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'HO2'; 
fPECO2(i)=fPECO2(i)-1; fHO2(i)=fHO2(i)-1; fPECOOH(i)=fPECOOH(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + NO = PECNO3';
k(:,i) = KRO2NO.*0.131;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'NO'; 
fPECO2(i)=fPECO2(i)-1; fNO(i)=fNO(i)-1; fPECNO3(i)=fPECNO3(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + NO = PECO + NO2';
k(:,i) = KRO2NO.*0.869;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'NO'; 
fPECO2(i)=fPECO2(i)-1; fNO(i)=fNO(i)-1; fPECO(i)=fPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + NO3 = PECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'NO3'; 
fPECO2(i)=fPECO2(i)-1; fNO3(i)=fNO3(i)-1; fPECO(i)=fPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + RO2 = DIEK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'RO2';
fPECO2(i)=fPECO2(i)-1; fDIEK(i)=fDIEK(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + RO2 = PECO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'RO2';
fPECO2(i)=fPECO2(i)-1; fPECO(i)=fPECO(i)+1; 

i=i+1;
Rnames{i} = 'PECO2 + RO2 = PECOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PECO2'; Gstr{i,2} = 'RO2';
fPECO2(i)=fPECO2(i)-1; fPECOH(i)=fPECOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + HO2 = IPEAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'HO2'; 
fIPEAO2(i)=fIPEAO2(i)-1; fHO2(i)=fHO2(i)-1; fIPEAOOH(i)=fIPEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + NO = IPEANO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'NO'; 
fIPEAO2(i)=fIPEAO2(i)-1; fNO(i)=fNO(i)-1; fIPEANO3(i)=fIPEANO3(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + NO = IPEAO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'NO'; 
fIPEAO2(i)=fIPEAO2(i)-1; fNO(i)=fNO(i)-1; fIPEAO(i)=fIPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + NO3 = IPEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'NO3'; 
fIPEAO2(i)=fIPEAO2(i)-1; fNO3(i)=fNO3(i)-1; fIPEAO(i)=fIPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + RO2 = BUT2CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'RO2';
fIPEAO2(i)=fIPEAO2(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + RO2 = IPEAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'RO2';
fIPEAO2(i)=fIPEAO2(i)-1; fIPEAO(i)=fIPEAO(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO2 + RO2 = IPEAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IPEAO2'; Gstr{i,2} = 'RO2';
fIPEAO2(i)=fIPEAO2(i)-1; fIPEAOH(i)=fIPEAOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + HO2 = IPEBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'HO2'; 
fIPEBO2(i)=fIPEBO2(i)-1; fHO2(i)=fHO2(i)-1; fIPEBOOH(i)=fIPEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + NO = IPEBNO3';
k(:,i) = KRO2NO.*0.141;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'NO'; 
fIPEBO2(i)=fIPEBO2(i)-1; fNO(i)=fNO(i)-1; fIPEBNO3(i)=fIPEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + NO = IPEBO + NO2';
k(:,i) = KRO2NO.*0.859;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'NO'; 
fIPEBO2(i)=fIPEBO2(i)-1; fNO(i)=fNO(i)-1; fIPEBO(i)=fIPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + NO3 = IPEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'NO3'; 
fIPEBO2(i)=fIPEBO2(i)-1; fNO3(i)=fNO3(i)-1; fIPEBO(i)=fIPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + RO2 = IPEBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'RO2';
fIPEBO2(i)=fIPEBO2(i)-1; fIPEBO(i)=fIPEBO(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + RO2 = IPEBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'RO2';
fIPEBO2(i)=fIPEBO2(i)-1; fIPEBOH(i)=fIPEBOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO2 + RO2 = MIPK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'IPEBO2'; Gstr{i,2} = 'RO2';
fIPEBO2(i)=fIPEBO2(i)-1; fMIPK(i)=fMIPK(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + HO2 = IPECOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'HO2'; 
fIPECO2(i)=fIPECO2(i)-1; fHO2(i)=fHO2(i)-1; fIPECOOH(i)=fIPECOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + NO = IPECNO3';
k(:,i) = KRO2NO.*0.047;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'NO'; 
fIPECO2(i)=fIPECO2(i)-1; fNO(i)=fNO(i)-1; fIPECNO3(i)=fIPECNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + NO = IPECO + NO2';
k(:,i) = KRO2NO.*0.953;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'NO'; 
fIPECO2(i)=fIPECO2(i)-1; fNO(i)=fNO(i)-1; fIPECO(i)=fIPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + NO3 = IPECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'NO3'; 
fIPECO2(i)=fIPECO2(i)-1; fNO3(i)=fNO3(i)-1; fIPECO(i)=fIPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + RO2 = IPECO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'RO2';
fIPECO2(i)=fIPECO2(i)-1; fIPECO(i)=fIPECO(i)+1; 

i=i+1;
Rnames{i} = 'IPECO2 + RO2 = IPECOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'IPECO2'; Gstr{i,2} = 'RO2';
fIPECO2(i)=fIPECO2(i)-1; fIPECOH(i)=fIPECOH(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + HO2 = NEOPOOH';
k(:,i) = 1.43e-13.*exp(1380./T);
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'HO2'; 
fNEOPO2(i)=fNEOPO2(i)-1; fHO2(i)=fHO2(i)-1; fNEOPOOH(i)=fNEOPOOH(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + NO = NEOPNO3';
k(:,i) = KRO2NO.*0.051;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'NO'; 
fNEOPO2(i)=fNEOPO2(i)-1; fNO(i)=fNO(i)-1; fNEOPNO3(i)=fNEOPNO3(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + NO = NEOPO + NO2';
k(:,i) = KRO2NO.*0.949;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'NO'; 
fNEOPO2(i)=fNEOPO2(i)-1; fNO(i)=fNO(i)-1; fNEOPO(i)=fNEOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + NO3 = NEOPO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'NO3'; 
fNEOPO2(i)=fNEOPO2(i)-1; fNO3(i)=fNO3(i)-1; fNEOPO(i)=fNEOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + RO2 = IPECO';
k(:,i) = 1.3e-12.*0.6;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'RO2';
fNEOPO2(i)=fNEOPO2(i)-1; fIPECO(i)=fIPECO(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + RO2 = NEOPOH';
k(:,i) = 1.3e-12.*0.2;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'RO2';
fNEOPO2(i)=fNEOPO2(i)-1; fNEOPOH(i)=fNEOPOH(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO2 + RO2 = TBUTCHO';
k(:,i) = 1.3e-12.*0.2;
Gstr{i,1} = 'NEOPO2'; Gstr{i,2} = 'RO2';
fNEOPO2(i)=fNEOPO2(i)-1; fTBUTCHO(i)=fTBUTCHO(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + HO2 = HEXAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'HO2'; 
fHEXAO2(i)=fHEXAO2(i)-1; fHO2(i)=fHO2(i)-1; fHEXAOOH(i)=fHEXAOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + NO = HEXANO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'NO'; 
fHEXAO2(i)=fHEXAO2(i)-1; fNO(i)=fNO(i)-1; fHEXANO3(i)=fHEXANO3(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + NO = HEXAO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'NO'; 
fHEXAO2(i)=fHEXAO2(i)-1; fNO(i)=fNO(i)-1; fHEXAO(i)=fHEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + NO3 = HEXAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'NO3'; 
fHEXAO2(i)=fHEXAO2(i)-1; fNO3(i)=fNO3(i)-1; fHEXAO(i)=fHEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + RO2 = C5H11CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'RO2';
fHEXAO2(i)=fHEXAO2(i)-1; fC5H11CHO(i)=fC5H11CHO(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + RO2 = HEXAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'RO2';
fHEXAO2(i)=fHEXAO2(i)-1; fHEXAO(i)=fHEXAO(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO2 + RO2 = HEXAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HEXAO2'; Gstr{i,2} = 'RO2';
fHEXAO2(i)=fHEXAO2(i)-1; fHEXAOH(i)=fHEXAOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + HO2 = HEXBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'HO2'; 
fHEXBO2(i)=fHEXBO2(i)-1; fHO2(i)=fHO2(i)-1; fHEXBOOH(i)=fHEXBOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + NO = HEXBNO3';
k(:,i) = KRO2NO.*0.209;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'NO'; 
fHEXBO2(i)=fHEXBO2(i)-1; fNO(i)=fNO(i)-1; fHEXBNO3(i)=fHEXBNO3(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + NO = HEXBO + NO2';
k(:,i) = KRO2NO.*0.791;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'NO'; 
fHEXBO2(i)=fHEXBO2(i)-1; fNO(i)=fNO(i)-1; fHEXBO(i)=fHEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + NO3 = HEXBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'NO3'; 
fHEXBO2(i)=fHEXBO2(i)-1; fNO3(i)=fNO3(i)-1; fHEXBO(i)=fHEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + RO2 = HEX2ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'RO2';
fHEXBO2(i)=fHEXBO2(i)-1; fHEX2ONE(i)=fHEX2ONE(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + RO2 = HEXBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'RO2';
fHEXBO2(i)=fHEXBO2(i)-1; fHEXBO(i)=fHEXBO(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO2 + RO2 = HEXBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEXBO2'; Gstr{i,2} = 'RO2';
fHEXBO2(i)=fHEXBO2(i)-1; fHEXBOH(i)=fHEXBOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + HO2 = HEXCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'HO2'; 
fHEXCO2(i)=fHEXCO2(i)-1; fHO2(i)=fHO2(i)-1; fHEXCOOH(i)=fHEXCOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + NO = HEXCNO3';
k(:,i) = KRO2NO.*0.230;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'NO'; 
fHEXCO2(i)=fHEXCO2(i)-1; fNO(i)=fNO(i)-1; fHEXCNO3(i)=fHEXCNO3(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + NO = HEXCO + NO2';
k(:,i) = KRO2NO.*0.770;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'NO'; 
fHEXCO2(i)=fHEXCO2(i)-1; fNO(i)=fNO(i)-1; fHEXCO(i)=fHEXCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + NO3 = HEXCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'NO3'; 
fHEXCO2(i)=fHEXCO2(i)-1; fNO3(i)=fNO3(i)-1; fHEXCO(i)=fHEXCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + RO2 = HEX3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'RO2';
fHEXCO2(i)=fHEXCO2(i)-1; fHEX3ONE(i)=fHEX3ONE(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + RO2 = HEXCO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'RO2';
fHEXCO2(i)=fHEXCO2(i)-1; fHEXCO(i)=fHEXCO(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO2 + RO2 = HEXCOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEXCO2'; Gstr{i,2} = 'RO2';
fHEXCO2(i)=fHEXCO2(i)-1; fHEXCOH(i)=fHEXCOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + HO2 = M2PEAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'HO2'; 
fM2PEAO2(i)=fM2PEAO2(i)-1; fHO2(i)=fHO2(i)-1; fM2PEAOOH(i)=fM2PEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + NO = M2PEANO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'NO'; 
fM2PEAO2(i)=fM2PEAO2(i)-1; fNO(i)=fNO(i)-1; fM2PEANO3(i)=fM2PEANO3(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + NO = M2PEAO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'NO'; 
fM2PEAO2(i)=fM2PEAO2(i)-1; fNO(i)=fNO(i)-1; fM2PEAO(i)=fM2PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + NO3 = M2PEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'NO3'; 
fM2PEAO2(i)=fM2PEAO2(i)-1; fNO3(i)=fNO3(i)-1; fM2PEAO(i)=fM2PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + RO2 = C54CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'RO2';
fM2PEAO2(i)=fM2PEAO2(i)-1; fC54CHO(i)=fC54CHO(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + RO2 = M2PEAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'RO2';
fM2PEAO2(i)=fM2PEAO2(i)-1; fM2PEAO(i)=fM2PEAO(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO2 + RO2 = M2PEAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M2PEAO2'; Gstr{i,2} = 'RO2';
fM2PEAO2(i)=fM2PEAO2(i)-1; fM2PEAOH(i)=fM2PEAOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + HO2 = M2PEBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'HO2'; 
fM2PEBO2(i)=fM2PEBO2(i)-1; fHO2(i)=fHO2(i)-1; fM2PEBOOH(i)=fM2PEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + NO = M2PEBNO3';
k(:,i) = KRO2NO.*0.190;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'NO'; 
fM2PEBO2(i)=fM2PEBO2(i)-1; fNO(i)=fNO(i)-1; fM2PEBNO3(i)=fM2PEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + NO = M2PEBO + NO2';
k(:,i) = KRO2NO.*0.810;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'NO'; 
fM2PEBO2(i)=fM2PEBO2(i)-1; fNO(i)=fNO(i)-1; fM2PEBO(i)=fM2PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + NO3 = M2PEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'NO3'; 
fM2PEBO2(i)=fM2PEBO2(i)-1; fNO3(i)=fNO3(i)-1; fM2PEBO(i)=fM2PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + RO2 = M2PEBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'RO2';
fM2PEBO2(i)=fM2PEBO2(i)-1; fM2PEBO(i)=fM2PEBO(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + RO2 = M2PEBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'RO2';
fM2PEBO2(i)=fM2PEBO2(i)-1; fM2PEBOH(i)=fM2PEBOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO2 + RO2 = MIBK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2PEBO2'; Gstr{i,2} = 'RO2';
fM2PEBO2(i)=fM2PEBO2(i)-1; fMIBK(i)=fMIBK(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + HO2 = M2PECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'HO2'; 
fM2PECO2(i)=fM2PECO2(i)-1; fHO2(i)=fHO2(i)-1; fM2PECOOH(i)=fM2PECOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + NO = M2PECNO3';
k(:,i) = KRO2NO.*0.190;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'NO'; 
fM2PECO2(i)=fM2PECO2(i)-1; fNO(i)=fNO(i)-1; fM2PECNO3(i)=fM2PECNO3(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + NO = M2PECO + NO2';
k(:,i) = KRO2NO.*0.810;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'NO'; 
fM2PECO2(i)=fM2PECO2(i)-1; fNO(i)=fNO(i)-1; fM2PECO(i)=fM2PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + NO3 = M2PECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'NO3'; 
fM2PECO2(i)=fM2PECO2(i)-1; fNO3(i)=fNO3(i)-1; fM2PECO(i)=fM2PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + RO2 = EIPK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'RO2';
fM2PECO2(i)=fM2PECO2(i)-1; fEIPK(i)=fEIPK(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + RO2 = M2PECO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'RO2';
fM2PECO2(i)=fM2PECO2(i)-1; fM2PECO(i)=fM2PECO(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO2 + RO2 = M2PECOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2PECO2'; Gstr{i,2} = 'RO2';
fM2PECO2(i)=fM2PECO2(i)-1; fM2PECOH(i)=fM2PECOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + HO2 = M2PEDOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'HO2'; 
fM2PEDO2(i)=fM2PEDO2(i)-1; fHO2(i)=fHO2(i)-1; fM2PEDOOH(i)=fM2PEDOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + NO = M2PEDNO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'NO'; 
fM2PEDO2(i)=fM2PEDO2(i)-1; fNO(i)=fNO(i)-1; fM2PEDNO3(i)=fM2PEDNO3(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + NO = M2PEDO + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'NO'; 
fM2PEDO2(i)=fM2PEDO2(i)-1; fNO(i)=fNO(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + NO3 = M2PEDO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'NO3'; 
fM2PEDO2(i)=fM2PEDO2(i)-1; fNO3(i)=fNO3(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + RO2 = M2PEDO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'RO2';
fM2PEDO2(i)=fM2PEDO2(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO2 + RO2 = M2PEDOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'M2PEDO2'; Gstr{i,2} = 'RO2';
fM2PEDO2(i)=fM2PEDO2(i)-1; fM2PEDOH(i)=fM2PEDOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + HO2 = M3PEAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'HO2'; 
fM3PEAO2(i)=fM3PEAO2(i)-1; fHO2(i)=fHO2(i)-1; fM3PEAOOH(i)=fM3PEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + NO = M3PEANO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'NO'; 
fM3PEAO2(i)=fM3PEAO2(i)-1; fNO(i)=fNO(i)-1; fM3PEANO3(i)=fM3PEANO3(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + NO = M3PEAO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'NO'; 
fM3PEAO2(i)=fM3PEAO2(i)-1; fNO(i)=fNO(i)-1; fM3PEAO(i)=fM3PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + NO3 = M3PEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'NO3'; 
fM3PEAO2(i)=fM3PEAO2(i)-1; fNO3(i)=fNO3(i)-1; fM3PEAO(i)=fM3PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + RO2 = M3C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'RO2';
fM3PEAO2(i)=fM3PEAO2(i)-1; fM3C4CHO(i)=fM3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + RO2 = M3PEAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'RO2';
fM3PEAO2(i)=fM3PEAO2(i)-1; fM3PEAO(i)=fM3PEAO(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO2 + RO2 = M3PEAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M3PEAO2'; Gstr{i,2} = 'RO2';
fM3PEAO2(i)=fM3PEAO2(i)-1; fM3PEAOH(i)=fM3PEAOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + HO2 = M3PEBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'HO2'; 
fM3PEBO2(i)=fM3PEBO2(i)-1; fHO2(i)=fHO2(i)-1; fM3PEBOOH(i)=fM3PEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + NO = M3PEBNO3';
k(:,i) = KRO2NO.*0.178;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'NO'; 
fM3PEBO2(i)=fM3PEBO2(i)-1; fNO(i)=fNO(i)-1; fM3PEBNO3(i)=fM3PEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + NO = M3PEBO + NO2';
k(:,i) = KRO2NO.*0.822;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'NO'; 
fM3PEBO2(i)=fM3PEBO2(i)-1; fNO(i)=fNO(i)-1; fM3PEBO(i)=fM3PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + NO3 = M3PEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'NO3'; 
fM3PEBO2(i)=fM3PEBO2(i)-1; fNO3(i)=fNO3(i)-1; fM3PEBO(i)=fM3PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + RO2 = M2BK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'RO2';
fM3PEBO2(i)=fM3PEBO2(i)-1; fM2BK(i)=fM2BK(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + RO2 = M3PEBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'RO2';
fM3PEBO2(i)=fM3PEBO2(i)-1; fM3PEBO(i)=fM3PEBO(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO2 + RO2 = M3PEBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M3PEBO2'; Gstr{i,2} = 'RO2';
fM3PEBO2(i)=fM3PEBO2(i)-1; fM3PEBOH(i)=fM3PEBOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + HO2 = M3PECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'HO2'; 
fM3PECO2(i)=fM3PECO2(i)-1; fHO2(i)=fHO2(i)-1; fM3PECOOH(i)=fM3PECOOH(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + NO = M3PECNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'NO'; 
fM3PECO2(i)=fM3PECO2(i)-1; fNO(i)=fNO(i)-1; fM3PECNO3(i)=fM3PECNO3(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + NO = M3PECO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'NO'; 
fM3PECO2(i)=fM3PECO2(i)-1; fNO(i)=fNO(i)-1; fM3PECO(i)=fM3PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + NO3 = M3PECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'NO3'; 
fM3PECO2(i)=fM3PECO2(i)-1; fNO3(i)=fNO3(i)-1; fM3PECO(i)=fM3PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + RO2 = M3PECO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'RO2';
fM3PECO2(i)=fM3PECO2(i)-1; fM3PECO(i)=fM3PECO(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO2 + RO2 = M3PECOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'M3PECO2'; Gstr{i,2} = 'RO2';
fM3PECO2(i)=fM3PECO2(i)-1; fM3PECOH(i)=fM3PECOH(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + HO2 = M22C43OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'HO2'; 
fM22C43O2(i)=fM22C43O2(i)-1; fHO2(i)=fHO2(i)-1; fM22C43OOH(i)=fM22C43OOH(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + NO = M22C43NO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'NO'; 
fM22C43O2(i)=fM22C43O2(i)-1; fNO(i)=fNO(i)-1; fM22C43NO3(i)=fM22C43NO3(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + NO = M22C43O + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'NO'; 
fM22C43O2(i)=fM22C43O2(i)-1; fNO(i)=fNO(i)-1; fM22C43O(i)=fM22C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + NO3 = M22C43O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'NO3'; 
fM22C43O2(i)=fM22C43O2(i)-1; fNO3(i)=fNO3(i)-1; fM22C43O(i)=fM22C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + RO2 = M22C43O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'RO2';
fM22C43O2(i)=fM22C43O2(i)-1; fM22C43O(i)=fM22C43O(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + RO2 = M22C43OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'RO2';
fM22C43O2(i)=fM22C43O2(i)-1; fM22C43OH(i)=fM22C43OH(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O2 + RO2 = MTBK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M22C43O2'; Gstr{i,2} = 'RO2';
fM22C43O2(i)=fM22C43O2(i)-1; fMTBK(i)=fMTBK(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + HO2 = M22C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'HO2'; 
fM22C4O2(i)=fM22C4O2(i)-1; fHO2(i)=fHO2(i)-1; fM22C4OOH(i)=fM22C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + NO = M22C4NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'NO'; 
fM22C4O2(i)=fM22C4O2(i)-1; fNO(i)=fNO(i)-1; fM22C4NO3(i)=fM22C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + NO = M22C4O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'NO'; 
fM22C4O2(i)=fM22C4O2(i)-1; fNO(i)=fNO(i)-1; fM22C4O(i)=fM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + NO3 = M22C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'NO3'; 
fM22C4O2(i)=fM22C4O2(i)-1; fNO3(i)=fNO3(i)-1; fM22C4O(i)=fM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + RO2 = M22C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'RO2';
fM22C4O2(i)=fM22C4O2(i)-1; fM22C3CHO(i)=fM22C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + RO2 = M22C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'RO2';
fM22C4O2(i)=fM22C4O2(i)-1; fM22C4O(i)=fM22C4O(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O2 + RO2 = M22C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M22C4O2'; Gstr{i,2} = 'RO2';
fM22C4O2(i)=fM22C4O2(i)-1; fM22C4OH(i)=fM22C4OH(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + HO2 = M33C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'HO2'; 
fM33C4O2(i)=fM33C4O2(i)-1; fHO2(i)=fHO2(i)-1; fM33C4OOH(i)=fM33C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + NO = M33C4NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'NO'; 
fM33C4O2(i)=fM33C4O2(i)-1; fNO(i)=fNO(i)-1; fM33C4NO3(i)=fM33C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + NO = M33C4O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'NO'; 
fM33C4O2(i)=fM33C4O2(i)-1; fNO(i)=fNO(i)-1; fM33C4O(i)=fM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + NO3 = M33C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'NO3'; 
fM33C4O2(i)=fM33C4O2(i)-1; fNO3(i)=fNO3(i)-1; fM33C4O(i)=fM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + RO2 = M33C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'RO2';
fM33C4O2(i)=fM33C4O2(i)-1; fM33C3CHO(i)=fM33C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + RO2 = M33C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'RO2';
fM33C4O2(i)=fM33C4O2(i)-1; fM33C4O(i)=fM33C4O(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O2 + RO2 = M33C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M33C4O2'; Gstr{i,2} = 'RO2';
fM33C4O2(i)=fM33C4O2(i)-1; fM33C4OH(i)=fM33C4OH(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + HO2 = M23C43OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'HO2'; 
fM23C43O2(i)=fM23C43O2(i)-1; fHO2(i)=fHO2(i)-1; fM23C43OOH(i)=fM23C43OOH(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + NO = M23C43NO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'NO'; 
fM23C43O2(i)=fM23C43O2(i)-1; fNO(i)=fNO(i)-1; fM23C43NO3(i)=fM23C43NO3(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + NO = M23C43O + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'NO'; 
fM23C43O2(i)=fM23C43O2(i)-1; fNO(i)=fNO(i)-1; fM23C43O(i)=fM23C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + NO3 = M23C43O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'NO3'; 
fM23C43O2(i)=fM23C43O2(i)-1; fNO3(i)=fNO3(i)-1; fM23C43O(i)=fM23C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + RO2 = M23C43O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'RO2';
fM23C43O2(i)=fM23C43O2(i)-1; fM23C43O(i)=fM23C43O(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O2 + RO2 = M23C43OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'M23C43O2'; Gstr{i,2} = 'RO2';
fM23C43O2(i)=fM23C43O2(i)-1; fM23C43OH(i)=fM23C43OH(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + HO2 = M23C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'HO2'; 
fM23C4O2(i)=fM23C4O2(i)-1; fHO2(i)=fHO2(i)-1; fM23C4OOH(i)=fM23C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + NO = M23C4NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'NO'; 
fM23C4O2(i)=fM23C4O2(i)-1; fNO(i)=fNO(i)-1; fM23C4NO3(i)=fM23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + NO = M23C4O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'NO'; 
fM23C4O2(i)=fM23C4O2(i)-1; fNO(i)=fNO(i)-1; fM23C4O(i)=fM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + NO3 = M23C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'NO3'; 
fM23C4O2(i)=fM23C4O2(i)-1; fNO3(i)=fNO3(i)-1; fM23C4O(i)=fM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + RO2 = M23C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'RO2';
fM23C4O2(i)=fM23C4O2(i)-1; fM23C4O(i)=fM23C4O(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + RO2 = M23C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'RO2';
fM23C4O2(i)=fM23C4O2(i)-1; fM23C4OH(i)=fM23C4OH(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O2 + RO2 = M2C43CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'M23C4O2'; Gstr{i,2} = 'RO2';
fM23C4O2(i)=fM23C4O2(i)-1; fM2C43CHO(i)=fM2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + HO2 = HEPTOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'HO2'; 
fHEPTO2(i)=fHEPTO2(i)-1; fHO2(i)=fHO2(i)-1; fHEPTOOH(i)=fHEPTOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + NO = HEPTNO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'NO'; 
fHEPTO2(i)=fHEPTO2(i)-1; fNO(i)=fNO(i)-1; fHEPTNO3(i)=fHEPTNO3(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + NO = HEPTO + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'NO'; 
fHEPTO2(i)=fHEPTO2(i)-1; fNO(i)=fNO(i)-1; fHEPTO(i)=fHEPTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + NO3 = HEPTO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'NO3'; 
fHEPTO2(i)=fHEPTO2(i)-1; fNO3(i)=fNO3(i)-1; fHEPTO(i)=fHEPTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + RO2 = HEPT3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'RO2';
fHEPTO2(i)=fHEPTO2(i)-1; fHEPT3ONE(i)=fHEPT3ONE(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + RO2 = HEPTO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'RO2';
fHEPTO2(i)=fHEPTO2(i)-1; fHEPTO(i)=fHEPTO(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO2 + RO2 = HEPTOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEPTO2'; Gstr{i,2} = 'RO2';
fHEPTO2(i)=fHEPTO2(i)-1; fHEPTOH(i)=fHEPTOH(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + HO2 = M2HEXAOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'HO2'; 
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fHO2(i)=fHO2(i)-1; fM2HEXAOOH(i)=fM2HEXAOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + NO = M2HEXANO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'NO'; 
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fNO(i)=fNO(i)-1; fM2HEXANO3(i)=fM2HEXANO3(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + NO = M2HEXAO + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'NO'; 
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fNO(i)=fNO(i)-1; fM2HEXAO(i)=fM2HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + NO3 = M2HEXAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'NO3'; 
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fNO3(i)=fNO3(i)-1; fM2HEXAO(i)=fM2HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + RO2 = M2CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'RO2';
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fM2CO5C6(i)=fM2CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + RO2 = M2HEXAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'RO2';
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fM2HEXAO(i)=fM2HEXAO(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO2 + RO2 = M2HEXAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2HEXAO2'; Gstr{i,2} = 'RO2';
fM2HEXAO2(i)=fM2HEXAO2(i)-1; fM2HEXAOH(i)=fM2HEXAOH(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + HO2 = M2HEXBOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'HO2'; 
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fHO2(i)=fHO2(i)-1; fM2HEXBOOH(i)=fM2HEXBOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + NO = M2HEXBNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'NO'; 
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fNO(i)=fNO(i)-1; fM2HEXBNO3(i)=fM2HEXBNO3(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + NO = M2HEXBO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'NO'; 
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fNO(i)=fNO(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + NO3 = M2HEXBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'NO3'; 
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fNO3(i)=fNO3(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + RO2 = M2HEXBO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'RO2';
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO2 + RO2 = M2HEXBOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'M2HEXBO2'; Gstr{i,2} = 'RO2';
fM2HEXBO2(i)=fM2HEXBO2(i)-1; fM2HEXBOH(i)=fM2HEXBOH(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + HO2 = M3HEXAOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'HO2'; 
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fHO2(i)=fHO2(i)-1; fM3HEXAOOH(i)=fM3HEXAOOH(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + NO = M3HEXANO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'NO'; 
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fNO(i)=fNO(i)-1; fM3HEXANO3(i)=fM3HEXANO3(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + NO = M3HEXAO + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'NO'; 
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fNO(i)=fNO(i)-1; fM3HEXAO(i)=fM3HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + NO3 = M3HEXAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'NO3'; 
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fNO3(i)=fNO3(i)-1; fM3HEXAO(i)=fM3HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + RO2 = M3CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'RO2';
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fM3CO5C6(i)=fM3CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + RO2 = M3HEXAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'RO2';
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fM3HEXAO(i)=fM3HEXAO(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO2 + RO2 = M3HEXAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M3HEXAO2'; Gstr{i,2} = 'RO2';
fM3HEXAO2(i)=fM3HEXAO2(i)-1; fM3HEXAOH(i)=fM3HEXAOH(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + HO2 = M3HEXBOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'HO2'; 
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fHO2(i)=fHO2(i)-1; fM3HEXBOOH(i)=fM3HEXBOOH(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + NO = M3HEXBNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'NO'; 
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fNO(i)=fNO(i)-1; fM3HEXBNO3(i)=fM3HEXBNO3(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + NO = M3HEXBO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'NO'; 
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fNO(i)=fNO(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + NO3 = M3HEXBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'NO3'; 
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fNO3(i)=fNO3(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + RO2 = M3HEXBO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'RO2';
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO2 + RO2 = M3HEXBOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'M3HEXBO2'; Gstr{i,2} = 'RO2';
fM3HEXBO2(i)=fM3HEXBO2(i)-1; fM3HEXBOH(i)=fM3HEXBOH(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + HO2 = OCTOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'HO2'; 
fOCTO2(i)=fOCTO2(i)-1; fHO2(i)=fHO2(i)-1; fOCTOOH(i)=fOCTOOH(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + NO = OCTNO3';
k(:,i) = KRO2NO.*0.346;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'NO'; 
fOCTO2(i)=fOCTO2(i)-1; fNO(i)=fNO(i)-1; fOCTNO3(i)=fOCTNO3(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + NO = OCTO + NO2';
k(:,i) = KRO2NO.*0.654;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'NO'; 
fOCTO2(i)=fOCTO2(i)-1; fNO(i)=fNO(i)-1; fOCTO(i)=fOCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + NO3 = OCTO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'NO3'; 
fOCTO2(i)=fOCTO2(i)-1; fNO3(i)=fNO3(i)-1; fOCTO(i)=fOCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + RO2 = OCT3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'RO2';
fOCTO2(i)=fOCTO2(i)-1; fOCT3ONE(i)=fOCT3ONE(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + RO2 = OCTO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'RO2';
fOCTO2(i)=fOCTO2(i)-1; fOCTO(i)=fOCTO(i)+1; 

i=i+1;
Rnames{i} = 'OCTO2 + RO2 = OCTOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'OCTO2'; Gstr{i,2} = 'RO2';
fOCTO2(i)=fOCTO2(i)-1; fOCTOH(i)=fOCTOH(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + HO2 = NONOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'HO2'; 
fNONO2(i)=fNONO2(i)-1; fHO2(i)=fHO2(i)-1; fNONOOH(i)=fNONOOH(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + NO = NONNO3';
k(:,i) = KRO2NO.*0.393;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'NO'; 
fNONO2(i)=fNONO2(i)-1; fNO(i)=fNO(i)-1; fNONNO3(i)=fNONNO3(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + NO = NONO + NO2';
k(:,i) = KRO2NO.*0.607;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'NO'; 
fNONO2(i)=fNONO2(i)-1; fNO(i)=fNO(i)-1; fNONO(i)=fNONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + NO3 = NONO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'NO3'; 
fNONO2(i)=fNONO2(i)-1; fNO3(i)=fNO3(i)-1; fNONO(i)=fNONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + RO2 = NON3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'RO2';
fNONO2(i)=fNONO2(i)-1; fNON3ONE(i)=fNON3ONE(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + RO2 = NONO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'RO2';
fNONO2(i)=fNONO2(i)-1; fNONO(i)=fNONO(i)+1; 

i=i+1;
Rnames{i} = 'NONO2 + RO2 = NONOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NONO2'; Gstr{i,2} = 'RO2';
fNONO2(i)=fNONO2(i)-1; fNONOH(i)=fNONOH(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + HO2 = DECOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'HO2'; 
fDECO2(i)=fDECO2(i)-1; fHO2(i)=fHO2(i)-1; fDECOOH(i)=fDECOOH(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + NO = DECNO3';
k(:,i) = KRO2NO.*0.417;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'NO'; 
fDECO2(i)=fDECO2(i)-1; fNO(i)=fNO(i)-1; fDECNO3(i)=fDECNO3(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + NO = DECO + NO2';
k(:,i) = KRO2NO.*0.583;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'NO'; 
fDECO2(i)=fDECO2(i)-1; fNO(i)=fNO(i)-1; fDECO(i)=fDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + NO3 = DECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'NO3'; 
fDECO2(i)=fDECO2(i)-1; fNO3(i)=fNO3(i)-1; fDECO(i)=fDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + RO2 = DEC3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'RO2';
fDECO2(i)=fDECO2(i)-1; fDEC3ONE(i)=fDEC3ONE(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + RO2 = DECO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'RO2';
fDECO2(i)=fDECO2(i)-1; fDECO(i)=fDECO(i)+1; 

i=i+1;
Rnames{i} = 'DECO2 + RO2 = DECOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DECO2'; Gstr{i,2} = 'RO2';
fDECO2(i)=fDECO2(i)-1; fDECOH(i)=fDECOH(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + HO2 = UDECOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'HO2'; 
fUDECO2(i)=fUDECO2(i)-1; fHO2(i)=fHO2(i)-1; fUDECOOH(i)=fUDECOOH(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + NO = UDECNO3';
k(:,i) = KRO2NO.*0.431;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'NO'; 
fUDECO2(i)=fUDECO2(i)-1; fNO(i)=fNO(i)-1; fUDECNO3(i)=fUDECNO3(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + NO = UDECO + NO2';
k(:,i) = KRO2NO.*0.569;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'NO'; 
fUDECO2(i)=fUDECO2(i)-1; fNO(i)=fNO(i)-1; fUDECO(i)=fUDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + NO3 = UDECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'NO3'; 
fUDECO2(i)=fUDECO2(i)-1; fNO3(i)=fNO3(i)-1; fUDECO(i)=fUDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + RO2 = UDEC3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'RO2';
fUDECO2(i)=fUDECO2(i)-1; fUDEC3ONE(i)=fUDEC3ONE(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + RO2 = UDECO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'RO2';
fUDECO2(i)=fUDECO2(i)-1; fUDECO(i)=fUDECO(i)+1; 

i=i+1;
Rnames{i} = 'UDECO2 + RO2 = UDECOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'UDECO2'; Gstr{i,2} = 'RO2';
fUDECO2(i)=fUDECO2(i)-1; fUDECOH(i)=fUDECOH(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + HO2 = DDECOOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'HO2'; 
fDDECO2(i)=fDDECO2(i)-1; fHO2(i)=fHO2(i)-1; fDDECOOH(i)=fDDECOOH(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + NO = DDECNO3';
k(:,i) = KRO2NO.*0.440;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'NO'; 
fDDECO2(i)=fDDECO2(i)-1; fNO(i)=fNO(i)-1; fDDECNO3(i)=fDDECNO3(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + NO = DDECO + NO2';
k(:,i) = KRO2NO.*0.560;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'NO'; 
fDDECO2(i)=fDDECO2(i)-1; fNO(i)=fNO(i)-1; fDDECO(i)=fDDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + NO3 = DDECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'NO3'; 
fDDECO2(i)=fDDECO2(i)-1; fNO3(i)=fNO3(i)-1; fDDECO(i)=fDDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + RO2 = DDEC3ONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'RO2';
fDDECO2(i)=fDDECO2(i)-1; fDDEC3ONE(i)=fDDEC3ONE(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + RO2 = DDECO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'RO2';
fDDECO2(i)=fDDECO2(i)-1; fDDECO(i)=fDDECO(i)+1; 

i=i+1;
Rnames{i} = 'DDECO2 + RO2 = DDECOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DDECO2'; Gstr{i,2} = 'RO2';
fDDECO2(i)=fDDECO2(i)-1; fDDECOH(i)=fDDECOH(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + HO2 = CHEXOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'HO2'; 
fCHEXO2(i)=fCHEXO2(i)-1; fHO2(i)=fHO2(i)-1; fCHEXOOH(i)=fCHEXOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + NO = CHEXNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'NO'; 
fCHEXO2(i)=fCHEXO2(i)-1; fNO(i)=fNO(i)-1; fCHEXNO3(i)=fCHEXNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + NO = CHEXO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'NO'; 
fCHEXO2(i)=fCHEXO2(i)-1; fNO(i)=fNO(i)-1; fCHEXO(i)=fCHEXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + NO3 = CHEXO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'NO3'; 
fCHEXO2(i)=fCHEXO2(i)-1; fNO3(i)=fNO3(i)-1; fCHEXO(i)=fCHEXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + RO2 = CHEXO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'RO2';
fCHEXO2(i)=fCHEXO2(i)-1; fCHEXO(i)=fCHEXO(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + RO2 = CYHEXOL';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'RO2';
fCHEXO2(i)=fCHEXO2(i)-1; fCYHEXOL(i)=fCYHEXOL(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO2 + RO2 = CYHEXONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CHEXO2'; Gstr{i,2} = 'RO2';
fCHEXO2(i)=fCHEXO2(i)-1; fCYHEXONE(i)=fCYHEXONE(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + HO2 = ETHO2HNO3';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'HO2'; 
fETHENO3O2(i)=fETHENO3O2(i)-1; fHO2(i)=fHO2(i)-1; fETHO2HNO3(i)=fETHO2HNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + NO = ETHENO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'NO'; 
fETHENO3O2(i)=fETHENO3O2(i)-1; fNO(i)=fNO(i)-1; fETHENO3O(i)=fETHENO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + NO3 = ETHENO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'NO3'; 
fETHENO3O2(i)=fETHENO3O2(i)-1; fNO3(i)=fNO3(i)-1; fETHENO3O(i)=fETHENO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + RO2 = ETHENO3O';
k(:,i) = 6.00e-13.*0.6;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'RO2';
fETHENO3O2(i)=fETHENO3O2(i)-1; fETHENO3O(i)=fETHENO3O(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + RO2 = ETHOHNO3';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'RO2';
fETHENO3O2(i)=fETHENO3O2(i)-1; fETHOHNO3(i)=fETHOHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O2 + RO2 = NO3CH2CHO';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'ETHENO3O2'; Gstr{i,2} = 'RO2';
fETHENO3O2(i)=fETHENO3O2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOA = CH2OO';
k(:,i) = KDEC.*0.37;
Gstr{i,1} = 'CH2OOA'; 
fCH2OOA(i)=fCH2OOA(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOA = CO';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'CH2OOA'; 
fCH2OOA(i)=fCH2OOA(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOA = HO2 + CO + OH';
k(:,i) = KDEC.*0.13;
Gstr{i,1} = 'CH2OOA'; 
fCH2OOA(i)=fCH2OOA(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + HO2 = PR1O2HNO3';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'HO2'; 
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fHO2(i)=fHO2(i)-1; fPR1O2HNO3(i)=fPR1O2HNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + NO = PRONO3AO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'NO'; 
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fNO(i)=fNO(i)-1; fPRONO3AO(i)=fPRONO3AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + NO3 = PRONO3AO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'NO3'; 
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONO3AO(i)=fPRONO3AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + RO2 = CHOPRNO3';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'RO2';
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fCHOPRNO3(i)=fCHOPRNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + RO2 = PRONO3AO';
k(:,i) = 6.00e-13.*0.6;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'RO2';
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fPRONO3AO(i)=fPRONO3AO(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO2 + RO2 = PROPOLNO3';
k(:,i) = 6.00e-13.*0.2;
Gstr{i,1} = 'PRONO3AO2'; Gstr{i,2} = 'RO2';
fPRONO3AO2(i)=fPRONO3AO2(i)-1; fPROPOLNO3(i)=fPROPOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + HO2 = PR2O2HNO3';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'HO2'; 
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fHO2(i)=fHO2(i)-1; fPR2O2HNO3(i)=fPR2O2HNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + NO = PRONO3BO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'NO'; 
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fNO(i)=fNO(i)-1; fPRONO3BO(i)=fPRONO3BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + NO3 = PRONO3BO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'NO3'; 
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONO3BO(i)=fPRONO3BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + RO2 = NOA';
k(:,i) = 4.00e-14.*0.2;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'RO2';
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fNOA(i)=fNOA(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + RO2 = PROLNO3';
k(:,i) = 4.00e-14.*0.2;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'RO2';
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fPROLNO3(i)=fPROLNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO2 + RO2 = PRONO3BO';
k(:,i) = 4.00e-14.*0.6;
Gstr{i,1} = 'PRONO3BO2'; Gstr{i,2} = 'RO2';
fPRONO3BO2(i)=fPRONO3BO2(i)-1; fPRONO3BO(i)=fPRONO3BO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOA = CH3CHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'CH3CHOOA'; 
fCH3CHOOA(i)=fCH3CHOOA(i)-1; fCH3CHOO(i)=fCH3CHOO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOA = CH3O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'CH3CHOOA'; 
fCH3CHOOA(i)=fCH3CHOOA(i)-1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOA = CH3O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'CH3CHOOA'; 
fCH3CHOOA(i)=fCH3CHOOA(i)-1; fCH3O2(i)=fCH3O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOA = CH4';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'CH3CHOOA'; 
fCH3CHOOA(i)=fCH3CHOOA(i)-1; fCH4(i)=fCH4(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + HO2 = BU1ENO3OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'HO2'; 
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fHO2(i)=fHO2(i)-1; fBU1ENO3OOH(i)=fBU1ENO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + NO = BU1ENO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'NO'; 
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fNO(i)=fNO(i)-1; fBU1ENO3O(i)=fBU1ENO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + NO3 = BU1ENO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'NO3'; 
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fNO3(i)=fNO3(i)-1; fBU1ENO3O(i)=fBU1ENO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + RO2 = BU1ENO3O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'RO2';
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fBU1ENO3O(i)=fBU1ENO3O(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + RO2 = CO3C4NO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'RO2';
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fCO3C4NO3(i)=fCO3C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O2 + RO2 = HO3C4NO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'BU1ENO3O2'; Gstr{i,2} = 'RO2';
fBU1ENO3O2(i)=fBU1ENO3O2(i)-1; fHO3C4NO3(i)=fHO3C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + HO2 = C43NO34OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'HO2'; 
fC43NO34O2(i)=fC43NO34O2(i)-1; fHO2(i)=fHO2(i)-1; fC43NO34OOH(i)=fC43NO34OOH(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + NO = C43NO34O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'NO'; 
fC43NO34O2(i)=fC43NO34O2(i)-1; fNO(i)=fNO(i)-1; fC43NO34O(i)=fC43NO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + NO3 = C43NO34O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'NO3'; 
fC43NO34O2(i)=fC43NO34O2(i)-1; fNO3(i)=fNO3(i)-1; fC43NO34O(i)=fC43NO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + RO2 = BUTAL2NO3';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'RO2';
fC43NO34O2(i)=fC43NO34O2(i)-1; fBUTAL2NO3(i)=fBUTAL2NO3(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + RO2 = C43NO34O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'RO2';
fC43NO34O2(i)=fC43NO34O2(i)-1; fC43NO34O(i)=fC43NO34O(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O2 + RO2 = NBUTOLANO3';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C43NO34O2'; Gstr{i,2} = 'RO2';
fC43NO34O2(i)=fC43NO34O2(i)-1; fNBUTOLANO3(i)=fNBUTOLANO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOA = C2H5CHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'C2H5CHOOA'; 
fC2H5CHOOA(i)=fC2H5CHOOA(i)-1; fC2H5CHOO(i)=fC2H5CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOA = C2H5O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'C2H5CHOOA'; 
fC2H5CHOOA(i)=fC2H5CHOOA(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOA = C2H5O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C2H5CHOOA'; 
fC2H5CHOOA(i)=fC2H5CHOOA(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOA = C2H6';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C2H5CHOOA'; 
fC2H5CHOOA(i)=fC2H5CHOOA(i)-1; fC2H6(i)=fC2H6(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + HO2 = HO3C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'HO2'; 
fHO3C4O2(i)=fHO3C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C4OOH(i)=fHO3C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + NO = HO3C4NO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'NO'; 
fHO3C4O2(i)=fHO3C4O2(i)-1; fNO(i)=fNO(i)-1; fHO3C4NO3(i)=fHO3C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + NO = HO3C4O + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'NO'; 
fHO3C4O2(i)=fHO3C4O2(i)-1; fNO(i)=fNO(i)-1; fHO3C4O(i)=fHO3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + NO3 = HO3C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'NO3'; 
fHO3C4O2(i)=fHO3C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C4O(i)=fHO3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + RO2 = HO3C3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'RO2';
fHO3C4O2(i)=fHO3C4O2(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + RO2 = HO3C4O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'RO2';
fHO3C4O2(i)=fHO3C4O2(i)-1; fHO3C4O(i)=fHO3C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O2 + RO2 = NBUTOLAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO3C4O2'; Gstr{i,2} = 'RO2';
fHO3C4O2(i)=fHO3C4O2(i)-1; fNBUTOLAOH(i)=fNBUTOLAOH(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + HO2 = C42NO33OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'HO2'; 
fC42NO33O2(i)=fC42NO33O2(i)-1; fHO2(i)=fHO2(i)-1; fC42NO33OOH(i)=fC42NO33OOH(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + NO = C42NO33O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'NO'; 
fC42NO33O2(i)=fC42NO33O2(i)-1; fNO(i)=fNO(i)-1; fC42NO33O(i)=fC42NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + NO3 = C42NO33O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'NO3'; 
fC42NO33O2(i)=fC42NO33O2(i)-1; fNO3(i)=fNO3(i)-1; fC42NO33O(i)=fC42NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + RO2 = BUT2OLNO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'RO2';
fC42NO33O2(i)=fC42NO33O2(i)-1; fBUT2OLNO3(i)=fBUT2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + RO2 = BUTONENO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'RO2';
fC42NO33O2(i)=fC42NO33O2(i)-1; fBUTONENO3(i)=fBUTONENO3(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O2 + RO2 = C42NO33O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C42NO33O2'; Gstr{i,2} = 'RO2';
fC42NO33O2(i)=fC42NO33O2(i)-1; fC42NO33O(i)=fC42NO33O(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O2 + HO2 = MPRANO3OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MPRANO3O2'; Gstr{i,2} = 'HO2'; 
fMPRANO3O2(i)=fMPRANO3O2(i)-1; fHO2(i)=fHO2(i)-1; fMPRANO3OOH(i)=fMPRANO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O2 + NO = MPRANO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MPRANO3O2'; Gstr{i,2} = 'NO'; 
fMPRANO3O2(i)=fMPRANO3O2(i)-1; fNO(i)=fNO(i)-1; fMPRANO3O(i)=fMPRANO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O2 + NO3 = MPRANO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MPRANO3O2'; Gstr{i,2} = 'NO3'; 
fMPRANO3O2(i)=fMPRANO3O2(i)-1; fNO3(i)=fNO3(i)-1; fMPRANO3O(i)=fMPRANO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O2 + RO2 = MPRANO3O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'MPRANO3O2'; Gstr{i,2} = 'RO2';
fMPRANO3O2(i)=fMPRANO3O2(i)-1; fMPRANO3O(i)=fMPRANO3O(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O2 + RO2 = TBUTOLNO3';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'MPRANO3O2'; Gstr{i,2} = 'RO2';
fMPRANO3O2(i)=fMPRANO3O2(i)-1; fTBUTOLNO3(i)=fTBUTOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + HO2 = MPRBNO3OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'HO2'; 
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fHO2(i)=fHO2(i)-1; fMPRBNO3OOH(i)=fMPRBNO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + NO = MPRBNO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'NO'; 
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fNO(i)=fNO(i)-1; fMPRBNO3O(i)=fMPRBNO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + NO3 = MPRBNO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'NO3'; 
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fNO3(i)=fNO3(i)-1; fMPRBNO3O(i)=fMPRBNO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + RO2 = IBUTOLBNO3';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'RO2';
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fIBUTOLBNO3(i)=fIBUTOLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + RO2 = MPRBNO3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'RO2';
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fMPRBNO3CHO(i)=fMPRBNO3CHO(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O2 + RO2 = MPRBNO3O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'MPRBNO3O2'; Gstr{i,2} = 'RO2';
fMPRBNO3O2(i)=fMPRBNO3O2(i)-1; fMPRBNO3O(i)=fMPRBNO3O(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOC = CH2OO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CH2OOC'; 
fCH2OOC(i)=fCH2OOC(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOC = HO2 + CO + OH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'CH2OOC'; 
fCH2OOC(i)=fCH2OOC(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OOA = CH3CCH3OO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CH3CCH3OOA'; 
fCH3CCH3OOA(i)=fCH3CCH3OOA(i)-1; fCH3CCH3OO(i)=fCH3CCH3OO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OOA = CH3COCH2O2 + OH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'CH3CCH3OOA'; 
fCH3CCH3OOA(i)=fCH3CCH3OOA(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + HO2 = C51NO32OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'HO2'; 
fC51NO32O2(i)=fC51NO32O2(i)-1; fHO2(i)=fHO2(i)-1; fC51NO32OOH(i)=fC51NO32OOH(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + NO = C51NO32O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'NO'; 
fC51NO32O2(i)=fC51NO32O2(i)-1; fNO(i)=fNO(i)-1; fC51NO32O(i)=fC51NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + NO3 = C51NO32O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'NO3'; 
fC51NO32O2(i)=fC51NO32O2(i)-1; fNO3(i)=fNO3(i)-1; fC51NO32O(i)=fC51NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + RO2 = C51NO32CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'RO2';
fC51NO32O2(i)=fC51NO32O2(i)-1; fC51NO32CO(i)=fC51NO32CO(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + RO2 = C51NO32O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'RO2';
fC51NO32O2(i)=fC51NO32O2(i)-1; fC51NO32O(i)=fC51NO32O(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O2 + RO2 = PE1ENEBNO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C51NO32O2'; Gstr{i,2} = 'RO2';
fC51NO32O2(i)=fC51NO32O2(i)-1; fPE1ENEBNO3(i)=fPE1ENEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + HO2 = C52NO31OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'HO2'; 
fC52NO31O2(i)=fC52NO31O2(i)-1; fHO2(i)=fHO2(i)-1; fC52NO31OOH(i)=fC52NO31OOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + NO = C52NO31O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'NO'; 
fC52NO31O2(i)=fC52NO31O2(i)-1; fNO(i)=fNO(i)-1; fC52NO31O(i)=fC52NO31O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + NO3 = C52NO31O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'NO3'; 
fC52NO31O2(i)=fC52NO31O2(i)-1; fNO3(i)=fNO3(i)-1; fC52NO31O(i)=fC52NO31O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + RO2 = C52NO31CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'RO2';
fC52NO31O2(i)=fC52NO31O2(i)-1; fC52NO31CO(i)=fC52NO31CO(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + RO2 = C52NO31O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'RO2';
fC52NO31O2(i)=fC52NO31O2(i)-1; fC52NO31O(i)=fC52NO31O(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O2 + RO2 = PE1ENEANO3';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C52NO31O2'; Gstr{i,2} = 'RO2';
fC52NO31O2(i)=fC52NO31O2(i)-1; fPE1ENEANO3(i)=fPE1ENEANO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOA = C3H7CHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'C3H7CHOOA'; 
fC3H7CHOOA(i)=fC3H7CHOOA(i)-1; fC3H7CHOO(i)=fC3H7CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOA = C3H8';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C3H7CHOOA'; 
fC3H7CHOOA(i)=fC3H7CHOOA(i)-1; fC3H8(i)=fC3H8(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOA = NC3H7O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'C3H7CHOOA'; 
fC3H7CHOOA(i)=fC3H7CHOOA(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOA = NC3H7O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C3H7CHOOA'; 
fC3H7CHOOA(i)=fC3H7CHOOA(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + HO2 = C51OH2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'HO2'; 
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fHO2(i)=fHO2(i)-1; fC51OH2OOH(i)=fC51OH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + NO = PE1ENEANO3';
k(:,i) = KRO2NO.*0.064;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'NO'; 
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fNO(i)=fNO(i)-1; fPE1ENEANO3(i)=fPE1ENEANO3(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + NO = PE1ENEAO + NO2';
k(:,i) = KRO2NO.*0.936;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'NO'; 
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fNO(i)=fNO(i)-1; fPE1ENEAO(i)=fPE1ENEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + NO3 = PE1ENEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'NO3'; 
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fNO3(i)=fNO3(i)-1; fPE1ENEAO(i)=fPE1ENEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + RO2 = C51OH2CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'RO2';
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fC51OH2CO(i)=fC51OH2CO(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + RO2 = HO12C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'RO2';
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fHO12C5(i)=fHO12C5(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO2 + RO2 = PE1ENEAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PE1ENEAO2'; Gstr{i,2} = 'RO2';
fPE1ENEAO2(i)=fPE1ENEAO2(i)-1; fPE1ENEAO(i)=fPE1ENEAO(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + HO2 = C52OH1OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'HO2'; 
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fHO2(i)=fHO2(i)-1; fC52OH1OOH(i)=fC52OH1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + NO = PE1ENEBNO3';
k(:,i) = KRO2NO.*0.026;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'NO'; 
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fNO(i)=fNO(i)-1; fPE1ENEBNO3(i)=fPE1ENEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + NO = PE1ENEBO + NO2';
k(:,i) = KRO2NO.*0.974;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'NO'; 
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fNO(i)=fNO(i)-1; fPE1ENEBO(i)=fPE1ENEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + NO3 = PE1ENEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'NO3'; 
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fNO3(i)=fNO3(i)-1; fPE1ENEBO(i)=fPE1ENEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + RO2 = C4OHCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'RO2';
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fC4OHCHO(i)=fC4OHCHO(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + RO2 = HO12C5';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'RO2';
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fHO12C5(i)=fHO12C5(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO2 + RO2 = PE1ENEBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'PE1ENEBO2'; Gstr{i,2} = 'RO2';
fPE1ENEBO2(i)=fPE1ENEBO2(i)-1; fPE1ENEBO(i)=fPE1ENEBO(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + HO2 = C52NO33OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'HO2'; 
fC52NO33O2(i)=fC52NO33O2(i)-1; fHO2(i)=fHO2(i)-1; fC52NO33OOH(i)=fC52NO33OOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + NO = C52NO33O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'NO'; 
fC52NO33O2(i)=fC52NO33O2(i)-1; fNO(i)=fNO(i)-1; fC52NO33O(i)=fC52NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + NO3 = C52NO33O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'NO3'; 
fC52NO33O2(i)=fC52NO33O2(i)-1; fNO3(i)=fNO3(i)-1; fC52NO33O(i)=fC52NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + RO2 = C52NO33CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'RO2';
fC52NO33O2(i)=fC52NO33O2(i)-1; fC52NO33CO(i)=fC52NO33CO(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + RO2 = C52NO33O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'RO2';
fC52NO33O2(i)=fC52NO33O2(i)-1; fC52NO33O(i)=fC52NO33O(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O2 + RO2 = PE2ENEBNO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C52NO33O2'; Gstr{i,2} = 'RO2';
fC52NO33O2(i)=fC52NO33O2(i)-1; fPE2ENEBNO3(i)=fPE2ENEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + HO2 = C53NO32OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'HO2'; 
fC53NO32O2(i)=fC53NO32O2(i)-1; fHO2(i)=fHO2(i)-1; fC53NO32OOH(i)=fC53NO32OOH(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + NO = C53NO32O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'NO'; 
fC53NO32O2(i)=fC53NO32O2(i)-1; fNO(i)=fNO(i)-1; fC53NO32O(i)=fC53NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + NO3 = C53NO32O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'NO3'; 
fC53NO32O2(i)=fC53NO32O2(i)-1; fNO3(i)=fNO3(i)-1; fC53NO32O(i)=fC53NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + RO2 = C53NO32CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'RO2';
fC53NO32O2(i)=fC53NO32O2(i)-1; fC53NO32CO(i)=fC53NO32CO(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + RO2 = C53NO32O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'RO2';
fC53NO32O2(i)=fC53NO32O2(i)-1; fC53NO32O(i)=fC53NO32O(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O2 + RO2 = PE2ENEANO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C53NO32O2'; Gstr{i,2} = 'RO2';
fC53NO32O2(i)=fC53NO32O2(i)-1; fPE2ENEANO3(i)=fPE2ENEANO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOB = C2H5CHOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'C2H5CHOOB'; 
fC2H5CHOOB(i)=fC2H5CHOOB(i)-1; fC2H5CHOO(i)=fC2H5CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOB = C2H5O2 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'C2H5CHOOB'; 
fC2H5CHOOB(i)=fC2H5CHOOB(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOB = C2H5O2 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'C2H5CHOOB'; 
fC2H5CHOOB(i)=fC2H5CHOOB(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOOB = C2H6';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'C2H5CHOOB'; 
fC2H5CHOOB(i)=fC2H5CHOOB(i)-1; fC2H6(i)=fC2H6(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + HO2 = C52OH3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'HO2'; 
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fHO2(i)=fHO2(i)-1; fC52OH3OOH(i)=fC52OH3OOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + NO = PE2ENEANO3';
k(:,i) = KRO2NO.*0.064;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'NO'; 
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fNO(i)=fNO(i)-1; fPE2ENEANO3(i)=fPE2ENEANO3(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + NO = PE2ENEAO + NO2';
k(:,i) = KRO2NO.*0.936;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'NO'; 
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fNO(i)=fNO(i)-1; fPE2ENEAO(i)=fPE2ENEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + NO3 = PE2ENEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'NO3'; 
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fNO3(i)=fNO3(i)-1; fPE2ENEAO(i)=fPE2ENEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + RO2 = C523OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'RO2';
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fC523OH(i)=fC523OH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + RO2 = DIEKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'RO2';
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fDIEKAOH(i)=fDIEKAOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO2 + RO2 = PE2ENEAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PE2ENEAO2'; Gstr{i,2} = 'RO2';
fPE2ENEAO2(i)=fPE2ENEAO2(i)-1; fPE2ENEAO(i)=fPE2ENEAO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + HO2 = C4NO3M1OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'HO2'; 
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fHO2(i)=fHO2(i)-1; fC4NO3M1OOH(i)=fC4NO3M1OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + NO = C4NO32M1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'NO'; 
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fNO(i)=fNO(i)-1; fC4NO32M1O(i)=fC4NO32M1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + NO3 = C4NO32M1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'NO3'; 
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fNO3(i)=fNO3(i)-1; fC4NO32M1O(i)=fC4NO32M1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + RO2 = C4NO32M1O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'RO2';
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fC4NO32M1O(i)=fC4NO32M1O(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + RO2 = C4NO3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'RO2';
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fC4NO3CHO(i)=fC4NO3CHO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O2 + RO2 = M2BUOL2NO3';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C4NO32M1O2'; Gstr{i,2} = 'RO2';
fC4NO32M1O2(i)=fC4NO32M1O2(i)-1; fM2BUOL2NO3(i)=fM2BUOL2NO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O2 + HO2 = C4NO32MOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4NO32M2O2'; Gstr{i,2} = 'HO2'; 
fC4NO32M2O2(i)=fC4NO32M2O2(i)-1; fHO2(i)=fHO2(i)-1; fC4NO32MOOH(i)=fC4NO32MOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O2 + NO = C4NO32M2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4NO32M2O2'; Gstr{i,2} = 'NO'; 
fC4NO32M2O2(i)=fC4NO32M2O2(i)-1; fNO(i)=fNO(i)-1; fC4NO32M2O(i)=fC4NO32M2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O2 + NO3 = C4NO32M2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4NO32M2O2'; Gstr{i,2} = 'NO3'; 
fC4NO32M2O2(i)=fC4NO32M2O2(i)-1; fNO3(i)=fNO3(i)-1; fC4NO32M2O(i)=fC4NO32M2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O2 + RO2 = C4NO32M2O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C4NO32M2O2'; Gstr{i,2} = 'RO2';
fC4NO32M2O2(i)=fC4NO32M2O2(i)-1; fC4NO32M2O(i)=fC4NO32M2O(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O2 + RO2 = PROL11MNO3';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C4NO32M2O2'; Gstr{i,2} = 'RO2';
fC4NO32M2O2(i)=fC4NO32M2O2(i)-1; fPROL11MNO3(i)=fPROL11MNO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOOA = C2H5MECOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'C2H5MECOOA'; 
fC2H5MECOOA(i)=fC2H5MECOOA(i)-1; fC2H5MECOO(i)=fC2H5MECOO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOOA = MEKBO2 + OH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'C2H5MECOOA'; 
fC2H5MECOOA(i)=fC2H5MECOOA(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + HO2 = C4MNO31OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'HO2'; 
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fHO2(i)=fHO2(i)-1; fC4MNO31OOH(i)=fC4MNO31OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + NO = C4M3NO31O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'NO'; 
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fNO(i)=fNO(i)-1; fC4M3NO31O(i)=fC4M3NO31O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + NO3 = C4M3NO31O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'NO3'; 
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fNO3(i)=fNO3(i)-1; fC4M3NO31O(i)=fC4M3NO31O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + RO2 = C4M3NO31O';
k(:,i) = 9.20e-14.*0.6;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'RO2';
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fC4M3NO31O(i)=fC4M3NO31O(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + RO2 = C4M3NO3ONE';
k(:,i) = 9.20e-14.*0.2;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'RO2';
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fC4M3NO3ONE(i)=fC4M3NO3ONE(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O2 + RO2 = M3BU2OLNO3';
k(:,i) = 9.20e-14.*0.2;
Gstr{i,1} = 'C4M3NO31O2'; Gstr{i,2} = 'RO2';
fC4M3NO31O2(i)=fC4M3NO31O2(i)-1; fM3BU2OLNO3(i)=fM3BU2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + HO2 = C4MNO32OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'HO2'; 
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fHO2(i)=fHO2(i)-1; fC4MNO32OOH(i)=fC4MNO32OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + NO = C4M3NO32O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'NO'; 
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fNO(i)=fNO(i)-1; fC4M3NO32O(i)=fC4M3NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + NO3 = C4M3NO32O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'NO3'; 
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fNO3(i)=fNO3(i)-1; fC4M3NO32O(i)=fC4M3NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + RO2 = C3MNO3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'RO2';
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fC3MNO3CHO(i)=fC3MNO3CHO(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + RO2 = C4M3NO32O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'RO2';
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fC4M3NO32O(i)=fC4M3NO32O(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O2 + RO2 = ME3BUOLNO3';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C4M3NO32O2'; Gstr{i,2} = 'RO2';
fC4M3NO32O2(i)=fC4M3NO32O2(i)-1; fME3BUOLNO3(i)=fME3BUOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOOA = C3H8';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'IPRCHOOA'; 
fIPRCHOOA(i)=fIPRCHOOA(i)-1; fC3H8(i)=fC3H8(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOOA = IC3H7O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'IPRCHOOA'; 
fIPRCHOOA(i)=fIPRCHOOA(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOOA = IC3H7O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'IPRCHOOA'; 
fIPRCHOOA(i)=fIPRCHOOA(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOOA = IPRCHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'IPRCHOOA'; 
fIPRCHOOA(i)=fIPRCHOOA(i)-1; fIPRCHOO(i)=fIPRCHOO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + HO2 = M3BU2OLOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'HO2'; 
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fHO2(i)=fHO2(i)-1; fM3BU2OLOOH(i)=fM3BU2OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + NO = M3BU2OLNO3';
k(:,i) = KRO2NO.*0.026;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'NO'; 
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fNO(i)=fNO(i)-1; fM3BU2OLNO3(i)=fM3BU2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + NO = ME3BU2OLO + NO2';
k(:,i) = KRO2NO.*0.974;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'NO'; 
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fNO(i)=fNO(i)-1; fME3BU2OLO(i)=fME3BU2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + NO3 = ME3BU2OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'NO3'; 
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fNO3(i)=fNO3(i)-1; fME3BU2OLO(i)=fME3BU2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + RO2 = C3M3OH2CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'RO2';
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fC3M3OH2CHO(i)=fC3M3OH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + RO2 = C4ME3HO12';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'RO2';
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fC4ME3HO12(i)=fC4ME3HO12(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO2 + RO2 = ME3BU2OLO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ME3BU2OLO2'; Gstr{i,2} = 'RO2';
fME3BU2OLO2(i)=fME3BU2OLO2(i)-1; fME3BU2OLO(i)=fME3BU2OLO(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + HO2 = C4NO3M2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'HO2'; 
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fHO2(i)=fHO2(i)-1; fC4NO3M2OOH(i)=fC4NO3M2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + NO = C4M2NO32O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'NO'; 
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fNO(i)=fNO(i)-1; fC4M2NO32O(i)=fC4M2NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + NO3 = C4M2NO32O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'NO3'; 
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fNO3(i)=fNO3(i)-1; fC4M2NO32O(i)=fC4M2NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + RO2 = C4M2NO32O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'RO2';
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fC4M2NO32O(i)=fC4M2NO32O(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + RO2 = C4M2NO3ONE';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'RO2';
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fC4M2NO3ONE(i)=fC4M2NO3ONE(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O2 + RO2 = ME2BUOLNO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4M2NO32O2'; Gstr{i,2} = 'RO2';
fC4M2NO32O2(i)=fC4M2NO32O2(i)-1; fME2BUOLNO3(i)=fME2BUOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O2 + HO2 = C4M2NO3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4M2NO33O2'; Gstr{i,2} = 'HO2'; 
fC4M2NO33O2(i)=fC4M2NO33O2(i)-1; fHO2(i)=fHO2(i)-1; fC4M2NO3OOH(i)=fC4M2NO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O2 + NO = C4M2NO33O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4M2NO33O2'; Gstr{i,2} = 'NO'; 
fC4M2NO33O2(i)=fC4M2NO33O2(i)-1; fNO(i)=fNO(i)-1; fC4M2NO33O(i)=fC4M2NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O2 + NO3 = C4M2NO33O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4M2NO33O2'; Gstr{i,2} = 'NO3'; 
fC4M2NO33O2(i)=fC4M2NO33O2(i)-1; fNO3(i)=fNO3(i)-1; fC4M2NO33O(i)=fC4M2NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O2 + RO2 = C4M2NO33O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C4M2NO33O2'; Gstr{i,2} = 'RO2';
fC4M2NO33O2(i)=fC4M2NO33O2(i)-1; fC4M2NO33O(i)=fC4M2NO33O(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O2 + RO2 = M2BU2OLNO3';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C4M2NO33O2'; Gstr{i,2} = 'RO2';
fC4M2NO33O2(i)=fC4M2NO33O2(i)-1; fM2BU2OLNO3(i)=fM2BU2OLNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OOB = CH3CCH3OO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'CH3CCH3OOB'; 
fCH3CCH3OOB(i)=fCH3CCH3OOB(i)-1; fCH3CCH3OO(i)=fCH3CCH3OO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OOB = CH3COCH2O2 + OH';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'CH3CCH3OOB'; 
fCH3CCH3OOB(i)=fCH3CCH3OOB(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOC = CH3CHOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'CH3CHOOC'; 
fCH3CHOOC(i)=fCH3CHOOC(i)-1; fCH3CHOO(i)=fCH3CHOO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOOC = CH3O2 + CO + OH';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'CH3CHOOC'; 
fCH3CHOOC(i)=fCH3CHOOC(i)-1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + HO2 = C65NO36OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'HO2'; 
fC65NO36O2(i)=fC65NO36O2(i)-1; fHO2(i)=fHO2(i)-1; fC65NO36OOH(i)=fC65NO36OOH(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + NO = C65NO36O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'NO'; 
fC65NO36O2(i)=fC65NO36O2(i)-1; fNO(i)=fNO(i)-1; fC65NO36O(i)=fC65NO36O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + NO3 = C65NO36O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'NO3'; 
fC65NO36O2(i)=fC65NO36O2(i)-1; fNO3(i)=fNO3(i)-1; fC65NO36O(i)=fC65NO36O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + RO2 = C65NO36CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'RO2';
fC65NO36O2(i)=fC65NO36O2(i)-1; fC65NO36CHO(i)=fC65NO36CHO(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + RO2 = C65NO36O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'RO2';
fC65NO36O2(i)=fC65NO36O2(i)-1; fC65NO36O(i)=fC65NO36O(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O2 + RO2 = C6OH5NO3';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C65NO36O2'; Gstr{i,2} = 'RO2';
fC65NO36O2(i)=fC65NO36O2(i)-1; fC6OH5NO3(i)=fC6OH5NO3(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + HO2 = C66NO35OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'HO2'; 
fC66NO35O2(i)=fC66NO35O2(i)-1; fHO2(i)=fHO2(i)-1; fC66NO35OOH(i)=fC66NO35OOH(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + NO = C66NO35O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'NO'; 
fC66NO35O2(i)=fC66NO35O2(i)-1; fNO(i)=fNO(i)-1; fC66NO35O(i)=fC66NO35O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + NO3 = C66NO35O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'NO3'; 
fC66NO35O2(i)=fC66NO35O2(i)-1; fNO3(i)=fNO3(i)-1; fC66NO35O(i)=fC66NO35O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + RO2 = C66NO35CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'RO2';
fC66NO35O2(i)=fC66NO35O2(i)-1; fC66NO35CO(i)=fC66NO35CO(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + RO2 = C66NO35O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'RO2';
fC66NO35O2(i)=fC66NO35O2(i)-1; fC66NO35O(i)=fC66NO35O(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O2 + RO2 = C66NO35OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C66NO35O2'; Gstr{i,2} = 'RO2';
fC66NO35O2(i)=fC66NO35O2(i)-1; fC66NO35OH(i)=fC66NO35OH(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOOA = NC4H10';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'NC4H9CHOOA'; 
fNC4H9CHOOA(i)=fNC4H9CHOOA(i)-1; fNC4H10(i)=fNC4H10(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOOA = NC4H9CHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'NC4H9CHOOA'; 
fNC4H9CHOOA(i)=fNC4H9CHOOA(i)-1; fNC4H9CHOO(i)=fNC4H9CHOO(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOOA = NC4H9O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'NC4H9CHOOA'; 
fNC4H9CHOOA(i)=fNC4H9CHOOA(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOOA = NC4H9O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'NC4H9CHOOA'; 
fNC4H9CHOOA(i)=fNC4H9CHOOA(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + HO2 = C6OH5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'HO2'; 
fC6OH5O2(i)=fC6OH5O2(i)-1; fHO2(i)=fHO2(i)-1; fC6OH5OOH(i)=fC6OH5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + NO = C6OH5NO3';
k(:,i) = KRO2NO.*0.097;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'NO'; 
fC6OH5O2(i)=fC6OH5O2(i)-1; fNO(i)=fNO(i)-1; fC6OH5NO3(i)=fC6OH5NO3(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + NO = C6OH5O + NO2';
k(:,i) = KRO2NO.*0.903;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'NO'; 
fC6OH5O2(i)=fC6OH5O2(i)-1; fNO(i)=fNO(i)-1; fC6OH5O(i)=fC6OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + NO3 = C6OH5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'NO3'; 
fC6OH5O2(i)=fC6OH5O2(i)-1; fNO3(i)=fNO3(i)-1; fC6OH5O(i)=fC6OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + RO2 = C4COMEOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'RO2';
fC6OH5O2(i)=fC6OH5O2(i)-1; fC4COMEOH(i)=fC4COMEOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + RO2 = C656OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'RO2';
fC6OH5O2(i)=fC6OH5O2(i)-1; fC656OH(i)=fC656OH(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O2 + RO2 = C6OH5O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C6OH5O2'; Gstr{i,2} = 'RO2';
fC6OH5O2(i)=fC6OH5O2(i)-1; fC6OH5O(i)=fC6OH5O(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + HO2 = HO5C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'HO2'; 
fHO5C6O2(i)=fHO5C6O2(i)-1; fHO2(i)=fHO2(i)-1; fHO5C6OOH(i)=fHO5C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + NO = C66NO35OH';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'NO'; 
fHO5C6O2(i)=fHO5C6O2(i)-1; fNO(i)=fNO(i)-1; fC66NO35OH(i)=fC66NO35OH(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + NO = HO5C6O + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'NO'; 
fHO5C6O2(i)=fHO5C6O2(i)-1; fNO(i)=fNO(i)-1; fHO5C6O(i)=fHO5C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + NO3 = HO5C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'NO3'; 
fHO5C6O2(i)=fHO5C6O2(i)-1; fNO3(i)=fNO3(i)-1; fHO5C6O(i)=fHO5C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + RO2 = C656OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'RO2';
fHO5C6O2(i)=fHO5C6O2(i)-1; fC656OH(i)=fC656OH(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + RO2 = HO5C5CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'RO2';
fHO5C6O2(i)=fHO5C6O2(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O2 + RO2 = HO5C6O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO5C6O2'; Gstr{i,2} = 'RO2';
fHO5C6O2(i)=fHO5C6O2(i)-1; fHO5C6O(i)=fHO5C6O(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + HO2 = C62NO33OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'HO2'; 
fC62NO33O2(i)=fC62NO33O2(i)-1; fHO2(i)=fHO2(i)-1; fC62NO33OOH(i)=fC62NO33OOH(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + NO = C62NO33O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'NO'; 
fC62NO33O2(i)=fC62NO33O2(i)-1; fNO(i)=fNO(i)-1; fC62NO33O(i)=fC62NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + NO3 = C62NO33O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'NO3'; 
fC62NO33O2(i)=fC62NO33O2(i)-1; fNO3(i)=fNO3(i)-1; fC62NO33O(i)=fC62NO33O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + RO2 = C62NO33CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'RO2';
fC62NO33O2(i)=fC62NO33O2(i)-1; fC62NO33CO(i)=fC62NO33CO(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + RO2 = C62NO33O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'RO2';
fC62NO33O2(i)=fC62NO33O2(i)-1; fC62NO33O(i)=fC62NO33O(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O2 + RO2 = C64OH5NO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C62NO33O2'; Gstr{i,2} = 'RO2';
fC62NO33O2(i)=fC62NO33O2(i)-1; fC64OH5NO3(i)=fC64OH5NO3(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + HO2 = C63NO32OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'HO2'; 
fC63NO32O2(i)=fC63NO32O2(i)-1; fHO2(i)=fHO2(i)-1; fC63NO32OOH(i)=fC63NO32OOH(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + NO = C63NO32O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'NO'; 
fC63NO32O2(i)=fC63NO32O2(i)-1; fNO(i)=fNO(i)-1; fC63NO32O(i)=fC63NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + NO3 = C63NO32O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'NO3'; 
fC63NO32O2(i)=fC63NO32O2(i)-1; fNO3(i)=fNO3(i)-1; fC63NO32O(i)=fC63NO32O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + RO2 = C63NO32CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'RO2';
fC63NO32O2(i)=fC63NO32O2(i)-1; fC63NO32CO(i)=fC63NO32CO(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + RO2 = C63NO32O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'RO2';
fC63NO32O2(i)=fC63NO32O2(i)-1; fC63NO32O(i)=fC63NO32O(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O2 + RO2 = C65OH4NO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C63NO32O2'; Gstr{i,2} = 'RO2';
fC63NO32O2(i)=fC63NO32O2(i)-1; fC65OH4NO3(i)=fC65OH4NO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOB = C3H7CHOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'C3H7CHOOB'; 
fC3H7CHOOB(i)=fC3H7CHOOB(i)-1; fC3H7CHOO(i)=fC3H7CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOB = C3H8';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'C3H7CHOOB'; 
fC3H7CHOOB(i)=fC3H7CHOOB(i)-1; fC3H8(i)=fC3H8(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOB = NC3H7O2 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'C3H7CHOOB'; 
fC3H7CHOOB(i)=fC3H7CHOOB(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOOB = NC3H7O2 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'C3H7CHOOB'; 
fC3H7CHOOB(i)=fC3H7CHOOB(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + HO2 = C64OH5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'HO2'; 
fC64OH5O2(i)=fC64OH5O2(i)-1; fHO2(i)=fHO2(i)-1; fC64OH5OOH(i)=fC64OH5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + NO = C64OH5NO3';
k(:,i) = KRO2NO.*0.097;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'NO'; 
fC64OH5O2(i)=fC64OH5O2(i)-1; fNO(i)=fNO(i)-1; fC64OH5NO3(i)=fC64OH5NO3(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + NO = C64OH5O + NO2';
k(:,i) = KRO2NO.*0.903;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'NO'; 
fC64OH5O2(i)=fC64OH5O2(i)-1; fNO(i)=fNO(i)-1; fC64OH5O(i)=fC64OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + NO3 = C64OH5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'NO3'; 
fC64OH5O2(i)=fC64OH5O2(i)-1; fNO3(i)=fNO3(i)-1; fC64OH5O(i)=fC64OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + RO2 = C645OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'RO2';
fC64OH5O2(i)=fC64OH5O2(i)-1; fC645OH(i)=fC645OH(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + RO2 = C64OH5O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'RO2';
fC64OH5O2(i)=fC64OH5O2(i)-1; fC64OH5O(i)=fC64OH5O(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O2 + RO2 = CO2HO3C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C64OH5O2'; Gstr{i,2} = 'RO2';
fC64OH5O2(i)=fC64OH5O2(i)-1; fCO2HO3C6(i)=fCO2HO3C6(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + HO2 = C65OH4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'HO2'; 
fC65OH4O2(i)=fC65OH4O2(i)-1; fHO2(i)=fHO2(i)-1; fC65OH4OOH(i)=fC65OH4OOH(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + NO = C65OH4NO3';
k(:,i) = KRO2NO.*0.097;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'NO'; 
fC65OH4O2(i)=fC65OH4O2(i)-1; fNO(i)=fNO(i)-1; fC65OH4NO3(i)=fC65OH4NO3(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + NO = C65OH4O + NO2';
k(:,i) = KRO2NO.*0.903;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'NO'; 
fC65OH4O2(i)=fC65OH4O2(i)-1; fNO(i)=fNO(i)-1; fC65OH4O(i)=fC65OH4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + NO3 = C65OH4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'NO3'; 
fC65OH4O2(i)=fC65OH4O2(i)-1; fNO3(i)=fNO3(i)-1; fC65OH4O(i)=fC65OH4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + RO2 = C645OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'RO2';
fC65OH4O2(i)=fC65OH4O2(i)-1; fC645OH(i)=fC645OH(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + RO2 = C65OH4O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'RO2';
fC65OH4O2(i)=fC65OH4O2(i)-1; fC65OH4O(i)=fC65OH4O(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O2 + RO2 = HEX3ONCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C65OH4O2'; Gstr{i,2} = 'RO2';
fC65OH4O2(i)=fC65OH4O2(i)-1; fHEX3ONCOH(i)=fHEX3ONCOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O2 + HO2 = C42MNO3OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C4ME2NO3O2'; Gstr{i,2} = 'HO2'; 
fC4ME2NO3O2(i)=fC4ME2NO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC42MNO3OOH(i)=fC42MNO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O2 + NO = C4ME2NO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4ME2NO3O2'; Gstr{i,2} = 'NO'; 
fC4ME2NO3O2(i)=fC4ME2NO3O2(i)-1; fNO(i)=fNO(i)-1; fC4ME2NO3O(i)=fC4ME2NO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O2 + NO3 = C4ME2NO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4ME2NO3O2'; Gstr{i,2} = 'NO3'; 
fC4ME2NO3O2(i)=fC4ME2NO3O2(i)-1; fNO3(i)=fNO3(i)-1; fC4ME2NO3O(i)=fC4ME2NO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O2 + RO2 = C4ME2NO3O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C4ME2NO3O2'; Gstr{i,2} = 'RO2';
fC4ME2NO3O2(i)=fC4ME2NO3O2(i)-1; fC4ME2NO3O(i)=fC4ME2NO3O(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O2 + RO2 = C4ME2OHNO3';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C4ME2NO3O2'; Gstr{i,2} = 'RO2';
fC4ME2NO3O2(i)=fC4ME2NO3O2(i)-1; fC4ME2OHNO3(i)=fC4ME2OHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OOC = CH3COCH2O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3CCH3OOC'; 
fCH3CCH3OOC(i)=fCH3CCH3OOC(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + HO2 = C4ME2OHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'HO2'; 
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC4ME2OHOOH(i)=fC4ME2OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + NO = C4ME2OHNO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'NO'; 
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fNO(i)=fNO(i)-1; fC4ME2OHNO3(i)=fC4ME2OHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + NO = C4ME2OHO + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'NO'; 
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fNO(i)=fNO(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + NO3 = C4ME2OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'NO3'; 
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fNO3(i)=fNO3(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + RO2 = C4ME22OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'RO2';
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fC4ME22OH(i)=fC4ME22OH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO2 + RO2 = C4ME2OHO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C4ME2OHO2'; Gstr{i,2} = 'RO2';
fC4ME2OHO2(i)=fC4ME2OHO2(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + HO2 = BZBIPEROOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'HO2'; 
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fBZBIPEROOH(i)=fBZBIPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + NO = BZBIPERNO3';
k(:,i) = KRO2NO.*0.082;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'NO'; 
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fBZBIPERNO3(i)=fBZBIPERNO3(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + NO = NO2 + BZBIPERO';
k(:,i) = KRO2NO.*0.918;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'NO'; 
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fBZBIPERO(i)=fBZBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + NO3 = NO2 + BZBIPERO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'NO3'; 
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fBZBIPERO(i)=fBZBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + RO2 = BZBIPER2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'RO2';
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fBZBIPER2OH(i)=fBZBIPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + RO2 = BZBIPERO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'RO2';
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fBZBIPERO(i)=fBZBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO2 + RO2 = BZOBIPEROH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZBIPERO2'; Gstr{i,2} = 'RO2';
fBZBIPERO2(i)=fBZBIPERO2(i)-1; fBZOBIPEROH(i)=fBZOBIPEROH(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + NO3 = BZEMUCCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*2.75;
Gstr{i,1} = 'BZEPOXMUC'; Gstr{i,2} = 'NO3'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fBZEMUCCO3(i)=fBZEMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + O3 = EPXC4DIAL + GLYOOA';
k(:,i) = 2.00e-18;
Gstr{i,1} = 'BZEPOXMUC'; Gstr{i,2} = 'O3'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + OH = BZEMUCCO3';
k(:,i) = 6.08e-11.*0.31;
Gstr{i,1} = 'BZEPOXMUC'; Gstr{i,2} = 'OH'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fBZEMUCCO3(i)=fBZEMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + OH = BZEMUCO2';
k(:,i) = 6.08e-11.*0.69;
Gstr{i,1} = 'BZEPOXMUC'; Gstr{i,2} = 'OH'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fBZEMUCO2(i)=fBZEMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + hv = C5DIALO2 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'BZEPOXMUC'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BZEPOXMUC + hv = MALDIAL + HO2 + CO + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'BZEPOXMUC'; 
fBZEPOXMUC(i)=fBZEPOXMUC(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHENOL + NO3 = C6H5O + HNO3';
k(:,i) = 3.8e-12.*0.742;
Gstr{i,1} = 'PHENOL'; Gstr{i,2} = 'NO3'; 
fPHENOL(i)=fPHENOL(i)-1; fNO3(i)=fNO3(i)-1; fC6H5O(i)=fC6H5O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PHENOL + NO3 = NPHENO2';
k(:,i) = 3.8e-12.*0.258;
Gstr{i,1} = 'PHENOL'; Gstr{i,2} = 'NO3'; 
fPHENOL(i)=fPHENOL(i)-1; fNO3(i)=fNO3(i)-1; fNPHENO2(i)=fNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENOL + OH = C6H5O';
k(:,i) = 4.7e-13.*exp(1220./T).*0.06;
Gstr{i,1} = 'PHENOL'; Gstr{i,2} = 'OH'; 
fPHENOL(i)=fPHENOL(i)-1; fOH(i)=fOH(i)-1; fC6H5O(i)=fC6H5O(i)+1; 

i=i+1;
Rnames{i} = 'PHENOL + OH = CATECHOL + HO2';
k(:,i) = 4.7e-13.*exp(1220./T).*0.8;
Gstr{i,1} = 'PHENOL'; Gstr{i,2} = 'OH'; 
fPHENOL(i)=fPHENOL(i)-1; fOH(i)=fOH(i)-1; fCATECHOL(i)=fCATECHOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENOL + OH = PHENO2';
k(:,i) = 4.7e-13.*exp(1220./T).*0.14;
Gstr{i,1} = 'PHENOL'; Gstr{i,2} = 'OH'; 
fPHENOL(i)=fPHENOL(i)-1; fOH(i)=fOH(i)-1; fPHENO2(i)=fPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + HO2 = C6H5CH2OOH';
k(:,i) = 1.5e-13.*exp(1310./T);
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'HO2'; 
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fHO2(i)=fHO2(i)-1; fC6H5CH2OOH(i)=fC6H5CH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + NO = C6H5CH2NO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'NO'; 
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fNO(i)=fNO(i)-1; fC6H5CH2NO3(i)=fC6H5CH2NO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + NO = C6H5CH2O + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'NO'; 
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fNO(i)=fNO(i)-1; fC6H5CH2O(i)=fC6H5CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + NO3 = C6H5CH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'NO3'; 
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fNO3(i)=fNO3(i)-1; fC6H5CH2O(i)=fC6H5CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + RO2 = BENZAL';
k(:,i) = 2.*(KCH3O2.*2.4e-14.*exp(1620./T)).^0.5.*0.2;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'RO2';
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fBENZAL(i)=fBENZAL(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + RO2 = C6H5CH2O';
k(:,i) = 2.*(KCH3O2.*2.4e-14.*exp(1620./T)).^0.5.*0.6;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'RO2';
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fC6H5CH2O(i)=fC6H5CH2O(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O2 + RO2 = C6H5CH2OH';
k(:,i) = 2.*(KCH3O2.*2.4e-14.*exp(1620./T)).^0.5.*0.2;
Gstr{i,1} = 'C6H5CH2O2'; Gstr{i,2} = 'RO2';
fC6H5CH2O2(i)=fC6H5CH2O2(i)-1; fC6H5CH2OH(i)=fC6H5CH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + NO3 = CRESO2 + HNO3';
k(:,i) = 1.4e-11.*0.103;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'NO3'; 
fCRESOL(i)=fCRESOL(i)-1; fNO3(i)=fNO3(i)-1; fCRESO2(i)=fCRESO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + NO3 = NCRESO2';
k(:,i) = 1.4e-11.*0.506;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'NO3'; 
fCRESOL(i)=fCRESOL(i)-1; fNO3(i)=fNO3(i)-1; fNCRESO2(i)=fNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + NO3 = TOL1O + HNO3';
k(:,i) = 1.4e-11.*0.391;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'NO3'; 
fCRESOL(i)=fCRESOL(i)-1; fNO3(i)=fNO3(i)-1; fTOL1O(i)=fTOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + OH = CRESO2';
k(:,i) = 4.65e-11.*0.200;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'OH'; 
fCRESOL(i)=fCRESOL(i)-1; fOH(i)=fOH(i)-1; fCRESO2(i)=fCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + OH = MCATECHOL + HO2';
k(:,i) = 4.65e-11.*0.727;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'OH'; 
fCRESOL(i)=fCRESOL(i)-1; fOH(i)=fOH(i)-1; fMCATECHOL(i)=fMCATECHOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESOL + OH = TOL1O';
k(:,i) = 4.65e-11.*0.073;
Gstr{i,1} = 'CRESOL'; Gstr{i,2} = 'OH'; 
fCRESOL(i)=fCRESOL(i)-1; fOH(i)=fOH(i)-1; fTOL1O(i)=fTOL1O(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + HO2 = TLBIPEROOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'HO2'; 
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fTLBIPEROOH(i)=fTLBIPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + NO = NO2 + TLBIPERO';
k(:,i) = KRO2NO.*0.889;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'NO'; 
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fTLBIPERO(i)=fTLBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + NO = TLBIPERNO3';
k(:,i) = KRO2NO.*0.111;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'NO'; 
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fNO(i)=fNO(i)-1; fTLBIPERNO3(i)=fTLBIPERNO3(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + NO3 = NO2 + TLBIPERO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'NO3'; 
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fTLBIPERO(i)=fTLBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + RO2 = TLBIPER2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'RO2';
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fTLBIPER2OH(i)=fTLBIPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + RO2 = TLBIPERO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'RO2';
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fTLBIPERO(i)=fTLBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO2 + RO2 = TLOBIPEROH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TLBIPERO2'; Gstr{i,2} = 'RO2';
fTLBIPERO2(i)=fTLBIPERO2(i)-1; fTLOBIPEROH(i)=fTLOBIPEROH(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + NO3 = TLEMUCCO3 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'TLEPOXMUC'; Gstr{i,2} = 'NO3'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fTLEMUCCO3(i)=fTLEMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + O3 = EPXC4DIAL + MGLOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'TLEPOXMUC'; Gstr{i,2} = 'O3'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + OH = TLEMUCCO3';
k(:,i) = 7.99e-11.*0.31;
Gstr{i,1} = 'TLEPOXMUC'; Gstr{i,2} = 'OH'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fTLEMUCCO3(i)=fTLEMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + OH = TLEMUCO2';
k(:,i) = 7.99e-11.*0.69;
Gstr{i,1} = 'TLEPOXMUC'; Gstr{i,2} = 'OH'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fTLEMUCO2(i)=fTLEMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + hv = C615CO2O2 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'TLEPOXMUC'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TLEPOXMUC + hv = EPXC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'TLEPOXMUC'; 
fTLEPOXMUC(i)=fTLEPOXMUC(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + HO2 = OXYLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'HO2'; 
fOXYLO2(i)=fOXYLO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYLOOH(i)=fOXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + NO = OXYLNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'NO'; 
fOXYLO2(i)=fOXYLO2(i)-1; fNO(i)=fNO(i)-1; fOXYLNO3(i)=fOXYLNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + NO = OXYLO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'NO'; 
fOXYLO2(i)=fOXYLO2(i)-1; fNO(i)=fNO(i)-1; fOXYLO(i)=fOXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + NO3 = OXYLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'NO3'; 
fOXYLO2(i)=fOXYLO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYLO(i)=fOXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + RO2 = OXYLAL';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'RO2';
fOXYLO2(i)=fOXYLO2(i)-1; fOXYLAL(i)=fOXYLAL(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + RO2 = OXYLO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'RO2';
fOXYLO2(i)=fOXYLO2(i)-1; fOXYLO(i)=fOXYLO(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO2 + RO2 = OXYLOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'OXYLO2'; Gstr{i,2} = 'RO2';
fOXYLO2(i)=fOXYLO2(i)-1; fOXYLOH(i)=fOXYLOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + HO2 = OXYBPEROOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'HO2'; 
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYBPEROOH(i)=fOXYBPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + NO = OXYBIPENO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'NO'; 
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fOXYBIPENO3(i)=fOXYBIPENO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + NO = OXYBIPERO + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'NO'; 
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + NO3 = OXYBIPERO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'NO3'; 
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + RO2 = OXYBIPERO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'RO2';
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO2 + RO2 = OXYBPER2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'OXYBIPERO2'; Gstr{i,2} = 'RO2';
fOXYBIPERO2(i)=fOXYBIPERO2(i)-1; fOXYBPER2OH(i)=fOXYBPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + NO3 = OXYMUCCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*4.25;
Gstr{i,1} = 'OXYEPOXMUC'; Gstr{i,2} = 'NO3'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fOXYMUCCO3(i)=fOXYMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + O3 = EPXM2C4DAL + GLYOOA';
k(:,i) = 2.00e-18;
Gstr{i,1} = 'OXYEPOXMUC'; Gstr{i,2} = 'O3'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + OH = OXYMUCCO3';
k(:,i) = 5.99e-11.*0.632;
Gstr{i,1} = 'OXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fOXYMUCCO3(i)=fOXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + OH = OXYMUCO2';
k(:,i) = 5.99e-11.*0.368;
Gstr{i,1} = 'OXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fOXYMUCO2(i)=fOXYMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + hv = EPXM2C4DAL + HO2 + CO + HO2 + CO';
k(:,i) = J4.*0.05.*0.5;
Gstr{i,1} = 'OXYEPOXMUC'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYEPOXMUC + hv = MC6CO2O2 + HO2 + CO';
k(:,i) = J4.*0.05.*0.5;
Gstr{i,1} = 'OXYEPOXMUC'; 
fOXYEPOXMUC(i)=fOXYEPOXMUC(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + NO3 = NOXYOLO2';
k(:,i) = 3.20e-11.*0.51;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'NO3'; 
fOXYLOL(i)=fOXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fNOXYOLO2(i)=fNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + NO3 = OXY1O + HNO3';
k(:,i) = 3.20e-11.*0.39;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'NO3'; 
fOXYLOL(i)=fOXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fOXY1O(i)=fOXY1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + NO3 = OXYOLO2 + HNO3';
k(:,i) = 3.20e-11.*0.10;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'NO3'; 
fOXYLOL(i)=fOXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fOXYOLO2(i)=fOXYOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + OH = OXY1O';
k(:,i) = 8.00e-11.*0.07;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'OH'; 
fOXYLOL(i)=fOXYLOL(i)-1; fOH(i)=fOH(i)-1; fOXY1O(i)=fOXY1O(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + OH = OXYCATECH + HO2';
k(:,i) = 8.00e-11.*0.73;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'OH'; 
fOXYLOL(i)=fOXYLOL(i)-1; fOH(i)=fOH(i)-1; fOXYCATECH(i)=fOXYCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOL + OH = OXYOLO2';
k(:,i) = 8.00e-11.*0.20;
Gstr{i,1} = 'OXYLOL'; Gstr{i,2} = 'OH'; 
fOXYLOL(i)=fOXYLOL(i)-1; fOH(i)=fOH(i)-1; fOXYOLO2(i)=fOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + HO2 = MXYLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'HO2'; 
fMXYLO2(i)=fMXYLO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYLOOH(i)=fMXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + NO = MXYLNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'NO'; 
fMXYLO2(i)=fMXYLO2(i)-1; fNO(i)=fNO(i)-1; fMXYLNO3(i)=fMXYLNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + NO = MXYLO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'NO'; 
fMXYLO2(i)=fMXYLO2(i)-1; fNO(i)=fNO(i)-1; fMXYLO(i)=fMXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + NO3 = MXYLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'NO3'; 
fMXYLO2(i)=fMXYLO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYLO(i)=fMXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + RO2 = MXYLAL';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'RO2';
fMXYLO2(i)=fMXYLO2(i)-1; fMXYLAL(i)=fMXYLAL(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + RO2 = MXYLO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'RO2';
fMXYLO2(i)=fMXYLO2(i)-1; fMXYLO(i)=fMXYLO(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO2 + RO2 = MXYLOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'MXYLO2'; Gstr{i,2} = 'RO2';
fMXYLO2(i)=fMXYLO2(i)-1; fMXYLOH(i)=fMXYLOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + HO2 = MXYBPEROOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'HO2'; 
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYBPEROOH(i)=fMXYBPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + NO = MXYBIPENO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'NO'; 
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fMXYBIPENO3(i)=fMXYBIPENO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + NO = MXYBIPERO + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'NO'; 
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fMXYBIPERO(i)=fMXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + NO3 = MXYBIPERO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'NO3'; 
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYBIPERO(i)=fMXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + RO2 = MXYBIPERO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'RO2';
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fMXYBIPERO(i)=fMXYBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + RO2 = MXYBPER2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'RO2';
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fMXYBPER2OH(i)=fMXYBPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO2 + RO2 = MXYOBPEROH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MXYBIPERO2'; Gstr{i,2} = 'RO2';
fMXYBIPERO2(i)=fMXYBIPERO2(i)-1; fMXYOBPEROH(i)=fMXYOBPEROH(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + NO3 = MXYMUCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'MXYEPOXMUC'; Gstr{i,2} = 'NO3'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fMXYMUCCO3(i)=fMXYMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + O3 = EPXMC4DIAL + MGLOOB';
k(:,i) = 2.00e-18;
Gstr{i,1} = 'MXYEPOXMUC'; Gstr{i,2} = 'O3'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + OH = MXYMUCCO3';
k(:,i) = 8.02e-11.*0.26;
Gstr{i,1} = 'MXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fMXYMUCCO3(i)=fMXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + OH = MXYMUCO2';
k(:,i) = 8.02e-11.*0.74;
Gstr{i,1} = 'MXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fMXYMUCO2(i)=fMXYMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + hv = C726CO5O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'MXYEPOXMUC'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYEPOXMUC + hv = EPXMC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'MXYEPOXMUC'; 
fMXYEPOXMUC(i)=fMXYEPOXMUC(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + NO3 = MXY1O + HNO3';
k(:,i) = 4.50e-11.*0.39;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'NO3'; 
fMXYLOL(i)=fMXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fMXY1O(i)=fMXY1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + NO3 = MXYOLO2 + HNO3';
k(:,i) = 4.50e-11.*0.10;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'NO3'; 
fMXYLOL(i)=fMXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fMXYOLO2(i)=fMXYOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + NO3 = NMXYOLO2';
k(:,i) = 4.50e-11.*0.51;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'NO3'; 
fMXYLOL(i)=fMXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fNMXYOLO2(i)=fNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + OH = MXY1O';
k(:,i) = 9.10e-11.*0.07;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'OH'; 
fMXYLOL(i)=fMXYLOL(i)-1; fOH(i)=fOH(i)-1; fMXY1O(i)=fMXY1O(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + OH = MXYCATECH + HO2';
k(:,i) = 9.10e-11.*0.42;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'OH'; 
fMXYLOL(i)=fMXYLOL(i)-1; fOH(i)=fOH(i)-1; fMXYCATECH(i)=fMXYCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOL + OH = MXYOLO2';
k(:,i) = 9.10e-11.*0.51;
Gstr{i,1} = 'MXYLOL'; Gstr{i,2} = 'OH'; 
fMXYLOL(i)=fMXYLOL(i)-1; fOH(i)=fOH(i)-1; fMXYOLO2(i)=fMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + HO2 = PXYLOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'HO2'; 
fPXYLO2(i)=fPXYLO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYLOOH(i)=fPXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + NO = PXYLNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'NO'; 
fPXYLO2(i)=fPXYLO2(i)-1; fNO(i)=fNO(i)-1; fPXYLNO3(i)=fPXYLNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + NO = PXYLO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'NO'; 
fPXYLO2(i)=fPXYLO2(i)-1; fNO(i)=fNO(i)-1; fPXYLO(i)=fPXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + NO3 = PXYLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'NO3'; 
fPXYLO2(i)=fPXYLO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYLO(i)=fPXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + RO2 = PXYLAL';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'RO2';
fPXYLO2(i)=fPXYLO2(i)-1; fPXYLAL(i)=fPXYLAL(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + RO2 = PXYLO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'RO2';
fPXYLO2(i)=fPXYLO2(i)-1; fPXYLO(i)=fPXYLO(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO2 + RO2 = PXYLOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'PXYLO2'; Gstr{i,2} = 'RO2';
fPXYLO2(i)=fPXYLO2(i)-1; fPXYLOH(i)=fPXYLOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + HO2 = PXYBPEROOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'HO2'; 
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYBPEROOH(i)=fPXYBPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + NO = PXYBIPENO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'NO'; 
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fPXYBIPENO3(i)=fPXYBIPENO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + NO = PXYBIPERO + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'NO'; 
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fNO(i)=fNO(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + NO3 = PXYBIPERO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'NO3'; 
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + RO2 = PXYBIPERO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'RO2';
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO2 + RO2 = PXYBPER2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'PXYBIPERO2'; Gstr{i,2} = 'RO2';
fPXYBIPERO2(i)=fPXYBIPERO2(i)-1; fPXYBPER2OH(i)=fPXYBPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + NO3 = PXYMUCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'PXYEPOXMUC'; Gstr{i,2} = 'NO3'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fPXYMUCCO3(i)=fPXYMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + O3 = EPXMC4DIAL + MGLOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'PXYEPOXMUC'; Gstr{i,2} = 'O3'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + OH = PXYMUCCO3';
k(:,i) = 7.88e-11.*0.26;
Gstr{i,1} = 'PXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPXYMUCCO3(i)=fPXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + OH = PXYMUCO2';
k(:,i) = 7.88e-11.*0.74;
Gstr{i,1} = 'PXYEPOXMUC'; Gstr{i,2} = 'OH'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPXYMUCO2(i)=fPXYMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + hv = C6M5CO2O2 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'PXYEPOXMUC'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYEPOXMUC + hv = EPXMC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'PXYEPOXMUC'; 
fPXYEPOXMUC(i)=fPXYEPOXMUC(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + NO3 = NPXYOLO2';
k(:,i) = 3.48e-11.*0.51;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'NO3'; 
fPXYLOL(i)=fPXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fNPXYOLO2(i)=fNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + NO3 = PXY1O + HNO3';
k(:,i) = 3.48e-11.*0.39;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'NO3'; 
fPXYLOL(i)=fPXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fPXY1O(i)=fPXY1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + NO3 = PXYOLO2 + HNO3';
k(:,i) = 3.48e-11.*0.10;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'NO3'; 
fPXYLOL(i)=fPXYLOL(i)-1; fNO3(i)=fNO3(i)-1; fPXYOLO2(i)=fPXYOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + OH = PXY1O';
k(:,i) = 8.00e-11.*0.07;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'OH'; 
fPXYLOL(i)=fPXYLOL(i)-1; fOH(i)=fOH(i)-1; fPXY1O(i)=fPXY1O(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + OH = PXYCATECH + HO2';
k(:,i) = 8.00e-11.*0.73;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'OH'; 
fPXYLOL(i)=fPXYLOL(i)-1; fOH(i)=fOH(i)-1; fPXYCATECH(i)=fPXYCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOL + OH = PXYOLO2';
k(:,i) = 8.00e-11.*0.2;
Gstr{i,1} = 'PXYLOL'; Gstr{i,2} = 'OH'; 
fPXYLOL(i)=fPXYLOL(i)-1; fOH(i)=fOH(i)-1; fPXYOLO2(i)=fPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + HO2 = C6H5C2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'HO2'; 
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fHO2(i)=fHO2(i)-1; fC6H5C2OOH(i)=fC6H5C2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + NO = C6H5C2H4O + NO2';
k(:,i) = KRO2NO.*0.900;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'NO'; 
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fNO(i)=fNO(i)-1; fC6H5C2H4O(i)=fC6H5C2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + NO = C6H5C2NO3';
k(:,i) = KRO2NO.*0.100;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'NO'; 
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fNO(i)=fNO(i)-1; fC6H5C2NO3(i)=fC6H5C2NO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + NO3 = C6H5C2H4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'NO3'; 
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fNO3(i)=fNO3(i)-1; fC6H5C2H4O(i)=fC6H5C2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + RO2 = C6H5C2H4O';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'RO2';
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fC6H5C2H4O(i)=fC6H5C2H4O(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + RO2 = C6H5C2OH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'RO2';
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fC6H5C2OH(i)=fC6H5C2OH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O2 + RO2 = C6H5CH2CHO';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'C6H5C2H4O2'; Gstr{i,2} = 'RO2';
fC6H5C2H4O2(i)=fC6H5C2H4O2(i)-1; fC6H5CH2CHO(i)=fC6H5CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + NO3 = EBENZO + HNO3';
k(:,i) = 1.25e-11.*0.391;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'NO3'; 
fEBENZOL(i)=fEBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fEBENZO(i)=fEBENZO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + NO3 = EBENZOLO2 + HNO3';
k(:,i) = 1.25e-11.*0.103;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'NO3'; 
fEBENZOL(i)=fEBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fEBENZOLO2(i)=fEBENZOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + NO3 = NEBNZOLO2';
k(:,i) = 1.25e-11.*0.506;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'NO3'; 
fEBENZOL(i)=fEBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fNEBNZOLO2(i)=fNEBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + OH = EBENZO';
k(:,i) = 5.10e-11.*0.073;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'OH'; 
fEBENZOL(i)=fEBENZOL(i)-1; fOH(i)=fOH(i)-1; fEBENZO(i)=fEBENZO(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + OH = EBENZOLO2';
k(:,i) = 5.10e-11.*0.200;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'OH'; 
fEBENZOL(i)=fEBENZOL(i)-1; fOH(i)=fOH(i)-1; fEBENZOLO2(i)=fEBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOL + OH = ECATECHOL + HO2';
k(:,i) = 5.10e-11.*0.727;
Gstr{i,1} = 'EBENZOL'; Gstr{i,2} = 'OH'; 
fEBENZOL(i)=fEBENZOL(i)-1; fOH(i)=fOH(i)-1; fECATECHOL(i)=fECATECHOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + HO2 = EBZBPEROOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'HO2'; 
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fEBZBPEROOH(i)=fEBZBPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + NO = EBZBIPERO + NO2';
k(:,i) = KRO2NO.*0.90;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'NO'; 
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fEBZBIPERO(i)=fEBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + NO = EBZBPERNO3';
k(:,i) = KRO2NO.*0.10;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'NO'; 
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fEBZBPERNO3(i)=fEBZBPERNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + NO3 = EBZBIPERO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'NO3'; 
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fEBZBIPERO(i)=fEBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + RO2 = EBZBIPERO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'RO2';
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fEBZBIPERO(i)=fEBZBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + RO2 = EBZBPER2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'RO2';
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fEBZBPER2OH(i)=fEBZBPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO2 + RO2 = EBZOBPEROH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBZBIPERO2'; Gstr{i,2} = 'RO2';
fEBZBIPERO2(i)=fEBZBIPERO2(i)-1; fEBZOBPEROH(i)=fEBZOBPEROH(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + NO3 = EBZMUCCO3 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'EBZPOXMUC'; Gstr{i,2} = 'NO3'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fEBZMUCCO3(i)=fEBZMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + O3 = EPXC4DIAL + EGLYOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'EBZPOXMUC'; Gstr{i,2} = 'O3'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fEGLYOOB(i)=fEGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + OH = EBZMUCCO3';
k(:,i) = 8.10e-11.*0.26;
Gstr{i,1} = 'EBZPOXMUC'; Gstr{i,2} = 'OH'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fEBZMUCCO3(i)=fEBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + OH = EBZMUCO2';
k(:,i) = 8.10e-11.*0.76;
Gstr{i,1} = 'EBZPOXMUC'; Gstr{i,2} = 'OH'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fEBZMUCO2(i)=fEBZMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + hv = C715CO2O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'EBZPOXMUC'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EBZPOXMUC + hv = EPXC4DIAL + C2H5CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'EBZPOXMUC'; 
fEBZPOXMUC(i)=fEBZPOXMUC(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + HO2 = PHC3OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'HO2'; 
fPHC3O2(i)=fPHC3O2(i)-1; fHO2(i)=fHO2(i)-1; fPHC3OOH(i)=fPHC3OOH(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + NO = PHC3NO3';
k(:,i) = KRO2NO.*0.393;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'NO'; 
fPHC3O2(i)=fPHC3O2(i)-1; fNO(i)=fNO(i)-1; fPHC3NO3(i)=fPHC3NO3(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + NO = PHC3O + NO2';
k(:,i) = KRO2NO.*0.607;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'NO'; 
fPHC3O2(i)=fPHC3O2(i)-1; fNO(i)=fNO(i)-1; fPHC3O(i)=fPHC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + NO3 = PHC3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'NO3'; 
fPHC3O2(i)=fPHC3O2(i)-1; fNO3(i)=fNO3(i)-1; fPHC3O(i)=fPHC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + RO2 = PHC3O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'RO2';
fPHC3O2(i)=fPHC3O2(i)-1; fPHC3O(i)=fPHC3O(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + RO2 = PHC3OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'RO2';
fPHC3O2(i)=fPHC3O2(i)-1; fPHC3OH(i)=fPHC3OH(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O2 + RO2 = PHCOET';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'PHC3O2'; Gstr{i,2} = 'RO2';
fPHC3O2(i)=fPHC3O2(i)-1; fPHCOET(i)=fPHCOET(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + NO3 = NPBNZOLO2';
k(:,i) = 1.25e-11.*0.506;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'NO3'; 
fPBENZOL(i)=fPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fNPBNZOLO2(i)=fNPBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + NO3 = PBENZO + HNO3';
k(:,i) = 1.25e-11.*0.391;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'NO3'; 
fPBENZOL(i)=fPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fPBENZO(i)=fPBENZO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + NO3 = PBENZOLO2 + HNO3';
k(:,i) = 1.25e-11.*0.103;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'NO3'; 
fPBENZOL(i)=fPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fPBENZOLO2(i)=fPBENZOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + OH = PBENZO';
k(:,i) = 5.10e-11.*0.073;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'OH'; 
fPBENZOL(i)=fPBENZOL(i)-1; fOH(i)=fOH(i)-1; fPBENZO(i)=fPBENZO(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + OH = PBENZOLO2';
k(:,i) = 5.10e-11.*0.200;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'OH'; 
fPBENZOL(i)=fPBENZOL(i)-1; fOH(i)=fOH(i)-1; fPBENZOLO2(i)=fPBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOL + OH = PCATECHOL + HO2';
k(:,i) = 5.10e-11.*0.727;
Gstr{i,1} = 'PBENZOL'; Gstr{i,2} = 'OH'; 
fPBENZOL(i)=fPBENZOL(i)-1; fOH(i)=fOH(i)-1; fPCATECHOL(i)=fPCATECHOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + HO2 = PBZBPEROOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'HO2'; 
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fHO2(i)=fHO2(i)-1; fPBZBPEROOH(i)=fPBZBPEROOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + NO = PBZBIPERO + NO2';
k(:,i) = KRO2NO.*0.90;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'NO'; 
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fPBZBIPERO(i)=fPBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + NO = PBZBPERNO3';
k(:,i) = KRO2NO.*0.10;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'NO'; 
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fNO(i)=fNO(i)-1; fPBZBPERNO3(i)=fPBZBPERNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + NO3 = PBZBIPERO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'NO3'; 
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fNO3(i)=fNO3(i)-1; fPBZBIPERO(i)=fPBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + RO2 = PBZBIPERO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'RO2';
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fPBZBIPERO(i)=fPBZBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + RO2 = PBZBPER2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'RO2';
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fPBZBPER2OH(i)=fPBZBPER2OH(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO2 + RO2 = PBZOBPEROH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBZBIPERO2'; Gstr{i,2} = 'RO2';
fPBZBIPERO2(i)=fPBZBIPERO2(i)-1; fPBZOBPEROH(i)=fPBZOBPEROH(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + NO3 = PBZMUCCO3 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'PBZPOXMUC'; Gstr{i,2} = 'NO3'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fPBZMUCCO3(i)=fPBZMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + O3 = EPXC4DIAL + PGLOOA';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'PBZPOXMUC'; Gstr{i,2} = 'O3'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fPGLOOA(i)=fPGLOOA(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + OH = PBZMUCCO3';
k(:,i) = 8.45e-11.*0.74;
Gstr{i,1} = 'PBZPOXMUC'; Gstr{i,2} = 'OH'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPBZMUCCO3(i)=fPBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + OH = PBZMUCO2';
k(:,i) = 8.45e-11.*0.26;
Gstr{i,1} = 'PBZPOXMUC'; Gstr{i,2} = 'OH'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPBZMUCO2(i)=fPBZMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + hv = C815CO2O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'PBZPOXMUC'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PBZPOXMUC + hv = EPXC4DIAL + C3H7CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'PBZPOXMUC'; 
fPBZPOXMUC(i)=fPBZPOXMUC(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + HO2 = PHIC3OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'HO2'; 
fPHIC3O2(i)=fPHIC3O2(i)-1; fHO2(i)=fHO2(i)-1; fPHIC3OOH(i)=fPHIC3OOH(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + NO = PHIC3NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'NO'; 
fPHIC3O2(i)=fPHIC3O2(i)-1; fNO(i)=fNO(i)-1; fPHIC3NO3(i)=fPHIC3NO3(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + NO = PHIC3O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'NO'; 
fPHIC3O2(i)=fPHIC3O2(i)-1; fNO(i)=fNO(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + NO3 = PHIC3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'NO3'; 
fPHIC3O2(i)=fPHIC3O2(i)-1; fNO3(i)=fNO3(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + RO2 = PHIC3O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'RO2';
fPHIC3O2(i)=fPHIC3O2(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O2 + RO2 = PHIC3OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'PHIC3O2'; Gstr{i,2} = 'RO2';
fPHIC3O2(i)=fPHIC3O2(i)-1; fPHIC3OH(i)=fPHIC3OH(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + NO3 = IPBENZO + HNO3';
k(:,i) = 1.25e-11.*0.391;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'NO3'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + NO3 = IPBENZOLO2 + HNO3';
k(:,i) = 1.25e-11.*0.103;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'NO3'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fIPBENZOLO2(i)=fIPBENZOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + NO3 = NIPBNZOLO2';
k(:,i) = 1.25e-11.*0.506;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'NO3'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fNO3(i)=fNO3(i)-1; fNIPBNZOLO2(i)=fNIPBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + OH = IPBENZO';
k(:,i) = 5.10e-11.*0.073;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'OH'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fOH(i)=fOH(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + OH = IPBENZOLO2';
k(:,i) = 5.10e-11.*0.200;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'OH'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fOH(i)=fOH(i)-1; fIPBENZOLO2(i)=fIPBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOL + OH = IPCATECHOL + HO2';
k(:,i) = 5.10e-11.*0.727;
Gstr{i,1} = 'IPBENZOL'; Gstr{i,2} = 'OH'; 
fIPBENZOL(i)=fIPBENZOL(i)-1; fOH(i)=fOH(i)-1; fIPCATECHOL(i)=fIPCATECHOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + HO2 = IPBZBPROOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'HO2'; 
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fIPBZBPROOH(i)=fIPBZBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + NO = IPBZBIPRO + NO2';
k(:,i) = KRO2NO.*0.90;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'NO'; 
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fNO(i)=fNO(i)-1; fIPBZBIPRO(i)=fIPBZBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + NO = IPBZBPRNO3';
k(:,i) = KRO2NO.*0.10;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'NO'; 
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fNO(i)=fNO(i)-1; fIPBZBPRNO3(i)=fIPBZBPRNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + NO3 = IPBZBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'NO3'; 
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fIPBZBIPRO(i)=fIPBZBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + RO2 = IPBZBIPRO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'RO2';
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fIPBZBIPRO(i)=fIPBZBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + RO2 = IPBZBPR2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'RO2';
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fIPBZBPR2OH(i)=fIPBZBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO2 + RO2 = IPBZOBPROH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBZBIPRO2'; Gstr{i,2} = 'RO2';
fIPBZBIPRO2(i)=fIPBZBIPRO2(i)-1; fIPBZOBPROH(i)=fIPBZOBPROH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + NO3 = IPBZMUCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'IPBZPOXMUC'; Gstr{i,2} = 'NO3'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fIPBZMUCCO3(i)=fIPBZMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + O3 = EPXC4DIAL + IPGLOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'IPBZPOXMUC'; Gstr{i,2} = 'O3'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fIPGLOOB(i)=fIPGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + OH = IPBZMUCCO3';
k(:,i) = 8.23e-11.*0.26;
Gstr{i,1} = 'IPBZPOXMUC'; Gstr{i,2} = 'OH'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCCO3(i)=fIPBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + OH = IPBZMUCO2';
k(:,i) = 8.23e-11.*0.74;
Gstr{i,1} = 'IPBZPOXMUC'; Gstr{i,2} = 'OH'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCO2(i)=fIPBZMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + hv = C7M15CO2O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'IPBZPOXMUC'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZPOXMUC + hv = EPXC4DIAL + IPRCO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'IPBZPOXMUC'; 
fIPBZPOXMUC(i)=fIPBZPOXMUC(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + HO2 = TM123BOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'HO2'; 
fTM123BO2(i)=fTM123BO2(i)-1; fHO2(i)=fHO2(i)-1; fTM123BOOH(i)=fTM123BOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + NO = TM123BNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'NO'; 
fTM123BO2(i)=fTM123BO2(i)-1; fNO(i)=fNO(i)-1; fTM123BNO3(i)=fTM123BNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + NO = TM123BO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'NO'; 
fTM123BO2(i)=fTM123BO2(i)-1; fNO(i)=fNO(i)-1; fTM123BO(i)=fTM123BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + NO3 = TM123BO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'NO3'; 
fTM123BO2(i)=fTM123BO2(i)-1; fNO3(i)=fNO3(i)-1; fTM123BO(i)=fTM123BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + RO2 = TM123BCHO';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'RO2';
fTM123BO2(i)=fTM123BO2(i)-1; fTM123BCHO(i)=fTM123BCHO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + RO2 = TM123BO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'RO2';
fTM123BO2(i)=fTM123BO2(i)-1; fTM123BO(i)=fTM123BO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO2 + RO2 = TM123BOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TM123BO2'; Gstr{i,2} = 'RO2';
fTM123BO2(i)=fTM123BO2(i)-1; fTM123BOH(i)=fTM123BOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + NO3 = NTM123OLO2';
k(:,i) = 3.20e-11.*0.51;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'NO3'; 
fTM123BOL(i)=fTM123BOL(i)-1; fNO3(i)=fNO3(i)-1; fNTM123OLO2(i)=fNTM123OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + NO3 = TM123O + HNO3';
k(:,i) = 3.20e-11.*0.39;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'NO3'; 
fTM123BOL(i)=fTM123BOL(i)-1; fNO3(i)=fNO3(i)-1; fTM123O(i)=fTM123O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + NO3 = TM123OLO2 + HNO3';
k(:,i) = 3.20e-11.*0.10;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'NO3'; 
fTM123BOL(i)=fTM123BOL(i)-1; fNO3(i)=fNO3(i)-1; fTM123OLO2(i)=fTM123OLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + OH = T123CATECH + HO2';
k(:,i) = 8.20e-11.*0.73;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'OH'; 
fTM123BOL(i)=fTM123BOL(i)-1; fOH(i)=fOH(i)-1; fT123CATECH(i)=fT123CATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + OH = TM123O';
k(:,i) = 8.20e-11.*0.07;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'OH'; 
fTM123BOL(i)=fTM123BOL(i)-1; fOH(i)=fOH(i)-1; fTM123O(i)=fTM123O(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOL + OH = TM123OLO2';
k(:,i) = 8.20e-11.*0.20;
Gstr{i,1} = 'TM123BOL'; Gstr{i,2} = 'OH'; 
fTM123BOL(i)=fTM123BOL(i)-1; fOH(i)=fOH(i)-1; fTM123OLO2(i)=fTM123OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + HO2 = TM123BPOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'HO2'; 
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fHO2(i)=fHO2(i)-1; fTM123BPOOH(i)=fTM123BPOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + NO = TM123BPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'NO'; 
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM123BPNO3(i)=fTM123BPNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + NO = TM123BPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'NO'; 
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM123BPRO(i)=fTM123BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + NO3 = TM123BPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'NO3'; 
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fNO3(i)=fNO3(i)-1; fTM123BPRO(i)=fTM123BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + RO2 = TM123BP2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'RO2';
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fTM123BP2OH(i)=fTM123BP2OH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + RO2 = TM123BPRO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'RO2';
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fTM123BPRO(i)=fTM123BPRO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO2 + RO2 = TM123OBPOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM123BPRO2'; Gstr{i,2} = 'RO2';
fTM123BPRO2(i)=fTM123BPRO2(i)-1; fTM123OBPOH(i)=fTM123OBPOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123OXMUC + O3 = EPXALMKT + MGLOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'TM123OXMUC'; Gstr{i,2} = 'O3'; 
fTM123OXMUC(i)=fTM123OXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXALMKT(i)=fEPXALMKT(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'TM123OXMUC + OH = TM123MUCO2';
k(:,i) = 5.96e-11;
Gstr{i,1} = 'TM123OXMUC'; Gstr{i,2} = 'OH'; 
fTM123OXMUC(i)=fTM123OXMUC(i)-1; fOH(i)=fOH(i)-1; fTM123MUCO2(i)=fTM123MUCO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OXMUC + hv = C726CO5O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'TM123OXMUC'; 
fTM123OXMUC(i)=fTM123OXMUC(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123OXMUC + hv = EPXALMKT + HO2 + CO + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'TM123OXMUC'; 
fTM123OXMUC(i)=fTM123OXMUC(i)-1; fEPXALMKT(i)=fEPXALMKT(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + HO2 = TM124BOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'HO2'; 
fTM124BO2(i)=fTM124BO2(i)-1; fHO2(i)=fHO2(i)-1; fTM124BOOH(i)=fTM124BOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + NO = TM124BNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'NO'; 
fTM124BO2(i)=fTM124BO2(i)-1; fNO(i)=fNO(i)-1; fTM124BNO3(i)=fTM124BNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + NO = TM124BO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'NO'; 
fTM124BO2(i)=fTM124BO2(i)-1; fNO(i)=fNO(i)-1; fTM124BO(i)=fTM124BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + NO3 = TM124BO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'NO3'; 
fTM124BO2(i)=fTM124BO2(i)-1; fNO3(i)=fNO3(i)-1; fTM124BO(i)=fTM124BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + RO2 = TM124BCHO';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'RO2';
fTM124BO2(i)=fTM124BO2(i)-1; fTM124BCHO(i)=fTM124BCHO(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + RO2 = TM124BO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'RO2';
fTM124BO2(i)=fTM124BO2(i)-1; fTM124BO(i)=fTM124BO(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO2 + RO2 = TM124BOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TM124BO2'; Gstr{i,2} = 'RO2';
fTM124BO2(i)=fTM124BO2(i)-1; fTM124BOH(i)=fTM124BOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + HO2 = TM124BPOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'HO2'; 
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fHO2(i)=fHO2(i)-1; fTM124BPOOH(i)=fTM124BPOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + NO = TM124BPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'NO'; 
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM124BPNO3(i)=fTM124BPNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + NO = TM124BPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'NO'; 
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + NO3 = TM124BPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'NO3'; 
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fNO3(i)=fNO3(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + RO2 = TM124BP2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'RO2';
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fTM124BP2OH(i)=fTM124BP2OH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO2 + RO2 = TM124BPRO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'TM124BPRO2'; Gstr{i,2} = 'RO2';
fTM124BPRO2(i)=fTM124BPRO2(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + NO3 = NTM124OLO2';
k(:,i) = 3.20e-11.*0.51;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'NO3'; 
fTM124OL(i)=fTM124OL(i)-1; fNO3(i)=fNO3(i)-1; fNTM124OLO2(i)=fNTM124OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + NO3 = TM124O + HNO3';
k(:,i) = 3.20e-11.*0.39;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'NO3'; 
fTM124OL(i)=fTM124OL(i)-1; fNO3(i)=fNO3(i)-1; fTM124O(i)=fTM124O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + NO3 = TM124OLO2 + HNO3';
k(:,i) = 3.20e-11.*0.10;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'NO3'; 
fTM124OL(i)=fTM124OL(i)-1; fNO3(i)=fNO3(i)-1; fTM124OLO2(i)=fTM124OLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + OH = T124CATECH + HO2';
k(:,i) = 8.20e-11.*0.26;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'OH'; 
fTM124OL(i)=fTM124OL(i)-1; fOH(i)=fOH(i)-1; fT124CATECH(i)=fT124CATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + OH = TM124O';
k(:,i) = 8.20e-11.*0.07;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'OH'; 
fTM124OL(i)=fTM124OL(i)-1; fOH(i)=fOH(i)-1; fTM124O(i)=fTM124O(i)+1; 

i=i+1;
Rnames{i} = 'TM124OL + OH = TM124OLO2';
k(:,i) = 8.20e-11.*0.67;
Gstr{i,1} = 'TM124OL'; Gstr{i,2} = 'OH'; 
fTM124OL(i)=fTM124OL(i)-1; fOH(i)=fOH(i)-1; fTM124OLO2(i)=fTM124OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + NO3 = TM124MUCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'TM124OXMUC'; Gstr{i,2} = 'NO3'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fNO3(i)=fNO3(i)-1; fTM124MUCO3(i)=fTM124MUCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + O3 = EPXM2C4DAL + MGLOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'TM124OXMUC'; Gstr{i,2} = 'O3'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + OH = TM124MUCO2';
k(:,i) = 7.91e-11.*0.736;
Gstr{i,1} = 'TM124OXMUC'; Gstr{i,2} = 'OH'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fOH(i)=fOH(i)-1; fTM124MUCO2(i)=fTM124MUCO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + OH = TM124MUCO3';
k(:,i) = 7.91e-11.*0.264;
Gstr{i,1} = 'TM124OXMUC'; Gstr{i,2} = 'OH'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fOH(i)=fOH(i)-1; fTM124MUCO3(i)=fTM124MUCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + hv = C7CO2M5O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'TM124OXMUC'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124OXMUC + hv = EPXM2C4DAL + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'TM124OXMUC'; 
fTM124OXMUC(i)=fTM124OXMUC(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + HO2 = TMBOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'HO2'; 
fTMBO2(i)=fTMBO2(i)-1; fHO2(i)=fHO2(i)-1; fTMBOOH(i)=fTMBOOH(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + NO = TMBNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'NO'; 
fTMBO2(i)=fTMBO2(i)-1; fNO(i)=fNO(i)-1; fTMBNO3(i)=fTMBNO3(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + NO = TMBO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'NO'; 
fTMBO2(i)=fTMBO2(i)-1; fNO(i)=fNO(i)-1; fTMBO(i)=fTMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + NO3 = TMBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'NO3'; 
fTMBO2(i)=fTMBO2(i)-1; fNO3(i)=fNO3(i)-1; fTMBO(i)=fTMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + RO2 = TMBCHO';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'RO2';
fTMBO2(i)=fTMBO2(i)-1; fTMBCHO(i)=fTMBCHO(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + RO2 = TMBO';
k(:,i) = 1.30e-12.*0.60;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'RO2';
fTMBO2(i)=fTMBO2(i)-1; fTMBO(i)=fTMBO(i)+1; 

i=i+1;
Rnames{i} = 'TMBO2 + RO2 = TMBOH';
k(:,i) = 1.30e-12.*0.20;
Gstr{i,1} = 'TMBO2'; Gstr{i,2} = 'RO2';
fTMBO2(i)=fTMBO2(i)-1; fTMBOH(i)=fTMBOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + HO2 = TM135BPOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'HO2'; 
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fHO2(i)=fHO2(i)-1; fTM135BPOOH(i)=fTM135BPOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + NO = TM135BPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'NO'; 
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM135BPNO3(i)=fTM135BPNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + NO = TM135BPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'NO'; 
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fNO(i)=fNO(i)-1; fTM135BPRO(i)=fTM135BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + NO3 = TM135BPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'NO3'; 
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fNO3(i)=fNO3(i)-1; fTM135BPRO(i)=fTM135BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + RO2 = TM135BP2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'RO2';
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fTM135BP2OH(i)=fTM135BP2OH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + RO2 = TM135BPRO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'RO2';
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fTM135BPRO(i)=fTM135BPRO(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO2 + RO2 = TM135OBPOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'TM135BPRO2'; Gstr{i,2} = 'RO2';
fTM135BPRO2(i)=fTM135BPRO2(i)-1; fTM135OBPOH(i)=fTM135OBPOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BZOL + NO3 = NTM135OLO2';
k(:,i) = 1.30e-11.*0.787;
Gstr{i,1} = 'TM135BZOL'; Gstr{i,2} = 'NO3'; 
fTM135BZOL(i)=fTM135BZOL(i)-1; fNO3(i)=fNO3(i)-1; fNTM135OLO2(i)=fNTM135OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BZOL + NO3 = TM135O + HNO3';
k(:,i) = 1.30e-11.*0.213;
Gstr{i,1} = 'TM135BZOL'; Gstr{i,2} = 'NO3'; 
fTM135BZOL(i)=fTM135BZOL(i)-1; fNO3(i)=fNO3(i)-1; fTM135O(i)=fTM135O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135BZOL + OH = TM135O';
k(:,i) = 8.20e-11.*0.054;
Gstr{i,1} = 'TM135BZOL'; Gstr{i,2} = 'OH'; 
fTM135BZOL(i)=fTM135BZOL(i)-1; fOH(i)=fOH(i)-1; fTM135O(i)=fTM135O(i)+1; 

i=i+1;
Rnames{i} = 'TM135BZOL + OH = TM135OLO2';
k(:,i) = 8.20e-11.*0.946;
Gstr{i,1} = 'TM135BZOL'; Gstr{i,2} = 'OH'; 
fTM135BZOL(i)=fTM135BZOL(i)-1; fOH(i)=fOH(i)-1; fTM135OLO2(i)=fTM135OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + NO3 = TM135MUCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'TM135OXMUC'; Gstr{i,2} = 'NO3'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fNO3(i)=fNO3(i)-1; fTM135MUCO3(i)=fTM135MUCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + O3 = EPXMALKT + MGLOOC';
k(:,i) = 1.25e-17;
Gstr{i,1} = 'TM135OXMUC'; Gstr{i,2} = 'O3'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fMGLOOC(i)=fMGLOOC(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + OH = TM135MUCO2';
k(:,i) = 1.01e-10.*0.79;
Gstr{i,1} = 'TM135OXMUC'; Gstr{i,2} = 'OH'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fOH(i)=fOH(i)-1; fTM135MUCO2(i)=fTM135MUCO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + OH = TM135MUCO3';
k(:,i) = 1.01e-10.*0.21;
Gstr{i,1} = 'TM135OXMUC'; Gstr{i,2} = 'OH'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fOH(i)=fOH(i)-1; fTM135MUCO3(i)=fTM135MUCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + hv = C7M2CO5O2 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'TM135OXMUC'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM135OXMUC + hv = EPXMALKT + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.1.*0.5;
Gstr{i,1} = 'TM135OXMUC'; 
fTM135OXMUC(i)=fTM135OXMUC(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + HO2 = ETOLOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'HO2'; 
fETOLO2(i)=fETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fETOLOOH(i)=fETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + NO = ETOLNO3';
k(:,i) = KRO2NO.*0.393;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'NO'; 
fETOLO2(i)=fETOLO2(i)-1; fNO(i)=fNO(i)-1; fETOLNO3(i)=fETOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + NO = ETOLO + NO2';
k(:,i) = KRO2NO.*0.607;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'NO'; 
fETOLO2(i)=fETOLO2(i)-1; fNO(i)=fNO(i)-1; fETOLO(i)=fETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + NO3 = ETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'NO3'; 
fETOLO2(i)=fETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fETOLO(i)=fETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + RO2 = ETOLO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'RO2';
fETOLO2(i)=fETOLO2(i)-1; fETOLO(i)=fETOLO(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + RO2 = ETOLOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'RO2';
fETOLO2(i)=fETOLO2(i)-1; fETOLOH(i)=fETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO2 + RO2 = MPHCOME';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'ETOLO2'; Gstr{i,2} = 'RO2';
fETOLO2(i)=fETOLO2(i)-1; fMPHCOME(i)=fMPHCOME(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + HO2 = OETLBPROOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'HO2'; 
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fOETLBPROOH(i)=fOETLBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + NO = OETLBIPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'NO'; 
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fOETLBIPNO3(i)=fOETLBIPNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + NO = OETLBIPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'NO'; 
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + NO3 = OETLBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'NO3'; 
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + RO2 = OETLBIPRO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'RO2';
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO2 + RO2 = OETLBPR2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'OETLBIPRO2'; Gstr{i,2} = 'RO2';
fOETLBIPRO2(i)=fOETLBIPRO2(i)-1; fOETLBPR2OH(i)=fOETLBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + NO3 = OETLMUCCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*4.25;
Gstr{i,1} = 'OETLPOXMUC'; Gstr{i,2} = 'NO3'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fOETLMUCCO3(i)=fOETLMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + O3 = EPXMEC4DAL + GLYOOA';
k(:,i) = 2.00e-18;
Gstr{i,1} = 'OETLPOXMUC'; Gstr{i,2} = 'O3'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + OH = OETLMUCCO3';
k(:,i) = 6.32e-11.*0.49;
Gstr{i,1} = 'OETLPOXMUC'; Gstr{i,2} = 'OH'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fOETLMUCCO3(i)=fOETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + OH = OETLMUCO2';
k(:,i) = 6.32e-11.*0.51;
Gstr{i,1} = 'OETLPOXMUC'; Gstr{i,2} = 'OH'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fOETLMUCO2(i)=fOETLMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + hv = EPXMEC4DAL + HO2 + CO + HO2 + CO';
k(:,i) = J4.*0.05.*0.5;
Gstr{i,1} = 'OETLPOXMUC'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLPOXMUC + hv = MC7CO2O2 + HO2 + CO';
k(:,i) = J4.*0.05.*0.5;
Gstr{i,1} = 'OETLPOXMUC'; 
fOETLPOXMUC(i)=fOETLPOXMUC(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + NO3 = NOETOLO2';
k(:,i) = 3.20e-11.*0.51;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'NO3'; 
fOETOH(i)=fOETOH(i)-1; fNO3(i)=fNO3(i)-1; fNOETOLO2(i)=fNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + NO3 = OET1O + HNO3';
k(:,i) = 3.20e-11.*0.39;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'NO3'; 
fOETOH(i)=fOETOH(i)-1; fNO3(i)=fNO3(i)-1; fOET1O(i)=fOET1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + NO3 = OETOLO2 + HNO3';
k(:,i) = 3.20e-11.*0.10;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'NO3'; 
fOETOH(i)=fOETOH(i)-1; fNO3(i)=fNO3(i)-1; fOETOLO2(i)=fOETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + OH = OET1O';
k(:,i) = 8.20e-11.*0.07;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'OH'; 
fOETOH(i)=fOETOH(i)-1; fOH(i)=fOH(i)-1; fOET1O(i)=fOET1O(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + OH = OETCATECH + HO2';
k(:,i) = 8.20e-11.*0.73;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'OH'; 
fOETOH(i)=fOETOH(i)-1; fOH(i)=fOH(i)-1; fOETCATECH(i)=fOETCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOH + OH = OETOLO2';
k(:,i) = 8.20e-11.*0.20;
Gstr{i,1} = 'OETOH'; Gstr{i,2} = 'OH'; 
fOETOH(i)=fOETOH(i)-1; fOH(i)=fOH(i)-1; fOETOLO2(i)=fOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + HO2 = METLBPROOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'HO2'; 
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fMETLBPROOH(i)=fMETLBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + NO = METLBIPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'NO'; 
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fMETLBIPNO3(i)=fMETLBIPNO3(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + NO = METLBIPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'NO'; 
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + NO3 = METLBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'NO3'; 
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + RO2 = METLBIPRO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'RO2';
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + RO2 = METLBPR2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'RO2';
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fMETLBPR2OH(i)=fMETLBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO2 + RO2 = METLOBPROH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'METLBIPRO2'; Gstr{i,2} = 'RO2';
fMETLBIPRO2(i)=fMETLBIPRO2(i)-1; fMETLOBPROH(i)=fMETLOBPROH(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + NO3 = METLMUCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'METLPOXMUC'; Gstr{i,2} = 'NO3'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fMETLMUCCO3(i)=fMETLMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + O3 = EPXMC4DIAL + EGLYOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'METLPOXMUC'; Gstr{i,2} = 'O3'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fEGLYOOB(i)=fEGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + OH = METLMUCCO3';
k(:,i) = 8.13e-11.*0.26;
Gstr{i,1} = 'METLPOXMUC'; Gstr{i,2} = 'OH'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fMETLMUCCO3(i)=fMETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + OH = METLMUCO2';
k(:,i) = 8.13e-11.*0.74;
Gstr{i,1} = 'METLPOXMUC'; Gstr{i,2} = 'OH'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fMETLMUCO2(i)=fMETLMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + hv = C826CO3O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'METLPOXMUC'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'METLPOXMUC + hv = EPXMC4DIAL + C2H5CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'METLPOXMUC'; 
fMETLPOXMUC(i)=fMETLPOXMUC(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'METOH + NO3 = MET1O + HNO3';
k(:,i) = 4.50e-11.*0.39;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'NO3'; 
fMETOH(i)=fMETOH(i)-1; fNO3(i)=fNO3(i)-1; fMET1O(i)=fMET1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'METOH + NO3 = METOLO2 + HNO3';
k(:,i) = 4.50e-11.*0.10;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'NO3'; 
fMETOH(i)=fMETOH(i)-1; fNO3(i)=fNO3(i)-1; fMETOLO2(i)=fMETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'METOH + NO3 = NMETOLO2';
k(:,i) = 4.50e-11.*0.51;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'NO3'; 
fMETOH(i)=fMETOH(i)-1; fNO3(i)=fNO3(i)-1; fNMETOLO2(i)=fNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'METOH + OH = MET1O';
k(:,i) = 8.20e-11.*0.07;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'OH'; 
fMETOH(i)=fMETOH(i)-1; fOH(i)=fOH(i)-1; fMET1O(i)=fMET1O(i)+1; 

i=i+1;
Rnames{i} = 'METOH + OH = METCATECH + HO2';
k(:,i) = 8.20e-11.*0.42;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'OH'; 
fMETOH(i)=fMETOH(i)-1; fOH(i)=fOH(i)-1; fMETCATECH(i)=fMETCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METOH + OH = METOLO2';
k(:,i) = 8.20e-11.*0.51;
Gstr{i,1} = 'METOH'; Gstr{i,2} = 'OH'; 
fMETOH(i)=fMETOH(i)-1; fOH(i)=fOH(i)-1; fMETOLO2(i)=fMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + HO2 = PETLBPROOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'HO2'; 
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fPETLBPROOH(i)=fPETLBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + NO = PETLBIPNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'NO'; 
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fPETLBIPNO3(i)=fPETLBIPNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + NO = PETLBIPRO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'NO'; 
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + NO3 = PETLBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'NO3'; 
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + RO2 = PETLBIPRO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'RO2';
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO2 + RO2 = PETLBPR2OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'PETLBIPRO2'; Gstr{i,2} = 'RO2';
fPETLBIPRO2(i)=fPETLBIPRO2(i)-1; fPETLBPR2OH(i)=fPETLBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + NO3 = PETLMUCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'PETLPOXMUC'; Gstr{i,2} = 'NO3'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fPETLMUCCO3(i)=fPETLMUCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + O3 = EPXMC4DIAL + EGLYOOB';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'PETLPOXMUC'; Gstr{i,2} = 'O3'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fEGLYOOB(i)=fEGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + OH = PETLMUCCO3';
k(:,i) = 8.00e-11.*0.26;
Gstr{i,1} = 'PETLPOXMUC'; Gstr{i,2} = 'OH'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPETLMUCCO3(i)=fPETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + OH = PETLMUCO2';
k(:,i) = 8.00e-11.*0.74;
Gstr{i,1} = 'PETLPOXMUC'; Gstr{i,2} = 'OH'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fPETLMUCO2(i)=fPETLMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + hv = C7M6CO2O2 + C2H5CO3';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'PETLPOXMUC'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLPOXMUC + hv = EPXMC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'PETLPOXMUC'; 
fPETLPOXMUC(i)=fPETLPOXMUC(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + NO3 = NPETOLO2';
k(:,i) = 3.48e-11.*0.51;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'NO3'; 
fPETOH(i)=fPETOH(i)-1; fNO3(i)=fNO3(i)-1; fNPETOLO2(i)=fNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + NO3 = PET1O + HNO3';
k(:,i) = 3.48e-11.*0.39;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'NO3'; 
fPETOH(i)=fPETOH(i)-1; fNO3(i)=fNO3(i)-1; fPET1O(i)=fPET1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + NO3 = PETOLO2 + HNO3';
k(:,i) = 3.48e-11.*0.10;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'NO3'; 
fPETOH(i)=fPETOH(i)-1; fNO3(i)=fNO3(i)-1; fPETOLO2(i)=fPETOLO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + OH = PET1O';
k(:,i) = 8.20e-11.*0.07;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'OH'; 
fPETOH(i)=fPETOH(i)-1; fOH(i)=fOH(i)-1; fPET1O(i)=fPET1O(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + OH = PETCATECH + HO2';
k(:,i) = 8.20e-11.*0.73;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'OH'; 
fPETOH(i)=fPETOH(i)-1; fOH(i)=fOH(i)-1; fPETCATECH(i)=fPETCATECH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOH + OH = PETOLO2';
k(:,i) = 8.20e-11.*0.20;
Gstr{i,1} = 'PETOH'; Gstr{i,2} = 'OH'; 
fPETOH(i)=fPETOH(i)-1; fOH(i)=fOH(i)-1; fPETOLO2(i)=fPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + HO2 = DM35EBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'HO2'; 
fDM35EBO2(i)=fDM35EBO2(i)-1; fHO2(i)=fHO2(i)-1; fDM35EBOOH(i)=fDM35EBOOH(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + NO = DM35EBNO3';
k(:,i) = KRO2NO.*0.417;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'NO'; 
fDM35EBO2(i)=fDM35EBO2(i)-1; fNO(i)=fNO(i)-1; fDM35EBNO3(i)=fDM35EBNO3(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + NO = DM35EBO + NO2';
k(:,i) = KRO2NO.*0.583;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'NO'; 
fDM35EBO2(i)=fDM35EBO2(i)-1; fNO(i)=fNO(i)-1; fDM35EBO(i)=fDM35EBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + NO3 = DM35EBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'NO3'; 
fDM35EBO2(i)=fDM35EBO2(i)-1; fNO3(i)=fNO3(i)-1; fDM35EBO(i)=fDM35EBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + RO2 = DM35EBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'RO2';
fDM35EBO2(i)=fDM35EBO2(i)-1; fDM35EBO(i)=fDM35EBO(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + RO2 = DM35EBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'RO2';
fDM35EBO2(i)=fDM35EBO2(i)-1; fDM35EBOH(i)=fDM35EBOH(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO2 + RO2 = DMPHCOME';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DM35EBO2'; Gstr{i,2} = 'RO2';
fDM35EBO2(i)=fDM35EBO2(i)-1; fDMPHCOME(i)=fDMPHCOME(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + HO2 = DMEBPROOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'HO2'; 
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fDMEBPROOH(i)=fDMEBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + NO = DMEBIPNO3';
k(:,i) = KRO2NO.*0.167;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'NO'; 
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fNO(i)=fNO(i)-1; fDMEBIPNO3(i)=fDMEBIPNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + NO = DMEBIPRO + NO2';
k(:,i) = KRO2NO.*0.833;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'NO'; 
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fNO(i)=fNO(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + NO3 = DMEBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'NO3'; 
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + RO2 = DMEBIPRO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'RO2';
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + RO2 = DMEBPR2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'RO2';
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fDMEBPR2OH(i)=fDMEBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO2 + RO2 = DMEOBPROH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMEBIPRO2'; Gstr{i,2} = 'RO2';
fDMEBIPRO2(i)=fDMEBIPRO2(i)-1; fDMEOBPROH(i)=fDMEOBPROH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + NO3 = DMEBMUCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'DMEBPOXMUC'; Gstr{i,2} = 'NO3'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fDMEBMUCO3(i)=fDMEBMUCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + O3 = EPXMALKT + EGLYOOD';
k(:,i) = 1.25e-17;
Gstr{i,1} = 'DMEBPOXMUC'; Gstr{i,2} = 'O3'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fEGLYOOD(i)=fEGLYOOD(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + OH = DMEBMUCO2';
k(:,i) = 1.02e-10.*0.79;
Gstr{i,1} = 'DMEBPOXMUC'; Gstr{i,2} = 'OH'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fOH(i)=fOH(i)-1; fDMEBMUCO2(i)=fDMEBMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + OH = DMEBMUCO3';
k(:,i) = 1.02e-10.*0.21;
Gstr{i,1} = 'DMEBPOXMUC'; Gstr{i,2} = 'OH'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fOH(i)=fOH(i)-1; fDMEBMUCO3(i)=fDMEBMUCO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + hv = C8M2CO6O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'DMEBPOXMUC'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPOXMUC + hv = EPXMALKT + C2H5CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'DMEBPOXMUC'; 
fDMEBPOXMUC(i)=fDMEBPOXMUC(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOH + NO3 = DMEPH1O + HNO3';
k(:,i) = 1.30e-11.*0.213;
Gstr{i,1} = 'DMEPHOH'; Gstr{i,2} = 'NO3'; 
fDMEPHOH(i)=fDMEPHOH(i)-1; fNO3(i)=fNO3(i)-1; fDMEPH1O(i)=fDMEPH1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOH + NO3 = NDMEPHOLO2';
k(:,i) = 1.30e-11.*0.787;
Gstr{i,1} = 'DMEPHOH'; Gstr{i,2} = 'NO3'; 
fDMEPHOH(i)=fDMEPHOH(i)-1; fNO3(i)=fNO3(i)-1; fNDMEPHOLO2(i)=fNDMEPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOH + OH = DMEPH1O';
k(:,i) = 8.20e-11.*0.054;
Gstr{i,1} = 'DMEPHOH'; Gstr{i,2} = 'OH'; 
fDMEPHOH(i)=fDMEPHOH(i)-1; fOH(i)=fOH(i)-1; fDMEPH1O(i)=fDMEPH1O(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOH + OH = DMEPHOLO2';
k(:,i) = 8.20e-11.*0.946;
Gstr{i,1} = 'DMEPHOH'; Gstr{i,2} = 'OH'; 
fDMEPHOH(i)=fDMEPHOH(i)-1; fOH(i)=fOH(i)-1; fDMEPHOLO2(i)=fDMEPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + HO2 = DE35TOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'HO2'; 
fDE35TO2(i)=fDE35TO2(i)-1; fHO2(i)=fHO2(i)-1; fDE35TOOH(i)=fDE35TOOH(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + NO = DE35TNO3';
k(:,i) = KRO2NO.*0.431;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'NO'; 
fDE35TO2(i)=fDE35TO2(i)-1; fNO(i)=fNO(i)-1; fDE35TNO3(i)=fDE35TNO3(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + NO = DE35TO + NO2';
k(:,i) = KRO2NO.*0.569;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'NO'; 
fDE35TO2(i)=fDE35TO2(i)-1; fNO(i)=fNO(i)-1; fDE35TO(i)=fDE35TO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + NO3 = DE35TO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'NO3'; 
fDE35TO2(i)=fDE35TO2(i)-1; fNO3(i)=fNO3(i)-1; fDE35TO(i)=fDE35TO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + RO2 = DE35TO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'RO2';
fDE35TO2(i)=fDE35TO2(i)-1; fDE35TO(i)=fDE35TO(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + RO2 = DE35TOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'RO2';
fDE35TO2(i)=fDE35TO2(i)-1; fDE35TOH(i)=fDE35TOH(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO2 + RO2 = EMPHCOME';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'DE35TO2'; Gstr{i,2} = 'RO2';
fDE35TO2(i)=fDE35TO2(i)-1; fEMPHCOME(i)=fEMPHCOME(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOH + NO3 = DEMPHSMS1O + HNO3';
k(:,i) = 1.30e-11.*0.213;
Gstr{i,1} = 'DEMPHOH'; Gstr{i,2} = 'NO3'; 
fDEMPHOH(i)=fDEMPHOH(i)-1; fNO3(i)=fNO3(i)-1; fDEMPHSMS1O(i)=fDEMPHSMS1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOH + NO3 = NDEMPHOLO2';
k(:,i) = 1.30e-11.*0.787;
Gstr{i,1} = 'DEMPHOH'; Gstr{i,2} = 'NO3'; 
fDEMPHOH(i)=fDEMPHOH(i)-1; fNO3(i)=fNO3(i)-1; fNDEMPHOLO2(i)=fNDEMPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOH + OH = DEMPHOLO2';
k(:,i) = 8.20e-11.*0.946;
Gstr{i,1} = 'DEMPHOH'; Gstr{i,2} = 'OH'; 
fDEMPHOH(i)=fDEMPHOH(i)-1; fOH(i)=fOH(i)-1; fDEMPHOLO2(i)=fDEMPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOH + OH = DEMPHSMS1O';
k(:,i) = 8.20e-11.*0.054;
Gstr{i,1} = 'DEMPHOH'; Gstr{i,2} = 'OH'; 
fDEMPHOH(i)=fDEMPHOH(i)-1; fOH(i)=fOH(i)-1; fDEMPHSMS1O(i)=fDEMPHSMS1O(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + HO2 = DETLBPROOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'HO2'; 
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fHO2(i)=fHO2(i)-1; fDETLBPROOH(i)=fDETLBPROOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + NO = DETLBIPNO3';
k(:,i) = KRO2NO.*0.172;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'NO'; 
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fDETLBIPNO3(i)=fDETLBIPNO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + NO = DETLBIPRO + NO2';
k(:,i) = KRO2NO.*0.828;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'NO'; 
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fNO(i)=fNO(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + NO3 = DETLBIPRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'NO3'; 
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fNO3(i)=fNO3(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + RO2 = DETLBIPRO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'RO2';
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + RO2 = DETLBPR2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'RO2';
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fDETLBPR2OH(i)=fDETLBPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO2 + RO2 = DETLOBPROH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DETLBIPRO2'; Gstr{i,2} = 'RO2';
fDETLBIPRO2(i)=fDETLBIPRO2(i)-1; fDETLOBPROH(i)=fDETLOBPROH(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + NO3 = DETLMUCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'DETLPOXMUC'; Gstr{i,2} = 'NO3'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fNO3(i)=fNO3(i)-1; fDETLMUCO3(i)=fDETLMUCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + O3 = EPXEALKT + EGLYOOD';
k(:,i) = 1.25e-17;
Gstr{i,1} = 'DETLPOXMUC'; Gstr{i,2} = 'O3'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fO3(i)=fO3(i)-1; fEPXEALKT(i)=fEPXEALKT(i)+1; fEGLYOOD(i)=fEGLYOOD(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + OH = DETLMUCO2';
k(:,i) = 1.05e-10.*0.79;
Gstr{i,1} = 'DETLPOXMUC'; Gstr{i,2} = 'OH'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fDETLMUCO2(i)=fDETLMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + OH = DETLMUCO3';
k(:,i) = 1.05e-10.*0.21;
Gstr{i,1} = 'DETLPOXMUC'; Gstr{i,2} = 'OH'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fOH(i)=fOH(i)-1; fDETLMUCO3(i)=fDETLMUCO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + hv = C9M2CO6O2 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'DETLPOXMUC'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DETLPOXMUC + hv = EPXEALKT + C2H5CO3 + HO2 + CO';
k(:,i) = J4.*0.028.*0.5;
Gstr{i,1} = 'DETLPOXMUC'; 
fDETLPOXMUC(i)=fDETLPOXMUC(i)-1; fEPXEALKT(i)=fEPXEALKT(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NSTYRENO2 + HO2 = NSTYRENOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NSTYRENO2'; Gstr{i,2} = 'HO2'; 
fNSTYRENO2(i)=fNSTYRENO2(i)-1; fHO2(i)=fHO2(i)-1; fNSTYRENOOH(i)=fNSTYRENOOH(i)+1; 

i=i+1;
Rnames{i} = 'NSTYRENO2 + NO = NO2 + NSTYRENEO';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NSTYRENO2'; Gstr{i,2} = 'NO'; 
fNSTYRENO2(i)=fNSTYRENO2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fNSTYRENEO(i)=fNSTYRENEO(i)+1; 

i=i+1;
Rnames{i} = 'NSTYRENO2 + NO3 = NO2 + NSTYRENEO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NSTYRENO2'; Gstr{i,2} = 'NO3'; 
fNSTYRENO2(i)=fNSTYRENO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fNSTYRENEO(i)=fNSTYRENEO(i)+1; 

i=i+1;
Rnames{i} = 'NSTYRENO2 + RO2 = NSTYRENEO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NSTYRENO2'; Gstr{i,2} = 'RO2';
fNSTYRENO2(i)=fNSTYRENO2(i)-1; fNSTYRENEO(i)=fNSTYRENEO(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOOA = BENZENE';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'PHCHOOA'; 
fPHCHOOA(i)=fPHCHOOA(i)-1; fBENZENE(i)=fBENZENE(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOOA = C6H5O2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'PHCHOOA'; 
fPHCHOOA(i)=fPHCHOOA(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOOA = C6H5O2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'PHCHOOA'; 
fPHCHOOA(i)=fPHCHOOA(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOOA = PHCHOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'PHCHOOA'; 
fPHCHOOA(i)=fPHCHOOA(i)-1; fPHCHOO(i)=fPHCHOO(i)+1; 

i=i+1;
Rnames{i} = 'STYRENO2 + HO2 = STYRENOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'STYRENO2'; Gstr{i,2} = 'HO2'; 
fSTYRENO2(i)=fSTYRENO2(i)-1; fHO2(i)=fHO2(i)-1; fSTYRENOOH(i)=fSTYRENOOH(i)+1; 

i=i+1;
Rnames{i} = 'STYRENO2 + NO = NO2 + STYRENO';
k(:,i) = KRO2NO;
Gstr{i,1} = 'STYRENO2'; Gstr{i,2} = 'NO'; 
fSTYRENO2(i)=fSTYRENO2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fSTYRENO(i)=fSTYRENO(i)+1; 

i=i+1;
Rnames{i} = 'STYRENO2 + NO3 = NO2 + STYRENO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'STYRENO2'; Gstr{i,2} = 'NO3'; 
fSTYRENO2(i)=fSTYRENO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fSTYRENO(i)=fSTYRENO(i)+1; 

i=i+1;
Rnames{i} = 'STYRENO2 + RO2 = STYRENO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'STYRENO2'; Gstr{i,2} = 'RO2';
fSTYRENO2(i)=fSTYRENO2(i)-1; fSTYRENO(i)=fSTYRENO(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + HO2 = C6H5CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H5CO3H(i)=fC6H5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + HO2 = C6H5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + HO2 = PHCOOH + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fHO2(i)=fHO2(i)-1; fPHCOOH(i)=fPHCOOH(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + NO = C6H5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'NO'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fNO(i)=fNO(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + NO2 = PBZN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'NO2'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fNO2(i)=fNO2(i)-1; fPBZN(i)=fPBZN(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + NO3 = C6H5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'NO3'; 
fC6H5CO3(i)=fC6H5CO3(i)-1; fNO3(i)=fNO3(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + RO2 = C6H5O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'RO2';
fC6H5CO3(i)=fC6H5CO3(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3 + RO2 = PHCOOH';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C6H5CO3'; Gstr{i,2} = 'RO2';
fC6H5CO3(i)=fC6H5CO3(i)-1; fPHCOOH(i)=fPHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O2 + HO2 = C6H5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6H5O2'; Gstr{i,2} = 'HO2'; 
fC6H5O2(i)=fC6H5O2(i)-1; fHO2(i)=fHO2(i)-1; fC6H5OOH(i)=fC6H5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O2 + NO = C6H5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6H5O2'; Gstr{i,2} = 'NO'; 
fC6H5O2(i)=fC6H5O2(i)-1; fNO(i)=fNO(i)-1; fC6H5O(i)=fC6H5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O2 + NO3 = C6H5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6H5O2'; Gstr{i,2} = 'NO3'; 
fC6H5O2(i)=fC6H5O2(i)-1; fNO3(i)=fNO3(i)-1; fC6H5O(i)=fC6H5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O2 + RO2 = C6H5O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C6H5O2'; Gstr{i,2} = 'RO2';
fC6H5O2(i)=fC6H5O2(i)-1; fC6H5O(i)=fC6H5O(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + HO2 = CH2CLOOH';
k(:,i) = 3.2e-13.*exp(820./T).*0.3;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'HO2'; 
fCH2CLO2(i)=fCH2CLO2(i)-1; fHO2(i)=fHO2(i)-1; fCH2CLOOH(i)=fCH2CLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + HO2 = CHOCL';
k(:,i) = 3.2e-13.*exp(820./T).*0.7;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'HO2'; 
fCH2CLO2(i)=fCH2CLO2(i)-1; fHO2(i)=fHO2(i)-1; fCHOCL(i)=fCHOCL(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + NO = CH2CLO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'NO'; 
fCH2CLO2(i)=fCH2CLO2(i)-1; fNO(i)=fNO(i)-1; fCH2CLO(i)=fCH2CLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + NO3 = CH2CLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'NO3'; 
fCH2CLO2(i)=fCH2CLO2(i)-1; fNO3(i)=fNO3(i)-1; fCH2CLO(i)=fCH2CLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + RO2 = CH2CLO';
k(:,i) = 2.*(KCH3O2.*1.9e-13.*exp(870./T)).^0.5.*0.6;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'RO2';
fCH2CLO2(i)=fCH2CLO2(i)-1; fCH2CLO(i)=fCH2CLO(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + RO2 = CH2CLOH';
k(:,i) = 2.*(KCH3O2.*1.9e-13.*exp(870./T)).^0.5.*0.2;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'RO2';
fCH2CLO2(i)=fCH2CLO2(i)-1; fCH2CLOH(i)=fCH2CLOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO2 + RO2 = CHOCL';
k(:,i) = 2.*(KCH3O2.*1.9e-13.*exp(870./T)).^0.5.*0.2;
Gstr{i,1} = 'CH2CLO2'; Gstr{i,2} = 'RO2';
fCH2CLO2(i)=fCH2CLO2(i)-1; fCHOCL(i)=fCHOCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + HO2 = CHCL2OOH';
k(:,i) = 5.6e-13.*exp(700./T);
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'HO2'; 
fCHCL2O2(i)=fCHCL2O2(i)-1; fHO2(i)=fHO2(i)-1; fCHCL2OOH(i)=fCHCL2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + NO = CHCL2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'NO'; 
fCHCL2O2(i)=fCHCL2O2(i)-1; fNO(i)=fNO(i)-1; fCHCL2O(i)=fCHCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + NO3 = CHCL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'NO3'; 
fCHCL2O2(i)=fCHCL2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHCL2O(i)=fCHCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + RO2 = CHCL2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'RO2';
fCHCL2O2(i)=fCHCL2O2(i)-1; fCHCL2O(i)=fCHCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + RO2 = CHCL2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'RO2';
fCHCL2O2(i)=fCHCL2O2(i)-1; fCHCL2OH(i)=fCHCL2OH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O2 + RO2 = COCL2';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CHCL2O2'; Gstr{i,2} = 'RO2';
fCHCL2O2(i)=fCHCL2O2(i)-1; fCOCL2(i)=fCOCL2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O2 + HO2 = CCL3OOH';
k(:,i) = 4.7e-13.*exp(710./T);
Gstr{i,1} = 'CCL3O2'; Gstr{i,2} = 'HO2'; 
fCCL3O2(i)=fCCL3O2(i)-1; fHO2(i)=fHO2(i)-1; fCCL3OOH(i)=fCCL3OOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O2 + NO = CCL3O + NO2';
k(:,i) = KRO2NO.*1.8;
Gstr{i,1} = 'CCL3O2'; Gstr{i,2} = 'NO'; 
fCCL3O2(i)=fCCL3O2(i)-1; fNO(i)=fNO(i)-1; fCCL3O(i)=fCCL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O2 + NO3 = CCL3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CCL3O2'; Gstr{i,2} = 'NO3'; 
fCCL3O2(i)=fCCL3O2(i)-1; fNO3(i)=fNO3(i)-1; fCCL3O(i)=fCCL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O2 + RO2 = CCL3O';
k(:,i) = 2.*(KCH3O2.*3.3e-13.*exp(740./T)).^0.5.*0.7;
Gstr{i,1} = 'CCL3O2'; Gstr{i,2} = 'RO2';
fCCL3O2(i)=fCCL3O2(i)-1; fCCL3O(i)=fCCL3O(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O2 + RO2 = CCL3OH';
k(:,i) = 2.*(KCH3O2.*3.3e-13.*exp(740./T)).^0.5.*0.3;
Gstr{i,1} = 'CCL3O2'; Gstr{i,2} = 'RO2';
fCCL3O2(i)=fCCL3O2(i)-1; fCCL3OH(i)=fCCL3OH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + HO2 = CCL3CH2OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'HO2'; 
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCCL3CH2OOH(i)=fCCL3CH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + NO = CCL3CH2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'NO'; 
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fNO(i)=fNO(i)-1; fCCL3CH2O(i)=fCCL3CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + NO3 = CCL3CH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'NO3'; 
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCCL3CH2O(i)=fCCL3CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + RO2 = CCL3CH2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'RO2';
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fCCL3CH2O(i)=fCCL3CH2O(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + RO2 = CCL3CH2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'RO2';
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fCCL3CH2OH(i)=fCCL3CH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O2 + RO2 = CCL3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CCL3CH2O2'; Gstr{i,2} = 'RO2';
fCCL3CH2O2(i)=fCCL3CH2O2(i)-1; fCCL3CHO(i)=fCCL3CHO(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO2 + HO2 = TCEOHOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'TCEOHO2'; Gstr{i,2} = 'HO2'; 
fTCEOHO2(i)=fTCEOHO2(i)-1; fHO2(i)=fHO2(i)-1; fTCEOHOOH(i)=fTCEOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO2 + NO = TCEOHO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'TCEOHO2'; Gstr{i,2} = 'NO'; 
fTCEOHO2(i)=fTCEOHO2(i)-1; fNO(i)=fNO(i)-1; fTCEOHO(i)=fTCEOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO2 + NO3 = TCEOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TCEOHO2'; Gstr{i,2} = 'NO3'; 
fTCEOHO2(i)=fTCEOHO2(i)-1; fNO3(i)=fNO3(i)-1; fTCEOHO(i)=fTCEOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO2 + RO2 = TCE2OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'TCEOHO2'; Gstr{i,2} = 'RO2';
fTCEOHO2(i)=fTCEOHO2(i)-1; fTCE2OH(i)=fTCE2OH(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO2 + RO2 = TCEOHO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'TCEOHO2'; Gstr{i,2} = 'RO2';
fTCEOHO2(i)=fTCEOHO2(i)-1; fTCEOHO(i)=fTCEOHO(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO2 + HO2 = C2CL3OHOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'C2CL3OHAO2'; Gstr{i,2} = 'HO2'; 
fC2CL3OHAO2(i)=fC2CL3OHAO2(i)-1; fHO2(i)=fHO2(i)-1; fC2CL3OHOOH(i)=fC2CL3OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO2 + NO = C2CL3OHAO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'C2CL3OHAO2'; Gstr{i,2} = 'NO'; 
fC2CL3OHAO2(i)=fC2CL3OHAO2(i)-1; fNO(i)=fNO(i)-1; fC2CL3OHAO(i)=fC2CL3OHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO2 + NO3 = C2CL3OHAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C2CL3OHAO2'; Gstr{i,2} = 'NO3'; 
fC2CL3OHAO2(i)=fC2CL3OHAO2(i)-1; fNO3(i)=fNO3(i)-1; fC2CL3OHAO(i)=fC2CL3OHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO2 + RO2 = C2CL32OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C2CL3OHAO2'; Gstr{i,2} = 'RO2';
fC2CL3OHAO2(i)=fC2CL3OHAO2(i)-1; fC2CL32OH(i)=fC2CL32OH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO2 + RO2 = C2CL3OHAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C2CL3OHAO2'; Gstr{i,2} = 'RO2';
fC2CL3OHAO2(i)=fC2CL3OHAO2(i)-1; fC2CL3OHAO(i)=fC2CL3OHAO(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + HO2 = C2CL3HOOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'HO2'; 
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fHO2(i)=fHO2(i)-1; fC2CL3HOOOH(i)=fC2CL3HOOOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + NO = C2CL3OHBO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'NO'; 
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fNO(i)=fNO(i)-1; fC2CL3OHBO(i)=fC2CL3OHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + NO3 = C2CL3OHBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'NO3'; 
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fNO3(i)=fNO3(i)-1; fC2CL3OHBO(i)=fC2CL3OHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + RO2 = C2CL32OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'RO2';
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fC2CL32OH(i)=fC2CL32OH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + RO2 = C2CL3OHBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'RO2';
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fC2CL3OHBO(i)=fC2CL3OHBO(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO2 + RO2 = CCL2OHCOCL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C2CL3OHBO2'; Gstr{i,2} = 'RO2';
fC2CL3OHBO2(i)=fC2CL3OHBO2(i)-1; fCCL2OHCOCL(i)=fCCL2OHCOCL(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + HO2 = C2CL2OHOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'HO2'; 
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC2CL2OHOOH(i)=fC2CL2OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + NO = C2CL2OHO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'NO'; 
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fNO(i)=fNO(i)-1; fC2CL2OHO(i)=fC2CL2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + NO3 = C2CL2OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'NO3'; 
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fNO3(i)=fNO3(i)-1; fC2CL2OHO(i)=fC2CL2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + RO2 = C2CL2OH2';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'RO2';
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fC2CL2OH2(i)=fC2CL2OH2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + RO2 = C2CL2OHO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'RO2';
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fC2CL2OHO(i)=fC2CL2OHO(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO2 + RO2 = CCLOHCOCL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C2CL2OHO2'; Gstr{i,2} = 'RO2';
fC2CL2OHO2(i)=fC2CL2OHO2(i)-1; fCCLOHCOCL(i)=fCCLOHCOCL(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + HO2 = DICLETO2H';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'HO2'; 
fDICLETO2(i)=fDICLETO2(i)-1; fHO2(i)=fHO2(i)-1; fDICLETO2H(i)=fDICLETO2H(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + NO = DICLETO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'NO'; 
fDICLETO2(i)=fDICLETO2(i)-1; fNO(i)=fNO(i)-1; fDICLETO(i)=fDICLETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + NO3 = DICLETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'NO3'; 
fDICLETO2(i)=fDICLETO2(i)-1; fNO3(i)=fNO3(i)-1; fDICLETO(i)=fDICLETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + RO2 = CLETAL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'RO2';
fDICLETO2(i)=fDICLETO2(i)-1; fCLETAL(i)=fCLETAL(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + RO2 = DICLETO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'RO2';
fDICLETO2(i)=fDICLETO2(i)-1; fDICLETO(i)=fDICLETO(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2 + RO2 = DICLETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DICLETO2'; Gstr{i,2} = 'RO2';
fDICLETO2(i)=fDICLETO2(i)-1; fDICLETOH(i)=fDICLETOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2 + HO2 = CH2OHCL2O2H';
k(:,i) = KRO2HO2;
Gstr{i,1} = 'CH2OHCL2O2'; Gstr{i,2} = 'HO2'; 
fCH2OHCL2O2(i)=fCH2OHCL2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH2OHCL2O2H(i)=fCH2OHCL2O2H(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2 + NO = CH2OHCL2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH2OHCL2O2'; Gstr{i,2} = 'NO'; 
fCH2OHCL2O2(i)=fCH2OHCL2O2(i)-1; fNO(i)=fNO(i)-1; fCH2OHCL2O(i)=fCH2OHCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2 + NO3 = CH2OHCL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2OHCL2O2'; Gstr{i,2} = 'NO3'; 
fCH2OHCL2O2(i)=fCH2OHCL2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH2OHCL2O(i)=fCH2OHCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2 + RO2 = CH2OHCL2O';
k(:,i) = 8.80e-13.*0.7;
Gstr{i,1} = 'CH2OHCL2O2'; Gstr{i,2} = 'RO2';
fCH2OHCL2O2(i)=fCH2OHCL2O2(i)-1; fCH2OHCL2O(i)=fCH2OHCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2 + RO2 = CL2OHCH2OH';
k(:,i) = 8.80e-13.*0.3;
Gstr{i,1} = 'CH2OHCL2O2'; Gstr{i,2} = 'RO2';
fCH2OHCL2O2(i)=fCH2OHCL2O2(i)-1; fCL2OHCH2OH(i)=fCL2OHCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + HO2 = CL2OHOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'HO2'; 
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCL2OHOOH(i)=fCL2OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + NO = CL2OHCH2O + NO2';
k(:,i) = KRO2NO.*1.2;
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'NO'; 
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fNO(i)=fNO(i)-1; fCL2OHCH2O(i)=fCL2OHCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + NO3 = CL2OHCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'NO3'; 
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCL2OHCH2O(i)=fCL2OHCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + RO2 = CL2OHCH2O';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'RO2';
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fCL2OHCH2O(i)=fCL2OHCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + RO2 = CL2OHCH2OH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'RO2';
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fCL2OHCH2OH(i)=fCL2OHCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O2 + RO2 = CL2OHCHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CL2OHCH2O2'; Gstr{i,2} = 'RO2';
fCL2OHCH2O2(i)=fCL2OHCH2O2(i)-1; fCL2OHCHO(i)=fCL2OHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + HO2 = CL12PRAOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'HO2'; 
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fHO2(i)=fHO2(i)-1; fCL12PRAOOH(i)=fCL12PRAOOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + NO = CL12PRAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'NO'; 
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fNO(i)=fNO(i)-1; fCL12PRAO(i)=fCL12PRAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + NO3 = CL12PRAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'NO3'; 
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fNO3(i)=fNO3(i)-1; fCL12PRAO(i)=fCL12PRAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + RO2 = CL12PRAO';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'RO2';
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fCL12PRAO(i)=fCL12PRAO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + RO2 = CL12PRAOH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'RO2';
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fCL12PRAOH(i)=fCL12PRAOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO2 + RO2 = CL12PRCHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CL12PRAO2'; Gstr{i,2} = 'RO2';
fCL12PRAO2(i)=fCL12PRAO2(i)-1; fCL12PRCHO(i)=fCL12PRCHO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO2 + HO2 = CL12PRBOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CL12PRBO2'; Gstr{i,2} = 'HO2'; 
fCL12PRBO2(i)=fCL12PRBO2(i)-1; fHO2(i)=fHO2(i)-1; fCL12PRBOOH(i)=fCL12PRBOOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO2 + NO = CL12PRBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CL12PRBO2'; Gstr{i,2} = 'NO'; 
fCL12PRBO2(i)=fCL12PRBO2(i)-1; fNO(i)=fNO(i)-1; fCL12PRBO(i)=fCL12PRBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO2 + NO3 = CL12PRBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CL12PRBO2'; Gstr{i,2} = 'NO3'; 
fCL12PRBO2(i)=fCL12PRBO2(i)-1; fNO3(i)=fNO3(i)-1; fCL12PRBO(i)=fCL12PRBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO2 + RO2 = CL12PRBO';
k(:,i) = 9.20e-13.*0.70;
Gstr{i,1} = 'CL12PRBO2'; Gstr{i,2} = 'RO2';
fCL12PRBO2(i)=fCL12PRBO2(i)-1; fCL12PRBO(i)=fCL12PRBO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO2 + RO2 = CL12PRBOH';
k(:,i) = 9.20e-13.*0.30;
Gstr{i,1} = 'CL12PRBO2'; Gstr{i,2} = 'RO2';
fCL12PRBO2(i)=fCL12PRBO2(i)-1; fCL12PRBOH(i)=fCL12PRBOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + HO2 = CL12PRCOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'HO2'; 
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fHO2(i)=fHO2(i)-1; fCL12PRCOOH(i)=fCL12PRCOOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + NO = CL12PRCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'NO'; 
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fNO(i)=fNO(i)-1; fCL12PRCO(i)=fCL12PRCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + NO3 = CL12PRCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'NO3'; 
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fNO3(i)=fNO3(i)-1; fCL12PRCO(i)=fCL12PRCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + RO2 = CH3CLCOCL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'RO2';
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fCH3CLCOCL(i)=fCH3CLCOCL(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + RO2 = CL12PRCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'RO2';
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fCL12PRCO(i)=fCL12PRCO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO2 + RO2 = CL12PRCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CL12PRCO2'; Gstr{i,2} = 'RO2';
fCL12PRCO2(i)=fCL12PRCO2(i)-1; fCL12PRCOH(i)=fCL12PRCOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O2 + HO2 = CH3CCL2OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH3CCL2O2'; Gstr{i,2} = 'HO2'; 
fCH3CCL2O2(i)=fCH3CCL2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3CCL2OOH(i)=fCH3CCL2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O2 + NO = CH3CCL2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH3CCL2O2'; Gstr{i,2} = 'NO'; 
fCH3CCL2O2(i)=fCH3CCL2O2(i)-1; fNO(i)=fNO(i)-1; fCH3CCL2O(i)=fCH3CCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O2 + NO3 = CH3CCL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3CCL2O2'; Gstr{i,2} = 'NO3'; 
fCH3CCL2O2(i)=fCH3CCL2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3CCL2O(i)=fCH3CCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O2 + RO2 = CH3CCL2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'CH3CCL2O2'; Gstr{i,2} = 'RO2';
fCH3CCL2O2(i)=fCH3CCL2O2(i)-1; fCH3CCL2O(i)=fCH3CCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O2 + RO2 = CH3CCL2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'CH3CCL2O2'; Gstr{i,2} = 'RO2';
fCH3CCL2O2(i)=fCH3CCL2O2(i)-1; fCH3CCL2OH(i)=fCH3CCL2OH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + HO2 = CHCL2COOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'HO2'; 
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCHCL2COOH(i)=fCHCL2COOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + NO = CHCL2CH2O + NO2';
k(:,i) = KRO2NO.*1.2;
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'NO'; 
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fNO(i)=fNO(i)-1; fCHCL2CH2O(i)=fCHCL2CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + NO3 = CHCL2CH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'NO3'; 
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHCL2CH2O(i)=fCHCL2CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + RO2 = CHCL2CH2O';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'RO2';
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fCHCL2CH2O(i)=fCHCL2CH2O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + RO2 = CHCL2CHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'RO2';
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O2 + RO2 = CHCL2CHOH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CHCL2CH2O2'; Gstr{i,2} = 'RO2';
fCHCL2CH2O2(i)=fCHCL2CH2O2(i)-1; fCHCL2CHOH(i)=fCHCL2CHOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + HO2 = CH2CLCOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'HO2'; 
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH2CLCOOH(i)=fCH2CLCOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + NO = CH2CLCH2O + NO2';
k(:,i) = KRO2NO.*1.2;
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'NO'; 
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH2CLCH2O(i)=fCH2CLCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + NO3 = CH2CLCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'NO3'; 
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH2CLCH2O(i)=fCH2CLCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + RO2 = CH2CLCH2O';
k(:,i) = 2.*(KCH3O2.*4.2e-14.*exp(1300./T)).^0.5.*0.6;
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'RO2';
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fCH2CLCH2O(i)=fCH2CLCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + RO2 = CH2CLCH2OH';
k(:,i) = 2.*(KCH3O2.*4.2e-14.*exp(1300./T)).^0.5.*0.2;
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'RO2';
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fCH2CLCH2OH(i)=fCH2CLCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O2 + RO2 = CLETAL';
k(:,i) = 2.*(KCH3O2.*4.2e-14.*exp(1300./T)).^0.5.*0.2;
Gstr{i,1} = 'CH2CLCH2O2'; Gstr{i,2} = 'RO2';
fCH2CLCH2O2(i)=fCH2CLCH2O2(i)-1; fCLETAL(i)=fCLETAL(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + HO2 = CH3CHCLOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'HO2'; 
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fHO2(i)=fHO2(i)-1; fCH3CHCLOOH(i)=fCH3CHCLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + NO = CH3CHCLO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'NO'; 
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fNO(i)=fNO(i)-1; fCH3CHCLO(i)=fCH3CHCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + NO3 = CH3CHCLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'NO3'; 
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHCLO(i)=fCH3CHCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + RO2 = CH3CHCLO';
k(:,i) = 2.*(K298CH3O2.*5e-12).^0.5.*0.60;
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'RO2';
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fCH3CHCLO(i)=fCH3CHCLO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + RO2 = CH3CHCLOH';
k(:,i) = 2.*(K298CH3O2.*5e-12).^0.5.*0.20;
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'RO2';
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fCH3CHCLOH(i)=fCH3CHCLOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO2 + RO2 = CH3COCL';
k(:,i) = 2.*(K298CH3O2.*5e-12).^0.5.*0.20;
Gstr{i,1} = 'CH3CHCLO2'; Gstr{i,2} = 'RO2';
fCH3CHCLO2(i)=fCH3CHCLO2(i)-1; fCH3COCL(i)=fCH3COCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O2 + HO2 = CCL2CL2OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CHCL2CL2O2'; Gstr{i,2} = 'HO2'; 
fCHCL2CL2O2(i)=fCHCL2CL2O2(i)-1; fHO2(i)=fHO2(i)-1; fCCL2CL2OOH(i)=fCCL2CL2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O2 + NO = CHCL2CL2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CHCL2CL2O2'; Gstr{i,2} = 'NO'; 
fCHCL2CL2O2(i)=fCHCL2CL2O2(i)-1; fNO(i)=fNO(i)-1; fCHCL2CL2O(i)=fCHCL2CL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O2 + NO3 = CHCL2CL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHCL2CL2O2'; Gstr{i,2} = 'NO3'; 
fCHCL2CL2O2(i)=fCHCL2CL2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHCL2CL2O(i)=fCHCL2CL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O2 + RO2 = CHCL2CL2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'CHCL2CL2O2'; Gstr{i,2} = 'RO2';
fCHCL2CL2O2(i)=fCHCL2CL2O2(i)-1; fCHCL2CL2O(i)=fCHCL2CL2O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O2 + RO2 = CHCL2CL2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'CHCL2CL2O2'; Gstr{i,2} = 'RO2';
fCHCL2CL2O2(i)=fCHCL2CL2O2(i)-1; fCHCL2CL2OH(i)=fCHCL2CL2OH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + HO2 = CH2CL3OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'HO2'; 
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fHO2(i)=fHO2(i)-1; fCH2CL3OOH(i)=fCH2CL3OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + NO = CH2CL3O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'NO'; 
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fNO(i)=fNO(i)-1; fCH2CL3O(i)=fCH2CL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + NO3 = CH2CL3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'NO3'; 
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fNO3(i)=fNO3(i)-1; fCH2CL3O(i)=fCH2CL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + RO2 = CH2CL3O';
k(:,i) = 9.20e-14.*0.60;
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'RO2';
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fCH2CL3O(i)=fCH2CL3O(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + RO2 = CH2CL3OH';
k(:,i) = 9.20e-14.*0.20;
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'RO2';
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fCH2CL3OH(i)=fCH2CL3OH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O2 + RO2 = CH2CLCOCL';
k(:,i) = 9.20e-14.*0.20;
Gstr{i,1} = 'CH2CL3O2'; Gstr{i,2} = 'RO2';
fCH2CL3O2(i)=fCH2CL3O2(i)-1; fCH2CLCOCL(i)=fCH2CLCOCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + HO2 = CHCL3OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'HO2'; 
fCHCL3O2(i)=fCHCL3O2(i)-1; fHO2(i)=fHO2(i)-1; fCHCL3OOH(i)=fCHCL3OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + NO = CHCL3O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'NO'; 
fCHCL3O2(i)=fCHCL3O2(i)-1; fNO(i)=fNO(i)-1; fCHCL3O(i)=fCHCL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + NO3 = CHCL3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'NO3'; 
fCHCL3O2(i)=fCHCL3O2(i)-1; fNO3(i)=fNO3(i)-1; fCHCL3O(i)=fCHCL3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + RO2 = CHCL2CHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'RO2';
fCHCL3O2(i)=fCHCL3O2(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + RO2 = CHCL3O';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'RO2';
fCHCL3O2(i)=fCHCL3O2(i)-1; fCHCL3O(i)=fCHCL3O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O2 + RO2 = CHCL3OH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CHCL3O2'; Gstr{i,2} = 'RO2';
fCHCL3O2(i)=fCHCL3O2(i)-1; fCHCL3OH(i)=fCHCL3OH(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + HO2 = CCLNO3COOH + OH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'HO2'; 
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fHO2(i)=fHO2(i)-1; fCCLNO3COOH(i)=fCCLNO3COOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + NO = CCLNO3CO + NO2';
k(:,i) = KRO2NO.*1.6;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'NO'; 
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fNO(i)=fNO(i)-1; fCCLNO3CO(i)=fCCLNO3CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + NO3 = CCLNO3CO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'NO3'; 
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fNO3(i)=fNO3(i)-1; fCCLNO3CO(i)=fCCLNO3CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + RO2 = CCLCONO3';
k(:,i) = 0.2.*2E-12;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'RO2';
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fCCLCONO3(i)=fCCLCONO3(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + RO2 = CCLNO3CO';
k(:,i) = 0.6.*2E-12;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'RO2';
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fCCLNO3CO(i)=fCCLNO3CO(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3O2 + RO2 = CCLNO3COH';
k(:,i) = 0.2.*2E-12;
Gstr{i,1} = 'CCLNO3O2'; Gstr{i,2} = 'RO2';
fCCLNO3O2(i)=fCCLNO3O2(i)-1; fCCLNO3COH(i)=fCCLNO3COH(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + HO2 = CNO3CLOOH + OH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'HO2'; 
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fHO2(i)=fHO2(i)-1; fCNO3CLOOH(i)=fCNO3CLOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + NO = CNO3CLO + NO2';
k(:,i) = KRO2NO.*2.2;
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'NO'; 
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fNO(i)=fNO(i)-1; fCNO3CLO(i)=fCNO3CLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + NO3 = CNO3CLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'NO3'; 
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fNO3(i)=fNO3(i)-1; fCNO3CLO(i)=fCNO3CLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + RO2 = CNO3CLO';
k(:,i) = 0.6.*2E-12;
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'RO2';
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fCNO3CLO(i)=fCNO3CLO(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + RO2 = CNO3CLOH';
k(:,i) = 0.2.*2E-12;
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'RO2';
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fCNO3CLOH(i)=fCNO3CLOH(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO2 + RO2 = CNO3OCL';
k(:,i) = 0.2.*2E-12;
Gstr{i,1} = 'CNO3CLO2'; Gstr{i,2} = 'RO2';
fCNO3CLO2(i)=fCNO3CLO2(i)-1; fCNO3OCL(i)=fCNO3OCL(i)+1; 

i=i+1;
Rnames{i} = 'CHOCL + NO3 = CO + CL + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CHOCL'; Gstr{i,2} = 'NO3'; 
fCHOCL(i)=fCHOCL(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOCL + OH = CO + CL';
k(:,i) = 6.12e-12;
Gstr{i,1} = 'CHOCL'; Gstr{i,2} = 'OH'; 
fCHOCL(i)=fCHOCL(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHOCL + hv = HO2 + CO + CL';
k(:,i) = J11;
Gstr{i,1} = 'CHOCL'; 
fCHOCL(i)=fCHOCL(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOOA = CHCLOO';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'CHCLOOA'; 
fCHCLOOA(i)=fCHCLOOA(i)-1; fCHCLOO(i)=fCHCLOO(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOOA = HCL';
k(:,i) = KDEC.*0.5.*0.395;
Gstr{i,1} = 'CHCLOOA'; 
fCHCLOOA(i)=fCHCLOOA(i)-1; fHCL(i)=fHCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOOA = HO2 + CL';
k(:,i) = KDEC.*0.5.*0.395;
Gstr{i,1} = 'CHCLOOA'; 
fCHCLOOA(i)=fCHCLOOA(i)-1; fHO2(i)=fHO2(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOOA = OH + CO + CL';
k(:,i) = KDEC.*0.355;
Gstr{i,1} = 'CHCLOOA'; 
fCHCLOOA(i)=fCHCLOOA(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + HO2 = CCLOHCOOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'HO2'; 
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCCLOHCOOH(i)=fCCLOHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + NO = CHCLOHCO + NO2';
k(:,i) = KRO2NO.*1.6;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'NO'; 
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fNO(i)=fNO(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + NO3 = CHCLOHCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'NO3'; 
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + RO2 = CCLOHCHO';
k(:,i) = 0.2.*2.0e-12;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'RO2';
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fCCLOHCHO(i)=fCCLOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + RO2 = CH2OHCCLOH';
k(:,i) = 0.2.*2.0e-12;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'RO2';
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fCH2OHCCLOH(i)=fCH2OHCCLOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCH2O2 + RO2 = CHCLOHCO';
k(:,i) = 0.6.*2.0e-12;
Gstr{i,1} = 'CCLOHCH2O2'; Gstr{i,2} = 'RO2';
fCCLOHCH2O2(i)=fCCLOHCH2O2(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + HO2 = COHCCLOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'HO2'; 
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fHO2(i)=fHO2(i)-1; fCOHCCLOOH(i)=fCOHCCLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + NO = CH2OHCCLO + NO2';
k(:,i) = KRO2NO.*2.2;
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'NO'; 
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fNO(i)=fNO(i)-1; fCH2OHCCLO(i)=fCH2OHCCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + NO3 = CH2OHCCLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'NO3'; 
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fNO3(i)=fNO3(i)-1; fCH2OHCCLO(i)=fCH2OHCCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + RO2 = CH2OHCCLO';
k(:,i) = 0.6.*8.8e-13;
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'RO2';
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fCH2OHCCLO(i)=fCH2OHCCLO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + RO2 = CH2OHCCLOH';
k(:,i) = 0.2.*8.8e-13;
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'RO2';
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fCH2OHCCLOH(i)=fCH2OHCCLOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO2 + RO2 = CH2OHCOCL';
k(:,i) = 0.2.*8.8e-13;
Gstr{i,1} = 'CH2OHCCLO2'; Gstr{i,2} = 'RO2';
fCH2OHCCLO2(i)=fCH2OHCCLO2(i)-1; fCH2OHCOCL(i)=fCH2OHCOCL(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + HO2 = NBUTDAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'HO2'; 
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUTDAOOH(i)=fNBUTDAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + NO = NBUTDAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'NO'; 
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fNO(i)=fNO(i)-1; fNBUTDAO(i)=fNBUTDAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + NO3 = NBUTDAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'NO3'; 
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUTDAO(i)=fNBUTDAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + RO2 = NBUTDAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'RO2';
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fNBUTDAO(i)=fNBUTDAO(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + RO2 = NBUTDAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'RO2';
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fNBUTDAOH(i)=fNBUTDAOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO2 + RO2 = NMVK';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUTDAO2'; Gstr{i,2} = 'RO2';
fNBUTDAO2(i)=fNBUTDAO2(i)-1; fNMVK(i)=fNMVK(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + HO2 = NBUTDBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'HO2'; 
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUTDBOOH(i)=fNBUTDBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + NO = NBUTDBNO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'NO'; 
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fNO(i)=fNO(i)-1; fNBUTDBNO3(i)=fNBUTDBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + NO = NBUTDBO + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'NO'; 
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fNO(i)=fNO(i)-1; fNBUTDBO(i)=fNBUTDBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + NO3 = NBUTDBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'NO3'; 
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUTDBO(i)=fNBUTDBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + RO2 = BUTDANO3';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'RO2';
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fBUTDANO3(i)=fBUTDANO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + RO2 = NBUTDBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'RO2';
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fNBUTDBO(i)=fNBUTDBO(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO2 + RO2 = NC3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NBUTDBO2'; Gstr{i,2} = 'RO2';
fNBUTDBO2(i)=fNBUTDBO2(i)-1; fNC3CHO(i)=fNC3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOD = CH2OO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'CH2OOD'; 
fCH2OOD(i)=fCH2OOD(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOD = CO';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'CH2OOD'; 
fCH2OOD(i)=fCH2OOD(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOD = HO2 + CO + OH';
k(:,i) = KDEC.*0.08;
Gstr{i,1} = 'CH2OOD'; 
fCH2OOD(i)=fCH2OOD(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACROOA = ACROO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'ACROOA'; 
fACROOA(i)=fACROOA(i)-1; fACROO(i)=fACROO(i)+1; 

i=i+1;
Rnames{i} = 'ACROOA = C2H4';
k(:,i) = KDEC.*0.34;
Gstr{i,1} = 'ACROOA'; 
fACROOA(i)=fACROOA(i)-1; fC2H4(i)=fC2H4(i)+1; 

i=i+1;
Rnames{i} = 'ACROOA = HO2 + CO + HCHO + CO + OH';
k(:,i) = KDEC.*0.08;
Gstr{i,1} = 'ACROOA'; 
fACROOA(i)=fACROOA(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACROOA = HO2 + CO + HCHO + HO2';
k(:,i) = KDEC.*0.34;
Gstr{i,1} = 'ACROOA'; 
fACROOA(i)=fACROOA(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + HO2 = BUTDAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'HO2'; 
fBUTDAO2(i)=fBUTDAO2(i)-1; fHO2(i)=fHO2(i)-1; fBUTDAOOH(i)=fBUTDAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + NO = BUTDANO3';
k(:,i) = KRO2NO.*0.053;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'NO'; 
fBUTDAO2(i)=fBUTDAO2(i)-1; fNO(i)=fNO(i)-1; fBUTDANO3(i)=fBUTDANO3(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + NO = BUTDAO + NO2';
k(:,i) = KRO2NO.*0.947;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'NO'; 
fBUTDAO2(i)=fBUTDAO2(i)-1; fNO(i)=fNO(i)-1; fBUTDAO(i)=fBUTDAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + NO3 = BUTDAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'NO3'; 
fBUTDAO2(i)=fBUTDAO2(i)-1; fNO3(i)=fNO3(i)-1; fBUTDAO(i)=fBUTDAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + RO2 = BUTDAO';
k(:,i) = 2.00e-12.*0.8;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'RO2';
fBUTDAO2(i)=fBUTDAO2(i)-1; fBUTDAO(i)=fBUTDAO(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + RO2 = BUTDAOH';
k(:,i) = 2.00e-12.*0.1;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'RO2';
fBUTDAO2(i)=fBUTDAO2(i)-1; fBUTDAOH(i)=fBUTDAOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO2 + RO2 = HC3CHO';
k(:,i) = 2.00e-12.*0.1;
Gstr{i,1} = 'BUTDAO2'; Gstr{i,2} = 'RO2';
fBUTDAO2(i)=fBUTDAO2(i)-1; fHC3CHO(i)=fHC3CHO(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + HO2 = BUTDBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'HO2'; 
fBUTDBO2(i)=fBUTDBO2(i)-1; fHO2(i)=fHO2(i)-1; fBUTDBOOH(i)=fBUTDBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + NO = BUTDBNO3';
k(:,i) = KRO2NO.*0.071;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'NO'; 
fBUTDBO2(i)=fBUTDBO2(i)-1; fNO(i)=fNO(i)-1; fBUTDBNO3(i)=fBUTDBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + NO = BUTDBO + NO2';
k(:,i) = KRO2NO.*0.929;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'NO'; 
fBUTDBO2(i)=fBUTDBO2(i)-1; fNO(i)=fNO(i)-1; fBUTDBO(i)=fBUTDBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + NO3 = BUTDBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'NO3'; 
fBUTDBO2(i)=fBUTDBO2(i)-1; fNO3(i)=fNO3(i)-1; fBUTDBO(i)=fBUTDBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + RO2 = BUTDBO';
k(:,i) = 2.90e-12.*0.8;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'RO2';
fBUTDBO2(i)=fBUTDBO2(i)-1; fBUTDBO(i)=fBUTDBO(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + RO2 = BUTDBOH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'RO2';
fBUTDBO2(i)=fBUTDBO2(i)-1; fBUTDBOH(i)=fBUTDBOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO2 + RO2 = MVKOH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'BUTDBO2'; Gstr{i,2} = 'RO2';
fBUTDBO2(i)=fBUTDBO2(i)-1; fMVKOH(i)=fMVKOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + HO2 = BUTDCOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'HO2'; 
fBUTDCO2(i)=fBUTDCO2(i)-1; fHO2(i)=fHO2(i)-1; fBUTDCOOH(i)=fBUTDCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + NO = BUTDCO + NO2';
k(:,i) = KRO2NO.*0.947;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'NO'; 
fBUTDCO2(i)=fBUTDCO2(i)-1; fNO(i)=fNO(i)-1; fBUTDCO(i)=fBUTDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + NO = NBUTDAOH';
k(:,i) = KRO2NO.*0.053;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'NO'; 
fBUTDCO2(i)=fBUTDCO2(i)-1; fNO(i)=fNO(i)-1; fNBUTDAOH(i)=fNBUTDAOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + NO3 = BUTDCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'NO3'; 
fBUTDCO2(i)=fBUTDCO2(i)-1; fNO3(i)=fNO3(i)-1; fBUTDCO(i)=fBUTDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + RO2 = BUTDBOH';
k(:,i) = 2.65e-12.*0.1;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'RO2';
fBUTDCO2(i)=fBUTDCO2(i)-1; fBUTDBOH(i)=fBUTDBOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + RO2 = BUTDCO';
k(:,i) = 2.65e-12.*0.8;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'RO2';
fBUTDCO2(i)=fBUTDCO2(i)-1; fBUTDCO(i)=fBUTDCO(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO2 + RO2 = HC3CCHO';
k(:,i) = 2.65e-12.*0.1;
Gstr{i,1} = 'BUTDCO2'; Gstr{i,2} = 'RO2';
fBUTDCO2(i)=fBUTDCO2(i)-1; fHC3CCHO(i)=fHC3CCHO(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + HO2 = NISOPOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'HO2'; 
fNISOPO2(i)=fNISOPO2(i)-1; fHO2(i)=fHO2(i)-1; fNISOPOOH(i)=fNISOPOOH(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + NO = NISOPNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'NO'; 
fNISOPO2(i)=fNISOPO2(i)-1; fNO(i)=fNO(i)-1; fNISOPNO3(i)=fNISOPNO3(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + NO = NISOPO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'NO'; 
fNISOPO2(i)=fNISOPO2(i)-1; fNO(i)=fNO(i)-1; fNISOPO(i)=fNISOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + NO3 = NISOPO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'NO3'; 
fNISOPO2(i)=fNISOPO2(i)-1; fNO3(i)=fNO3(i)-1; fNISOPO(i)=fNISOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + RO2 = ISOPCNO3';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'RO2';
fNISOPO2(i)=fNISOPO2(i)-1; fISOPCNO3(i)=fISOPCNO3(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + RO2 = NC4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'RO2';
fNISOPO2(i)=fNISOPO2(i)-1; fNC4CHO(i)=fNC4CHO(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO2 + RO2 = NISOPO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'NISOPO2'; Gstr{i,2} = 'RO2';
fNISOPO2(i)=fNISOPO2(i)-1; fNISOPO(i)=fNISOPO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOE = CH2OO';
k(:,i) = KDEC.*0.56;
Gstr{i,1} = 'CH2OOE'; 
fCH2OOE(i)=fCH2OOE(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOE = CO';
k(:,i) = KDEC.*0.19;
Gstr{i,1} = 'CH2OOE'; 
fCH2OOE(i)=fCH2OOE(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOE = HO2 + CO + OH';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'CH2OOE'; 
fCH2OOE(i)=fCH2OOE(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVK + hv = C3H6 + CO';
k(:,i) = J23;
Gstr{i,1} = 'MVK'; 
fMVK(i)=fMVK(i)-1; fC3H6(i)=fC3H6(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MVK + hv = CH3CO3 + HCHO + CO + HO2';
k(:,i) = J24;
Gstr{i,1} = 'MVK'; 
fMVK(i)=fMVK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + MVK = MGLOOA + HCHO';
k(:,i) = 8.5e-16.*exp(-1520./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'MVK'; 
fO3(i)=fO3(i)-1; fMVK(i)=fMVK(i)-1; fMGLOOA(i)=fMGLOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'O3 + MVK = MGLYOX + CH2OOB';
k(:,i) = 8.5e-16.*exp(-1520./T).*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'MVK'; 
fO3(i)=fO3(i)-1; fMVK(i)=fMVK(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'OH + MVK = HMVKAO2';
k(:,i) = 2.6e-12.*exp(610./T).*0.3;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MVK'; 
fOH(i)=fOH(i)-1; fMVK(i)=fMVK(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MVK = HMVKBO2';
k(:,i) = 2.6e-12.*exp(610./T).*0.7;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MVK'; 
fOH(i)=fOH(i)-1; fMVK(i)=fMVK(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROOA = C3H6';
k(:,i) = KDEC.*0.095;
Gstr{i,1} = 'MACROOA'; 
fMACROOA(i)=fMACROOA(i)-1; fC3H6(i)=fC3H6(i)+1; 

i=i+1;
Rnames{i} = 'MACROOA = CH3CO3 + HCHO + HO2';
k(:,i) = KDEC.*0.095;
Gstr{i,1} = 'MACROOA'; 
fMACROOA(i)=fMACROOA(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROOA = MACROO';
k(:,i) = KDEC.*0.56;
Gstr{i,1} = 'MACROOA'; 
fMACROOA(i)=fMACROOA(i)-1; fMACROO(i)=fMACROO(i)+1; 

i=i+1;
Rnames{i} = 'MACROOA = OH + CO + CH3CO3 + HCHO';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'MACROOA'; 
fMACROOA(i)=fMACROOA(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOA = C3H6';
k(:,i) = KDEC.*0.095;
Gstr{i,1} = 'MVKOOA'; 
fMVKOOA(i)=fMVKOOA(i)-1; fC3H6(i)=fC3H6(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOA = CH3O2 + HCHO + CO + HO2';
k(:,i) = KDEC.*0.095;
Gstr{i,1} = 'MVKOOA'; 
fMVKOOA(i)=fMVKOOA(i)-1; fCH3O2(i)=fCH3O2(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOA = MVKOO';
k(:,i) = KDEC.*0.56;
Gstr{i,1} = 'MVKOOA'; 
fMVKOOA(i)=fMVKOOA(i)-1; fMVKOO(i)=fMVKOO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOA = OH + MVKO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'MVKOOA'; 
fMVKOOA(i)=fMVKOOA(i)-1; fOH(i)=fOH(i)+1; fMVKO2(i)=fMVKO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPA = CISOPAO2';
k(:,i) = 3.50e-12.*.21.*M;
Gstr{i,1} = 'CISOPA'; 
fCISOPA(i)=fCISOPA(i)-1; fCISOPAO2(i)=fCISOPAO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPA = ISOPBO2';
k(:,i) = 3.00e-12.*.21.*M;
Gstr{i,1} = 'CISOPA'; 
fCISOPA(i)=fCISOPA(i)-1; fISOPBO2(i)=fISOPBO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPC = CISOPCO2';
k(:,i) = 2.00e-12.*.21.*M;
Gstr{i,1} = 'CISOPC'; 
fCISOPC(i)=fCISOPC(i)-1; fCISOPCO2(i)=fCISOPCO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPC = ISOPDO2';
k(:,i) = 3.50e-12.*.21.*M;
Gstr{i,1} = 'CISOPC'; 
fCISOPC(i)=fCISOPC(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + HO2 = ISOP34OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'HO2'; 
fISOP34O2(i)=fISOP34O2(i)-1; fHO2(i)=fHO2(i)-1; fISOP34OOH(i)=fISOP34OOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + NO = ISOP34NO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'NO'; 
fISOP34O2(i)=fISOP34O2(i)-1; fNO(i)=fNO(i)-1; fISOP34NO3(i)=fISOP34NO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + NO = ISOP34O + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'NO'; 
fISOP34O2(i)=fISOP34O2(i)-1; fNO(i)=fNO(i)-1; fISOP34O(i)=fISOP34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + NO3 = ISOP34O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'NO3'; 
fISOP34O2(i)=fISOP34O2(i)-1; fNO3(i)=fNO3(i)-1; fISOP34O(i)=fISOP34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + RO2 = HC4CHO';
k(:,i) = 2.65e-12.*0.1;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'RO2';
fISOP34O2(i)=fISOP34O2(i)-1; fHC4CHO(i)=fHC4CHO(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + RO2 = ISOP34O';
k(:,i) = 2.65e-12.*0.8;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'RO2';
fISOP34O2(i)=fISOP34O2(i)-1; fISOP34O(i)=fISOP34O(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O2 + RO2 = ISOPDOH';
k(:,i) = 2.65e-12.*0.1;
Gstr{i,1} = 'ISOP34O2'; Gstr{i,2} = 'RO2';
fISOP34O2(i)=fISOP34O2(i)-1; fISOPDOH(i)=fISOPDOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + NO3 = NC526O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'ME3BU3ECHO'; Gstr{i,2} = 'NO3'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fNO3(i)=fNO3(i)-1; fNC526O2(i)=fNC526O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + O3 = CH2OOC + CO2C3CHO';
k(:,i) = 1.60e-17.*0.33;
Gstr{i,1} = 'ME3BU3ECHO'; Gstr{i,2} = 'O3'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fO3(i)=fO3(i)-1; fCH2OOC(i)=fCH2OOC(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + O3 = CO2C3OOB + HCHO';
k(:,i) = 1.60e-17.*0.67;
Gstr{i,1} = 'ME3BU3ECHO'; Gstr{i,2} = 'O3'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fO3(i)=fO3(i)-1; fCO2C3OOB(i)=fCO2C3OOB(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + OH = C530O2';
k(:,i) = 7.30e-11.*0.712;
Gstr{i,1} = 'ME3BU3ECHO'; Gstr{i,2} = 'OH'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fOH(i)=fOH(i)-1; fC530O2(i)=fC530O2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + OH = M3BU3ECO3';
k(:,i) = 7.30e-11.*0.288;
Gstr{i,1} = 'ME3BU3ECHO'; Gstr{i,2} = 'OH'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fOH(i)=fOH(i)-1; fM3BU3ECO3(i)=fM3BU3ECO3(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU3ECHO + hv = C45O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'ME3BU3ECHO'; 
fME3BU3ECHO(i)=fME3BU3ECHO(i)-1; fC45O2(i)=fC45O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PE4E2CO + NO3 = NC51O2';
k(:,i) = 1.20e-14;
Gstr{i,1} = 'PE4E2CO'; Gstr{i,2} = 'NO3'; 
fPE4E2CO(i)=fPE4E2CO(i)-1; fNO3(i)=fNO3(i)-1; fNC51O2(i)=fNC51O2(i)+1; 

i=i+1;
Rnames{i} = 'PE4E2CO + O3 = CH2OOB + CO2C3CHO';
k(:,i) = 1.00e-17.*0.43;
Gstr{i,1} = 'PE4E2CO'; Gstr{i,2} = 'O3'; 
fPE4E2CO(i)=fPE4E2CO(i)-1; fO3(i)=fO3(i)-1; fCH2OOB(i)=fCH2OOB(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'PE4E2CO + O3 = CO2C3OOA + HCHO';
k(:,i) = 1.00e-17.*0.57;
Gstr{i,1} = 'PE4E2CO'; Gstr{i,2} = 'O3'; 
fPE4E2CO(i)=fPE4E2CO(i)-1; fO3(i)=fO3(i)-1; fCO2C3OOA(i)=fCO2C3OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'PE4E2CO + OH = C51O2';
k(:,i) = 2.71e-11;
Gstr{i,1} = 'PE4E2CO'; Gstr{i,2} = 'OH'; 
fPE4E2CO(i)=fPE4E2CO(i)-1; fOH(i)=fOH(i)-1; fC51O2(i)=fC51O2(i)+1; 

i=i+1;
Rnames{i} = 'PE4E2CO + hv = CH3CO3 + CH2CHCH2O2';
k(:,i) = J22;
Gstr{i,1} = 'PE4E2CO'; 
fPE4E2CO(i)=fPE4E2CO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH2CHCH2O2(i)=fCH2CHCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'TISOPA = ISOPAO2';
k(:,i) = 2.50e-12.*exp(-480./T).*.21.*M;
Gstr{i,1} = 'TISOPA'; 
fTISOPA(i)=fTISOPA(i)-1; fISOPAO2(i)=fISOPAO2(i)+1; 

i=i+1;
Rnames{i} = 'TISOPA = ISOPBO2';
k(:,i) = 3.00e-12.*.21.*M;
Gstr{i,1} = 'TISOPA'; 
fTISOPA(i)=fTISOPA(i)-1; fISOPBO2(i)=fISOPBO2(i)+1; 

i=i+1;
Rnames{i} = 'TISOPC = ISOPCO2';
k(:,i) = 2.50e-12.*exp(-480./T).*.21.*M;
Gstr{i,1} = 'TISOPC'; 
fTISOPC(i)=fTISOPC(i)-1; fISOPCO2(i)=fISOPCO2(i)+1; 

i=i+1;
Rnames{i} = 'TISOPC = ISOPDO2';
k(:,i) = 3.50e-12.*.21.*M;
Gstr{i,1} = 'TISOPC'; 
fTISOPC(i)=fTISOPC(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + HO2 = CHOOCH2OOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'HO2'; 
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCHOOCH2OOH(i)=fCHOOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + NO = CHOOCH2NO3';
k(:,i) = KRO2NO.*0.009;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'NO'; 
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fNO(i)=fNO(i)-1; fCHOOCH2NO3(i)=fCHOOCH2NO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + NO = NO2 + CHOOCH2O';
k(:,i) = KRO2NO.*0.991;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'NO'; 
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fCHOOCH2O(i)=fCHOOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + NO3 = CHOOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'NO3'; 
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHOOCH2O(i)=fCHOOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + RO2 = CHOOCH2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'RO2';
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fCHOOCH2O(i)=fCHOOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + RO2 = CHOOCH2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'RO2';
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fCHOOCH2OH(i)=fCHOOCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O2 + RO2 = CHOOCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'CHOOCH2O2'; Gstr{i,2} = 'RO2';
fCHOOCH2O2(i)=fCHOOCH2O2(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + HO2 = METACETHO';
k(:,i) = KRO2HO2.*0.520.*0.4;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'HO2'; 
fMETHACETO2(i)=fMETHACETO2(i)-1; fHO2(i)=fHO2(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + HO2 = METACETO2H';
k(:,i) = KRO2HO2.*0.520.*0.6;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'HO2'; 
fMETHACETO2(i)=fMETHACETO2(i)-1; fHO2(i)=fHO2(i)-1; fMETACETO2H(i)=fMETACETO2H(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + NO = METACETNO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'NO'; 
fMETHACETO2(i)=fMETHACETO2(i)-1; fNO(i)=fNO(i)-1; fMETACETNO3(i)=fMETACETNO3(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + NO = METHACETO + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'NO'; 
fMETHACETO2(i)=fMETHACETO2(i)-1; fNO(i)=fNO(i)-1; fMETHACETO(i)=fMETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + NO3 = METHACETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'NO3'; 
fMETHACETO2(i)=fMETHACETO2(i)-1; fNO3(i)=fNO3(i)-1; fMETHACETO(i)=fMETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + RO2 = METACETHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'RO2';
fMETHACETO2(i)=fMETHACETO2(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + RO2 = METACETOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'RO2';
fMETHACETO2(i)=fMETHACETO2(i)-1; fMETACETOH(i)=fMETACETOH(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO2 + RO2 = METHACETO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'METHACETO2'; Gstr{i,2} = 'RO2';
fMETHACETO2(i)=fMETHACETO2(i)-1; fMETHACETO(i)=fMETHACETO(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + HO2 = MOCOCH2OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'HO2'; 
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fMOCOCH2OOH(i)=fMOCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + NO = MOCOCH2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'NO'; 
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fMOCOCH2O(i)=fMOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + NO3 = MOCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'NO3'; 
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fMOCOCH2O(i)=fMOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + RO2 = MOCOCH2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'RO2';
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fMOCOCH2O(i)=fMOCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + RO2 = MOXCOCH2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'RO2';
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O2 + RO2 = MOXYCOCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MOCOCH2O2'; Gstr{i,2} = 'RO2';
fMOCOCH2O2(i)=fMOCOCH2O2(i)-1; fMOXYCOCHO(i)=fMOXYCOCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + HO2 = ACEC2H4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'HO2'; 
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fHO2(i)=fHO2(i)-1; fACEC2H4OOH(i)=fACEC2H4OOH(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + NO = ACEC2H4NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'NO'; 
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fNO(i)=fNO(i)-1; fACEC2H4NO3(i)=fACEC2H4NO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + NO = ACETC2H4O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'NO'; 
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fNO(i)=fNO(i)-1; fACETC2H4O(i)=fACETC2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + NO3 = ACETC2H4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'NO3'; 
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fNO3(i)=fNO3(i)-1; fACETC2H4O(i)=fACETC2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + RO2 = ACETC2H4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'RO2';
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fACETC2H4O(i)=fACETC2H4O(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + RO2 = ACETETCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'RO2';
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O2 + RO2 = ETACETOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'ACETC2H4O2'; Gstr{i,2} = 'RO2';
fACETC2H4O2(i)=fACETC2H4O2(i)-1; fETACETOH(i)=fETACETOH(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + HO2 = EOCOCH2OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'HO2'; 
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fEOCOCH2OOH(i)=fEOCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + NO = EOCOCH2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'NO'; 
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fEOCOCH2O(i)=fEOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + NO3 = EOCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'NO3'; 
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fEOCOCH2O(i)=fEOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + RO2 = EOCOCH2O';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'RO2';
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fEOCOCH2O(i)=fEOCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + RO2 = EOCOCHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'RO2';
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fEOCOCHO(i)=fEOCOCHO(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O2 + RO2 = EOX2COMEOH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'EOCOCH2O2'; Gstr{i,2} = 'RO2';
fEOCOCH2O2(i)=fEOCOCH2O2(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + HO2 = ETHACETOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'HO2'; 
fETHACETO2(i)=fETHACETO2(i)-1; fHO2(i)=fHO2(i)-1; fETHACETOOH(i)=fETHACETOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + HO2 = METHCOACET';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'HO2'; 
fETHACETO2(i)=fETHACETO2(i)-1; fHO2(i)=fHO2(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + NO = ETACETNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'NO'; 
fETHACETO2(i)=fETHACETO2(i)-1; fNO(i)=fNO(i)-1; fETACETNO3(i)=fETACETNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + NO = ETHACETO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'NO'; 
fETHACETO2(i)=fETHACETO2(i)-1; fNO(i)=fNO(i)-1; fETHACETO(i)=fETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + NO3 = ETHACETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'NO3'; 
fETHACETO2(i)=fETHACETO2(i)-1; fNO3(i)=fNO3(i)-1; fETHACETO(i)=fETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + RO2 = ETHACETO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'RO2';
fETHACETO2(i)=fETHACETO2(i)-1; fETHACETO(i)=fETHACETO(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + RO2 = ETHACETOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'RO2';
fETHACETO2(i)=fETHACETO2(i)-1; fETHACETOH(i)=fETHACETOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO2 + RO2 = METHCOACET';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETHACETO2'; Gstr{i,2} = 'RO2';
fETHACETO2(i)=fETHACETO2(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + HO2 = NPRACAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'HO2'; 
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fHO2(i)=fHO2(i)-1; fNPRACAOOH(i)=fNPRACAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + NO = NPRACANO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'NO'; 
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fNO(i)=fNO(i)-1; fNPRACANO3(i)=fNPRACANO3(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + NO = NPROACEAO + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'NO'; 
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fNO(i)=fNO(i)-1; fNPROACEAO(i)=fNPROACEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + NO3 = NPROACEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'NO3'; 
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fNO3(i)=fNO3(i)-1; fNPROACEAO(i)=fNPROACEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + RO2 = ACEPROPONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'RO2';
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fACEPROPONE(i)=fACEPROPONE(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + RO2 = NPRACAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'RO2';
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fNPRACAOH(i)=fNPRACAOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO2 + RO2 = NPROACEAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NPROACEAO2'; Gstr{i,2} = 'RO2';
fNPROACEAO2(i)=fNPROACEAO2(i)-1; fNPROACEAO(i)=fNPROACEAO(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + HO2 = NPRACBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'HO2'; 
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fHO2(i)=fHO2(i)-1; fNPRACBOOH(i)=fNPRACBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + NO = NPRACBNO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'NO'; 
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fNO(i)=fNO(i)-1; fNPRACBNO3(i)=fNPRACBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + NO = NPROACEBO + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'NO'; 
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fNO(i)=fNO(i)-1; fNPROACEBO(i)=fNPROACEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + NO3 = NPROACEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'NO3'; 
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fNO3(i)=fNO3(i)-1; fNPROACEBO(i)=fNPROACEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + RO2 = ACETCOC2H5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'RO2';
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fACETCOC2H5(i)=fACETCOC2H5(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + RO2 = NPRACBOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'RO2';
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fNPRACBOH(i)=fNPRACBOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO2 + RO2 = NPROACEBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'NPROACEBO2'; Gstr{i,2} = 'RO2';
fNPROACEBO2(i)=fNPROACEBO2(i)-1; fNPROACEBO(i)=fNPROACEBO(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + HO2 = NPRACCOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'HO2'; 
fNPROACECO2(i)=fNPROACECO2(i)-1; fHO2(i)=fHO2(i)-1; fNPRACCOOH(i)=fNPRACCOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + NO = NPRACCNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'NO'; 
fNPROACECO2(i)=fNPROACECO2(i)-1; fNO(i)=fNO(i)-1; fNPRACCNO3(i)=fNPRACCNO3(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + NO = NPROACECO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'NO'; 
fNPROACECO2(i)=fNPROACECO2(i)-1; fNO(i)=fNO(i)-1; fNPROACECO(i)=fNPROACECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + NO3 = NPROACECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'NO3'; 
fNPROACECO2(i)=fNPROACECO2(i)-1; fNO3(i)=fNO3(i)-1; fNPROACECO(i)=fNPROACECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + RO2 = ACEC2CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'RO2';
fNPROACECO2(i)=fNPROACECO2(i)-1; fACEC2CHO(i)=fACEC2CHO(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + RO2 = NPRACCOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'RO2';
fNPROACECO2(i)=fNPROACECO2(i)-1; fNPRACCOH(i)=fNPRACCOH(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO2 + RO2 = NPROACECO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'NPROACECO2'; Gstr{i,2} = 'RO2';
fNPROACECO2(i)=fNPROACECO2(i)-1; fNPROACECO(i)=fNPROACECO(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + HO2 = IPRACBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'HO2'; 
fIPRACBO2(i)=fIPRACBO2(i)-1; fHO2(i)=fHO2(i)-1; fIPRACBOOH(i)=fIPRACBOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + NO = IPRACBNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'NO'; 
fIPRACBO2(i)=fIPRACBO2(i)-1; fNO(i)=fNO(i)-1; fIPRACBNO3(i)=fIPRACBNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + NO = IPRACBO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'NO'; 
fIPRACBO2(i)=fIPRACBO2(i)-1; fNO(i)=fNO(i)-1; fIPRACBO(i)=fIPRACBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + NO3 = IPRACBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'NO3'; 
fIPRACBO2(i)=fIPRACBO2(i)-1; fNO3(i)=fNO3(i)-1; fIPRACBO(i)=fIPRACBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + RO2 = IPRACBCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'RO2';
fIPRACBO2(i)=fIPRACBO2(i)-1; fIPRACBCHO(i)=fIPRACBCHO(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + RO2 = IPRACBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'RO2';
fIPRACBO2(i)=fIPRACBO2(i)-1; fIPRACBO(i)=fIPRACBO(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO2 + RO2 = IPRACBOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'IPRACBO2'; Gstr{i,2} = 'RO2';
fIPRACBO2(i)=fIPRACBO2(i)-1; fIPRACBOH(i)=fIPRACBOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + HO2 = IPRACOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'HO2'; 
fIPROACETO2(i)=fIPROACETO2(i)-1; fHO2(i)=fHO2(i)-1; fIPRACOOH(i)=fIPRACOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + NO = IPRACNO3';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'NO'; 
fIPROACETO2(i)=fIPROACETO2(i)-1; fNO(i)=fNO(i)-1; fIPRACNO3(i)=fIPRACNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + NO = IPROACETO + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'NO'; 
fIPROACETO2(i)=fIPROACETO2(i)-1; fNO(i)=fNO(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + NO3 = IPROACETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'NO3'; 
fIPROACETO2(i)=fIPROACETO2(i)-1; fNO3(i)=fNO3(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + RO2 = IPRACOH';
k(:,i) = 2.00e-12.*0.3;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'RO2';
fIPROACETO2(i)=fIPROACETO2(i)-1; fIPRACOH(i)=fIPRACOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO2 + RO2 = IPROACETO';
k(:,i) = 2.00e-12.*0.7;
Gstr{i,1} = 'IPROACETO2'; Gstr{i,2} = 'RO2';
fIPROACETO2(i)=fIPROACETO2(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + HO2 = NBUACAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'HO2'; 
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUACAOOH(i)=fNBUACAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + NO = NBUACANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'NO'; 
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fNO(i)=fNO(i)-1; fNBUACANO3(i)=fNBUACANO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + NO = NBUACETAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'NO'; 
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fNO(i)=fNO(i)-1; fNBUACETAO(i)=fNBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + NO3 = NBUACETAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'NO3'; 
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUACETAO(i)=fNBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + RO2 = ACEBUTONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'RO2';
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fACEBUTONE(i)=fACEBUTONE(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + RO2 = NBUACAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'RO2';
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fNBUACAOH(i)=fNBUACAOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO2 + RO2 = NBUACETAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NBUACETAO2'; Gstr{i,2} = 'RO2';
fNBUACETAO2(i)=fNBUACETAO2(i)-1; fNBUACETAO(i)=fNBUACETAO(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + HO2 = NBUACBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'HO2'; 
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUACBOOH(i)=fNBUACBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + NO = NBUACBNO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'NO'; 
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fNO(i)=fNO(i)-1; fNBUACBNO3(i)=fNBUACBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + NO = NBUACETBO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'NO'; 
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fNO(i)=fNO(i)-1; fNBUACETBO(i)=fNBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + NO3 = NBUACETBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'NO3'; 
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUACETBO(i)=fNBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + RO2 = ACEBUTBONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'RO2';
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fACEBUTBONE(i)=fACEBUTBONE(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + RO2 = NBUACBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'RO2';
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fNBUACBOH(i)=fNBUACBOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO2 + RO2 = NBUACETBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NBUACETBO2'; Gstr{i,2} = 'RO2';
fNBUACETBO2(i)=fNBUACETBO2(i)-1; fNBUACETBO(i)=fNBUACETBO(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + HO2 = NBUACCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'HO2'; 
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fHO2(i)=fHO2(i)-1; fNBUACCOOH(i)=fNBUACCOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + NO = NBUACCNO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'NO'; 
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fNO(i)=fNO(i)-1; fNBUACCNO3(i)=fNBUACCNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + NO = NBUACETCO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'NO'; 
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fNO(i)=fNO(i)-1; fNBUACETCO(i)=fNBUACETCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + NO3 = NBUACETCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'NO3'; 
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fNO3(i)=fNO3(i)-1; fNBUACETCO(i)=fNBUACETCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + RO2 = ACETCOC3H7';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'RO2';
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fACETCOC3H7(i)=fACETCOC3H7(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + RO2 = NBUACCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'RO2';
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fNBUACCOH(i)=fNBUACCOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO2 + RO2 = NBUACETCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'NBUACETCO2'; Gstr{i,2} = 'RO2';
fNBUACETCO2(i)=fNBUACETCO2(i)-1; fNBUACETCO(i)=fNBUACETCO(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + HO2 = SBUACAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'HO2'; 
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fHO2(i)=fHO2(i)-1; fSBUACAOOH(i)=fSBUACAOOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + NO = SBUACANO3';
k(:,i) = KRO2NO.*0.058;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'NO'; 
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fNO(i)=fNO(i)-1; fSBUACANO3(i)=fSBUACANO3(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + NO = SBUACETAO + NO2';
k(:,i) = KRO2NO.*0.942;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'NO'; 
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fNO(i)=fNO(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + NO3 = SBUACETAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'NO3'; 
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fNO3(i)=fNO3(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + RO2 = SBUACAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'RO2';
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fSBUACAOH(i)=fSBUACAOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO2 + RO2 = SBUACETAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'SBUACETAO2'; Gstr{i,2} = 'RO2';
fSBUACETAO2(i)=fSBUACETAO2(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + HO2 = SBUACBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'HO2'; 
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fHO2(i)=fHO2(i)-1; fSBUACBOOH(i)=fSBUACBOOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + NO = SBUACBNO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'NO'; 
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fNO(i)=fNO(i)-1; fSBUACBNO3(i)=fSBUACBNO3(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + NO = SBUACETBO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'NO'; 
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fNO(i)=fNO(i)-1; fSBUACETBO(i)=fSBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + NO3 = SBUACETBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'NO3'; 
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fNO3(i)=fNO3(i)-1; fSBUACETBO(i)=fSBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + RO2 = SBUACBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'RO2';
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fSBUACBOH(i)=fSBUACBOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + RO2 = SBUACEONE';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'RO2';
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fSBUACEONE(i)=fSBUACEONE(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO2 + RO2 = SBUACETBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'SBUACETBO2'; Gstr{i,2} = 'RO2';
fSBUACETBO2(i)=fSBUACETBO2(i)-1; fSBUACETBO(i)=fSBUACETBO(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + HO2 = MCOOTBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'HO2'; 
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fHO2(i)=fHO2(i)-1; fMCOOTBOOH(i)=fMCOOTBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + NO = MCOOTBNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'NO'; 
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fNO(i)=fNO(i)-1; fMCOOTBNO3(i)=fMCOOTBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + NO = MCOOTBO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'NO'; 
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fNO(i)=fNO(i)-1; fMCOOTBO(i)=fMCOOTBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + NO3 = MCOOTBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'NO3'; 
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fNO3(i)=fNO3(i)-1; fMCOOTBO(i)=fMCOOTBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + RO2 = MCOOTBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'RO2';
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fMCOOTBO(i)=fMCOOTBO(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + RO2 = TBUACCO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'RO2';
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fTBUACCO(i)=fTBUACCO(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO2 + RO2 = TBUACOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MCOOTBO2'; Gstr{i,2} = 'RO2';
fMCOOTBO2(i)=fMCOOTBO2(i)-1; fTBUACOH(i)=fTBUACOH(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + HO2 = BOCOCH2OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'HO2'; 
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fBOCOCH2OOH(i)=fBOCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + NO = TBOCOCH2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'NO'; 
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fTBOCOCH2O(i)=fTBOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + NO3 = TBOCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'NO3'; 
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fTBOCOCH2O(i)=fTBOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + RO2 = TBOCOCH2O';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'RO2';
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fTBOCOCH2O(i)=fTBOCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + RO2 = TBOCOCH2OH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'RO2';
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fTBOCOCH2OH(i)=fTBOCOCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O2 + RO2 = TBOCOCHO';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'TBOCOCH2O2'; Gstr{i,2} = 'RO2';
fTBOCOCH2O2(i)=fTBOCOCH2O2(i)-1; fTBOCOCHO(i)=fTBOCOCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + HO2 = CH3OCH2OOH';
k(:,i) = KRO2HO2.*0.387.*0.6;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'HO2'; 
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3OCH2OOH(i)=fCH3OCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + HO2 = CH3OCHO';
k(:,i) = KRO2HO2.*0.387.*0.4;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'HO2'; 
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + NO = CH3OCH2NO3';
k(:,i) = KRO2NO.*0.009;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'NO'; 
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH3OCH2NO3(i)=fCH3OCH2NO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + NO = CH3OCH2O + NO2';
k(:,i) = KRO2NO.*0.991;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'NO'; 
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH3OCH2O(i)=fCH3OCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + NO3 = CH3OCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'NO3'; 
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3OCH2O(i)=fCH3OCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + RO2 = CH3OCH2O';
k(:,i) = 2.*(K298CH3O2.*2.1e-12).^0.5.*0.6;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'RO2';
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fCH3OCH2O(i)=fCH3OCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + RO2 = CH3OCH2OH';
k(:,i) = 2.*(K298CH3O2.*2.1e-12).^0.5.*0.2;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'RO2';
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fCH3OCH2OH(i)=fCH3OCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O2 + RO2 = CH3OCHO';
k(:,i) = 2.*(K298CH3O2.*2.1e-12).^0.5.*0.2;
Gstr{i,1} = 'CH3OCH2O2'; Gstr{i,2} = 'RO2';
fCH3OCH2O2(i)=fCH3OCH2O2(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + HO2 = DIETETOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'HO2'; 
fDIETETO2(i)=fDIETETO2(i)-1; fHO2(i)=fHO2(i)-1; fDIETETOOH(i)=fDIETETOOH(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + HO2 = ETHACET';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'HO2'; 
fDIETETO2(i)=fDIETETO2(i)-1; fHO2(i)=fHO2(i)-1; fETHACET(i)=fETHACET(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + NO = DIETETNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'NO'; 
fDIETETO2(i)=fDIETETO2(i)-1; fNO(i)=fNO(i)-1; fDIETETNO3(i)=fDIETETNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + NO = DIETETO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'NO'; 
fDIETETO2(i)=fDIETETO2(i)-1; fNO(i)=fNO(i)-1; fDIETETO(i)=fDIETETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + NO3 = DIETETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'NO3'; 
fDIETETO2(i)=fDIETETO2(i)-1; fNO3(i)=fNO3(i)-1; fDIETETO(i)=fDIETETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + RO2 = DIETETO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'RO2';
fDIETETO2(i)=fDIETETO2(i)-1; fDIETETO(i)=fDIETETO(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + RO2 = DIETETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'RO2';
fDIETETO2(i)=fDIETETO2(i)-1; fDIETETOH(i)=fDIETETOH(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO2 + RO2 = ETHACET';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIETETO2'; Gstr{i,2} = 'RO2';
fDIETETO2(i)=fDIETETO2(i)-1; fETHACET(i)=fETHACET(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + HO2 = ETOC2OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'HO2'; 
fETOC2O2(i)=fETOC2O2(i)-1; fHO2(i)=fHO2(i)-1; fETOC2OOH(i)=fETOC2OOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + NO = ETOC2NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'NO'; 
fETOC2O2(i)=fETOC2O2(i)-1; fNO(i)=fNO(i)-1; fETOC2NO3(i)=fETOC2NO3(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + NO = ETOC2O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'NO'; 
fETOC2O2(i)=fETOC2O2(i)-1; fNO(i)=fNO(i)-1; fETOC2O(i)=fETOC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + NO3 = ETOC2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'NO3'; 
fETOC2O2(i)=fETOC2O2(i)-1; fNO3(i)=fNO3(i)-1; fETOC2O(i)=fETOC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + RO2 = EOX2EOL';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'RO2';
fETOC2O2(i)=fETOC2O2(i)-1; fEOX2EOL(i)=fEOX2EOL(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + RO2 = EOX2ETCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'RO2';
fETOC2O2(i)=fETOC2O2(i)-1; fEOX2ETCHO(i)=fEOX2ETCHO(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O2 + RO2 = ETOC2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ETOC2O2'; Gstr{i,2} = 'RO2';
fETOC2O2(i)=fETOC2O2(i)-1; fETOC2O(i)=fETOC2O(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + HO2 = MTBEACHO';
k(:,i) = KRO2HO2.*0.706.*0.4;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'HO2'; 
fMTBEAO2(i)=fMTBEAO2(i)-1; fHO2(i)=fHO2(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + HO2 = MTBEAOOH';
k(:,i) = KRO2HO2.*0.706.*0.6;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'HO2'; 
fMTBEAO2(i)=fMTBEAO2(i)-1; fHO2(i)=fHO2(i)-1; fMTBEAOOH(i)=fMTBEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + NO = MTBEANO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'NO'; 
fMTBEAO2(i)=fMTBEAO2(i)-1; fNO(i)=fNO(i)-1; fMTBEANO3(i)=fMTBEANO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + NO = MTBEAO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'NO'; 
fMTBEAO2(i)=fMTBEAO2(i)-1; fNO(i)=fNO(i)-1; fMTBEAO(i)=fMTBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + NO3 = MTBEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'NO3'; 
fMTBEAO2(i)=fMTBEAO2(i)-1; fNO3(i)=fNO3(i)-1; fMTBEAO(i)=fMTBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + RO2 = MTBEACHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'RO2';
fMTBEAO2(i)=fMTBEAO2(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + RO2 = MTBEAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'RO2';
fMTBEAO2(i)=fMTBEAO2(i)-1; fMTBEAO(i)=fMTBEAO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO2 + RO2 = MTBEAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MTBEAO2'; Gstr{i,2} = 'RO2';
fMTBEAO2(i)=fMTBEAO2(i)-1; fMTBEAOH(i)=fMTBEAOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + HO2 = MTBEBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'HO2'; 
fMTBEBO2(i)=fMTBEBO2(i)-1; fHO2(i)=fHO2(i)-1; fMTBEBOOH(i)=fMTBEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + NO = MTBEBNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'NO'; 
fMTBEBO2(i)=fMTBEBO2(i)-1; fNO(i)=fNO(i)-1; fMTBEBNO3(i)=fMTBEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + NO = MTBEBO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'NO'; 
fMTBEBO2(i)=fMTBEBO2(i)-1; fNO(i)=fNO(i)-1; fMTBEBO(i)=fMTBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + NO3 = MTBEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'NO3'; 
fMTBEBO2(i)=fMTBEBO2(i)-1; fNO3(i)=fNO3(i)-1; fMTBEBO(i)=fMTBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + RO2 = MTBEBCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'RO2';
fMTBEBO2(i)=fMTBEBO2(i)-1; fMTBEBCHO(i)=fMTBEBCHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + RO2 = MTBEBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'RO2';
fMTBEBO2(i)=fMTBEBO2(i)-1; fMTBEBO(i)=fMTBEBO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO2 + RO2 = MTBEBOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MTBEBO2'; Gstr{i,2} = 'RO2';
fMTBEBO2(i)=fMTBEBO2(i)-1; fMTBEBOH(i)=fMTBEBOH(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + HO2 = DIIPRETOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'HO2'; 
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fHO2(i)=fHO2(i)-1; fDIIPRETOOH(i)=fDIIPRETOOH(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + NO = DIIPRETNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'NO'; 
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fNO(i)=fNO(i)-1; fDIIPRETNO3(i)=fDIIPRETNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + NO = DIIPRETO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'NO'; 
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fNO(i)=fNO(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + NO3 = DIIPRETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'NO3'; 
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fNO3(i)=fNO3(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + RO2 = DIIPRETO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'RO2';
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO2 + RO2 = DIIPRETOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'DIIPRETO2'; Gstr{i,2} = 'RO2';
fDIIPRETO2(i)=fDIIPRETO2(i)-1; fDIIPRETOH(i)=fDIIPRETOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + HO2 = IPROMC2OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'HO2'; 
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fHO2(i)=fHO2(i)-1; fIPROMC2OOH(i)=fIPROMC2OOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + NO = IPROMC2NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'NO'; 
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fNO(i)=fNO(i)-1; fIPROMC2NO3(i)=fIPROMC2NO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + NO = IPROMC2O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'NO'; 
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fNO(i)=fNO(i)-1; fIPROMC2O(i)=fIPROMC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + NO3 = IPROMC2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'NO3'; 
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fNO3(i)=fNO3(i)-1; fIPROMC2O(i)=fIPROMC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + RO2 = IPROMC2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'RO2';
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fIPROMC2O(i)=fIPROMC2O(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + RO2 = IPROMC2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'RO2';
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fIPROMC2OH(i)=fIPROMC2OH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O2 + RO2 = IPROMCCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'IPROMC2O2'; Gstr{i,2} = 'RO2';
fIPROMC2O2(i)=fIPROMC2O2(i)-1; fIPROMCCHO(i)=fIPROMCCHO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + HO2 = ETBEAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'HO2'; 
fETBEAO2(i)=fETBEAO2(i)-1; fHO2(i)=fHO2(i)-1; fETBEAOOH(i)=fETBEAOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + NO = ETBEANO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'NO'; 
fETBEAO2(i)=fETBEAO2(i)-1; fNO(i)=fNO(i)-1; fETBEANO3(i)=fETBEANO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + NO = ETBEAO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'NO'; 
fETBEAO2(i)=fETBEAO2(i)-1; fNO(i)=fNO(i)-1; fETBEAO(i)=fETBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + NO3 = ETBEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'NO3'; 
fETBEAO2(i)=fETBEAO2(i)-1; fNO3(i)=fNO3(i)-1; fETBEAO(i)=fETBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + RO2 = ETBEACHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'RO2';
fETBEAO2(i)=fETBEAO2(i)-1; fETBEACHO(i)=fETBEACHO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + RO2 = ETBEAO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'RO2';
fETBEAO2(i)=fETBEAO2(i)-1; fETBEAO(i)=fETBEAO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO2 + RO2 = ETBEAOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'ETBEAO2'; Gstr{i,2} = 'RO2';
fETBEAO2(i)=fETBEAO2(i)-1; fETBEAOH(i)=fETBEAOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + HO2 = ETBEBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'HO2'; 
fETBEBO2(i)=fETBEBO2(i)-1; fHO2(i)=fHO2(i)-1; fETBEBOOH(i)=fETBEBOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + NO = ETBEBNO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'NO'; 
fETBEBO2(i)=fETBEBO2(i)-1; fNO(i)=fNO(i)-1; fETBEBNO3(i)=fETBEBNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + NO = ETBEBO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'NO'; 
fETBEBO2(i)=fETBEBO2(i)-1; fNO(i)=fNO(i)-1; fETBEBO(i)=fETBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + NO3 = ETBEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'NO3'; 
fETBEBO2(i)=fETBEBO2(i)-1; fNO3(i)=fNO3(i)-1; fETBEBO(i)=fETBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + RO2 = ETBEBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'RO2';
fETBEBO2(i)=fETBEBO2(i)-1; fETBEBO(i)=fETBEBO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + RO2 = ETBEBOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'RO2';
fETBEBO2(i)=fETBEBO2(i)-1; fETBEBOH(i)=fETBEBOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO2 + RO2 = TBUACET';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETBEBO2'; Gstr{i,2} = 'RO2';
fETBEBO2(i)=fETBEBO2(i)-1; fTBUACET(i)=fTBUACET(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + HO2 = ETBECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'HO2'; 
fETBECO2(i)=fETBECO2(i)-1; fHO2(i)=fHO2(i)-1; fETBECOOH(i)=fETBECOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + NO = ETBECNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'NO'; 
fETBECO2(i)=fETBECO2(i)-1; fNO(i)=fNO(i)-1; fETBECNO3(i)=fETBECNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + NO = ETBECO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'NO'; 
fETBECO2(i)=fETBECO2(i)-1; fNO(i)=fNO(i)-1; fETBECO(i)=fETBECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + NO3 = ETBECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'NO3'; 
fETBECO2(i)=fETBECO2(i)-1; fNO3(i)=fNO3(i)-1; fETBECO(i)=fETBECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + RO2 = ETBECCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'RO2';
fETBECO2(i)=fETBECO2(i)-1; fETBECCHO(i)=fETBECCHO(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + RO2 = ETBECO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'RO2';
fETBECO2(i)=fETBECO2(i)-1; fETBECO(i)=fETBECO(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO2 + RO2 = ETBECOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETBECO2'; Gstr{i,2} = 'RO2';
fETBECO2(i)=fETBECO2(i)-1; fETBECOH(i)=fETBECOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + HO2 = MO2EOLAOOH';
k(:,i) = KRO2HO2.*0.520.*0.6;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'HO2'; 
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fMO2EOLAOOH(i)=fMO2EOLAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + HO2 = MOXCOCH2OH';
k(:,i) = KRO2HO2.*0.520.*0.4;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'HO2'; 
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + NO = MO2EOLANO3';
k(:,i) = KRO2NO.*0.023;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'NO'; 
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fNO(i)=fNO(i)-1; fMO2EOLANO3(i)=fMO2EOLANO3(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + NO = MO2EOLAO + NO2';
k(:,i) = KRO2NO.*0.977;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'NO'; 
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fNO(i)=fNO(i)-1; fMO2EOLAO(i)=fMO2EOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + NO3 = MO2EOLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'NO3'; 
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fNO3(i)=fNO3(i)-1; fMO2EOLAO(i)=fMO2EOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + RO2 = MO2EOLA2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'RO2';
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fMO2EOLA2OH(i)=fMO2EOLA2OH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + RO2 = MO2EOLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'RO2';
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fMO2EOLAO(i)=fMO2EOLAO(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO2 + RO2 = MOXCOCH2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MO2EOLAO2'; Gstr{i,2} = 'RO2';
fMO2EOLAO2(i)=fMO2EOLAO2(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + HO2 = ETOHOCHO';
k(:,i) = KRO2HO2.*0.520.*0.4;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'HO2'; 
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + HO2 = MO2EOLBOOH';
k(:,i) = KRO2HO2.*0.520.*0.6;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'HO2'; 
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fMO2EOLBOOH(i)=fMO2EOLBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + NO = MO2EOLBNO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'NO'; 
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fNO(i)=fNO(i)-1; fMO2EOLBNO3(i)=fMO2EOLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + NO = MO2EOLBO + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'NO'; 
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fNO(i)=fNO(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + NO3 = MO2EOLBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'NO3'; 
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fNO3(i)=fNO3(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + RO2 = ETOHOCHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'RO2';
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + RO2 = MO2EOLB2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'RO2';
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fMO2EOLB2OH(i)=fMO2EOLB2OH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO2 + RO2 = MO2EOLBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MO2EOLBO2'; Gstr{i,2} = 'RO2';
fMO2EOLBO2(i)=fMO2EOLBO2(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCHO + NO3 = HNO3 + MEMOXYCO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'MEMOXYCHO'; Gstr{i,2} = 'NO3'; 
fMEMOXYCHO(i)=fMEMOXYCHO(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fMEMOXYCO3(i)=fMEMOXYCO3(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCHO + OH = MEMOXYCO3';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'MEMOXYCHO'; Gstr{i,2} = 'OH'; 
fMEMOXYCHO(i)=fMEMOXYCHO(i)-1; fOH(i)=fOH(i)-1; fMEMOXYCO3(i)=fMEMOXYCO3(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCHO + hv = HO2 + CO + CH3OCH2O2';
k(:,i) = J15;
Gstr{i,1} = 'MEMOXYCHO'; 
fMEMOXYCHO(i)=fMEMOXYCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + HO2 = EOX2COMEOH';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'HO2'; 
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + HO2 = EOX2OLAOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'HO2'; 
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fHO2(i)=fHO2(i)-1; fEOX2OLAOOH(i)=fEOX2OLAOOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + NO = EOX2EOLAO + NO2';
k(:,i) = KRO2NO.*0.959;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'NO'; 
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fNO(i)=fNO(i)-1; fEOX2EOLAO(i)=fEOX2EOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + NO = EOX2OLANO3';
k(:,i) = KRO2NO.*0.041;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'NO'; 
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fNO(i)=fNO(i)-1; fEOX2OLANO3(i)=fEOX2OLANO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + NO3 = EOX2EOLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'NO3'; 
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fNO3(i)=fNO3(i)-1; fEOX2EOLAO(i)=fEOX2EOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + RO2 = EOX2COMEOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'RO2';
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + RO2 = EOX2EOLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'RO2';
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fEOX2EOLAO(i)=fEOX2EOLAO(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO2 + RO2 = EOX2ETA2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EOX2EOLAO2'; Gstr{i,2} = 'RO2';
fEOX2EOLAO2(i)=fEOX2EOLAO2(i)-1; fEOX2ETA2OH(i)=fEOX2ETA2OH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + HO2 = EOX2OLBOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'HO2'; 
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fEOX2OLBOOH(i)=fEOX2OLBOOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + HO2 = ETACETOH';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'HO2'; 
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fHO2(i)=fHO2(i)-1; fETACETOH(i)=fETACETOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + NO = EOX2EOLBO + NO2';
k(:,i) = KRO2NO.*0.917;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'NO'; 
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fNO(i)=fNO(i)-1; fEOX2EOLBO(i)=fEOX2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + NO = EOX2OLBNO3';
k(:,i) = KRO2NO.*0.083;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'NO'; 
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fNO(i)=fNO(i)-1; fEOX2OLBNO3(i)=fEOX2OLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + NO3 = EOX2EOLBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'NO3'; 
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fNO3(i)=fNO3(i)-1; fEOX2EOLBO(i)=fEOX2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + RO2 = EOX2EOLBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'RO2';
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fEOX2EOLBO(i)=fEOX2EOLBO(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + RO2 = EOX2ETB2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'RO2';
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fEOX2ETB2OH(i)=fEOX2ETB2OH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO2 + RO2 = ETACETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EOX2EOLBO2'; Gstr{i,2} = 'RO2';
fEOX2EOLBO2(i)=fEOX2EOLBO2(i)-1; fETACETOH(i)=fETACETOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2ETCHO + NO3 = HNO3 + EOX2MECO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'EOX2ETCHO'; Gstr{i,2} = 'NO3'; 
fEOX2ETCHO(i)=fEOX2ETCHO(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fEOX2MECO3(i)=fEOX2MECO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2ETCHO + OH = EOX2MECO3';
k(:,i) = 3.00e-11;
Gstr{i,1} = 'EOX2ETCHO'; Gstr{i,2} = 'OH'; 
fEOX2ETCHO(i)=fEOX2ETCHO(i)-1; fOH(i)=fOH(i)-1; fEOX2MECO3(i)=fEOX2MECO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2ETCHO + hv = HO2 + CO + ETOMEO2';
k(:,i) = J15;
Gstr{i,1} = 'EOX2ETCHO'; 
fEOX2ETCHO(i)=fEOX2ETCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fETOMEO2(i)=fETOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + HO2 = ETOHCO2M';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'HO2'; 
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fETOHCO2M(i)=fETOHCO2M(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + HO2 = PR2OHMOOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'HO2'; 
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fPR2OHMOOOH(i)=fPR2OHMOOOH(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + NO = PR2OHMONO3';
k(:,i) = KRO2NO.*0.041;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'NO'; 
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fNO(i)=fNO(i)-1; fPR2OHMONO3(i)=fPR2OHMONO3(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + NO = PR2OHMOXO + NO2';
k(:,i) = KRO2NO.*0.959;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'NO'; 
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fNO(i)=fNO(i)-1; fPR2OHMOXO(i)=fPR2OHMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + NO3 = PR2OHMOXO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'NO3'; 
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fNO3(i)=fNO3(i)-1; fPR2OHMOXO(i)=fPR2OHMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + RO2 = ETOHCO2M';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'RO2';
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fETOHCO2M(i)=fETOHCO2M(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + RO2 = PR2OHMOXO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'RO2';
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fPR2OHMOXO(i)=fPR2OHMOXO(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO2 + RO2 = PROH2MOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PR2OHMOXO2'; Gstr{i,2} = 'RO2';
fPR2OHMOXO2(i)=fPR2OHMOXO2(i)-1; fPROH2MOX(i)=fPROH2MOX(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + HO2 = H2C3OCOOH';
k(:,i) = KRO2HO2.*0.625.*0.60;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'HO2'; 
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fHO2(i)=fHO2(i)-1; fH2C3OCOOH(i)=fH2C3OCOOH(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + HO2 = PROL2FORM';
k(:,i) = KRO2HO2.*0.625.*0.40;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'HO2'; 
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fHO2(i)=fHO2(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + NO = H2C3OCNO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'NO'; 
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fNO(i)=fNO(i)-1; fH2C3OCNO3(i)=fH2C3OCNO3(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + NO = H2C3OCO + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'NO'; 
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fNO(i)=fNO(i)-1; fH2C3OCO(i)=fH2C3OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + NO3 = H2C3OCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'NO3'; 
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fNO3(i)=fNO3(i)-1; fH2C3OCO(i)=fH2C3OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + RO2 = H2C3OCO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'RO2';
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fH2C3OCO(i)=fH2C3OCO(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + RO2 = H2C3OCOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'RO2';
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fH2C3OCOH(i)=fH2C3OCOH(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO2 + RO2 = PROL2FORM';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'H2C3OCO2'; Gstr{i,2} = 'RO2';
fH2C3OCO2(i)=fH2C3OCO2(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOX + OH = PRONEMOXO2';
k(:,i) = 4.87e-12;
Gstr{i,1} = 'PRONEMOX'; Gstr{i,2} = 'OH'; 
fPRONEMOX(i)=fPRONEMOX(i)-1; fOH(i)=fOH(i)-1; fPRONEMOXO2(i)=fPRONEMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOX + hv = CH3CO3 + CH3OCH2O2';
k(:,i) = J22;
Gstr{i,1} = 'PRONEMOX'; 
fPRONEMOX(i)=fPRONEMOX(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + HO2 = BOX2OHAOOH';
k(:,i) = KRO2HO2.*0.770.*0.6;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'HO2'; 
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fHO2(i)=fHO2(i)-1; fBOX2OHAOOH(i)=fBOX2OHAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + HO2 = PRCOOETOH';
k(:,i) = KRO2HO2.*0.770.*0.4;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'HO2'; 
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOETOH(i)=fPRCOOETOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + NO = BOX2EOHAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'NO'; 
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fNO(i)=fNO(i)-1; fBOX2EOHAO(i)=fBOX2EOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + NO = BOXEOHANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'NO'; 
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fNO(i)=fNO(i)-1; fBOXEOHANO3(i)=fBOXEOHANO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + NO3 = BOX2EOHAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'NO3'; 
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fNO3(i)=fNO3(i)-1; fBOX2EOHAO(i)=fBOX2EOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + RO2 = BOX2EOHAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'RO2';
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fBOX2EOHAO(i)=fBOX2EOHAO(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + RO2 = BOXOHETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'RO2';
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fBOXOHETOH(i)=fBOXOHETOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO2 + RO2 = PRCOOETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOX2EOHAO2'; Gstr{i,2} = 'RO2';
fBOX2EOHAO2(i)=fBOX2EOHAO2(i)-1; fPRCOOETOH(i)=fPRCOOETOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + HO2 = BOX2COMOH';
k(:,i) = KRO2HO2.*0.770.*0.4;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'HO2'; 
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOX2COMOH(i)=fBOX2COMOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + HO2 = BOX2OHBOOH';
k(:,i) = KRO2HO2.*0.770.*0.6;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'HO2'; 
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOX2OHBOOH(i)=fBOX2OHBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + NO = BOX2EOHBO + NO2';
k(:,i) = KRO2NO.*0.903;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'NO'; 
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fNO(i)=fNO(i)-1; fBOX2EOHBO(i)=fBOX2EOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + NO = BOXEOHBNO3';
k(:,i) = KRO2NO.*0.097;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'NO'; 
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fNO(i)=fNO(i)-1; fBOXEOHBNO3(i)=fBOXEOHBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + NO3 = BOX2EOHBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'NO3'; 
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fNO3(i)=fNO3(i)-1; fBOX2EOHBO(i)=fBOX2EOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + RO2 = BOX2COMOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'RO2';
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fBOX2COMOH(i)=fBOX2COMOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + RO2 = BOX2E2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'RO2';
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fBOX2E2OH(i)=fBOX2E2OH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO2 + RO2 = BOX2EOHBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOX2EOHBO2'; Gstr{i,2} = 'RO2';
fBOX2EOHBO2(i)=fBOX2EOHBO2(i)-1; fBOX2EOHBO(i)=fBOX2EOHBO(i)+1; 

i=i+1;
Rnames{i} = 'BOX2ECHO + NO3 = BOXMCO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'BOX2ECHO'; Gstr{i,2} = 'NO3'; 
fBOX2ECHO(i)=fBOX2ECHO(i)-1; fNO3(i)=fNO3(i)-1; fBOXMCO3(i)=fBOXMCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2ECHO + OH = BOXMCO3';
k(:,i) = 3.39e-11;
Gstr{i,1} = 'BOX2ECHO'; Gstr{i,2} = 'OH'; 
fBOX2ECHO(i)=fBOX2ECHO(i)-1; fOH(i)=fOH(i)-1; fBOXMCO3(i)=fBOXMCO3(i)+1; 

i=i+1;
Rnames{i} = 'BOX2ECHO + hv = HO2 + CO + BOX2MO2';
k(:,i) = J15;
Gstr{i,1} = 'BOX2ECHO'; 
fBOX2ECHO(i)=fBOX2ECHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fBOX2MO2(i)=fBOX2MO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + HO2 = BOXPOLAOOH';
k(:,i) = KRO2HO2.*0.820.*0.6;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'HO2'; 
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXPOLAOOH(i)=fBOXPOLAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + HO2 = PRCOOPROL';
k(:,i) = KRO2HO2.*0.820.*0.4;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'HO2'; 
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOPROL(i)=fPRCOOPROL(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + NO = BOXPOLANO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'NO'; 
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fNO(i)=fNO(i)-1; fBOXPOLANO3(i)=fBOXPOLANO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + NO = BOXPROLAO + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'NO'; 
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fNO(i)=fNO(i)-1; fBOXPROLAO(i)=fBOXPROLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + NO3 = BOXPROLAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'NO3'; 
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXPROLAO(i)=fBOXPROLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + RO2 = BOXOHPROL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'RO2';
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fBOXOHPROL(i)=fBOXOHPROL(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + RO2 = BOXPROLAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'RO2';
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fBOXPROLAO(i)=fBOXPROLAO(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO2 + RO2 = PRCOOPROL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPROLAO2'; Gstr{i,2} = 'RO2';
fBOXPROLAO2(i)=fBOXPROLAO2(i)-1; fPRCOOPROL(i)=fPRCOOPROL(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + HO2 = BOXCOEOL';
k(:,i) = KRO2HO2.*0.820.*0.4;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'HO2'; 
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXCOEOL(i)=fBOXCOEOL(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + HO2 = BOXPOLBOOH';
k(:,i) = KRO2HO2.*0.820.*0.6;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'HO2'; 
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXPOLBOOH(i)=fBOXPOLBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + NO = BOXPOLBNO3';
k(:,i) = KRO2NO.*0.139;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'NO'; 
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fNO(i)=fNO(i)-1; fBOXPOLBNO3(i)=fBOXPOLBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + NO = BOXPROLBO + NO2';
k(:,i) = KRO2NO.*0.861;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'NO'; 
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fNO(i)=fNO(i)-1; fBOXPROLBO(i)=fBOXPROLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + NO3 = BOXPROLBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'NO3'; 
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXPROLBO(i)=fBOXPROLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + RO2 = BOXCOEOL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'RO2';
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fBOXCOEOL(i)=fBOXCOEOL(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + RO2 = BOXPR2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'RO2';
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fBOXPR2OH(i)=fBOXPR2OH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO2 + RO2 = BOXPROLBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOXPROLBO2'; Gstr{i,2} = 'RO2';
fBOXPROLBO2(i)=fBOXPROLBO2(i)-1; fBOXPROLBO(i)=fBOXPROLBO(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONE + OH = BOXPRONAO2';
k(:,i) = 1.32e-11.*0.63;
Gstr{i,1} = 'BOXPRONE'; Gstr{i,2} = 'OH'; 
fBOXPRONE(i)=fBOXPRONE(i)-1; fOH(i)=fOH(i)-1; fBOXPRONAO2(i)=fBOXPRONAO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONE + OH = BOXPRONBO2';
k(:,i) = 1.32e-11.*0.37;
Gstr{i,1} = 'BOXPRONE'; Gstr{i,2} = 'OH'; 
fBOXPRONE(i)=fBOXPRONE(i)-1; fOH(i)=fOH(i)-1; fBOXPRONBO2(i)=fBOXPRONBO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONE + hv = CH3CO3 + BOX2MO2';
k(:,i) = J22;
Gstr{i,1} = 'BOXPRONE'; 
fBOXPRONE(i)=fBOXPRONE(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fBOX2MO2(i)=fBOX2MO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + HO2 = CH2BROOH';
k(:,i) = 4.28e-13.*exp(820./T);
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'HO2'; 
fCH2BRO2(i)=fCH2BRO2(i)-1; fHO2(i)=fHO2(i)-1; fCH2BROOH(i)=fCH2BROOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + NO = CH2BRO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'NO'; 
fCH2BRO2(i)=fCH2BRO2(i)-1; fNO(i)=fNO(i)-1; fCH2BRO(i)=fCH2BRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + NO3 = CH2BRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'NO3'; 
fCH2BRO2(i)=fCH2BRO2(i)-1; fNO3(i)=fNO3(i)-1; fCH2BRO(i)=fCH2BRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + RO2 = CH2BRO';
k(:,i) = 2.00e-12.*0.60;
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'RO2';
fCH2BRO2(i)=fCH2BRO2(i)-1; fCH2BRO(i)=fCH2BRO(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + RO2 = CH2BROH';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'RO2';
fCH2BRO2(i)=fCH2BRO2(i)-1; fCH2BROH(i)=fCH2BROH(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO2 + RO2 = CHOBR';
k(:,i) = 2.00e-12.*0.20;
Gstr{i,1} = 'CH2BRO2'; Gstr{i,2} = 'RO2';
fCH2BRO2(i)=fCH2BRO2(i)-1; fCHOBR(i)=fCHOBR(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + HO2 = DIBRETO2H';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'HO2'; 
fDIBRETO2(i)=fDIBRETO2(i)-1; fHO2(i)=fHO2(i)-1; fDIBRETO2H(i)=fDIBRETO2H(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + NO = DIBRETO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'NO'; 
fDIBRETO2(i)=fDIBRETO2(i)-1; fNO(i)=fNO(i)-1; fDIBRETO(i)=fDIBRETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + NO3 = DIBRETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'NO3'; 
fDIBRETO2(i)=fDIBRETO2(i)-1; fNO3(i)=fNO3(i)-1; fDIBRETO(i)=fDIBRETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + RO2 = BRETAL';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'RO2';
fDIBRETO2(i)=fDIBRETO2(i)-1; fBRETAL(i)=fBRETAL(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + RO2 = DIBRETOH';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'RO2';
fDIBRETO2(i)=fDIBRETO2(i)-1; fDIBRETOH(i)=fDIBRETOH(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2 + RO2 = DIBRETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIBRETO2'; Gstr{i,2} = 'RO2';
fDIBRETO2(i)=fDIBRETO2(i)-1; fDIBRETOH(i)=fDIBRETOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + HO2 = CH3COCH2O + OH';
k(:,i) = 1.36e-13.*exp(1250./T).*0.15;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'HO2'; 
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + HO2 = HYPERACET';
k(:,i) = 1.36e-13.*exp(1250./T).*0.85;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'HO2'; 
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fHYPERACET(i)=fHYPERACET(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + NO = CH3COCH2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'NO'; 
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + NO3 = CH3COCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'NO3'; 
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + RO2 = ACETOL';
k(:,i) = 2.*(K298CH3O2.*8.0e-12).^0.5.*0.2;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'RO2';
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fACETOL(i)=fACETOL(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + RO2 = CH3COCH2O';
k(:,i) = 2.*(K298CH3O2.*8.0e-12).^0.5.*0.6;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'RO2';
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O2 + RO2 = MGLYOX';
k(:,i) = 2.*(K298CH3O2.*8.0e-12).^0.5.*0.2;
Gstr{i,1} = 'CH3COCH2O2'; Gstr{i,2} = 'RO2';
fCH3COCH2O2(i)=fCH3COCH2O2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + HO2 = MEKAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'HO2'; 
fMEKAO2(i)=fMEKAO2(i)-1; fHO2(i)=fHO2(i)-1; fMEKAOOH(i)=fMEKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + NO = MEKANO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'NO'; 
fMEKAO2(i)=fMEKAO2(i)-1; fNO(i)=fNO(i)-1; fMEKANO3(i)=fMEKANO3(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + NO = MEKAO + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'NO'; 
fMEKAO2(i)=fMEKAO2(i)-1; fNO(i)=fNO(i)-1; fMEKAO(i)=fMEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + NO3 = MEKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'NO3'; 
fMEKAO2(i)=fMEKAO2(i)-1; fNO3(i)=fNO3(i)-1; fMEKAO(i)=fMEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + RO2 = CO2C3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'RO2';
fMEKAO2(i)=fMEKAO2(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + RO2 = MEKAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'RO2';
fMEKAO2(i)=fMEKAO2(i)-1; fMEKAO(i)=fMEKAO(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO2 + RO2 = MEKAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MEKAO2'; Gstr{i,2} = 'RO2';
fMEKAO2(i)=fMEKAO2(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + HO2 = MEKBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'HO2'; 
fMEKBO2(i)=fMEKBO2(i)-1; fHO2(i)=fHO2(i)-1; fMEKBOOH(i)=fMEKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + NO = MEKBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'NO'; 
fMEKBO2(i)=fMEKBO2(i)-1; fNO(i)=fNO(i)-1; fMEKBO(i)=fMEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + NO3 = MEKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'NO3'; 
fMEKBO2(i)=fMEKBO2(i)-1; fNO3(i)=fNO3(i)-1; fMEKBO(i)=fMEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + RO2 = BIACET';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'RO2';
fMEKBO2(i)=fMEKBO2(i)-1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + RO2 = BUT2OLO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'RO2';
fMEKBO2(i)=fMEKBO2(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO2 + RO2 = MEKBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MEKBO2'; Gstr{i,2} = 'RO2';
fMEKBO2(i)=fMEKBO2(i)-1; fMEKBO(i)=fMEKBO(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + HO2 = MEKCOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'HO2'; 
fMEKCO2(i)=fMEKCO2(i)-1; fHO2(i)=fHO2(i)-1; fMEKCOOH(i)=fMEKCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + NO = MEKCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'NO'; 
fMEKCO2(i)=fMEKCO2(i)-1; fNO(i)=fNO(i)-1; fMEKCO(i)=fMEKCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + NO3 = MEKCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'NO3'; 
fMEKCO2(i)=fMEKCO2(i)-1; fNO3(i)=fNO3(i)-1; fMEKCO(i)=fMEKCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + RO2 = EGLYOX';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'RO2';
fMEKCO2(i)=fMEKCO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + RO2 = MEKCO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'RO2';
fMEKCO2(i)=fMEKCO2(i)-1; fMEKCO(i)=fMEKCO(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO2 + RO2 = MEKCOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MEKCO2'; Gstr{i,2} = 'RO2';
fMEKCO2(i)=fMEKCO2(i)-1; fMEKCOH(i)=fMEKCOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + HO2 = MPRKBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'HO2'; 
fCO2C54O2(i)=fCO2C54O2(i)-1; fHO2(i)=fHO2(i)-1; fMPRKBOOH(i)=fMPRKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + NO = CO2C54O + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'NO'; 
fCO2C54O2(i)=fCO2C54O2(i)-1; fNO(i)=fNO(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + NO = MPRKNO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'NO'; 
fCO2C54O2(i)=fCO2C54O2(i)-1; fNO(i)=fNO(i)-1; fMPRKNO3(i)=fMPRKNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + NO3 = CO2C54O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'NO3'; 
fCO2C54O2(i)=fCO2C54O2(i)-1; fNO3(i)=fNO3(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + RO2 = CO24C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'RO2';
fCO2C54O2(i)=fCO2C54O2(i)-1; fCO24C5(i)=fCO24C5(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + RO2 = CO2C54O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'RO2';
fCO2C54O2(i)=fCO2C54O2(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O2 + RO2 = HO2CO4C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO2C54O2'; Gstr{i,2} = 'RO2';
fCO2C54O2(i)=fCO2C54O2(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + HO2 = MPRKAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'HO2'; 
fMPRKAO2(i)=fMPRKAO2(i)-1; fHO2(i)=fHO2(i)-1; fMPRKAOOH(i)=fMPRKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + NO = MPRKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'NO'; 
fMPRKAO2(i)=fMPRKAO2(i)-1; fNO(i)=fNO(i)-1; fMPRKAO(i)=fMPRKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + NO3 = MPRKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'NO3'; 
fMPRKAO2(i)=fMPRKAO2(i)-1; fNO3(i)=fNO3(i)-1; fMPRKAO(i)=fMPRKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + RO2 = CO23C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'RO2';
fMPRKAO2(i)=fMPRKAO2(i)-1; fCO23C5(i)=fCO23C5(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + RO2 = MPRKAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'RO2';
fMPRKAO2(i)=fMPRKAO2(i)-1; fMPRKAO(i)=fMPRKAO(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO2 + RO2 = MPRKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MPRKAO2'; Gstr{i,2} = 'RO2';
fMPRKAO2(i)=fMPRKAO2(i)-1; fMPRKAOH(i)=fMPRKAOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + HO2 = DIEKAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'HO2'; 
fDIEKAO2(i)=fDIEKAO2(i)-1; fHO2(i)=fHO2(i)-1; fDIEKAOOH(i)=fDIEKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + NO = DIEKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'NO'; 
fDIEKAO2(i)=fDIEKAO2(i)-1; fNO(i)=fNO(i)-1; fDIEKAO(i)=fDIEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + NO3 = DIEKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'NO3'; 
fDIEKAO2(i)=fDIEKAO2(i)-1; fNO3(i)=fNO3(i)-1; fDIEKAO(i)=fDIEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + RO2 = CO23C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'RO2';
fDIEKAO2(i)=fDIEKAO2(i)-1; fCO23C5(i)=fCO23C5(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + RO2 = DIEKAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'RO2';
fDIEKAO2(i)=fDIEKAO2(i)-1; fDIEKAO(i)=fDIEKAO(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO2 + RO2 = DIEKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DIEKAO2'; Gstr{i,2} = 'RO2';
fDIEKAO2(i)=fDIEKAO2(i)-1; fDIEKAOH(i)=fDIEKAOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + HO2 = DIEKBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'HO2'; 
fDIEKBO2(i)=fDIEKBO2(i)-1; fHO2(i)=fHO2(i)-1; fDIEKBOOH(i)=fDIEKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + NO = DIEKBNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'NO'; 
fDIEKBO2(i)=fDIEKBO2(i)-1; fNO(i)=fNO(i)-1; fDIEKBNO3(i)=fDIEKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + NO = DIEKBO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'NO'; 
fDIEKBO2(i)=fDIEKBO2(i)-1; fNO(i)=fNO(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + NO3 = DIEKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'NO3'; 
fDIEKBO2(i)=fDIEKBO2(i)-1; fNO3(i)=fNO3(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + RO2 = CO3C4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'RO2';
fDIEKBO2(i)=fDIEKBO2(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + RO2 = DIEKBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'RO2';
fDIEKBO2(i)=fDIEKBO2(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO2 + RO2 = HO1CO3C5';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DIEKBO2'; Gstr{i,2} = 'RO2';
fDIEKBO2(i)=fDIEKBO2(i)-1; fHO1CO3C5(i)=fHO1CO3C5(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO2 + HO2 = MIPKAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MIPKAO2'; Gstr{i,2} = 'HO2'; 
fMIPKAO2(i)=fMIPKAO2(i)-1; fHO2(i)=fHO2(i)-1; fMIPKAOOH(i)=fMIPKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO2 + NO = MIPKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIPKAO2'; Gstr{i,2} = 'NO'; 
fMIPKAO2(i)=fMIPKAO2(i)-1; fNO(i)=fNO(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO2 + NO3 = MIPKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIPKAO2'; Gstr{i,2} = 'NO3'; 
fMIPKAO2(i)=fMIPKAO2(i)-1; fNO3(i)=fNO3(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO2 + RO2 = MIPKAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'MIPKAO2'; Gstr{i,2} = 'RO2';
fMIPKAO2(i)=fMIPKAO2(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO2 + RO2 = MIPKAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'MIPKAO2'; Gstr{i,2} = 'RO2';
fMIPKAO2(i)=fMIPKAO2(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + HO2 = MIPKBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'HO2'; 
fMIPKBO2(i)=fMIPKBO2(i)-1; fHO2(i)=fHO2(i)-1; fMIPKBOOH(i)=fMIPKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + NO = MIPKBNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'NO'; 
fMIPKBO2(i)=fMIPKBO2(i)-1; fNO(i)=fNO(i)-1; fMIPKBNO3(i)=fMIPKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + NO = MIPKBO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'NO'; 
fMIPKBO2(i)=fMIPKBO2(i)-1; fNO(i)=fNO(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + NO3 = MIPKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'NO3'; 
fMIPKBO2(i)=fMIPKBO2(i)-1; fNO3(i)=fNO3(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + RO2 = CO2C43CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'RO2';
fMIPKBO2(i)=fMIPKBO2(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + RO2 = MIPKBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'RO2';
fMIPKBO2(i)=fMIPKBO2(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO2 + RO2 = MIPKBOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MIPKBO2'; Gstr{i,2} = 'RO2';
fMIPKBO2(i)=fMIPKBO2(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + HO2 = HEX2ONAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'HO2'; 
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX2ONAOOH(i)=fHEX2ONAOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + NO = HEX2ONANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'NO'; 
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fNO(i)=fNO(i)-1; fHEX2ONANO3(i)=fHEX2ONANO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + NO = HEX2ONAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'NO'; 
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fNO(i)=fNO(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + NO3 = HEX2ONAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'NO3'; 
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + RO2 = CO24C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'RO2';
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fCO24C6(i)=fCO24C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + RO2 = CO2HO4C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'RO2';
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fCO2HO4C6(i)=fCO2HO4C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO2 + RO2 = HEX2ONAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HEX2ONAO2'; Gstr{i,2} = 'RO2';
fHEX2ONAO2(i)=fHEX2ONAO2(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + HO2 = HEX2ONBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'HO2'; 
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX2ONBOOH(i)=fHEX2ONBOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + NO = HEX2ONBNO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'NO'; 
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fNO(i)=fNO(i)-1; fHEX2ONBNO3(i)=fHEX2ONBNO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + NO = HEX2ONBO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'NO'; 
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fNO(i)=fNO(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + NO3 = HEX2ONBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'NO3'; 
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + RO2 = CO25C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'RO2';
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fCO25C6(i)=fCO25C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + RO2 = HEX2ONBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'RO2';
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO2 + RO2 = HO2CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX2ONBO2'; Gstr{i,2} = 'RO2';
fHEX2ONBO2(i)=fHEX2ONBO2(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + HO2 = HEX2ONCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'HO2'; 
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX2ONCOOH(i)=fHEX2ONCOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + NO = HEX2ONCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'NO'; 
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fNO(i)=fNO(i)-1; fHEX2ONCO(i)=fHEX2ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + NO3 = HEX2ONCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'NO3'; 
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX2ONCO(i)=fHEX2ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + RO2 = CO23C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'RO2';
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fCO23C6(i)=fCO23C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + RO2 = CO2HO3C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'RO2';
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fCO2HO3C6(i)=fCO2HO3C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO2 + RO2 = HEX2ONCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HEX2ONCO2'; Gstr{i,2} = 'RO2';
fHEX2ONCO2(i)=fHEX2ONCO2(i)-1; fHEX2ONCO(i)=fHEX2ONCO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + HO2 = HEX3ONAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'HO2'; 
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX3ONAOOH(i)=fHEX3ONAOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + NO = HEX3ONANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'NO'; 
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONANO3(i)=fHEX3ONANO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + NO = HEX3ONAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'NO'; 
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + NO3 = HEX3ONAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'NO3'; 
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + RO2 = CO24C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'RO2';
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fCO24C6(i)=fCO24C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + RO2 = HEX3ONAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'RO2';
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO2 + RO2 = HEX3ONAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONAO2'; Gstr{i,2} = 'RO2';
fHEX3ONAO2(i)=fHEX3ONAO2(i)-1; fHEX3ONAOH(i)=fHEX3ONAOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + HO2 = HEX3ONBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'HO2'; 
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX3ONBOOH(i)=fHEX3ONBOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + NO = HEX3ONBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'NO'; 
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONBO(i)=fHEX3ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + NO3 = HEX3ONBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'NO3'; 
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX3ONBO(i)=fHEX3ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + RO2 = C6CO34';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'RO2';
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fC6CO34(i)=fC6CO34(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + RO2 = C6CO3HO4';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'RO2';
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fC6CO3HO4(i)=fC6CO3HO4(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO2 + RO2 = HEX3ONBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEX3ONBO2'; Gstr{i,2} = 'RO2';
fHEX3ONBO2(i)=fHEX3ONBO2(i)-1; fHEX3ONBO(i)=fHEX3ONBO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + HO2 = HEX3ONCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'HO2'; 
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX3ONCOOH(i)=fHEX3ONCOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + NO = HEX3ONCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'NO'; 
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONCO(i)=fHEX3ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + NO3 = HEX3ONCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'NO3'; 
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX3ONCO(i)=fHEX3ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + RO2 = CO23C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'RO2';
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fCO23C6(i)=fCO23C6(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + RO2 = HEX3ONCO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'RO2';
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fHEX3ONCO(i)=fHEX3ONCO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO2 + RO2 = HEX3ONCOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONCO2'; Gstr{i,2} = 'RO2';
fHEX3ONCO2(i)=fHEX3ONCO2(i)-1; fHEX3ONCOH(i)=fHEX3ONCOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + HO2 = HEX3ONDOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'HO2'; 
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fHO2(i)=fHO2(i)-1; fHEX3ONDOOH(i)=fHEX3ONDOOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + NO = HEX3ONDNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'NO'; 
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONDNO3(i)=fHEX3ONDNO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + NO = HEX3ONDO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'NO'; 
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fNO(i)=fNO(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + NO3 = HEX3ONDO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'NO3'; 
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fNO3(i)=fNO3(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + RO2 = C3COCCHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'RO2';
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fC3COCCHO(i)=fC3COCCHO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + RO2 = HEX3ONDO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'RO2';
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO2 + RO2 = HEX3ONDOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HEX3ONDO2'; Gstr{i,2} = 'RO2';
fHEX3ONDO2(i)=fHEX3ONDO2(i)-1; fHEX3ONDOH(i)=fHEX3ONDOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + HO2 = MIBKAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'HO2'; 
fMIBKAO2(i)=fMIBKAO2(i)-1; fHO2(i)=fHO2(i)-1; fMIBKAOOH(i)=fMIBKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + NO = MIBKANO3';
k(:,i) = KRO2NO.*0.058;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'NO'; 
fMIBKAO2(i)=fMIBKAO2(i)-1; fNO(i)=fNO(i)-1; fMIBKANO3(i)=fMIBKANO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + NO = MIBKAO + NO2';
k(:,i) = KRO2NO.*0.942;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'NO'; 
fMIBKAO2(i)=fMIBKAO2(i)-1; fNO(i)=fNO(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + NO3 = MIBKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'NO3'; 
fMIBKAO2(i)=fMIBKAO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + RO2 = MIBKAO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'RO2';
fMIBKAO2(i)=fMIBKAO2(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO2 + RO2 = MIBKAOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'MIBKAO2'; Gstr{i,2} = 'RO2';
fMIBKAO2(i)=fMIBKAO2(i)-1; fMIBKAOH(i)=fMIBKAOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + HO2 = MIBKBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'HO2'; 
fMIBKBO2(i)=fMIBKBO2(i)-1; fHO2(i)=fHO2(i)-1; fMIBKBOOH(i)=fMIBKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + NO = MIBKBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'NO'; 
fMIBKBO2(i)=fMIBKBO2(i)-1; fNO(i)=fNO(i)-1; fMIBKBO(i)=fMIBKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + NO3 = MIBKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'NO3'; 
fMIBKBO2(i)=fMIBKBO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKBO(i)=fMIBKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + RO2 = MIBK3CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'RO2';
fMIBKBO2(i)=fMIBKBO2(i)-1; fMIBK3CO(i)=fMIBK3CO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + RO2 = MIBKBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'RO2';
fMIBKBO2(i)=fMIBKBO2(i)-1; fMIBKBO(i)=fMIBKBO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO2 + RO2 = MIBKBOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MIBKBO2'; Gstr{i,2} = 'RO2';
fMIBKBO2(i)=fMIBKBO2(i)-1; fMIBKBOH(i)=fMIBKBOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + HO2 = MTBKOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'HO2'; 
fMTBKO2(i)=fMTBKO2(i)-1; fHO2(i)=fHO2(i)-1; fMTBKOOH(i)=fMTBKOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + NO = MTBKNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'NO'; 
fMTBKO2(i)=fMTBKO2(i)-1; fNO(i)=fNO(i)-1; fMTBKNO3(i)=fMTBKNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + NO = MTBKO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'NO'; 
fMTBKO2(i)=fMTBKO2(i)-1; fNO(i)=fNO(i)-1; fMTBKO(i)=fMTBKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + NO3 = MTBKO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'NO3'; 
fMTBKO2(i)=fMTBKO2(i)-1; fNO3(i)=fNO3(i)-1; fMTBKO(i)=fMTBKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + RO2 = CO2M33CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'RO2';
fMTBKO2(i)=fMTBKO2(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + RO2 = MTBKO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'RO2';
fMTBKO2(i)=fMTBKO2(i)-1; fMTBKO(i)=fMTBKO(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO2 + RO2 = MTBKOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'MTBKO2'; Gstr{i,2} = 'RO2';
fMTBKO2(i)=fMTBKO2(i)-1; fMTBKOH(i)=fMTBKOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + HO2 = CYHXONAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'HO2'; 
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fHO2(i)=fHO2(i)-1; fCYHXONAOOH(i)=fCYHXONAOOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + NO = CYHXONANO3';
k(:,i) = KRO2NO.*0.068;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'NO'; 
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fNO(i)=fNO(i)-1; fCYHXONANO3(i)=fCYHXONANO3(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + NO = CYHXONAO + NO2';
k(:,i) = KRO2NO.*0.932;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'NO'; 
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fNO(i)=fNO(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + NO3 = CYHXONAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'NO3'; 
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fNO3(i)=fNO3(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + RO2 = CYC613DION';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'RO2';
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fCYC613DION(i)=fCYC613DION(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + RO2 = CYHXONAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'RO2';
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO2 + RO2 = CYHXONAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CYHXONAO2'; Gstr{i,2} = 'RO2';
fCYHXONAO2(i)=fCYHXONAO2(i)-1; fCYHXONAOH(i)=fCYHXONAOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO2 + HO2 = NAPINAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NAPINAO2'; Gstr{i,2} = 'HO2'; 
fNAPINAO2(i)=fNAPINAO2(i)-1; fHO2(i)=fHO2(i)-1; fNAPINAOOH(i)=fNAPINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO2 + NO = NAPINAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NAPINAO2'; Gstr{i,2} = 'NO'; 
fNAPINAO2(i)=fNAPINAO2(i)-1; fNO(i)=fNO(i)-1; fNAPINAO(i)=fNAPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO2 + NO3 = NAPINAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NAPINAO2'; Gstr{i,2} = 'NO3'; 
fNAPINAO2(i)=fNAPINAO2(i)-1; fNO3(i)=fNO3(i)-1; fNAPINAO(i)=fNAPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO2 + RO2 = APINBNO3';
k(:,i) = 6.70e-15.*0.1;
Gstr{i,1} = 'NAPINAO2'; Gstr{i,2} = 'RO2';
fNAPINAO2(i)=fNAPINAO2(i)-1; fAPINBNO3(i)=fAPINBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO2 + RO2 = NAPINAO';
k(:,i) = 6.70e-15.*0.9;
Gstr{i,1} = 'NAPINAO2'; Gstr{i,2} = 'RO2';
fNAPINAO2(i)=fNAPINAO2(i)-1; fNAPINAO(i)=fNAPINAO(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + HO2 = NAPINBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'HO2'; 
fNAPINBO2(i)=fNAPINBO2(i)-1; fHO2(i)=fHO2(i)-1; fNAPINBOOH(i)=fNAPINBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + NO = NAPINBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'NO'; 
fNAPINBO2(i)=fNAPINBO2(i)-1; fNO(i)=fNO(i)-1; fNAPINBO(i)=fNAPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + NO3 = NAPINBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'NO3'; 
fNAPINBO2(i)=fNAPINBO2(i)-1; fNO3(i)=fNO3(i)-1; fNAPINBO(i)=fNAPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + RO2 = APINANO3';
k(:,i) = 2.50e-13.*0.1;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'RO2';
fNAPINBO2(i)=fNAPINBO2(i)-1; fAPINANO3(i)=fAPINANO3(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + RO2 = NAPINBO';
k(:,i) = 2.50e-13.*0.8;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'RO2';
fNAPINBO2(i)=fNAPINBO2(i)-1; fNAPINBO(i)=fNAPINBO(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO2 + RO2 = NC101CO';
k(:,i) = 2.50e-13.*0.1;
Gstr{i,1} = 'NAPINBO2'; Gstr{i,2} = 'RO2';
fNAPINBO2(i)=fNAPINBO2(i)-1; fNC101CO(i)=fNC101CO(i)+1; 

i=i+1;
Rnames{i} = 'APINOOA = C107O2 + OH';
k(:,i) = KDEC.*0.55;
Gstr{i,1} = 'APINOOA'; 
fAPINOOA(i)=fAPINOOA(i)-1; fC107O2(i)=fC107O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINOOA = C109O2 + OH';
k(:,i) = KDEC.*0.45;
Gstr{i,1} = 'APINOOA'; 
fAPINOOA(i)=fAPINOOA(i)-1; fC109O2(i)=fC109O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINOOB = APINBOO';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'APINOOB'; 
fAPINOOB(i)=fAPINOOB(i)-1; fAPINBOO(i)=fAPINBOO(i)+1; 

i=i+1;
Rnames{i} = 'APINOOB = C96O2 + OH + CO';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'APINOOB'; 
fAPINOOB(i)=fAPINOOB(i)-1; fC96O2(i)=fC96O2(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + HO2 = APINAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'HO2'; 
fAPINAO2(i)=fAPINAO2(i)-1; fHO2(i)=fHO2(i)-1; fAPINAOOH(i)=fAPINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + NO = APINANO3';
k(:,i) = KRO2NO.*0.230;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'NO'; 
fAPINAO2(i)=fAPINAO2(i)-1; fNO(i)=fNO(i)-1; fAPINANO3(i)=fAPINANO3(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + NO = APINAO + NO2';
k(:,i) = KRO2NO.*0.770;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'NO'; 
fAPINAO2(i)=fAPINAO2(i)-1; fNO(i)=fNO(i)-1; fAPINAO(i)=fAPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + NO3 = APINAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'NO3'; 
fAPINAO2(i)=fAPINAO2(i)-1; fNO3(i)=fNO3(i)-1; fAPINAO(i)=fAPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + RO2 = APINAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'RO2';
fAPINAO2(i)=fAPINAO2(i)-1; fAPINAO(i)=fAPINAO(i)+1; 

i=i+1;
Rnames{i} = 'APINAO2 + RO2 = APINBOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'APINAO2'; Gstr{i,2} = 'RO2';
fAPINAO2(i)=fAPINAO2(i)-1; fAPINBOH(i)=fAPINBOH(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + HO2 = APINBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'HO2'; 
fAPINBO2(i)=fAPINBO2(i)-1; fHO2(i)=fHO2(i)-1; fAPINBOOH(i)=fAPINBOOH(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + NO = APINBNO3';
k(:,i) = KRO2NO.*0.230;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'NO'; 
fAPINBO2(i)=fAPINBO2(i)-1; fNO(i)=fNO(i)-1; fAPINBNO3(i)=fAPINBNO3(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + NO = APINBO + NO2';
k(:,i) = KRO2NO.*0.770;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'NO'; 
fAPINBO2(i)=fAPINBO2(i)-1; fNO(i)=fNO(i)-1; fAPINBO(i)=fAPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + NO3 = APINBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'NO3'; 
fAPINBO2(i)=fAPINBO2(i)-1; fNO3(i)=fNO3(i)-1; fAPINBO(i)=fAPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + RO2 = APINBCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'RO2';
fAPINBO2(i)=fAPINBO2(i)-1; fAPINBCO(i)=fAPINBCO(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + RO2 = APINBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'RO2';
fAPINBO2(i)=fAPINBO2(i)-1; fAPINBO(i)=fAPINBO(i)+1; 

i=i+1;
Rnames{i} = 'APINBO2 + RO2 = APINBOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'APINBO2'; Gstr{i,2} = 'RO2';
fAPINBO2(i)=fAPINBO2(i)-1; fAPINBOH(i)=fAPINBOH(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + HO2 = APINCOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'HO2'; 
fAPINCO2(i)=fAPINCO2(i)-1; fHO2(i)=fHO2(i)-1; fAPINCOOH(i)=fAPINCOOH(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + NO = APINCNO3';
k(:,i) = KRO2NO.*0.125;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'NO'; 
fAPINCO2(i)=fAPINCO2(i)-1; fNO(i)=fNO(i)-1; fAPINCNO3(i)=fAPINCNO3(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + NO = APINCO + NO2';
k(:,i) = KRO2NO.*0.875;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'NO'; 
fAPINCO2(i)=fAPINCO2(i)-1; fNO(i)=fNO(i)-1; fAPINCO(i)=fAPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + NO3 = APINCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'NO3'; 
fAPINCO2(i)=fAPINCO2(i)-1; fNO3(i)=fNO3(i)-1; fAPINCO(i)=fAPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + RO2 = APINCO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'RO2';
fAPINCO2(i)=fAPINCO2(i)-1; fAPINCO(i)=fAPINCO(i)+1; 

i=i+1;
Rnames{i} = 'APINCO2 + RO2 = APINCOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'APINCO2'; Gstr{i,2} = 'RO2';
fAPINCO2(i)=fAPINCO2(i)-1; fAPINCOH(i)=fAPINCOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO2 + HO2 = NBPINAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NBPINAO2'; Gstr{i,2} = 'HO2'; 
fNBPINAO2(i)=fNBPINAO2(i)-1; fHO2(i)=fHO2(i)-1; fNBPINAOOH(i)=fNBPINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO2 + NO = NBPINAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBPINAO2'; Gstr{i,2} = 'NO'; 
fNBPINAO2(i)=fNBPINAO2(i)-1; fNO(i)=fNO(i)-1; fNBPINAO(i)=fNBPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO2 + NO3 = NBPINAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBPINAO2'; Gstr{i,2} = 'NO3'; 
fNBPINAO2(i)=fNBPINAO2(i)-1; fNO3(i)=fNO3(i)-1; fNBPINAO(i)=fNBPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO2 + RO2 = BPINBNO3';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NBPINAO2'; Gstr{i,2} = 'RO2';
fNBPINAO2(i)=fNBPINAO2(i)-1; fBPINBNO3(i)=fBPINBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO2 + RO2 = NBPINAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NBPINAO2'; Gstr{i,2} = 'RO2';
fNBPINAO2(i)=fNBPINAO2(i)-1; fNBPINAO(i)=fNBPINAO(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + HO2 = NBPINBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'HO2'; 
fNBPINBO2(i)=fNBPINBO2(i)-1; fHO2(i)=fHO2(i)-1; fNBPINBOOH(i)=fNBPINBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + NO = NBPINBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'NO'; 
fNBPINBO2(i)=fNBPINBO2(i)-1; fNO(i)=fNO(i)-1; fNBPINBO(i)=fNBPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + NO3 = NBPINBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'NO3'; 
fNBPINBO2(i)=fNBPINBO2(i)-1; fNO3(i)=fNO3(i)-1; fNBPINBO(i)=fNBPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + RO2 = BPINANO3';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'RO2';
fNBPINBO2(i)=fNBPINBO2(i)-1; fBPINANO3(i)=fBPINANO3(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + RO2 = NBPINBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'RO2';
fNBPINBO2(i)=fNBPINBO2(i)-1; fNBPINBO(i)=fNBPINBO(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO2 + RO2 = NC91CHO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'NBPINBO2'; Gstr{i,2} = 'RO2';
fNBPINBO2(i)=fNBPINBO2(i)-1; fNC91CHO(i)=fNC91CHO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINONE + OH = NOPINAO2';
k(:,i) = 1.55e-11.*0.535;
Gstr{i,1} = 'NOPINONE'; Gstr{i,2} = 'OH'; 
fNOPINONE(i)=fNOPINONE(i)-1; fOH(i)=fOH(i)-1; fNOPINAO2(i)=fNOPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINONE + OH = NOPINBO2';
k(:,i) = 1.55e-11.*0.199;
Gstr{i,1} = 'NOPINONE'; Gstr{i,2} = 'OH'; 
fNOPINONE(i)=fNOPINONE(i)-1; fOH(i)=fOH(i)-1; fNOPINBO2(i)=fNOPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINONE + OH = NOPINCO2';
k(:,i) = 1.55e-11.*0.130;
Gstr{i,1} = 'NOPINONE'; Gstr{i,2} = 'OH'; 
fNOPINONE(i)=fNOPINONE(i)-1; fOH(i)=fOH(i)-1; fNOPINCO2(i)=fNOPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINONE + OH = NOPINDO2';
k(:,i) = 1.55e-11.*0.136;
Gstr{i,1} = 'NOPINONE'; Gstr{i,2} = 'OH'; 
fNOPINONE(i)=fNOPINONE(i)-1; fOH(i)=fOH(i)-1; fNOPINDO2(i)=fNOPINDO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOF = CH2OO';
k(:,i) = KDEC.*0.370;
Gstr{i,1} = 'CH2OOF'; 
fCH2OOF(i)=fCH2OOF(i)-1; fCH2OO(i)=fCH2OO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOF = CO';
k(:,i) = KDEC.*0.500;
Gstr{i,1} = 'CH2OOF'; 
fCH2OOF(i)=fCH2OOF(i)-1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OOF = HO2 + CO + OH';
k(:,i) = KDEC.*0.130;
Gstr{i,1} = 'CH2OOF'; 
fCH2OOF(i)=fCH2OOF(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOOA = C8BC';
k(:,i) = KDEC.*0.330;
Gstr{i,1} = 'NOPINOOA'; 
fNOPINOOA(i)=fNOPINOOA(i)-1; fC8BC(i)=fC8BC(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOOA = NOPINDO2 + OH';
k(:,i) = KDEC.*0.500;
Gstr{i,1} = 'NOPINOOA'; 
fNOPINOOA(i)=fNOPINOOA(i)-1; fNOPINDO2(i)=fNOPINDO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOOA = NOPINOO';
k(:,i) = KDEC.*0.170;
Gstr{i,1} = 'NOPINOOA'; 
fNOPINOOA(i)=fNOPINOOA(i)-1; fNOPINOO(i)=fNOPINOO(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + HO2 = BPINAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'HO2'; 
fBPINAO2(i)=fBPINAO2(i)-1; fHO2(i)=fHO2(i)-1; fBPINAOOH(i)=fBPINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + NO = BPINANO3';
k(:,i) = KRO2NO.*0.240;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'NO'; 
fBPINAO2(i)=fBPINAO2(i)-1; fNO(i)=fNO(i)-1; fBPINANO3(i)=fBPINANO3(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + NO = BPINAO + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'NO'; 
fBPINAO2(i)=fBPINAO2(i)-1; fNO(i)=fNO(i)-1; fBPINAO(i)=fBPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + NO3 = BPINAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'NO3'; 
fBPINAO2(i)=fBPINAO2(i)-1; fNO3(i)=fNO3(i)-1; fBPINAO(i)=fBPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + RO2 = BPINAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'RO2';
fBPINAO2(i)=fBPINAO2(i)-1; fBPINAO(i)=fBPINAO(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO2 + RO2 = BPINAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BPINAO2'; Gstr{i,2} = 'RO2';
fBPINAO2(i)=fBPINAO2(i)-1; fBPINAOH(i)=fBPINAOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + HO2 = BPINBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'HO2'; 
fBPINBO2(i)=fBPINBO2(i)-1; fHO2(i)=fHO2(i)-1; fBPINBOOH(i)=fBPINBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + NO = BPINBNO3';
k(:,i) = KRO2NO.*0.240;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'NO'; 
fBPINBO2(i)=fBPINBO2(i)-1; fNO(i)=fNO(i)-1; fBPINBNO3(i)=fBPINBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + NO = BPINBO + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'NO'; 
fBPINBO2(i)=fBPINBO2(i)-1; fNO(i)=fNO(i)-1; fBPINBO(i)=fBPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + NO3 = BPINBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'NO3'; 
fBPINBO2(i)=fBPINBO2(i)-1; fNO3(i)=fNO3(i)-1; fBPINBO(i)=fBPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + RO2 = BPINAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'RO2';
fBPINBO2(i)=fBPINBO2(i)-1; fBPINAOH(i)=fBPINAOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + RO2 = BPINBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'RO2';
fBPINBO2(i)=fBPINBO2(i)-1; fBPINBO(i)=fBPINBO(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO2 + RO2 = C918CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BPINBO2'; Gstr{i,2} = 'RO2';
fBPINBO2(i)=fBPINBO2(i)-1; fC918CHO(i)=fC918CHO(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + HO2 = BPINCOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'HO2'; 
fBPINCO2(i)=fBPINCO2(i)-1; fHO2(i)=fHO2(i)-1; fBPINCOOH(i)=fBPINCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + NO = BPINCNO3';
k(:,i) = KRO2NO.*0.125;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'NO'; 
fBPINCO2(i)=fBPINCO2(i)-1; fNO(i)=fNO(i)-1; fBPINCNO3(i)=fBPINCNO3(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + NO = BPINCO + NO2';
k(:,i) = KRO2NO.*0.875;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'NO'; 
fBPINCO2(i)=fBPINCO2(i)-1; fNO(i)=fNO(i)-1; fBPINCO(i)=fBPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + NO3 = BPINCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'NO3'; 
fBPINCO2(i)=fBPINCO2(i)-1; fNO3(i)=fNO3(i)-1; fBPINCO(i)=fBPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + RO2 = BPINCO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'RO2';
fBPINCO2(i)=fBPINCO2(i)-1; fBPINCO(i)=fBPINCO(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO2 + RO2 = BPINCOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'BPINCO2'; Gstr{i,2} = 'RO2';
fBPINCO2(i)=fBPINCO2(i)-1; fBPINCOH(i)=fBPINCOH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO2 + HO2 = NLIMOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NLIMO2'; Gstr{i,2} = 'HO2'; 
fNLIMO2(i)=fNLIMO2(i)-1; fHO2(i)=fHO2(i)-1; fNLIMOOH(i)=fNLIMOOH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO2 + NO = NLIMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NLIMO2'; Gstr{i,2} = 'NO'; 
fNLIMO2(i)=fNLIMO2(i)-1; fNO(i)=fNO(i)-1; fNLIMO(i)=fNLIMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO2 + NO3 = NLIMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NLIMO2'; Gstr{i,2} = 'NO3'; 
fNLIMO2(i)=fNLIMO2(i)-1; fNO3(i)=fNO3(i)-1; fNLIMO(i)=fNLIMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO2 + RO2 = LIMBNO3';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NLIMO2'; Gstr{i,2} = 'RO2';
fNLIMO2(i)=fNLIMO2(i)-1; fLIMBNO3(i)=fLIMBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO2 + RO2 = NLIMO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NLIMO2'; Gstr{i,2} = 'RO2';
fNLIMO2(i)=fNLIMO2(i)-1; fNLIMO(i)=fNLIMO(i)+1; 

i=i+1;
Rnames{i} = 'LIMOOA = LIMALAO2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LIMOOA'; 
fLIMOOA(i)=fLIMOOA(i)-1; fLIMALAO2(i)=fLIMALAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMOOA = LIMALBO2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LIMOOA'; 
fLIMOOA(i)=fLIMOOA(i)-1; fLIMALBO2(i)=fLIMALBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMOOB = C923O2 + CO + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LIMOOB'; 
fLIMOOB(i)=fLIMOOB(i)-1; fC923O2(i)=fC923O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMOOB = LIMBOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LIMOOB'; 
fLIMOOB(i)=fLIMOOB(i)-1; fLIMBOO(i)=fLIMBOO(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + HO2 = LIMAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'HO2'; 
fLIMAO2(i)=fLIMAO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMAOOH(i)=fLIMAOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + NO = LIMANO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'NO'; 
fLIMAO2(i)=fLIMAO2(i)-1; fNO(i)=fNO(i)-1; fLIMANO3(i)=fLIMANO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + NO = LIMAO + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'NO'; 
fLIMAO2(i)=fLIMAO2(i)-1; fNO(i)=fNO(i)-1; fLIMAO(i)=fLIMAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + NO3 = LIMAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'NO3'; 
fLIMAO2(i)=fLIMAO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMAO(i)=fLIMAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + RO2 = LIMAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'RO2';
fLIMAO2(i)=fLIMAO2(i)-1; fLIMAO(i)=fLIMAO(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO2 + RO2 = LIMAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'LIMAO2'; Gstr{i,2} = 'RO2';
fLIMAO2(i)=fLIMAO2(i)-1; fLIMAOH(i)=fLIMAOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + HO2 = LIMBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'HO2'; 
fLIMBO2(i)=fLIMBO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMBOOH(i)=fLIMBOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + NO = LIMBNO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'NO'; 
fLIMBO2(i)=fLIMBO2(i)-1; fNO(i)=fNO(i)-1; fLIMBNO3(i)=fLIMBNO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + NO = LIMBO + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'NO'; 
fLIMBO2(i)=fLIMBO2(i)-1; fNO(i)=fNO(i)-1; fLIMBO(i)=fLIMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + NO3 = LIMBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'NO3'; 
fLIMBO2(i)=fLIMBO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMBO(i)=fLIMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + RO2 = LIMAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'RO2';
fLIMBO2(i)=fLIMBO2(i)-1; fLIMAOH(i)=fLIMAOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + RO2 = LIMBCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'RO2';
fLIMBO2(i)=fLIMBO2(i)-1; fLIMBCO(i)=fLIMBCO(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO2 + RO2 = LIMBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'LIMBO2'; Gstr{i,2} = 'RO2';
fLIMBO2(i)=fLIMBO2(i)-1; fLIMBO(i)=fLIMBO(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + HO2 = LIMCOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'HO2'; 
fLIMCO2(i)=fLIMCO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMCOOH(i)=fLIMCOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + NO = LIMCNO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'NO'; 
fLIMCO2(i)=fLIMCO2(i)-1; fNO(i)=fNO(i)-1; fLIMCNO3(i)=fLIMCNO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + NO = LIMCO + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'NO'; 
fLIMCO2(i)=fLIMCO2(i)-1; fNO(i)=fNO(i)-1; fLIMCO(i)=fLIMCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + NO3 = LIMCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'NO3'; 
fLIMCO2(i)=fLIMCO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMCO(i)=fLIMCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + RO2 = LIMCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'RO2';
fLIMCO2(i)=fLIMCO2(i)-1; fLIMCO(i)=fLIMCO(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO2 + RO2 = LIMCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'LIMCO2'; Gstr{i,2} = 'RO2';
fLIMCO2(i)=fLIMCO2(i)-1; fLIMCOH(i)=fLIMCOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCO2 + HO2 = NBCOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'NBCO2'; Gstr{i,2} = 'HO2'; 
fNBCO2(i)=fNBCO2(i)-1; fHO2(i)=fHO2(i)-1; fNBCOOH(i)=fNBCOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCO2 + NO = NBCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBCO2'; Gstr{i,2} = 'NO'; 
fNBCO2(i)=fNBCO2(i)-1; fNO(i)=fNO(i)-1; fNBCO(i)=fNBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCO2 + NO3 = NBCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBCO2'; Gstr{i,2} = 'NO3'; 
fNBCO2(i)=fNBCO2(i)-1; fNO3(i)=fNO3(i)-1; fNBCO(i)=fNBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCO2 + RO2 = BCBNO3';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NBCO2'; Gstr{i,2} = 'RO2';
fNBCO2(i)=fNBCO2(i)-1; fBCBNO3(i)=fBCBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBCO2 + RO2 = NBCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NBCO2'; Gstr{i,2} = 'RO2';
fNBCO2(i)=fNBCO2(i)-1; fNBCO(i)=fNBCO(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO + CO = BCAL';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCAOO'; Gstr{i,2} = 'CO'; 
fBCAOO(i)=fBCAOO(i)-1; fCO(i)=fCO(i)-1; fBCAL(i)=fBCAL(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO + NO = BCAL + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCAOO'; Gstr{i,2} = 'NO'; 
fBCAOO(i)=fBCAOO(i)-1; fNO(i)=fNO(i)-1; fBCAL(i)=fBCAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO + NO2 = BCAL + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCAOO'; Gstr{i,2} = 'NO2'; 
fBCAOO(i)=fBCAOO(i)-1; fNO2(i)=fNO2(i)-1; fBCAL(i)=fBCAL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO + SO2 = BCAL + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCAOO'; Gstr{i,2} = 'SO2'; 
fBCAOO(i)=fBCAOO(i)-1; fSO2(i)=fSO2(i)-1; fBCAL(i)=fBCAL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO = BCAL + H2O2';
k(:,i) = 2.00e-16.*H2O;
Gstr{i,1} = 'BCAOO'; 
fBCAOO(i)=fBCAOO(i)-1; fBCAL(i)=fBCAL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BCAOO = BCSOZ';
k(:,i) = 8.00e01;
Gstr{i,1} = 'BCAOO'; 
fBCAOO(i)=fBCAOO(i)-1; fBCSOZ(i)=fBCSOZ(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO + CO = BCAL';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCBOO'; Gstr{i,2} = 'CO'; 
fBCBOO(i)=fBCBOO(i)-1; fCO(i)=fCO(i)-1; fBCAL(i)=fBCAL(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO + NO = BCAL + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCBOO'; Gstr{i,2} = 'NO'; 
fBCBOO(i)=fBCBOO(i)-1; fNO(i)=fNO(i)-1; fBCAL(i)=fBCAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO + NO2 = BCAL + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCBOO'; Gstr{i,2} = 'NO2'; 
fBCBOO(i)=fBCBOO(i)-1; fNO2(i)=fNO2(i)-1; fBCAL(i)=fBCAL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO + SO2 = BCAL + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCBOO'; Gstr{i,2} = 'SO2'; 
fBCBOO(i)=fBCBOO(i)-1; fSO2(i)=fSO2(i)-1; fBCAL(i)=fBCAL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO = BCSOZ';
k(:,i) = 1.20e02;
Gstr{i,1} = 'BCBOO'; 
fBCBOO(i)=fBCBOO(i)-1; fBCSOZ(i)=fBCSOZ(i)+1; 

i=i+1;
Rnames{i} = 'BCBOO = C141CO2H';
k(:,i) = 2.00e-16.*H2O;
Gstr{i,1} = 'BCBOO'; 
fBCBOO(i)=fBCBOO(i)-1; fC141CO2H(i)=fC141CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BCOOA = BCALAO2 + OH';
k(:,i) = KDEC.*0.13;
Gstr{i,1} = 'BCOOA'; 
fBCOOA(i)=fBCOOA(i)-1; fBCALAO2(i)=fBCALAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCOOA = BCALBO2 + OH';
k(:,i) = KDEC.*0.67;
Gstr{i,1} = 'BCOOA'; 
fBCOOA(i)=fBCOOA(i)-1; fBCALBO2(i)=fBCALBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCOOA = BCALBOC';
k(:,i) = KDEC.*0.15;
Gstr{i,1} = 'BCOOA'; 
fBCOOA(i)=fBCOOA(i)-1; fBCALBOC(i)=fBCALBOC(i)+1; 

i=i+1;
Rnames{i} = 'BCOOA = C136O2 + CH3O2';
k(:,i) = KDEC.*0.05;
Gstr{i,1} = 'BCOOA'; 
fBCOOA(i)=fBCOOA(i)-1; fC136O2(i)=fC136O2(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'BCOOB = BCALCO2 + OH';
k(:,i) = KDEC.*0.66;
Gstr{i,1} = 'BCOOB'; 
fBCOOB(i)=fBCOOB(i)-1; fBCALCO2(i)=fBCALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCOOB = C141CO2H';
k(:,i) = KDEC.*0.17;
Gstr{i,1} = 'BCOOB'; 
fBCOOB(i)=fBCOOB(i)-1; fC141CO2H(i)=fC141CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BCOOB = C141O2 + HO2';
k(:,i) = KDEC.*0.17;
Gstr{i,1} = 'BCOOB'; 
fBCOOB(i)=fBCOOB(i)-1; fC141O2(i)=fC141O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + HO2 = BCAOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'HO2'; 
fBCAO2(i)=fBCAO2(i)-1; fHO2(i)=fHO2(i)-1; fBCAOOH(i)=fBCAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + NO = BCANO3';
k(:,i) = KRO2NO.*0.247;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'NO'; 
fBCAO2(i)=fBCAO2(i)-1; fNO(i)=fNO(i)-1; fBCANO3(i)=fBCANO3(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + NO = BCAO + NO2';
k(:,i) = KRO2NO.*0.753;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'NO'; 
fBCAO2(i)=fBCAO2(i)-1; fNO(i)=fNO(i)-1; fBCAO(i)=fBCAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + NO3 = BCAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'NO3'; 
fBCAO2(i)=fBCAO2(i)-1; fNO3(i)=fNO3(i)-1; fBCAO(i)=fBCAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + RO2 = BCAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'RO2';
fBCAO2(i)=fBCAO2(i)-1; fBCAO(i)=fBCAO(i)+1; 

i=i+1;
Rnames{i} = 'BCAO2 + RO2 = BCAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BCAO2'; Gstr{i,2} = 'RO2';
fBCAO2(i)=fBCAO2(i)-1; fBCAOH(i)=fBCAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + HO2 = BCBOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'HO2'; 
fBCBO2(i)=fBCBO2(i)-1; fHO2(i)=fHO2(i)-1; fBCBOOH(i)=fBCBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + NO = BCBNO3';
k(:,i) = KRO2NO.*0.247;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'NO'; 
fBCBO2(i)=fBCBO2(i)-1; fNO(i)=fNO(i)-1; fBCBNO3(i)=fBCBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + NO = BCBO + NO2';
k(:,i) = KRO2NO.*0.753;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'NO'; 
fBCBO2(i)=fBCBO2(i)-1; fNO(i)=fNO(i)-1; fBCBO(i)=fBCBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + NO3 = BCBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'NO3'; 
fBCBO2(i)=fBCBO2(i)-1; fNO3(i)=fNO3(i)-1; fBCBO(i)=fBCBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + RO2 = BCAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'RO2';
fBCBO2(i)=fBCBO2(i)-1; fBCAOH(i)=fBCAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + RO2 = BCBCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'RO2';
fBCBO2(i)=fBCBO2(i)-1; fBCBCO(i)=fBCBCO(i)+1; 

i=i+1;
Rnames{i} = 'BCBO2 + RO2 = BCBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BCBO2'; Gstr{i,2} = 'RO2';
fBCBO2(i)=fBCBO2(i)-1; fBCBO(i)=fBCBO(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + HO2 = BCCOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'HO2'; 
fBCCO2(i)=fBCCO2(i)-1; fHO2(i)=fHO2(i)-1; fBCCOOH(i)=fBCCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + NO = BCCNO3';
k(:,i) = KRO2NO.*0.247;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'NO'; 
fBCCO2(i)=fBCCO2(i)-1; fNO(i)=fNO(i)-1; fBCCNO3(i)=fBCCNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + NO = BCCO + NO2';
k(:,i) = KRO2NO.*0.753;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'NO'; 
fBCCO2(i)=fBCCO2(i)-1; fNO(i)=fNO(i)-1; fBCCO(i)=fBCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + NO3 = BCCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'NO3'; 
fBCCO2(i)=fBCCO2(i)-1; fNO3(i)=fNO3(i)-1; fBCCO(i)=fBCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + RO2 = BCCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'RO2';
fBCCO2(i)=fBCCO2(i)-1; fBCCO(i)=fBCCO(i)+1; 

i=i+1;
Rnames{i} = 'BCCO2 + RO2 = BCCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BCCO2'; Gstr{i,2} = 'RO2';
fBCCO2(i)=fBCCO2(i)-1; fBCCOH(i)=fBCCOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + HO2 = DMMAOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'HO2'; 
fDMMAO2(i)=fDMMAO2(i)-1; fHO2(i)=fHO2(i)-1; fDMMAOOH(i)=fDMMAOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + NO = DMMANO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'NO'; 
fDMMAO2(i)=fDMMAO2(i)-1; fNO(i)=fNO(i)-1; fDMMANO3(i)=fDMMANO3(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + NO = DMMAO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'NO'; 
fDMMAO2(i)=fDMMAO2(i)-1; fNO(i)=fNO(i)-1; fDMMAO(i)=fDMMAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + NO3 = DMMAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'NO3'; 
fDMMAO2(i)=fDMMAO2(i)-1; fNO3(i)=fNO3(i)-1; fDMMAO(i)=fDMMAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + RO2 = DMMAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'RO2';
fDMMAO2(i)=fDMMAO2(i)-1; fDMMAO(i)=fDMMAO(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + RO2 = DMMAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'RO2';
fDMMAO2(i)=fDMMAO2(i)-1; fDMMAOH(i)=fDMMAOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO2 + RO2 = MMF';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMMAO2'; Gstr{i,2} = 'RO2';
fDMMAO2(i)=fDMMAO2(i)-1; fMMF(i)=fMMF(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + HO2 = DMMBOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'HO2'; 
fDMMBO2(i)=fDMMBO2(i)-1; fHO2(i)=fHO2(i)-1; fDMMBOOH(i)=fDMMBOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + NO = DMMBNO3';
k(:,i) = KRO2NO.*0.042;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'NO'; 
fDMMBO2(i)=fDMMBO2(i)-1; fNO(i)=fNO(i)-1; fDMMBNO3(i)=fDMMBNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + NO = DMMBO + NO2';
k(:,i) = KRO2NO.*0.958;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'NO'; 
fDMMBO2(i)=fDMMBO2(i)-1; fNO(i)=fNO(i)-1; fDMMBO(i)=fDMMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + NO3 = DMMBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'NO3'; 
fDMMBO2(i)=fDMMBO2(i)-1; fNO3(i)=fNO3(i)-1; fDMMBO(i)=fDMMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + RO2 = DMC';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'RO2';
fDMMBO2(i)=fDMMBO2(i)-1; fDMC(i)=fDMC(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + RO2 = DMMBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'RO2';
fDMMBO2(i)=fDMMBO2(i)-1; fDMMBO(i)=fDMMBO(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO2 + RO2 = DMMBOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMMBO2'; Gstr{i,2} = 'RO2';
fDMMBO2(i)=fDMMBO2(i)-1; fDMMBOH(i)=fDMMBOH(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + HO2 = DMCOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'HO2'; 
fDMCO2(i)=fDMCO2(i)-1; fHO2(i)=fHO2(i)-1; fDMCOOH(i)=fDMCOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + NO = DMCNO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'NO'; 
fDMCO2(i)=fDMCO2(i)-1; fNO(i)=fNO(i)-1; fDMCNO3(i)=fDMCNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + NO = DMCO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'NO'; 
fDMCO2(i)=fDMCO2(i)-1; fNO(i)=fNO(i)-1; fDMCO(i)=fDMCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + NO3 = DMCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'NO3'; 
fDMCO2(i)=fDMCO2(i)-1; fNO3(i)=fNO3(i)-1; fDMCO(i)=fDMCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + RO2 = DMCO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'RO2';
fDMCO2(i)=fDMCO2(i)-1; fDMCO(i)=fDMCO(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + RO2 = DMCOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'RO2';
fDMCO2(i)=fDMCO2(i)-1; fDMCOH(i)=fDMCOH(i)+1; 

i=i+1;
Rnames{i} = 'DMCO2 + RO2 = MMCF';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMCO2'; Gstr{i,2} = 'RO2';
fDMCO2(i)=fDMCO2(i)-1; fMMCF(i)=fMMCF(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + HO2 = CH3SCH2OOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'HO2'; 
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3SCH2OOH(i)=fCH3SCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + NO = CH3SCH2O + NO2';
k(:,i) = 4.9e-12.*exp(260./T);
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'NO'; 
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH3SCH2O(i)=fCH3SCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + NO3 = CH3SCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'NO3'; 
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3SCH2O(i)=fCH3SCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + RO2 = CH3SCH2O';
k(:,i) = 2.*(K298CH3O2.*1.0e-11).^0.5.*0.8;
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'RO2';
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fCH3SCH2O(i)=fCH3SCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + RO2 = CH3SCH2OH';
k(:,i) = 2.*(K298CH3O2.*1.0e-11).^0.5.*0.1;
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'RO2';
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fCH3SCH2OH(i)=fCH3SCH2OH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O2 + RO2 = CH3SCHO';
k(:,i) = 2.*(K298CH3O2.*1.0e-11).^0.5.*0.1;
Gstr{i,1} = 'CH3SCH2O2'; Gstr{i,2} = 'RO2';
fCH3SCH2O2(i)=fCH3SCH2O2(i)-1; fCH3SCHO(i)=fCH3SCHO(i)+1; 

i=i+1;
Rnames{i} = 'HODMSO2 + NO = DMSO2 + HO2 + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HODMSO2'; Gstr{i,2} = 'NO'; 
fHODMSO2(i)=fHODMSO2(i)-1; fNO(i)=fNO(i)-1; fDMSO2(i)=fDMSO2(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HODMSO2 = DMSO + HO2';
k(:,i) = 8.90e10.*exp(-6040./T);
Gstr{i,1} = 'HODMSO2'; 
fHODMSO2(i)=fHODMSO2(i)-1; fDMSO(i)=fDMSO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXO2 + HO2 = ETHOXOOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'ETHOXO2'; Gstr{i,2} = 'HO2'; 
fETHOXO2(i)=fETHOXO2(i)-1; fHO2(i)=fHO2(i)-1; fETHOXOOH(i)=fETHOXOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXO2 + NO = CHOOCH2O2 + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ETHOXO2'; Gstr{i,2} = 'NO'; 
fETHOXO2(i)=fETHOXO2(i)-1; fNO(i)=fNO(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXO2 + NO3 = CHOOCH2O2 + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETHOXO2'; Gstr{i,2} = 'NO3'; 
fETHOXO2(i)=fETHOXO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXO2 + RO2 = CHOOCH2O2';
k(:,i) = 8.8e-13;
Gstr{i,1} = 'ETHOXO2'; Gstr{i,2} = 'RO2';
fETHOXO2(i)=fETHOXO2(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HYETHO2H + OH = HOCH2CH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HYETHO2H'; Gstr{i,2} = 'OH'; 
fHYETHO2H(i)=fHYETHO2H(i)-1; fOH(i)=fOH(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HYETHO2H + OH = HOCH2CHO + OH';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'HYETHO2H'; Gstr{i,2} = 'OH'; 
fHYETHO2H(i)=fHYETHO2H(i)-1; fOH(i)=fOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HYETHO2H + hv = HOCH2CH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HYETHO2H'; 
fHYETHO2H(i)=fHYETHO2H(i)-1; fHOCH2CH2O(i)=fHOCH2CH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHOHNO3 + OH = HOCH2CHO + NO2';
k(:,i) = 8.40e-13;
Gstr{i,1} = 'ETHOHNO3'; Gstr{i,2} = 'OH'; 
fETHOHNO3(i)=fETHOHNO3(i)-1; fOH(i)=fOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O = HO2 + HCHO + HCHO';
k(:,i) = 9.50e13.*exp(-5988./T);
Gstr{i,1} = 'HOCH2CH2O'; 
fHOCH2CH2O(i)=fHOCH2CH2O(i)-1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CH2O = HO2 + HOCH2CHO';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HOCH2CH2O'; 
fHOCH2CH2O(i)=fHOCH2CH2O(i)-1; fHO2(i)=fHO2(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3OOH + hv = HO1C3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO1C3OOH'; 
fHO1C3OOH(i)=fHO1C3OOH(i)-1; fHO1C3O(i)=fHO1C3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C3OOH = HO1C3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C3OOH'; 
fOH(i)=fOH(i)-1; fHO1C3OOH(i)=fHO1C3OOH(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C3OOH = HOC2H4CHO + OH';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C3OOH'; 
fOH(i)=fOH(i)-1; fHO1C3OOH(i)=fHO1C3OOH(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3NO3 + hv = HO1C3O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO1C3NO3'; 
fHO1C3NO3(i)=fHO1C3NO3(i)-1; fHO1C3O(i)=fHO1C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C3NO3 = HOC2H4CHO + NO2';
k(:,i) = 4.44e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C3NO3'; 
fOH(i)=fOH(i)-1; fHO1C3NO3(i)=fHO1C3NO3(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C3O = HOC2H4CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HO1C3O'; 
fHO1C3O(i)=fHO1C3O(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CHO + hv = HOCH2CH2O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HOC2H4CHO'; 
fHOC2H4CHO(i)=fHOC2H4CHO(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOC2H4CHO = HOC2H4CO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOC2H4CHO'; 
fNO3(i)=fNO3(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC2H4CHO = HOC2H4CO3';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC2H4CHO'; 
fOH(i)=fOH(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC3H6OH = HOC2H4CHO + HO2';
k(:,i) = 9.73e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC3H6OH'; 
fOH(i)=fOH(i)-1; fHOC3H6OH(i)=fHOC3H6OH(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2H + OH = ACETOL + OH';
k(:,i) = 2.44e-11;
Gstr{i,1} = 'HYPROPO2H'; Gstr{i,2} = 'OH'; 
fHYPROPO2H(i)=fHYPROPO2H(i)-1; fOH(i)=fOH(i)-1; fACETOL(i)=fACETOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2H + OH = HYPROPO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HYPROPO2H'; Gstr{i,2} = 'OH'; 
fHYPROPO2H(i)=fHYPROPO2H(i)-1; fOH(i)=fOH(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO2H + hv = HYPROPO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HYPROPO2H'; 
fHYPROPO2H(i)=fHYPROPO2H(i)-1; fHYPROPO(i)=fHYPROPO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HYPROPO = CH3CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-6410./T);
Gstr{i,1} = 'HYPROPO'; 
fHYPROPO(i)=fHYPROPO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPOLNO3 + OH = ACETOL + NO2';
k(:,i) = 9.16e-13;
Gstr{i,1} = 'PROPOLNO3'; Gstr{i,2} = 'OH'; 
fPROPOLNO3(i)=fPROPOLNO3(i)-1; fOH(i)=fOH(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2H + OH = CH3CHOHCHO + OH';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'IPROPOLO2H'; Gstr{i,2} = 'OH'; 
fIPROPOLO2H(i)=fIPROPOLO2H(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2H + OH = IPROPOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IPROPOLO2H'; Gstr{i,2} = 'OH'; 
fIPROPOLO2H(i)=fIPROPOLO2H(i)-1; fOH(i)=fOH(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO2H + hv = IPROPOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPROPOLO2H'; 
fIPROPOLO2H(i)=fIPROPOLO2H(i)-1; fIPROPOLO(i)=fIPROPOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLO = CH3CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5505./T);
Gstr{i,1} = 'IPROPOLO'; 
fIPROPOLO(i)=fIPROPOLO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROLNO3 + OH = CH3CHOHCHO + NO2';
k(:,i) = 1.71e-12;
Gstr{i,1} = 'PROLNO3'; Gstr{i,2} = 'OH'; 
fPROLNO3(i)=fPROLNO3(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAOOH + OH = MEKCOH + OH';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'NBUTOLAOOH'; Gstr{i,2} = 'OH'; 
fNBUTOLAOOH(i)=fNBUTOLAOOH(i)-1; fOH(i)=fOH(i)-1; fMEKCOH(i)=fMEKCOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAOOH + OH = NBUTOLAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NBUTOLAOOH'; Gstr{i,2} = 'OH'; 
fNBUTOLAOOH(i)=fNBUTOLAOOH(i)-1; fOH(i)=fOH(i)-1; fNBUTOLAO2(i)=fNBUTOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAOOH + hv = NBUTOLAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUTOLAOOH'; 
fNBUTOLAOOH(i)=fNBUTOLAOOH(i)-1; fNBUTOLAO(i)=fNBUTOLAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLANO3 + OH = MEKCOH + NO2';
k(:,i) = 1.27e-12;
Gstr{i,1} = 'NBUTOLANO3'; Gstr{i,2} = 'OH'; 
fNBUTOLANO3(i)=fNBUTOLANO3(i)-1; fOH(i)=fOH(i)-1; fMEKCOH(i)=fMEKCOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAO = C2H5CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-6354./T);
Gstr{i,1} = 'NBUTOLAO'; 
fNBUTOLAO(i)=fNBUTOLAO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOH + OH = EGLYOX + HO2';
k(:,i) = 3.44e-12;
Gstr{i,1} = 'MEKCOH'; Gstr{i,2} = 'OH'; 
fMEKCOH(i)=fMEKCOH(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOH + hv = C2H5CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MEKCOH'; 
fMEKCOH(i)=fMEKCOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLAOH + OH = MEKCOH + HO2';
k(:,i) = 1.59e-11;
Gstr{i,1} = 'NBUTOLAOH'; Gstr{i,2} = 'OH'; 
fNBUTOLAOH(i)=fNBUTOLAOH(i)-1; fOH(i)=fOH(i)-1; fMEKCOH(i)=fMEKCOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBOOH + OH = MEKAOH + OH';
k(:,i) = 2.58e-11;
Gstr{i,1} = 'NBUTOLBOOH'; Gstr{i,2} = 'OH'; 
fNBUTOLBOOH(i)=fNBUTOLBOOH(i)-1; fOH(i)=fOH(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBOOH + OH = NBUTOLBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NBUTOLBOOH'; Gstr{i,2} = 'OH'; 
fNBUTOLBOOH(i)=fNBUTOLBOOH(i)-1; fOH(i)=fOH(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBOOH + hv = NBUTOLBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUTOLBOOH'; 
fNBUTOLBOOH(i)=fNBUTOLBOOH(i)-1; fNBUTOLBO(i)=fNBUTOLBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBNO3 + OH = MEKAOH + NO2';
k(:,i) = 4.51e-12;
Gstr{i,1} = 'NBUTOLBNO3'; Gstr{i,2} = 'OH'; 
fNBUTOLBNO3(i)=fNBUTOLBNO3(i)-1; fOH(i)=fOH(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBNO3 + hv = NBUTOLBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NBUTOLBNO3'; 
fNBUTOLBNO3(i)=fNBUTOLBNO3(i)-1; fNBUTOLBO(i)=fNBUTOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO = CH3CHO + HOCH2CH2O2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'NBUTOLBO'; 
fNBUTOLBO(i)=fNBUTOLBO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTOLBO = MEKAOH + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NBUTOLBO'; 
fNBUTOLBO(i)=fNBUTOLBO(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4OH = MEKAOH + HO2';
k(:,i) = 1.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4OH'; 
fOH(i)=fOH(i)-1; fHO2C4OH(i)=fHO2C4OH(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOH + OH = CO2C3CHO + HO2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'MEKAOH'; Gstr{i,2} = 'OH'; 
fMEKAOH(i)=fMEKAOH(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOH + hv = HOCH2CH2O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'MEKAOH'; 
fMEKAOH(i)=fMEKAOH(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLOOH + OH = BUT2OLO + OH';
k(:,i) = 2.89e-11;
Gstr{i,1} = 'BUT2OLOOH'; Gstr{i,2} = 'OH'; 
fBUT2OLOOH(i)=fBUT2OLOOH(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLOOH + OH = BUT2OLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'BUT2OLOOH'; Gstr{i,2} = 'OH'; 
fBUT2OLOOH(i)=fBUT2OLOOH(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLOOH + hv = BUT2OLAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUT2OLOOH'; 
fBUT2OLOOH(i)=fBUT2OLOOH(i)-1; fBUT2OLAO(i)=fBUT2OLAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLAO = CH3CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'BUT2OLAO'; 
fBUT2OLAO(i)=fBUT2OLAO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLNO3 + OH = BUT2OLO + NO2';
k(:,i) = 1.79e-12;
Gstr{i,1} = 'BUT2OLNO3'; Gstr{i,2} = 'OH'; 
fBUT2OLNO3(i)=fBUT2OLNO3(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO + OH = BIACET + HO2';
k(:,i) = 5.86e-12;
Gstr{i,1} = 'BUT2OLO'; Gstr{i,2} = 'OH'; 
fBUT2OLO(i)=fBUT2OLO(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLO + hv = CH3CO3 + CH3CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BUT2OLO'; 
fBUT2OLO(i)=fBUT2OLO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2OLOH + OH = BUT2OLO + HO2';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'BUT2OLOH'; Gstr{i,2} = 'OH'; 
fBUT2OLOH(i)=fBUT2OLOH(i)-1; fOH(i)=fOH(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2H + OH = IBUTOLBO2';
k(:,i) = 8.10e-12;
Gstr{i,1} = 'IBUTOLBO2H'; Gstr{i,2} = 'OH'; 
fIBUTOLBO2H(i)=fIBUTOLBO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO2H + hv = IBUTOLBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IBUTOLBO2H'; 
fIBUTOLBO2H(i)=fIBUTOLBO2H(i)-1; fIBUTOLBO(i)=fIBUTOLBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBNO3 + OH = CH3COCH3 + HCHO + NO2';
k(:,i) = 8.48e-13;
Gstr{i,1} = 'IBUTOLBNO3'; Gstr{i,2} = 'OH'; 
fIBUTOLBNO3(i)=fIBUTOLBNO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLBO = CH3COCH3 + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5902./T);
Gstr{i,1} = 'IBUTOLBO'; 
fIBUTOLBO(i)=fIBUTOLBO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLOHB + OH = IBUTALOH + HO2';
k(:,i) = 4.64e-12;
Gstr{i,1} = 'IBUTOLOHB'; Gstr{i,2} = 'OH'; 
fIBUTOLOHB(i)=fIBUTOLOHB(i)-1; fOH(i)=fOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2H + OH = HOIPRCHO + OH';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'IBUTOLCO2H'; Gstr{i,2} = 'OH'; 
fIBUTOLCO2H(i)=fIBUTOLCO2H(i)-1; fOH(i)=fOH(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2H + OH = IBUTOLCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IBUTOLCO2H'; Gstr{i,2} = 'OH'; 
fIBUTOLCO2H(i)=fIBUTOLCO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO2H + hv = IBUTOLCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IBUTOLCO2H'; 
fIBUTOLCO2H(i)=fIBUTOLCO2H(i)-1; fIBUTOLCO(i)=fIBUTOLCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCNO3 + OH = HOIPRCHO + NO2';
k(:,i) = 4.85e-12;
Gstr{i,1} = 'IBUTOLCNO3'; Gstr{i,2} = 'OH'; 
fIBUTOLCNO3(i)=fIBUTOLCNO3(i)-1; fOH(i)=fOH(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCNO3 + hv = IBUTOLCO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IBUTOLCNO3'; 
fIBUTOLCNO3(i)=fIBUTOLCNO3(i)-1; fIBUTOLCO(i)=fIBUTOLCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLCO = HOIPRCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'IBUTOLCO'; 
fIBUTOLCO(i)=fIBUTOLCO(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCHO + hv = HYPROPO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'HOIPRCHO'; 
fHOIPRCHO(i)=fHOIPRCHO(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOIPRCHO = HOIPRCO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOIPRCHO'; 
fNO3(i)=fNO3(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIPRCHO = HOIPRCO3';
k(:,i) = 3.60e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIPRCHO'; 
fOH(i)=fOH(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTOLOHC + OH = HOIPRCHO';
k(:,i) = 1.14e-11;
Gstr{i,1} = 'IBUTOLOHC'; Gstr{i,2} = 'OH'; 
fIBUTOLOHC(i)=fIBUTOLOHC(i)-1; fOH(i)=fOH(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLOOH + OH = IBUTALOH + OH';
k(:,i) = 9.98e-12;
Gstr{i,1} = 'TBUTOLOOH'; Gstr{i,2} = 'OH'; 
fTBUTOLOOH(i)=fTBUTOLOOH(i)-1; fOH(i)=fOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLOOH + OH = TBUTOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'TBUTOLOOH'; Gstr{i,2} = 'OH'; 
fTBUTOLOOH(i)=fTBUTOLOOH(i)-1; fOH(i)=fOH(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLOOH + hv = TBUTOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TBUTOLOOH'; 
fTBUTOLOOH(i)=fTBUTOLOOH(i)-1; fTBUTOLO(i)=fTBUTOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLNO3 + OH = IBUTALOH + NO2';
k(:,i) = 5.21e-13;
Gstr{i,1} = 'TBUTOLNO3'; Gstr{i,2} = 'OH'; 
fTBUTOLNO3(i)=fTBUTOLNO3(i)-1; fOH(i)=fOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUTOLO = CH3COCH3 + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'TBUTOLO'; 
fTBUTOLO(i)=fTBUTOLO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5OOH + hv = HO3C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C5OOH'; 
fHO3C5OOH(i)=fHO3C5OOH(i)-1; fHO3C5O(i)=fHO3C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5OOH = HO3C4CHO + OH';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5OOH'; 
fOH(i)=fOH(i)-1; fHO3C5OOH(i)=fHO3C5OOH(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5OOH = HO3C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5OOH'; 
fOH(i)=fOH(i)-1; fHO3C5OOH(i)=fHO3C5OOH(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5NO3 + hv = HO3C5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO3C5NO3'; 
fHO3C5NO3(i)=fHO3C5NO3(i)-1; fHO3C5O(i)=fHO3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5NO3 = HO3C4CHO + NO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5NO3'; 
fOH(i)=fOH(i)-1; fHO3C5NO3(i)=fHO3C5NO3(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5O = HO13C5O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'HO3C5O'; 
fHO3C5O(i)=fHO3C5O(i)-1; fHO13C5O2(i)=fHO13C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C5 = HO1CO3C5 + HO2';
k(:,i) = 1.61e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C5'; 
fOH(i)=fOH(i)-1; fHO13C5(i)=fHO13C5(i)-1; fHO1CO3C5(i)=fHO1CO3C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CHO + hv = HO3C4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HO3C4CHO'; 
fHO3C4CHO(i)=fHO3C4CHO(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO3C4CHO = HO3C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO3C4CHO'; 
fNO3(i)=fNO3(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C4CHO = CO3C4CHO + HO2';
k(:,i) = 5.56e-11.*0.611;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C4CHO'; 
fOH(i)=fOH(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C4CHO = HO3C4CO3';
k(:,i) = 5.56e-11.*0.389;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C4CHO'; 
fOH(i)=fOH(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C53OH2OOH + OH = MPRKAOH + OH';
k(:,i) = 3.19e-11;
Gstr{i,1} = 'C53OH2OOH'; Gstr{i,2} = 'OH'; 
fC53OH2OOH(i)=fC53OH2OOH(i)-1; fOH(i)=fOH(i)-1; fMPRKAOH(i)=fMPRKAOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C53OH2OOH + OH = PE2ENEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C53OH2OOH'; Gstr{i,2} = 'OH'; 
fC53OH2OOH(i)=fC53OH2OOH(i)-1; fOH(i)=fOH(i)-1; fPE2ENEBO2(i)=fPE2ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'C53OH2OOH + hv = PE2ENEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C53OH2OOH'; 
fC53OH2OOH(i)=fC53OH2OOH(i)-1; fPE2ENEBO(i)=fPE2ENEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBNO3 + OH = MPRKAOH + NO2';
k(:,i) = 3.25e-12;
Gstr{i,1} = 'PE2ENEBNO3'; Gstr{i,2} = 'OH'; 
fPE2ENEBNO3(i)=fPE2ENEBNO3(i)-1; fOH(i)=fOH(i)-1; fMPRKAOH(i)=fMPRKAOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEBO = CH3CHO + C2H5CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'PE2ENEBO'; 
fPE2ENEBO(i)=fPE2ENEBO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C523OH + OH = DIEKAOH + HO2';
k(:,i) = 2.14e-11;
Gstr{i,1} = 'C523OH'; Gstr{i,2} = 'OH'; 
fC523OH(i)=fC523OH(i)-1; fOH(i)=fOH(i)-1; fDIEKAOH(i)=fDIEKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOH + OH = CO23C5 + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'MPRKAOH'; Gstr{i,2} = 'OH'; 
fMPRKAOH(i)=fMPRKAOH(i)-1; fOH(i)=fOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOH + hv = C2H5CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MPRKAOH'; 
fMPRKAOH(i)=fMPRKAOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + HO2 = BUT2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'HO2'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fBUT2CO2H(i)=fBUT2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + HO2 = BUT2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'HO2'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fBUT2CO3H(i)=fBUT2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + HO2 = SC4H9O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'HO2'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + NO = SC4H9O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'NO'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fNO(i)=fNO(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + NO2 = C5PAN4';
k(:,i) = KFPAN;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'NO2'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN4(i)=fC5PAN4(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + NO3 = SC4H9O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'NO3'; 
fBUT2CO3(i)=fBUT2CO3(i)-1; fNO3(i)=fNO3(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + RO2 = BUT2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'RO2';
fBUT2CO3(i)=fBUT2CO3(i)-1; fBUT2CO2H(i)=fBUT2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3 + RO2 = SC4H9O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'BUT2CO3'; Gstr{i,2} = 'RO2';
fBUT2CO3(i)=fBUT2CO3(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43OOH + hv = HM2C43O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM2C43OOH'; 
fHM2C43OOH(i)=fHM2C43OOH(i)-1; fHM2C43O(i)=fHM2C43O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM2C43OOH = MIPKBOH + OH';
k(:,i) = 3.11e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM2C43OOH'; 
fOH(i)=fOH(i)-1; fHM2C43OOH(i)=fHM2C43OOH(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43NO3 + hv = HM2C43O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HM2C43NO3'; 
fHM2C43NO3(i)=fHM2C43NO3(i)-1; fHM2C43O(i)=fHM2C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM2C43NO3 = MIPKBOH + NO2';
k(:,i) = 4.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM2C43NO3'; 
fOH(i)=fOH(i)-1; fHM2C43NO3(i)=fHM2C43NO3(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43O = MIPKBOH + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'HM2C43O'; 
fHM2C43O(i)=fHM2C43O(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13M2C4 = MIPKBOH + HO2';
k(:,i) = 1.59e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13M2C4'; 
fOH(i)=fOH(i)-1; fHO13M2C4(i)=fHO13M2C4(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBOH + hv = CH3CO3 + HYPROPO2';
k(:,i) = J22;
Gstr{i,1} = 'MIPKBOH'; 
fMIPKBOH(i)=fMIPKBOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPKBOH = CO2C43CHO + HO2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPKBOH'; 
fOH(i)=fOH(i)-1; fMIPKBOH(i)=fMIPKBOH(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2OOH + OH = M2BUOL2O2';
k(:,i) = 9.24e-12;
Gstr{i,1} = 'M2BUOL2OOH'; Gstr{i,2} = 'OH'; 
fM2BUOL2OOH(i)=fM2BUOL2OOH(i)-1; fOH(i)=fOH(i)-1; fM2BUOL2O2(i)=fM2BUOL2O2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2OOH + hv = M2BUOL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2BUOL2OOH'; 
fM2BUOL2OOH(i)=fM2BUOL2OOH(i)-1; fM2BUOL2O(i)=fM2BUOL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2NO3 + OH = ACETOL + CH3CHO + NO2';
k(:,i) = 1.18e-12;
Gstr{i,1} = 'M2BUOL2NO3'; Gstr{i,2} = 'OH'; 
fM2BUOL2NO3(i)=fM2BUOL2NO3(i)-1; fOH(i)=fOH(i)-1; fACETOL(i)=fACETOL(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2O = MEK + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5902./T);
Gstr{i,1} = 'M2BUOL2O'; 
fM2BUOL2O(i)=fM2BUOL2O(i)-1; fMEK(i)=fMEK(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BUOL2OH + OH = PROL1MCHO + HO2';
k(:,i) = 5.78e-12;
Gstr{i,1} = 'M2BUOL2OH'; Gstr{i,2} = 'OH'; 
fM2BUOL2OH(i)=fM2BUOL2OH(i)-1; fOH(i)=fOH(i)-1; fPROL1MCHO(i)=fPROL1MCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + HO2 = C3ME3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'HO2'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3ME3CO2H(i)=fC3ME3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + HO2 = C3ME3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'HO2'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3ME3CO3H(i)=fC3ME3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + HO2 = IC4H9O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'HO2'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fHO2(i)=fHO2(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + NO = IC4H9O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'NO'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fNO(i)=fNO(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + NO2 = C3ME3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'NO2'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC3ME3PAN(i)=fC3ME3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + NO3 = IC4H9O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'NO3'; 
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fNO3(i)=fNO3(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + RO2 = C3ME3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'RO2';
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fC3ME3CO2H(i)=fC3ME3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3 + RO2 = IC4H9O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C3ME3CO3'; Gstr{i,2} = 'RO2';
fC3ME3CO3(i)=fC3ME3CO3(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + HO2 = C3M3CHOOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'HO2'; 
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fHO2(i)=fHO2(i)-1; fC3M3CHOOOH(i)=fC3M3CHOOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + NO = C3M3CHONO3';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'NO'; 
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fNO(i)=fNO(i)-1; fC3M3CHONO3(i)=fC3M3CHONO3(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + NO = C3ME3CHOO + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'NO'; 
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fNO(i)=fNO(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + NO3 = C3ME3CHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'NO3'; 
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fNO3(i)=fNO3(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + RO2 = C3ME3CHOO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'RO2';
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO2 + RO2 = H2M2C3CHO';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C3ME3CHOO2'; Gstr{i,2} = 'RO2';
fC3ME3CHOO2(i)=fC3ME3CHOO2(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3OOH + hv = HM33C3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM33C3OOH'; 
fHM33C3OOH(i)=fHM33C3OOH(i)-1; fHM33C3O(i)=fHM33C3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C3OOH = HM33C3O2';
k(:,i) = 9.51e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C3OOH'; 
fOH(i)=fOH(i)-1; fHM33C3OOH(i)=fHM33C3OOH(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3NO3 + hv = HM33C3O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'HM33C3NO3'; 
fHM33C3NO3(i)=fHM33C3NO3(i)-1; fHM33C3O(i)=fHM33C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C3NO3 = CH3COCH3 + HOCH2CHO + NO2';
k(:,i) = 4.45e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C3NO3'; 
fOH(i)=fOH(i)-1; fHM33C3NO3(i)=fHM33C3NO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3O = CH3COCH3 + HOCH2CH2O2';
k(:,i) = 2.70e14.*exp(-6542./T);
Gstr{i,1} = 'HM33C3O'; 
fHM33C3O(i)=fHM33C3O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C4OH = H2M2C3CHO + HO2';
k(:,i) = 5.91e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C4OH'; 
fOH(i)=fOH(i)-1; fHO2M2C4OH(i)=fHO2M2C4OH(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLOOH + OH = ME3BUOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ME3BUOLOOH'; Gstr{i,2} = 'OH'; 
fME3BUOLOOH(i)=fME3BUOLOOH(i)-1; fOH(i)=fOH(i)-1; fME3BUOLO2(i)=fME3BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLOOH + OH = ME3CO2BUOL + OH';
k(:,i) = 3.15e-11;
Gstr{i,1} = 'ME3BUOLOOH'; Gstr{i,2} = 'OH'; 
fME3BUOLOOH(i)=fME3BUOLOOH(i)-1; fOH(i)=fOH(i)-1; fME3CO2BUOL(i)=fME3CO2BUOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLOOH + hv = ME3BUOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ME3BUOLOOH'; 
fME3BUOLOOH(i)=fME3BUOLOOH(i)-1; fME3BUOLO(i)=fME3BUOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLNO3 + OH = ME3CO2BUOL + NO2';
k(:,i) = 1.63e-12;
Gstr{i,1} = 'ME3BUOLNO3'; Gstr{i,2} = 'OH'; 
fME3BUOLNO3(i)=fME3BUOLNO3(i)-1; fOH(i)=fOH(i)-1; fME3CO2BUOL(i)=fME3CO2BUOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3BUOLO = IPRCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ME3BUOLO'; 
fME3BUOLO(i)=fME3BUOLO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME3HO12 + OH = ME3CO2BUOL + HO2';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'C4ME3HO12'; Gstr{i,2} = 'OH'; 
fC4ME3HO12(i)=fC4ME3HO12(i)-1; fOH(i)=fOH(i)-1; fME3CO2BUOL(i)=fME3CO2BUOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3CO2BUOL + OH = IPRGLYOX + HO2';
k(:,i) = 5.11e-12;
Gstr{i,1} = 'ME3CO2BUOL'; Gstr{i,2} = 'OH'; 
fME3CO2BUOL(i)=fME3CO2BUOL(i)-1; fOH(i)=fOH(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME3CO2BUOL + hv = HOCH2CO3 + IC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'ME3CO2BUOL'; 
fME3CO2BUOL(i)=fME3CO2BUOL(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4OOH + hv = HO2M2C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2M2C4OOH'; 
fHO2M2C4OOH(i)=fHO2M2C4OOH(i)-1; fHO2M2C4O(i)=fHO2M2C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C4OOH = H2M2C3CHO + OH';
k(:,i) = 1.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C4OOH'; 
fOH(i)=fOH(i)-1; fHO2M2C4OOH(i)=fHO2M2C4OOH(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C4OOH = HO2M2C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C4OOH'; 
fOH(i)=fOH(i)-1; fHO2M2C4OOH(i)=fHO2M2C4OOH(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4NO3 + hv = HO2M2C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO2M2C4NO3'; 
fHO2M2C4NO3(i)=fHO2M2C4NO3(i)-1; fHO2M2C4O(i)=fHO2M2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C4NO3 = H2M2C3CHO + NO2';
k(:,i) = 7.50e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C4NO3'; 
fOH(i)=fOH(i)-1; fHO2M2C4NO3(i)=fHO2M2C4NO3(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O = C54O2';
k(:,i) = 6.10e11.*exp(-4240./T);
Gstr{i,1} = 'HO2M2C4O'; 
fHO2M2C4O(i)=fHO2M2C4O(i)-1; fC54O2(i)=fC54O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C4O = H2M2C3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HO2M2C4O'; 
fHO2M2C4O(i)=fHO2M2C4O(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CHO + hv = TBUTOLO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'H2M2C3CHO'; 
fH2M2C3CHO(i)=fH2M2C3CHO(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H2M2C3CHO = H2M2C3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H2M2C3CHO'; 
fNO3(i)=fNO3(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C3CHO = H2M2C3CO3';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C3CHO'; 
fOH(i)=fOH(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'M2BU2OLOOH + OH = ME2BU2OLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'M2BU2OLOOH'; Gstr{i,2} = 'OH'; 
fM2BU2OLOOH(i)=fM2BU2OLOOH(i)-1; fOH(i)=fOH(i)-1; fME2BU2OLO2(i)=fME2BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BU2OLOOH + OH = MIPKAOH + OH';
k(:,i) = 2.07e-11;
Gstr{i,1} = 'M2BU2OLOOH'; Gstr{i,2} = 'OH'; 
fM2BU2OLOOH(i)=fM2BU2OLOOH(i)-1; fOH(i)=fOH(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BU2OLOOH + hv = ME2BU2OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2BU2OLOOH'; 
fM2BU2OLOOH(i)=fM2BU2OLOOH(i)-1; fME2BU2OLO(i)=fME2BU2OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BU2OLNO3 + OH = MIPKAOH + NO2';
k(:,i) = 5.97e-13;
Gstr{i,1} = 'M2BU2OLNO3'; Gstr{i,2} = 'OH'; 
fM2BU2OLNO3(i)=fM2BU2OLNO3(i)-1; fOH(i)=fOH(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO = CH3COCH3 + CH3CHO + HO2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'ME2BU2OLO'; 
fME2BU2OLO(i)=fME2BU2OLO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BU2OLO = MIPKAOH + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'ME2BU2OLO'; 
fME2BU2OLO(i)=fME2BU2OLO(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME3HO23 + OH = MIPKAOH + HO2';
k(:,i) = 8.63e-12;
Gstr{i,1} = 'C4ME3HO23'; Gstr{i,2} = 'OH'; 
fC4ME3HO23(i)=fC4ME3HO23(i)-1; fOH(i)=fOH(i)-1; fMIPKAOH(i)=fMIPKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPKAOH = MIPKAO';
k(:,i) = 1.38e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPKAOH'; 
fOH(i)=fOH(i)-1; fMIPKAOH(i)=fMIPKAOH(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MOOH + OH = PROL11MO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PROL11MOOH'; Gstr{i,2} = 'OH'; 
fPROL11MOOH(i)=fPROL11MOOH(i)-1; fOH(i)=fOH(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MOOH + OH = PROL1MCHO + OH';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'PROL11MOOH'; Gstr{i,2} = 'OH'; 
fPROL11MOOH(i)=fPROL11MOOH(i)-1; fOH(i)=fOH(i)-1; fPROL1MCHO(i)=fPROL1MCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MOOH + hv = PROL11MO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PROL11MOOH'; 
fPROL11MOOH(i)=fPROL11MOOH(i)-1; fPROL11MO(i)=fPROL11MO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MNO3 + OH = PROL1MCHO + NO2';
k(:,i) = 1.67e-12;
Gstr{i,1} = 'PROL11MNO3'; Gstr{i,2} = 'OH'; 
fPROL11MNO3(i)=fPROL11MNO3(i)-1; fOH(i)=fOH(i)-1; fPROL1MCHO(i)=fPROL1MCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL11MO = MEK + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'PROL11MO'; 
fPROL11MO(i)=fPROL11MO(i)-1; fMEK(i)=fMEK(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCHO + NO3 = PROL1MCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'PROL1MCHO'; Gstr{i,2} = 'NO3'; 
fPROL1MCHO(i)=fPROL1MCHO(i)-1; fNO3(i)=fNO3(i)-1; fPROL1MCO3(i)=fPROL1MCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCHO + OH = PROL1MCO3';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'PROL1MCHO'; Gstr{i,2} = 'OH'; 
fPROL1MCHO(i)=fPROL1MCHO(i)-1; fOH(i)=fOH(i)-1; fPROL1MCO3(i)=fPROL1MCO3(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCHO + hv = MEK + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'PROL1MCHO'; 
fPROL1MCHO(i)=fPROL1MCHO(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4OOH + hv = H2M3C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M3C4OOH'; 
fH2M3C4OOH(i)=fH2M3C4OOH(i)-1; fH2M3C4O(i)=fH2M3C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4OOH = H2M3C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4OOH'; 
fOH(i)=fOH(i)-1; fH2M3C4OOH(i)=fH2M3C4OOH(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4OOH = HO2C43CHO + OH';
k(:,i) = 2.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4OOH'; 
fOH(i)=fOH(i)-1; fH2M3C4OOH(i)=fH2M3C4OOH(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4NO3 + hv = H2M3C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'H2M3C4NO3'; 
fH2M3C4NO3(i)=fH2M3C4NO3(i)-1; fH2M3C4O(i)=fH2M3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4NO3 = HO2C43CHO + NO2';
k(:,i) = 9.35e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4NO3'; 
fOH(i)=fOH(i)-1; fH2M3C4NO3(i)=fH2M3C4NO3(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O = C56O2';
k(:,i) = 2.03e11.*exp(-4240./T);
Gstr{i,1} = 'H2M3C4O'; 
fH2M3C4O(i)=fH2M3C4O(i)-1; fC56O2(i)=fC56O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4O = HO2C43CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'H2M3C4O'; 
fH2M3C4O(i)=fH2M3C4O(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CHO + hv = BUT2OLO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HO2C43CHO'; 
fHO2C43CHO(i)=fHO2C43CHO(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO2C43CHO = HO2C43CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO2C43CHO'; 
fNO3(i)=fNO3(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C43CHO = CO2C43CHO + HO2';
k(:,i) = 4.99e-11.*0.561;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C43CHO'; 
fOH(i)=fOH(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C43CHO = HO2C43CO3';
k(:,i) = 4.99e-11.*0.439;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C43CHO'; 
fOH(i)=fOH(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLOOH + OH = ME2BUOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ME2BUOLOOH'; Gstr{i,2} = 'OH'; 
fME2BUOLOOH(i)=fME2BUOLOOH(i)-1; fOH(i)=fOH(i)-1; fME2BUOLO2(i)=fME2BUOLO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLOOH + OH = MIPKAOOH + HO2';
k(:,i) = 8.85e-12;
Gstr{i,1} = 'ME2BUOLOOH'; Gstr{i,2} = 'OH'; 
fME2BUOLOOH(i)=fME2BUOLOOH(i)-1; fOH(i)=fOH(i)-1; fMIPKAOOH(i)=fMIPKAOOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLOOH + hv = ME2BUOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ME2BUOLOOH'; 
fME2BUOLOOH(i)=fME2BUOLOOH(i)-1; fME2BUOLO(i)=fME2BUOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLNO3 + OH = CH3CHO + CH3COCH3 + NO2';
k(:,i) = 1.72e-12;
Gstr{i,1} = 'ME2BUOLNO3'; Gstr{i,2} = 'OH'; 
fME2BUOLNO3(i)=fME2BUOLNO3(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ME2BUOLO = CH3COCH3 + CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ME2BUOLO'; 
fME2BUOLO(i)=fME2BUOLO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLAOOH + OH = CYHEXOLAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CYHXOLAOOH'; Gstr{i,2} = 'OH'; 
fCYHXOLAOOH(i)=fCYHXOLAOOH(i)-1; fOH(i)=fOH(i)-1; fCYHEXOLAO2(i)=fCYHEXOLAO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLAOOH + OH = CYHXOLACO + OH';
k(:,i) = 4.07e-11;
Gstr{i,1} = 'CYHXOLAOOH'; Gstr{i,2} = 'OH'; 
fCYHXOLAOOH(i)=fCYHXOLAOOH(i)-1; fOH(i)=fOH(i)-1; fCYHXOLACO(i)=fCYHXOLACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLAOOH + hv = CYHEXOLAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CYHXOLAOOH'; 
fCYHXOLAOOH(i)=fCYHXOLAOOH(i)-1; fCYHEXOLAO(i)=fCYHEXOLAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHEXOLAO = C6DIAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CYHEXOLAO'; 
fCYHEXOLAO(i)=fCYHEXOLAO(i)-1; fC6DIAL(i)=fC6DIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLANO3 + OH = CYHXOLACO + NO2';
k(:,i) = 6.08e-12;
Gstr{i,1} = 'CYHXOLANO3'; Gstr{i,2} = 'OH'; 
fCYHXOLANO3(i)=fCYHXOLANO3(i)-1; fOH(i)=fOH(i)-1; fCYHXOLACO(i)=fCYHXOLACO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXDIOLA + OH = CYHXOLACO + HO2';
k(:,i) = 2.65e-11;
Gstr{i,1} = 'CYHXDIOLA'; Gstr{i,2} = 'OH'; 
fCYHXDIOLA(i)=fCYHXDIOLA(i)-1; fOH(i)=fOH(i)-1; fCYHXOLACO(i)=fCYHXOLACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLACO + OH = CYC6DIONE + HO2';
k(:,i) = 1.76e-11;
Gstr{i,1} = 'CYHXOLACO'; Gstr{i,2} = 'OH'; 
fCYHXOLACO(i)=fCYHXOLACO(i)-1; fOH(i)=fOH(i)-1; fCYC6DIONE(i)=fCYC6DIONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXOLACO + hv = C2H4 + CO + ALLYLOH';
k(:,i) = J22;
Gstr{i,1} = 'CYHXOLACO'; 
fCYHXOLACO(i)=fCYHXOLACO(i)-1; fC2H4(i)=fC2H4(i)+1; fCO(i)=fCO(i)+1; fALLYLOH(i)=fALLYLOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHAOOH + OH = MIBKAOH3CO + OH';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'MIBKOHAOOH'; Gstr{i,2} = 'OH'; 
fMIBKOHAOOH(i)=fMIBKOHAOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAOH3CO(i)=fMIBKAOH3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHAOOH + OH = MIBKAOHAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MIBKOHAOOH'; Gstr{i,2} = 'OH'; 
fMIBKOHAOOH(i)=fMIBKOHAOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAOHAO2(i)=fMIBKAOHAO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHAOOH + hv = IBUTALOH + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIBKOHAOOH'; 
fMIBKOHAOOH(i)=fMIBKOHAOOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHAOOH + hv = MIBKAOHAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBKOHAOOH'; 
fMIBKOHAOOH(i)=fMIBKOHAOOH(i)-1; fMIBKAOHAO(i)=fMIBKAOHAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHAO = MGLYOX + CH3COCH3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBKAOHAO'; 
fMIBKAOHAO(i)=fMIBKAOHAO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH3CO + OH = MIBKCOOHO2';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'MIBKAOH3CO'; Gstr{i,2} = 'OH'; 
fMIBKAOH3CO(i)=fMIBKAOH3CO(i)-1; fOH(i)=fOH(i)-1; fMIBKCOOHO2(i)=fMIBKCOOHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOH3CO + hv = IPRHOCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'MIBKAOH3CO'; 
fMIBKAOH3CO(i)=fMIBKAOH3CO(i)-1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOH34 + OH = MIBKAOH3CO + HO2';
k(:,i) = 6.98e-12;
Gstr{i,1} = 'MIBKOH34'; Gstr{i,2} = 'OH'; 
fMIBKOH34(i)=fMIBKOH34(i)-1; fOH(i)=fOH(i)-1; fMIBKAOH3CO(i)=fMIBKAOH3CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOH34 + hv = IBUTALOH + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MIBKOH34'; 
fMIBKOH34(i)=fMIBKOH34(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHBOOH + OH = C65OH + OH';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'MIBKOHBOOH'; Gstr{i,2} = 'OH'; 
fMIBKOHBOOH(i)=fMIBKOHBOOH(i)-1; fOH(i)=fOH(i)-1; fC65OH(i)=fC65OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHBOOH + OH = MIBKAOHBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MIBKOHBOOH'; Gstr{i,2} = 'OH'; 
fMIBKOHBOOH(i)=fMIBKOHBOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAOHBO2(i)=fMIBKAOHBO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHBOOH + hv = MIBKAOHBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBKOHBOOH'; 
fMIBKOHBOOH(i)=fMIBKOHBOOH(i)-1; fMIBKAOHBO(i)=fMIBKAOHBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKOHBOOH + hv = MIBKAOHBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIBKOHBOOH'; 
fMIBKOHBOOH(i)=fMIBKOHBOOH(i)-1; fMIBKAOHBO(i)=fMIBKAOHBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHBO = CO24C5 + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBKAOHBO'; 
fMIBKAOHBO(i)=fMIBKAOHBO(i)-1; fCO24C5(i)=fCO24C5(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOHNO3 + OH = C65OH + NO2';
k(:,i) = 1.18e-12;
Gstr{i,1} = 'MIBKAOHNO3'; Gstr{i,2} = 'OH'; 
fMIBKAOHNO3(i)=fMIBKAOHNO3(i)-1; fOH(i)=fOH(i)-1; fC65OH(i)=fC65OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH + hv = C64O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C64OH'; 
fC64OH(i)=fC64OH(i)-1; fC64O(i)=fC64O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C64OH = C65OH + HO2';
k(:,i) = 5.43e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C64OH'; 
fOH(i)=fOH(i)-1; fC64OH(i)=fC64OH(i)-1; fC65OH(i)=fC65OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C65OH + hv = CO24C5 + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C65OH'; 
fC65OH(i)=fC65OH(i)-1; fCO24C5(i)=fCO24C5(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C65OH = C65O';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C65OH'; 
fOH(i)=fOH(i)-1; fC65OH(i)=fC65OH(i)-1; fC65O(i)=fC65O(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4OOH + OH = MIBKHO4O2';
k(:,i) = 1.31e-11;
Gstr{i,1} = 'MIBKHO4OOH'; Gstr{i,2} = 'OH'; 
fMIBKHO4OOH(i)=fMIBKHO4OOH(i)-1; fOH(i)=fOH(i)-1; fMIBKHO4O2(i)=fMIBKHO4O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4OOH + hv = MIBKHO4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBKHO4OOH'; 
fMIBKHO4OOH(i)=fMIBKHO4OOH(i)-1; fMIBKHO4O(i)=fMIBKHO4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4OOH + hv = TBUTOLO2 + HCHO + CO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIBKHO4OOH'; 
fMIBKHO4OOH(i)=fMIBKHO4OOH(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4O = H2M2C3CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBKHO4O'; 
fMIBKHO4O(i)=fMIBKHO4O(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO14 + OH = MIBKHO4CHO + HO2';
k(:,i) = 3.44e-12;
Gstr{i,1} = 'MIBKHO14'; Gstr{i,2} = 'OH'; 
fMIBKHO14(i)=fMIBKHO14(i)-1; fOH(i)=fOH(i)-1; fMIBKHO4CHO(i)=fMIBKHO4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO14 + hv = TBUTOLO2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'MIBKHO14'; 
fMIBKHO14(i)=fMIBKHO14(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4CHO + NO3 = TBUTOLO2 + CO + CO + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'MIBKHO4CHO'; Gstr{i,2} = 'NO3'; 
fMIBKHO4CHO(i)=fMIBKHO4CHO(i)-1; fNO3(i)=fNO3(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4CHO + OH = TBUTOLO2 + CO + CO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'MIBKHO4CHO'; Gstr{i,2} = 'OH'; 
fMIBKHO4CHO(i)=fMIBKHO4CHO(i)-1; fOH(i)=fOH(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MIBKHO4CHO + hv = H2M2C3CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'MIBKHO4CHO'; 
fMIBKHO4CHO(i)=fMIBKHO4CHO(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3H + OH = CH3CO3';
k(:,i) = 3.70e-12;
Gstr{i,1} = 'CH3CO3H'; Gstr{i,2} = 'OH'; 
fCH3CO3H(i)=fCH3CO3H(i)-1; fOH(i)=fOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CO3H + hv = CH3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3CO3H'; 
fCH3CO3H(i)=fCH3CO3H(i)-1; fCH3O2(i)=fCH3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PAN + OH = HCHO + CO + NO2';
k(:,i) = 3e-14;
Gstr{i,1} = 'PAN'; Gstr{i,2} = 'OH'; 
fPAN(i)=fPAN(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PAN = CH3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PAN'; 
fPAN(i)=fPAN(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + HO2 = HO2 + HCHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + HO2 = HOCH2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCH2CO2H(i)=fHOCH2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + HO2 = HOCH2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCH2CO3H(i)=fHOCH2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + NO = NO2 + HO2 + HCHO';
k(:,i) = KAPNO;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'NO'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + NO2 = PHAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'NO2'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fPHAN(i)=fPHAN(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + NO3 = NO2 + HO2 + HCHO';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'NO3'; 
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + RO2 = HCHO + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'RO2';
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3 + RO2 = HOCH2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HOCH2CO3'; Gstr{i,2} = 'RO2';
fHOCH2CO3(i)=fHOCH2CO3(i)-1; fHOCH2CO2H(i)=fHOCH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + HO2 = CH3CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'HO2'; 
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + HO2 = IPROPOLPER';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'HO2'; 
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPROPOLPER(i)=fIPROPOLPER(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + NO = CH3CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'NO'; 
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fNO(i)=fNO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + NO2 = IPROPOLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'NO2'; 
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fNO2(i)=fNO2(i)-1; fIPROPOLPAN(i)=fIPROPOLPAN(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + NO3 = CH3CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'NO3'; 
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOHCO3 + RO2 = CH3CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CH3CHOHCO3'; Gstr{i,2} = 'RO2';
fCH3CHOHCO3(i)=fCH3CHOHCO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAOOH + OH = C4MCONO3OH + OH';
k(:,i) = 4.89e-12;
Gstr{i,1} = 'NMBOAOOH'; Gstr{i,2} = 'OH'; 
fNMBOAOOH(i)=fNMBOAOOH(i)-1; fOH(i)=fOH(i)-1; fC4MCONO3OH(i)=fC4MCONO3OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAOOH + OH = NMBOAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NMBOAOOH'; Gstr{i,2} = 'OH'; 
fNMBOAOOH(i)=fNMBOAOOH(i)-1; fOH(i)=fOH(i)-1; fNMBOAO2(i)=fNMBOAO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAOOH + hv = NMBOAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMBOAOOH'; 
fNMBOAOOH(i)=fNMBOAOOH(i)-1; fNMBOAO(i)=fNMBOAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOAO = NO3CH2CHO + CH3COCH3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMBOAO'; 
fNMBOAO(i)=fNMBOAO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3OH + OH = C4MCONO3O';
k(:,i) = 1.23e-12;
Gstr{i,1} = 'C4MCONO3OH'; Gstr{i,2} = 'OH'; 
fC4MCONO3OH(i)=fC4MCONO3OH(i)-1; fOH(i)=fOH(i)-1; fC4MCONO3O(i)=fC4MCONO3O(i)+1; 

i=i+1;
Rnames{i} = 'MBOBNO3 + OH = MBOBCO + NO2';
k(:,i) = 2.69e-12;
Gstr{i,1} = 'MBOBNO3'; Gstr{i,2} = 'OH'; 
fMBOBNO3(i)=fMBOBNO3(i)-1; fOH(i)=fOH(i)-1; fMBOBCO(i)=fMBOBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBOOH + OH = NMBOBCO + OH';
k(:,i) = 2.52e-12;
Gstr{i,1} = 'NMBOBOOH'; Gstr{i,2} = 'OH'; 
fNMBOBOOH(i)=fNMBOBOOH(i)-1; fOH(i)=fOH(i)-1; fNMBOBCO(i)=fNMBOBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBOOH + OH = NMBOBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NMBOBOOH'; Gstr{i,2} = 'OH'; 
fNMBOBOOH(i)=fNMBOBOOH(i)-1; fOH(i)=fOH(i)-1; fNMBOBO2(i)=fNMBOBO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBOOH + hv = NMBOBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMBOBOOH'; 
fNMBOBOOH(i)=fNMBOBOOH(i)-1; fNMBOBO(i)=fNMBOBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBO = IBUTALOH + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMBOBO'; 
fNMBOBO(i)=fNMBOBO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOANO3 + OH = MBOACO + NO2';
k(:,i) = 1.75e-12;
Gstr{i,1} = 'MBOANO3'; Gstr{i,2} = 'OH'; 
fMBOANO3(i)=fMBOANO3(i)-1; fOH(i)=fOH(i)-1; fMBOACO(i)=fMBOACO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMBOBCO + OH = NC4OHCO3';
k(:,i) = 4.26e-12;
Gstr{i,1} = 'NMBOBCO'; Gstr{i,2} = 'OH'; 
fNMBOBCO(i)=fNMBOBCO(i)-1; fOH(i)=fOH(i)-1; fNC4OHCO3(i)=fNC4OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO + CO = IBUTALOH';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'MBOOO'; Gstr{i,2} = 'CO'; 
fMBOOO(i)=fMBOOO(i)-1; fCO(i)=fCO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO + NO = IBUTALOH + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'MBOOO'; Gstr{i,2} = 'NO'; 
fMBOOO(i)=fMBOOO(i)-1; fNO(i)=fNO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO + NO2 = IBUTALOH + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'MBOOO'; Gstr{i,2} = 'NO2'; 
fMBOOO(i)=fMBOOO(i)-1; fNO2(i)=fNO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO + SO2 = IBUTALOH + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'MBOOO'; Gstr{i,2} = 'SO2'; 
fMBOOO(i)=fMBOOO(i)-1; fSO2(i)=fSO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO = IBUTALOH + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'MBOOO'; 
fMBOOO(i)=fMBOOO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MBOOO = IPRHOCO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'MBOOO'; 
fMBOOO(i)=fMBOOO(i)-1; fIPRHOCO2H(i)=fIPRHOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + HO2 = CH3COCH3 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'HO2'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + HO2 = IPRHOCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'HO2'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRHOCO2H(i)=fIPRHOCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + HO2 = IPRHOCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'HO2'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRHOCO3H(i)=fIPRHOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + NO = CH3COCH3 + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'NO'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fNO(i)=fNO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + NO2 = C4PAN5';
k(:,i) = KFPAN;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'NO2'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN5(i)=fC4PAN5(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + NO3 = CH3COCH3 + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'NO3'; 
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + RO2 = CH3COCH3 + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'RO2';
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3 + RO2 = IPRHOCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'IPRHOCO3'; Gstr{i,2} = 'RO2';
fIPRHOCO3(i)=fIPRHOCO3(i)-1; fIPRHOCO2H(i)=fIPRHOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO + CO = HCHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'CH2OO'; Gstr{i,2} = 'CO'; 
fCH2OO(i)=fCH2OO(i)-1; fCO(i)=fCO(i)-1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO + NO = HCHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'CH2OO'; Gstr{i,2} = 'NO'; 
fCH2OO(i)=fCH2OO(i)-1; fNO(i)=fNO(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO + NO2 = HCHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'CH2OO'; Gstr{i,2} = 'NO2'; 
fCH2OO(i)=fCH2OO(i)-1; fNO2(i)=fNO2(i)-1; fHCHO(i)=fHCHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO + SO2 = HCHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'CH2OO'; Gstr{i,2} = 'SO2'; 
fCH2OO(i)=fCH2OO(i)-1; fSO2(i)=fSO2(i)-1; fHCHO(i)=fHCHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO = HCHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'CH2OO'; 
fCH2OO(i)=fCH2OO(i)-1; fHCHO(i)=fHCHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OO = HCOOH';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'CH2OO'; 
fCH2OO(i)=fCH2OO(i)-1; fHCOOH(i)=fHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOAOOH + OH = MBOACO + OH';
k(:,i) = 2.93e-11;
Gstr{i,1} = 'MBOAOOH'; Gstr{i,2} = 'OH'; 
fMBOAOOH(i)=fMBOAOOH(i)-1; fOH(i)=fOH(i)-1; fMBOACO(i)=fMBOACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOAOOH + OH = MBOAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MBOAOOH'; Gstr{i,2} = 'OH'; 
fMBOAOOH(i)=fMBOAOOH(i)-1; fOH(i)=fOH(i)-1; fMBOAO2(i)=fMBOAO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOAOOH + hv = MBOAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MBOAOOH'; 
fMBOAOOH(i)=fMBOAOOH(i)-1; fMBOAO(i)=fMBOAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOAO = HOCH2CHO + CH3COCH3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MBOAO'; 
fMBOAO(i)=fMBOAO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOACO + OH = MBOCOCO + HO2';
k(:,i) = 3.79e-12;
Gstr{i,1} = 'MBOACO'; Gstr{i,2} = 'OH'; 
fMBOACO(i)=fMBOACO(i)-1; fOH(i)=fOH(i)-1; fMBOCOCO(i)=fMBOCOCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOACO + hv = HCHO + HO2 + IPRHOCO3';
k(:,i) = J22;
Gstr{i,1} = 'MBOACO'; 
fMBOACO(i)=fMBOACO(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOAOH + OH = MBOACO + HO2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'MBOAOH'; Gstr{i,2} = 'OH'; 
fMBOAOH(i)=fMBOAOH(i)-1; fOH(i)=fOH(i)-1; fMBOACO(i)=fMBOACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOBOOH + OH = MBOBCO + OH';
k(:,i) = 2.05e-12;
Gstr{i,1} = 'MBOBOOH'; Gstr{i,2} = 'OH'; 
fMBOBOOH(i)=fMBOBOOH(i)-1; fOH(i)=fOH(i)-1; fMBOBCO(i)=fMBOBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOBOOH + OH = MBOBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MBOBOOH'; Gstr{i,2} = 'OH'; 
fMBOBOOH(i)=fMBOBOOH(i)-1; fOH(i)=fOH(i)-1; fMBOBO2(i)=fMBOBO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOBOOH + hv = MBOBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MBOBOOH'; 
fMBOBOOH(i)=fMBOBOOH(i)-1; fMBOBO(i)=fMBOBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBOBO = IBUTALOH + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MBOBO'; 
fMBOBO(i)=fMBOBO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOBCO + OH = C4OH2CO3';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'MBOBCO'; Gstr{i,2} = 'OH'; 
fMBOBCO(i)=fMBOBCO(i)-1; fOH(i)=fOH(i)-1; fC4OH2CO3(i)=fC4OH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOBCO + hv = CO + HO2 + HO2 + IBUTALOH';
k(:,i) = J17;
Gstr{i,1} = 'MBOBCO'; 
fMBOBCO(i)=fMBOBCO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fIBUTALOH(i)=fIBUTALOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3OOH + hv = CH3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3OOH'; 
fCH3OOH(i)=fCH3OOH(i)-1; fCH3O(i)=fCH3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3OOH = CH3O2';
k(:,i) = 5.3e-12.*exp(190./T).*0.6;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3OOH'; 
fOH(i)=fOH(i)-1; fCH3OOH(i)=fCH3OOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3OOH = HCHO + OH';
k(:,i) = 5.3e-12.*exp(190./T).*0.4;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3OOH'; 
fOH(i)=fOH(i)-1; fCH3OOH(i)=fCH3OOH(i)-1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3NO3 + hv = CH3O + NO2';
k(:,i) = J51;
Gstr{i,1} = 'CH3NO3'; 
fCH3NO3(i)=fCH3NO3(i)-1; fCH3O(i)=fCH3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3NO3 = HCHO + NO2';
k(:,i) = 4.0e-13.*exp(-845./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3NO3'; 
fOH(i)=fOH(i)-1; fCH3NO3(i)=fCH3NO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3O = HCHO + HO2';
k(:,i) = 7.2e-14.*exp(-1080./T).*.21.*M;
Gstr{i,1} = 'CH3O'; 
fCH3O(i)=fCH3O(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3O2NO2 = CH3O2 + NO2';
k(:,i) = KMT14;
Gstr{i,1} = 'CH3O2NO2'; 
fCH3O2NO2(i)=fCH3O2NO2(i)-1; fCH3O2(i)=fCH3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2OOH + OH = GLYOX + OH';
k(:,i) = 2.91e-11;
Gstr{i,1} = 'HCOCH2OOH'; Gstr{i,2} = 'OH'; 
fHCOCH2OOH(i)=fHCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2OOH + OH = HCOCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HCOCH2OOH'; Gstr{i,2} = 'OH'; 
fHCOCH2OOH(i)=fHCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2OOH + hv = HCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HCOCH2OOH'; 
fHCOCH2OOH(i)=fHCOCH2OOH(i)-1; fHCOCH2O(i)=fHCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2OOH + hv = HO2 + CO + HCHO + OH';
k(:,i) = J15;
Gstr{i,1} = 'HCOCH2OOH'; 
fHCOCH2OOH(i)=fHCOCH2OOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2O = HCHO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HCOCH2O'; 
fHCOCH2O(i)=fHCOCH2O(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PERPROACID + OH = C2H5CO3';
k(:,i) = 4.42e-12;
Gstr{i,1} = 'PERPROACID'; Gstr{i,2} = 'OH'; 
fPERPROACID(i)=fPERPROACID(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'PERPROACID + hv = C2H5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PERPROACID'; 
fPERPROACID(i)=fPERPROACID(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPN + OH = CH3CHO + CO + NO2';
k(:,i) = 1.27e-12;
Gstr{i,1} = 'PPN'; Gstr{i,2} = 'OH'; 
fPPN(i)=fPPN(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PPN = C2H5CO3 + NO2';
k(:,i) = 1.7e-3.*exp(-11280./T);
Gstr{i,1} = 'PPN'; 
fPPN(i)=fPPN(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5OOH + hv = C2H5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C2H5OOH'; 
fC2H5OOH(i)=fC2H5OOH(i)-1; fC2H5O(i)=fC2H5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C2H5OOH = C2H5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C2H5OOH'; 
fOH(i)=fOH(i)-1; fC2H5OOH(i)=fC2H5OOH(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C2H5OOH = CH3CHO + OH';
k(:,i) = 8.01e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C2H5OOH'; 
fOH(i)=fOH(i)-1; fC2H5OOH(i)=fC2H5OOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2H5NO3 + hv = C2H5O + NO2';
k(:,i) = J52;
Gstr{i,1} = 'C2H5NO3'; 
fC2H5NO3(i)=fC2H5NO3(i)-1; fC2H5O(i)=fC2H5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C2H5NO3 = CH3CHO + NO2';
k(:,i) = 6.7e-13.*exp(-395./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C2H5NO3'; 
fOH(i)=fOH(i)-1; fC2H5NO3(i)=fC2H5NO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTACID + OH = NC3H7O2';
k(:,i) = 1.8e-12;
Gstr{i,1} = 'BUTACID'; Gstr{i,2} = 'OH'; 
fBUTACID(i)=fBUTACID(i)-1; fOH(i)=fOH(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'PERBUACID + OH = C3H7CO3';
k(:,i) = 8.29e-12;
Gstr{i,1} = 'PERBUACID'; Gstr{i,2} = 'OH'; 
fPERBUACID(i)=fPERBUACID(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'PERBUACID + hv = NC3H7O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PERBUACID'; 
fPERBUACID(i)=fPERBUACID(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBN + OH = C2H5CHO + CO + NO2';
k(:,i) = 4.70e-12;
Gstr{i,1} = 'PBN'; Gstr{i,2} = 'OH'; 
fPBN(i)=fPBN(i)-1; fOH(i)=fOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBN = C3H7CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PBN'; 
fPBN(i)=fPBN(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2H + OH = BUTALO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'BUTALO2H'; Gstr{i,2} = 'OH'; 
fBUTALO2H(i)=fBUTALO2H(i)-1; fOH(i)=fOH(i)-1; fBUTALO2(i)=fBUTALO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2H + OH = CO2C3CHO + OH';
k(:,i) = 1.27e-10;
Gstr{i,1} = 'BUTALO2H'; Gstr{i,2} = 'OH'; 
fBUTALO2H(i)=fBUTALO2H(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2H + hv = BUTALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUTALO2H'; 
fBUTALO2H(i)=fBUTALO2H(i)-1; fBUTALO(i)=fBUTALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO2H + hv = HO2 + CO + IC3H7O2';
k(:,i) = J15;
Gstr{i,1} = 'BUTALO2H'; 
fBUTALO2H(i)=fBUTALO2H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALNO3 + OH = CO2C3CHO + NO2';
k(:,i) = 2.25e-11;
Gstr{i,1} = 'BUTALNO3'; Gstr{i,2} = 'OH'; 
fBUTALNO3(i)=fBUTALNO3(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALNO3 + hv = NO2 + BUTALO';
k(:,i) = J54;
Gstr{i,1} = 'BUTALNO3'; 
fBUTALNO3(i)=fBUTALNO3(i)-1; fNO2(i)=fNO2(i)+1; fBUTALO(i)=fBUTALO(i)+1; 

i=i+1;
Rnames{i} = 'BUTALNO3 + hv = NO2 + BUTALO';
k(:,i) = J15;
Gstr{i,1} = 'BUTALNO3'; 
fBUTALNO3(i)=fBUTALNO3(i)-1; fNO2(i)=fNO2(i)+1; fBUTALO(i)=fBUTALO(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO = CH3CHO + HCOCH2O2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'BUTALO'; 
fBUTALO(i)=fBUTALO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALO = CO2C3CHO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'BUTALO'; 
fBUTALO(i)=fBUTALO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CHO + NO3 = CO2C3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'CO2C3CHO'; Gstr{i,2} = 'NO3'; 
fCO2C3CHO(i)=fCO2C3CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CHO + OH = CO2C3CO3';
k(:,i) = 7.15e-11;
Gstr{i,1} = 'CO2C3CHO'; Gstr{i,2} = 'OH'; 
fCO2C3CHO(i)=fCO2C3CHO(i)-1; fOH(i)=fOH(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CHO + hv = CH3COCH2O2 + HCHO';
k(:,i) = J15;
Gstr{i,1} = 'CO2C3CHO'; 
fCO2C3CHO(i)=fCO2C3CHO(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CHO + hv = HO2 + CO + IPROPOLO2';
k(:,i) = J15;
Gstr{i,1} = 'HO2C3CHO'; 
fHO2C3CHO(i)=fHO2C3CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO2C3CHO = HO2C3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO2C3CHO'; 
fNO3(i)=fNO3(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C3CHO = CO2C3CHO + HO2';
k(:,i) = 4.88e-11.*0.561;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C3CHO'; 
fOH(i)=fOH(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C3CHO = HO2C3CO3';
k(:,i) = 4.88e-11.*0.439;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C3CHO'; 
fOH(i)=fOH(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7OOH + hv = NC3H7O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC3H7OOH'; 
fNC3H7OOH(i)=fNC3H7OOH(i)-1; fNC3H7O(i)=fNC3H7O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3H7OOH = C2H5CHO + OH';
k(:,i) = 1.10e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3H7OOH'; 
fOH(i)=fOH(i)-1; fNC3H7OOH(i)=fNC3H7OOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3H7OOH = NC3H7O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3H7OOH'; 
fOH(i)=fOH(i)-1; fNC3H7OOH(i)=fNC3H7OOH(i)-1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7NO3 + hv = NC3H7O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'NC3H7NO3'; 
fNC3H7NO3(i)=fNC3H7NO3(i)-1; fNC3H7O(i)=fNC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3H7NO3 = C2H5CHO + NO2';
k(:,i) = 5.8e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3H7NO3'; 
fOH(i)=fOH(i)-1; fNC3H7NO3(i)=fNC3H7NO3(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3H7O = C2H5CHO + HO2';
k(:,i) = 2.6e-14.*exp(-255./T).*.21.*M;
Gstr{i,1} = 'NC3H7O'; 
fNC3H7O(i)=fNC3H7O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTACID + OH = IC3H7O2';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'IBUTACID'; Gstr{i,2} = 'OH'; 
fIBUTACID(i)=fIBUTACID(i)-1; fOH(i)=fOH(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'PERIBUACID + OH = IPRCO3';
k(:,i) = 6.26e-12;
Gstr{i,1} = 'PERIBUACID'; Gstr{i,2} = 'OH'; 
fPERIBUACID(i)=fPERIBUACID(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'PERIBUACID + hv = IC3H7O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PERIBUACID'; 
fPERIBUACID(i)=fPERIBUACID(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PIPN + OH = CH3COCH3 + CO + NO2';
k(:,i) = 2.66e-12;
Gstr{i,1} = 'PIPN'; Gstr{i,2} = 'OH'; 
fPIPN(i)=fPIPN(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PIPN = IPRCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PIPN'; 
fPIPN(i)=fPIPN(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2H + OH = IBUTALBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IBUTALBO2H'; Gstr{i,2} = 'OH'; 
fIBUTALBO2H(i)=fIBUTALBO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTALBO2(i)=fIBUTALBO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2H + OH = IBUTDIAL + OH';
k(:,i) = 7.11e-11;
Gstr{i,1} = 'IBUTALBO2H'; Gstr{i,2} = 'OH'; 
fIBUTALBO2H(i)=fIBUTALBO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTDIAL(i)=fIBUTDIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2H + hv = IBUTALBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IBUTALBO2H'; 
fIBUTALBO2H(i)=fIBUTALBO2H(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO2H + hv = IBUTALBO + OH';
k(:,i) = J17;
Gstr{i,1} = 'IBUTALBO2H'; 
fIBUTALBO2H(i)=fIBUTALBO2H(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUALANO3 + OH = IBUTDIAL + NO2';
k(:,i) = 2.25e-11;
Gstr{i,1} = 'IBUALANO3'; Gstr{i,2} = 'OH'; 
fIBUALANO3(i)=fIBUALANO3(i)-1; fOH(i)=fOH(i)-1; fIBUTDIAL(i)=fIBUTDIAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUALANO3 + hv = IBUTALBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IBUALANO3'; 
fIBUALANO3(i)=fIBUALANO3(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUALANO3 + hv = IBUTALBO + NO2';
k(:,i) = J17;
Gstr{i,1} = 'IBUALANO3'; 
fIBUALANO3(i)=fIBUALANO3(i)-1; fIBUTALBO(i)=fIBUTALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALBO = IBUTDIAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'IBUTALBO'; 
fIBUTALBO(i)=fIBUTALBO(i)-1; fIBUTDIAL(i)=fIBUTDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTDIAL + NO3 = IBUDIALCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*4.0;
Gstr{i,1} = 'IBUTDIAL'; Gstr{i,2} = 'NO3'; 
fIBUTDIAL(i)=fIBUTDIAL(i)-1; fNO3(i)=fNO3(i)-1; fIBUDIALCO3(i)=fIBUDIALCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTDIAL + OH = IBUDIALCO3';
k(:,i) = 1.44e-10;
Gstr{i,1} = 'IBUTDIAL'; Gstr{i,2} = 'OH'; 
fIBUTDIAL(i)=fIBUTDIAL(i)-1; fOH(i)=fOH(i)-1; fIBUDIALCO3(i)=fIBUDIALCO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUTDIAL + hv = PROPALO2 + HO2 + CO';
k(:,i) = J17.*2.0;
Gstr{i,1} = 'IBUTDIAL'; 
fIBUTDIAL(i)=fIBUTDIAL(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALO2H + OH = IBUTALCO2';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'IBUTALO2H'; Gstr{i,2} = 'OH'; 
fIBUTALO2H(i)=fIBUTALO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALO2H + hv = CH3COCH3 + OH + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'IBUTALO2H'; 
fIBUTALO2H(i)=fIBUTALO2H(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IBUTALO2H + hv = M2PROPAL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IBUTALO2H'; 
fIBUTALO2H(i)=fIBUTALO2H(i)-1; fM2PROPAL2O(i)=fM2PROPAL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PROPAL2O = CH3COCH3 + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'M2PROPAL2O'; 
fM2PROPAL2O(i)=fM2PROPAL2O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7OOH + hv = IC3H7O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IC3H7OOH'; 
fIC3H7OOH(i)=fIC3H7OOH(i)-1; fIC3H7O(i)=fIC3H7O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC3H7OOH = CH3COCH3 + OH';
k(:,i) = 1.66e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC3H7OOH'; 
fOH(i)=fOH(i)-1; fIC3H7OOH(i)=fIC3H7OOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC3H7OOH = IC3H7O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC3H7OOH'; 
fOH(i)=fOH(i)-1; fIC3H7OOH(i)=fIC3H7OOH(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7NO3 + hv = IC3H7O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'IC3H7NO3'; 
fIC3H7NO3(i)=fIC3H7NO3(i)-1; fIC3H7O(i)=fIC3H7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC3H7NO3 = CH3COCH3 + NO2';
k(:,i) = 6.2e-13.*exp(-230./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC3H7NO3'; 
fOH(i)=fOH(i)-1; fIC3H7NO3(i)=fIC3H7NO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC3H7O = CH3COCH3 + HO2';
k(:,i) = 1.5e-14.*exp(-230./T).*.21.*M;
Gstr{i,1} = 'IC3H7O'; 
fIC3H7O(i)=fIC3H7O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PENTACID + OH = NC4H9O2';
k(:,i) = 6.88e-12;
Gstr{i,1} = 'PENTACID'; Gstr{i,2} = 'OH'; 
fPENTACID(i)=fPENTACID(i)-1; fOH(i)=fOH(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'PERPENACID + OH = C4H9CO3';
k(:,i) = 1.04e-11;
Gstr{i,1} = 'PERPENACID'; Gstr{i,2} = 'OH'; 
fPERPENACID(i)=fPERPENACID(i)-1; fOH(i)=fOH(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; 

i=i+1;
Rnames{i} = 'PERPENACID + hv = NC4H9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PERPENACID'; 
fPERPENACID(i)=fPERPENACID(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPEN + OH = C3H7CHO + CO + NO2';
k(:,i) = 6.85e-12;
Gstr{i,1} = 'PPEN'; Gstr{i,2} = 'OH'; 
fPPEN(i)=fPPEN(i)-1; fOH(i)=fOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PPEN = C4H9CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PPEN'; 
fPPEN(i)=fPPEN(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBOOH + OH = C4CHOBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4CHOBOOH'; Gstr{i,2} = 'OH'; 
fC4CHOBOOH(i)=fC4CHOBOOH(i)-1; fOH(i)=fOH(i)-1; fC4CHOBO2(i)=fC4CHOBO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBOOH + OH = CO3C4CHO + OH';
k(:,i) = 1.57e-10;
Gstr{i,1} = 'C4CHOBOOH'; Gstr{i,2} = 'OH'; 
fC4CHOBOOH(i)=fC4CHOBOOH(i)-1; fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBOOH + hv = C4CHOBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4CHOBOOH'; 
fC4CHOBOOH(i)=fC4CHOBOOH(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBOOH + hv = C4CHOBO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C4CHOBOOH'; 
fC4CHOBOOH(i)=fC4CHOBOOH(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBNO3 + OH = CO3C4CHO + NO2';
k(:,i) = 2.33e-11;
Gstr{i,1} = 'C4CHOBNO3'; Gstr{i,2} = 'OH'; 
fC4CHOBNO3(i)=fC4CHOBNO3(i)-1; fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBNO3 + hv = C4CHOBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C4CHOBNO3'; 
fC4CHOBNO3(i)=fC4CHOBNO3(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBNO3 + hv = C4CHOBO + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C4CHOBNO3'; 
fC4CHOBNO3(i)=fC4CHOBNO3(i)-1; fC4CHOBO(i)=fC4CHOBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOBO = CO3C4CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C4CHOBO'; 
fC4CHOBO(i)=fC4CHOBO(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CHO + hv = MEKCO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO3C4CHO'; 
fCO3C4CHO(i)=fCO3C4CHO(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO3C4CHO = CO3C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO3C4CHO'; 
fNO3(i)=fNO3(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C4CHO = CO3C4CO3';
k(:,i) = 6.76e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C4CHO'; 
fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9OOH + hv = NC4H9O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC4H9OOH'; 
fNC4H9OOH(i)=fNC4H9OOH(i)-1; fNC4H9O(i)=fNC4H9O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4H9OOH = C3H7CHO + OH';
k(:,i) = 1.24e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4H9OOH'; 
fOH(i)=fOH(i)-1; fNC4H9OOH(i)=fNC4H9OOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4H9OOH = NC4H9O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4H9OOH'; 
fOH(i)=fOH(i)-1; fNC4H9OOH(i)=fNC4H9OOH(i)-1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9NO3 + hv = NC4H9O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'NC4H9NO3'; 
fNC4H9NO3(i)=fNC4H9NO3(i)-1; fNC4H9O(i)=fNC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4H9NO3 = C3H7CHO + NO2';
k(:,i) = 1.6e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4H9NO3'; 
fOH(i)=fOH(i)-1; fNC4H9NO3(i)=fNC4H9NO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O = C3H7CHO + HO2';
k(:,i) = 8.9e-14.*exp(-550./T).*.21.*M;
Gstr{i,1} = 'NC4H9O'; 
fNC4H9O(i)=fNC4H9O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9O = HO1C4O2';
k(:,i) = 4.6D10.*exp(-3570./T);
Gstr{i,1} = 'NC4H9O'; 
fNC4H9O(i)=fNC4H9O(i)-1; fHO1C4O2(i)=fHO1C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ACO2H = HO2 + CO + HCHO';
k(:,i) = 8.66e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ACO2H'; 
fOH(i)=fOH(i)-1; fACO2H(i)=fACO2H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACO3H + hv = HO2 + CO + HCHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACO3H'; 
fACO3H(i)=fACO3H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ACO3H = ACO3';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ACO3H'; 
fOH(i)=fOH(i)-1; fACO3H(i)=fACO3H(i)-1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + ACO3H = HOCH2CHO + CO + OH';
k(:,i) = 6.58e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ACO3H'; 
fOH(i)=fOH(i)-1; fACO3H(i)=fACO3H(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACRPAN = ACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ACRPAN'; 
fACRPAN(i)=fACRPAN(i)-1; fACO3(i)=fACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ACRPAN = HOCH2CHO + CO + NO3';
k(:,i) = 1.47e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ACRPAN'; 
fOH(i)=fOH(i)-1; fACRPAN(i)=fACRPAN(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCHOCOOH + OH = HOCH2COCHO + OH';
k(:,i) = 4.77e-11;
Gstr{i,1} = 'HOCHOCOOH'; Gstr{i,2} = 'OH'; 
fHOCHOCOOH(i)=fHOCHOCOOH(i)-1; fOH(i)=fOH(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCHOCOOH + hv = CHOCOHCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOCHOCOOH'; 
fHOCHOCOOH(i)=fHOCHOCOOH(i)-1; fCHOCOHCO(i)=fCHOCOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOHCO = HOCH2CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'CHOCOHCO'; 
fCHOCOHCO(i)=fCHOCOHCO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2COCHO + hv = HOCH2CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'HOCH2COCHO'; 
fHOCH2COCHO(i)=fHOCH2COCHO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOCH2COCHO = HOCH2CO3 + CO + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOCH2COCHO'; 
fNO3(i)=fNO3(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOCH2COCHO = HOCH2CO3 + CO';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOCH2COCHO'; 
fOH(i)=fOH(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCOH + OH = A2PANOO';
k(:,i) = 6.22e-11;
Gstr{i,1} = 'OCCOHCOH'; Gstr{i,2} = 'OH'; 
fOCCOHCOH(i)=fOCCOHCOH(i)-1; fOH(i)=fOH(i)-1; fA2PANOO(i)=fA2PANOO(i)+1; 

i=i+1;
Rnames{i} = 'C32OH13CO + OH = HCOCOHCO3';
k(:,i) = 1.36e-10;
Gstr{i,1} = 'C32OH13CO'; Gstr{i,2} = 'OH'; 
fC32OH13CO(i)=fC32OH13CO(i)-1; fOH(i)=fOH(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C32OH13CO + hv = GLYOX + HO2 + HO2 + CO';
k(:,i) = J15.*2;
Gstr{i,1} = 'C32OH13CO'; 
fC32OH13CO(i)=fC32OH13CO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCOOH + OH = OCCOHCO2';
k(:,i) = 9.258E-11;
Gstr{i,1} = 'OCCOHCOOH'; Gstr{i,2} = 'OH'; 
fOCCOHCOOH(i)=fOCCOHCOOH(i)-1; fOH(i)=fOH(i)-1; fOCCOHCO2(i)=fOCCOHCO2(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCOOH + hv = OCCOHCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OCCOHCOOH'; 
fOCCOHCOOH(i)=fOCCOHCOOH(i)-1; fOCCOHCO(i)=fOCCOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42AOH + hv = HO2 + CO + HO2 + NO3CH2CHO';
k(:,i) = J15;
Gstr{i,1} = 'C42AOH'; 
fC42AOH(i)=fC42AOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C42AOH = NMGLYOX + HO2';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C42AOH'; 
fOH(i)=fOH(i)-1; fC42AOH(i)=fC42AOH(i)-1; fNMGLYOX(i)=fNMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OCCOHCO = HCHO + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OCCOHCO'; 
fOCCOHCO(i)=fOCCOHCO(i)-1; fHCHO(i)=fHCHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO = CO + CO + HO2';
k(:,i) = 7.00D11.*exp(-3160./T);
Gstr{i,1} = 'HCOCO'; 
fHCOCO(i)=fHCOCO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO = CO + CO + HO2';
k(:,i) = 5.00e-12.*.21.*M;
Gstr{i,1} = 'HCOCO'; 
fHCOCO(i)=fHCOCO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO = CO + OH';
k(:,i) = 5.00e-12.*.21.*M.*3.2.*(1-exp(-550./T));
Gstr{i,1} = 'HCOCO'; 
fHCOCO(i)=fHCOCO(i)-1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO = HCOCO3';
k(:,i) = 5.00e-12.*.21.*M.*3.2.*exp(-550./T);
Gstr{i,1} = 'HCOCO'; 
fHCOCO(i)=fHCOCO(i)-1; fHCOCO3(i)=fHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO + CO = GLYOX';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'GLYOO'; Gstr{i,2} = 'CO'; 
fGLYOO(i)=fGLYOO(i)-1; fCO(i)=fCO(i)-1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO + NO = GLYOX + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'GLYOO'; Gstr{i,2} = 'NO'; 
fGLYOO(i)=fGLYOO(i)-1; fNO(i)=fNO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO + NO2 = GLYOX + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'GLYOO'; Gstr{i,2} = 'NO2'; 
fGLYOO(i)=fGLYOO(i)-1; fNO2(i)=fNO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO + SO2 = GLYOX + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'GLYOO'; Gstr{i,2} = 'SO2'; 
fGLYOO(i)=fGLYOO(i)-1; fSO2(i)=fSO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO = GLYOX + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'GLYOO'; 
fGLYOO(i)=fGLYOO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'GLYOO = HCOCO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'GLYOO'; 
fGLYOO(i)=fGLYOO(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACO2H = CH3C2H2O2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACO2H'; 
fOH(i)=fOH(i)-1; fMACO2H(i)=fMACO2H(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; 

i=i+1;
Rnames{i} = 'MACO3H + hv = CH3C2H2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MACO3H'; 
fMACO3H(i)=fMACO3H(i)-1; fCH3C2H2O2(i)=fCH3C2H2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACO3H = ACETOL + CO + OH';
k(:,i) = 1.30e-11.*0.83;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACO3H'; 
fOH(i)=fOH(i)-1; fMACO3H(i)=fMACO3H(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACO3H = HMML + OH';
k(:,i) = 1.30e-11.*0.17;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACO3H'; 
fOH(i)=fOH(i)-1; fMACO3H(i)=fMACO3H(i)-1; fHMML(i)=fHMML(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACO3H = MACO3';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACO3H'; 
fOH(i)=fOH(i)-1; fMACO3H(i)=fMACO3H(i)-1; fMACO3(i)=fMACO3(i)+1; 

i=i+1;
Rnames{i} = 'MPAN = MACO3 + NO2';
k(:,i) = 1.6e16.*exp(-13500./T);
Gstr{i,1} = 'MPAN'; 
fMPAN(i)=fMPAN(i)-1; fMACO3(i)=fMACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + MPAN = HCHO + CH3CO3 + NO3';
k(:,i) = 8.2e-18;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'MPAN'; 
fO3(i)=fO3(i)-1; fMPAN(i)=fMPAN(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MPAN = ACETOL + CO + NO3';
k(:,i) = 2.9e-11.*0.22;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MPAN'; 
fOH(i)=fOH(i)-1; fMPAN(i)=fMPAN(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MPAN = HMML + NO3';
k(:,i) = 2.90e-11.*0.57;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MPAN'; 
fOH(i)=fOH(i)-1; fMPAN(i)=fMPAN(i)-1; fHMML(i)=fHMML(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + MPAN = MAE + NO3';
k(:,i) = 2.90e-11.*0.21;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MPAN'; 
fOH(i)=fOH(i)-1; fMPAN(i)=fMPAN(i)-1; fMAE(i)=fMAE(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOO + CO = MGLYOX';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'MGLYOO'; Gstr{i,2} = 'CO'; 
fMGLYOO(i)=fMGLYOO(i)-1; fCO(i)=fCO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOO + NO = MGLYOX + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'MGLYOO'; Gstr{i,2} = 'NO'; 
fMGLYOO(i)=fMGLYOO(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOO + NO2 = MGLYOX + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'MGLYOO'; Gstr{i,2} = 'NO2'; 
fMGLYOO(i)=fMGLYOO(i)-1; fNO2(i)=fNO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOO + SO2 = MGLYOX + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'MGLYOO'; Gstr{i,2} = 'SO2'; 
fMGLYOO(i)=fMGLYOO(i)-1; fSO2(i)=fSO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOO = MGLYOX + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'MGLYOO'; 
fMGLYOO(i)=fMGLYOO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MACROOH + hv = ACETOL + CO + HO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'MACROOH'; 
fMACROOH(i)=fMACROOH(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACROOH + hv = MACRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MACROOH'; 
fMACROOH(i)=fMACROOH(i)-1; fMACRO(i)=fMACRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACROOH = ACETOL + CO + OH';
k(:,i) = 3.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACROOH'; 
fOH(i)=fOH(i)-1; fMACROOH(i)=fMACROOH(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNO3 + OH = CONM2CHO + HO2';
k(:,i) = 4.34e-12.*0.16;
Gstr{i,1} = 'MACRNO3'; Gstr{i,2} = 'OH'; 
fMACRNO3(i)=fMACRNO3(i)-1; fOH(i)=fOH(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNO3 + OH = MACRNCO3';
k(:,i) = 4.34e-12.*0.84;
Gstr{i,1} = 'MACRNO3'; Gstr{i,2} = 'OH'; 
fMACRNO3(i)=fMACRNO3(i)-1; fOH(i)=fOH(i)-1; fMACRNCO3(i)=fMACRNCO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNO3 + hv = ACETOL + NO2 + CO + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'MACRNO3'; 
fMACRNO3(i)=fMACRNO3(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRO = ACETOL + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MACRO'; 
fMACRO(i)=fMACRO(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROH + hv = ACETOL + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'MACROH'; 
fMACROH(i)=fMACROH(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACROH = C3MDIALOH + HO2';
k(:,i) = 3.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACROH'; 
fOH(i)=fOH(i)-1; fMACROH(i)=fMACROH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROHOOH + OH = C3MDIALOH + OH';
k(:,i) = 5.55e-11;
Gstr{i,1} = 'MACROHOOH'; Gstr{i,2} = 'OH'; 
fMACROHOOH(i)=fMACROHOOH(i)-1; fOH(i)=fOH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHOOH + hv = IBUTALOH + CO + HO2  + OH';
k(:,i) = J17;
Gstr{i,1} = 'MACROHOOH'; 
fMACROHOOH(i)=fMACROHOOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACROHOOH + hv = MACROHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MACROHOOH'; 
fMACROHOOH(i)=fMACROHOOH(i)-1; fMACROHO(i)=fMACROHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNB + hv = C3MDIALOH + HO2 + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'MACRNB'; 
fMACRNB(i)=fMACRNB(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MACRNB = MACRNBCO3';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MACRNB'; 
fOH(i)=fOH(i)-1; fMACRNB(i)=fMACRNB(i)-1; fMACRNBCO3(i)=fMACRNBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MACROHO = MGLYOX + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MACROHO'; 
fMACROHO(i)=fMACROHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALOH + OH = CHOMOHCO3';
k(:,i) = 4.18e-11;
Gstr{i,1} = 'C3MDIALOH'; Gstr{i,2} = 'OH'; 
fC3MDIALOH(i)=fC3MDIALOH(i)-1; fOH(i)=fOH(i)-1; fCHOMOHCO3(i)=fCHOMOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALOH + hv = MGLYOX + HO2 + CO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'C3MDIALOH'; 
fC3MDIALOH(i)=fC3MDIALOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3H + OH = C3DBCO3';
k(:,i) = 1.97e-11;
Gstr{i,1} = 'C3DBCO3H'; Gstr{i,2} = 'OH'; 
fC3DBCO3H(i)=fC3DBCO3H(i)-1; fOH(i)=fOH(i)-1; fC3DBCO3(i)=fC3DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C3DBCO3H + hv = CH3CHO + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3DBCO3H'; 
fC3DBCO3H(i)=fC3DBCO3H(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3H5CO2H + OH = CH3CHO + HO2 + CO';
k(:,i) = 6.48e-11;
Gstr{i,1} = 'C3H5CO2H'; Gstr{i,2} = 'OH'; 
fC3H5CO2H(i)=fC3H5CO2H(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3DBPAN + OH = CH3CHO + CO + CO + NO2';
k(:,i) = 1.65e-11;
Gstr{i,1} = 'C3DBPAN'; Gstr{i,2} = 'OH'; 
fC3DBPAN(i)=fC3DBPAN(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DBPAN = C3DBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3DBPAN'; 
fC3DBPAN(i)=fC3DBPAN(i)-1; fC3DBCO3(i)=fC3DBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3OOH + NO3 = C4CONO3O2 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'C4CONO3OOH'; Gstr{i,2} = 'NO3'; 
fC4CONO3OOH(i)=fC4CONO3OOH(i)-1; fNO3(i)=fNO3(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3OOH + OH = C4CONO3O2';
k(:,i) = 3.45e-12;
Gstr{i,1} = 'C4CONO3OOH'; Gstr{i,2} = 'OH'; 
fC4CONO3OOH(i)=fC4CONO3OOH(i)-1; fOH(i)=fOH(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3OOH + hv = C4CONO3O + OH';
k(:,i) = J17;
Gstr{i,1} = 'C4CONO3OOH'; 
fC4CONO3OOH(i)=fC4CONO3OOH(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3OOH + hv = C4CONO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4CONO3OOH'; 
fC4CONO3OOH(i)=fC4CONO3OOH(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3O = CH3CHO + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4CONO3O'; 
fC4CONO3O(i)=fC4CONO3O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3CO + NO3 = C4CONO3O2 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'C4CONO3CO'; Gstr{i,2} = 'NO3'; 
fC4CONO3CO(i)=fC4CONO3CO(i)-1; fNO3(i)=fNO3(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3CO + OH = C4CONO3O2';
k(:,i) = 4.27e-12;
Gstr{i,1} = 'C4CONO3CO'; Gstr{i,2} = 'OH'; 
fC4CONO3CO(i)=fC4CONO3CO(i)-1; fOH(i)=fOH(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3CO + hv =  C4CONO3O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C4CONO3CO'; 
fC4CONO3CO(i)=fC4CONO3CO(i)-1; fC4CONO3O2(i)=fC4CONO3O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CONO3CO + hv = C4CO2O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C4CONO3CO'; 
fC4CONO3CO(i)=fC4CONO3CO(i)-1; fC4CO2O(i)=fC4CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHNO3 + OH = CCOCOCOH + NO2';
k(:,i) = 5.51e-12;
Gstr{i,1} = 'COCCOHNO3'; Gstr{i,2} = 'OH'; 
fCOCCOHNO3(i)=fCOCCOHNO3(i)-1; fOH(i)=fOH(i)-1; fCCOCOCOH(i)=fCCOCOCOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHNO3 + hv = CO + HO2 + NO2 + CH3CHOHCHO';
k(:,i) = J17;
Gstr{i,1} = 'COCCOHNO3'; 
fCOCCOHNO3(i)=fCOCCOHNO3(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHNO3 + hv = CO + HO2 + NO2 + CH3CHOHCHO';
k(:,i) = J55;
Gstr{i,1} = 'COCCOHNO3'; 
fCOCCOHNO3(i)=fCOCCOHNO3(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COOOH + NO3 = CH3CHO + GLYOX + HNO3 + NO2 + OH';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'C4NO3COOOH'; Gstr{i,2} = 'NO3'; 
fC4NO3COOOH(i)=fC4NO3COOOH(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHNO3(i)=fHNO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COOOH + OH = C4NO3COO2';
k(:,i) = 2.74e-11;
Gstr{i,1} = 'C4NO3COOOH'; Gstr{i,2} = 'OH'; 
fC4NO3COOOH(i)=fC4NO3COOOH(i)-1; fOH(i)=fOH(i)-1; fC4NO3COO2(i)=fC4NO3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COOOH + hv = C4CONO3O + OH';
k(:,i) = J17;
Gstr{i,1} = 'C4NO3COOOH'; 
fC4NO3COOOH(i)=fC4NO3COOOH(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3COOOH + hv = C4CONO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4NO3COOOH'; 
fC4NO3COOOH(i)=fC4NO3COOOH(i)-1; fC4CONO3O(i)=fC4CONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3OCO = CH3CHO + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4NO3OCO'; 
fC4NO3OCO(i)=fC4NO3OCO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHNO3 + OH = CO2H3CHO+ NO2';
k(:,i) = 4.55e-11;
Gstr{i,1} = 'C4OCCOHNO3'; Gstr{i,2} = 'OH'; 
fC4OCCOHNO3(i)=fC4OCCOHNO3(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHNO3 + hv = CHOPRNO3 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C4OCCOHNO3'; 
fC4OCCOHNO3(i)=fC4OCCOHNO3(i)-1; fCHOPRNO3(i)=fCHOPRNO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO + CO = CH3CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'CH3CHOO'; Gstr{i,2} = 'CO'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fCO(i)=fCO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO + NO = CH3CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'CH3CHOO'; Gstr{i,2} = 'NO'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fNO(i)=fNO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO + NO2 = CH3CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'CH3CHOO'; Gstr{i,2} = 'NO2'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fNO2(i)=fNO2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO + SO2 = CH3CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'CH3CHOO'; Gstr{i,2} = 'SO2'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fSO2(i)=fSO2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO = CH3CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'CH3CHOO'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHOO = CH3CO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'CH3CHOO'; 
fCH3CHOO(i)=fCH3CHOO(i)-1; fCH3CO2H(i)=fCH3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHOOH + OH = CO2H3CHO + OH';
k(:,i) = 9.53e-11;
Gstr{i,1} = 'C4OCCOHOOH'; Gstr{i,2} = 'OH'; 
fC4OCCOHOOH(i)=fC4OCCOHOOH(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHOOH + hv = C4OCCOHCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4OCCOHOOH'; 
fC4OCCOHOOH(i)=fC4OCCOHOOH(i)-1; fC4OCCOHCO(i)=fC4OCCOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHOOH + hv = C4OCCOHCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C4OCCOHOOH'; 
fC4OCCOHOOH(i)=fC4OCCOHOOH(i)-1; fC4OCCOHCO(i)=fC4OCCOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCO = CH3CHO + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4OCCOHCO'; 
fC4OCCOHCO(i)=fC4OCCOHCO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCOH + OH = CO2H3CHO + HO2';
k(:,i) = 7.01e-11;
Gstr{i,1} = 'C4OCCOHCOH'; Gstr{i,2} = 'OH'; 
fC4OCCOHCOH(i)=fC4OCCOHCOH(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OCCOHCOH + hv = CH3CHOHCHO + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C4OCCOHCOH'; 
fC4OCCOHCOH(i)=fC4OCCOHCOH(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CHO + hv = MGLYOX + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CO2H3CHO'; 
fCO2H3CHO(i)=fCO2H3CHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2H3CHO = CO2H3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2H3CHO'; 
fNO3(i)=fNO3(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2H3CHO = CO2H3CO3';
k(:,i) = 2.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2H3CHO'; 
fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHCOOH + OH = CCOCOCOH + OH';
k(:,i) = 6.35e-11;
Gstr{i,1} = 'COCCOHCOOH'; Gstr{i,2} = 'OH'; 
fCOCCOHCOOH(i)=fCOCCOHCOOH(i)-1; fOH(i)=fOH(i)-1; fCCOCOCOH(i)=fCCOCOCOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHCOOH + hv = CO + HO2 + OH + CH3CHOHCHO';
k(:,i) = J17;
Gstr{i,1} = 'COCCOHCOOH'; 
fCOCCOHCOOH(i)=fCOCCOHCOOH(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHCOOH + hv = COCCOHCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'COCCOHCOOH'; 
fCOCCOHCOOH(i)=fCOCCOHCOOH(i)-1; fCOCCOHCO(i)=fCOCCOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COCCOHCO = CO + HO2 + CH3CHOHCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'COCCOHCO'; 
fCOCCOHCO(i)=fCOCCOHCO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CCOCOCOH + OH = CH3CHOHCO3 + CO';
k(:,i) = 5.39e-11;
Gstr{i,1} = 'CCOCOCOH'; Gstr{i,2} = 'OH'; 
fCCOCOCOH(i)=fCCOCOCOH(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CCOCOCOH + hv = CH3CHOHCO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CCOCOCOH'; 
fCCOCOCOH(i)=fCCOCOCOH(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + SC4H9OOH = MEK + OH';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'SC4H9OOH'; 
fOH(i)=fOH(i)-1; fSC4H9OOH(i)=fSC4H9OOH(i)-1; fMEK(i)=fMEK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + SC4H9OOH = SC4H9O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'SC4H9OOH'; 
fOH(i)=fOH(i)-1; fSC4H9OOH(i)=fSC4H9OOH(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9OOH + hv = SC4H9O + OH';
k(:,i) = J41;
Gstr{i,1} = 'SC4H9OOH'; 
fSC4H9OOH(i)=fSC4H9OOH(i)-1; fSC4H9O(i)=fSC4H9O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + SC4H9NO3 = MEK + NO2';
k(:,i) = 8.6e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'SC4H9NO3'; 
fOH(i)=fOH(i)-1; fSC4H9NO3(i)=fSC4H9NO3(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9NO3 + hv = SC4H9O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'SC4H9NO3'; 
fSC4H9NO3(i)=fSC4H9NO3(i)-1; fSC4H9O(i)=fSC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O = CH3CHO + C2H5O2';
k(:,i) = 5.6D12.*exp(-5780./T);
Gstr{i,1} = 'SC4H9O'; 
fSC4H9O(i)=fSC4H9O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'SC4H9O = MEK + HO2';
k(:,i) = 1.5e-14.*exp(-200./T).*.21.*M;
Gstr{i,1} = 'SC4H9O'; 
fSC4H9O(i)=fSC4H9O(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9OOH + hv = IC4H9O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IC4H9OOH'; 
fIC4H9OOH(i)=fIC4H9OOH(i)-1; fIC4H9O(i)=fIC4H9O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC4H9OOH = IC4H9O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC4H9OOH'; 
fOH(i)=fOH(i)-1; fIC4H9OOH(i)=fIC4H9OOH(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC4H9OOH = IPRCHO + OH';
k(:,i) = 1.24e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC4H9OOH'; 
fOH(i)=fOH(i)-1; fIC4H9OOH(i)=fIC4H9OOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9NO3 + hv = IC4H9O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IC4H9NO3'; 
fIC4H9NO3(i)=fIC4H9NO3(i)-1; fIC4H9O(i)=fIC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IC4H9NO3 = IPRCHO + NO2';
k(:,i) = 7.69e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IC4H9NO3'; 
fOH(i)=fOH(i)-1; fIC4H9NO3(i)=fIC4H9NO3(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4H9O = IPRCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'IC4H9O'; 
fIC4H9O(i)=fIC4H9O(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + TC4H9OOH = TC4H9O2';
k(:,i) = 2.17e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TC4H9OOH'; 
fOH(i)=fOH(i)-1; fTC4H9OOH(i)=fTC4H9OOH(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9OOH + hv = TC4H9O + OH';
k(:,i) = J41;
Gstr{i,1} = 'TC4H9OOH'; 
fTC4H9OOH(i)=fTC4H9OOH(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + TC4H9NO3 = CH3COCH3 + HCHO + NO2';
k(:,i) = 8.16e-14;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TC4H9NO3'; 
fOH(i)=fOH(i)-1; fTC4H9NO3(i)=fTC4H9NO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TC4H9NO3 + hv = TC4H9O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'TC4H9NO3'; 
fTC4H9NO3(i)=fTC4H9NO3(i)-1; fTC4H9O(i)=fTC4H9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEAOOH = C4H9CHO + OH';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEAOOH'; 
fOH(i)=fOH(i)-1; fPEAOOH(i)=fPEAOOH(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEAOOH = PEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEAOOH'; 
fOH(i)=fOH(i)-1; fPEAOOH(i)=fPEAOOH(i)-1; fPEAO2(i)=fPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'PEAOOH + hv = PEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PEAOOH'; 
fPEAOOH(i)=fPEAOOH(i)-1; fPEAO(i)=fPEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEANO3 = C4H9CHO + NO2';
k(:,i) = 3.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEANO3'; 
fOH(i)=fOH(i)-1; fPEANO3(i)=fPEANO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEANO3 + hv = PEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'PEANO3'; 
fPEANO3(i)=fPEANO3(i)-1; fPEAO(i)=fPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEAO = HO1C5O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'PEAO'; 
fPEAO(i)=fPEAO(i)-1; fHO1C5O2(i)=fHO1C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEAOH = C4H9CHO + HO2';
k(:,i) = 8.57e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEAOH'; 
fOH(i)=fOH(i)-1; fPEAOH(i)=fPEAOH(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEBOOH = MPRK + OH';
k(:,i) = 2.30e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEBOOH'; 
fOH(i)=fOH(i)-1; fPEBOOH(i)=fPEBOOH(i)-1; fMPRK(i)=fMPRK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEBOOH = PEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEBOOH'; 
fOH(i)=fOH(i)-1; fPEBOOH(i)=fPEBOOH(i)-1; fPEBO2(i)=fPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBOOH + hv = PEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PEBOOH'; 
fPEBOOH(i)=fPEBOOH(i)-1; fPEBO(i)=fPEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEBNO3 = MPRK + NO2';
k(:,i) = 1.85e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEBNO3'; 
fOH(i)=fOH(i)-1; fPEBNO3(i)=fPEBNO3(i)-1; fMPRK(i)=fMPRK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBNO3 + hv = PEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'PEBNO3'; 
fPEBNO3(i)=fPEBNO3(i)-1; fPEBO(i)=fPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBO = HO2C5O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'PEBO'; 
fPEBO(i)=fPEBO(i)-1; fHO2C5O2(i)=fHO2C5O2(i)+1; 

i=i+1;
Rnames{i} = 'PEBO = MPRK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'PEBO'; 
fPEBO(i)=fPEBO(i)-1; fMPRK(i)=fMPRK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PEBOH = MPRK + HO2';
k(:,i) = 1.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PEBOH'; 
fOH(i)=fOH(i)-1; fPEBOH(i)=fPEBOH(i)-1; fMPRK(i)=fMPRK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + PECOOH = DIEK + OH';
k(:,i) = 2.73e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PECOOH'; 
fOH(i)=fOH(i)-1; fPECOOH(i)=fPECOOH(i)-1; fDIEK(i)=fDIEK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PECOOH + hv = PECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PECOOH'; 
fPECOOH(i)=fPECOOH(i)-1; fPECO(i)=fPECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + PECNO3 = DIEK + NO2';
k(:,i) = 1.12e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PECNO3'; 
fOH(i)=fOH(i)-1; fPECNO3(i)=fPECNO3(i)-1; fDIEK(i)=fDIEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PECNO3 + hv = PECO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'PECNO3'; 
fPECNO3(i)=fPECNO3(i)-1; fPECO(i)=fPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PECO = C2H5O2 + C2H5CHO';
k(:,i) = 4.00e14.*exp(-6990./T);
Gstr{i,1} = 'PECO'; 
fPECO(i)=fPECO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'PECO = DIEK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'PECO'; 
fPECO(i)=fPECO(i)-1; fDIEK(i)=fDIEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEAOOH + hv = IPEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPEAOOH'; 
fIPEAOOH(i)=fIPEAOOH(i)-1; fIPEAO(i)=fIPEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEAOOH = BUT2CHO + OH';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEAOOH'; 
fOH(i)=fOH(i)-1; fIPEAOOH(i)=fIPEAOOH(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEAOOH = IPEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEAOOH'; 
fOH(i)=fOH(i)-1; fIPEAOOH(i)=fIPEAOOH(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEANO3 + hv = IPEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IPEANO3'; 
fIPEANO3(i)=fIPEANO3(i)-1; fIPEAO(i)=fIPEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEANO3 = BUT2CHO + NO2';
k(:,i) = 2.01e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEANO3'; 
fOH(i)=fOH(i)-1; fIPEANO3(i)=fIPEANO3(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO = BUT2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'IPEAO'; 
fIPEAO(i)=fIPEAO(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEAO = C52O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'IPEAO'; 
fIPEAO(i)=fIPEAO(i)-1; fC52O2(i)=fC52O2(i)+1; 

i=i+1;
Rnames{i} = 'IPEBOOH + hv = IPEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPEBOOH'; 
fIPEBOOH(i)=fIPEBOOH(i)-1; fIPEBO(i)=fIPEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBOOH = IPEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBOOH'; 
fOH(i)=fOH(i)-1; fIPEBOOH(i)=fIPEBOOH(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBOOH = MIPK + OH';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBOOH'; 
fOH(i)=fOH(i)-1; fIPEBOOH(i)=fIPEBOOH(i)-1; fMIPK(i)=fMIPK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPEBNO3 + hv = IPEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'IPEBNO3'; 
fIPEBNO3(i)=fIPEBNO3(i)-1; fIPEBO(i)=fIPEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPEBNO3 = MIPK + NO2';
k(:,i) = 1.82e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPEBNO3'; 
fOH(i)=fOH(i)-1; fIPEBNO3(i)=fIPEBNO3(i)-1; fMIPK(i)=fMIPK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO = CH3CHO + IC3H7O2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'IPEBO'; 
fIPEBO(i)=fIPEBO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'IPEBO = MIPK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'IPEBO'; 
fIPEBO(i)=fIPEBO(i)-1; fMIPK(i)=fMIPK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPECOOH + hv = IPECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPECOOH'; 
fIPECOOH(i)=fIPECOOH(i)-1; fIPECO(i)=fIPECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPECOOH = IPECO2';
k(:,i) = 5.25e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPECOOH'; 
fOH(i)=fOH(i)-1; fIPECOOH(i)=fIPECOOH(i)-1; fIPECO2(i)=fIPECO2(i)+1; 

i=i+1;
Rnames{i} = 'IPECNO3 + hv = IPECO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'IPECNO3'; 
fIPECNO3(i)=fIPECNO3(i)-1; fIPECO(i)=fIPECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPECNO3 = CH3COCH3 + CH3CHO + NO2';
k(:,i) = 4.08e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPECNO3'; 
fOH(i)=fOH(i)-1; fIPECNO3(i)=fIPECNO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPECO = CH3COCH3 + C2H5O2';
k(:,i) = 2.00e14.*exp(-6995./T);
Gstr{i,1} = 'IPECO'; 
fIPECO(i)=fIPECO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'NEOPOOH + hv = NEOPO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NEOPOOH'; 
fNEOPOOH(i)=fNEOPOOH(i)-1; fNEOPO(i)=fNEOPO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NEOPOOH = NEOPO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NEOPOOH'; 
fOH(i)=fOH(i)-1; fNEOPOOH(i)=fNEOPOOH(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NEOPOOH = TBUTCHO + OH';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NEOPOOH'; 
fOH(i)=fOH(i)-1; fNEOPOOH(i)=fNEOPOOH(i)-1; fTBUTCHO(i)=fTBUTCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NEOPNO3 + hv = NEOPO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'NEOPNO3'; 
fNEOPNO3(i)=fNEOPNO3(i)-1; fNEOPO(i)=fNEOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NEOPNO3 = TBUTCHO + NO2';
k(:,i) = 8.50e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NEOPNO3'; 
fOH(i)=fOH(i)-1; fNEOPNO3(i)=fNEOPNO3(i)-1; fTBUTCHO(i)=fTBUTCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEOPO = TC4H9O2 + HCHO';
k(:,i) = 2.00e14.*exp(-5505./T);
Gstr{i,1} = 'NEOPO'; 
fNEOPO(i)=fNEOPO(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + NEOPOH = TBUTCHO + HO2';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NEOPOH'; 
fOH(i)=fOH(i)-1; fNEOPOH(i)=fNEOPOH(i)-1; fTBUTCHO(i)=fTBUTCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + TBUTCHO = TBUTCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'TBUTCHO'; 
fNO3(i)=fNO3(i)-1; fTBUTCHO(i)=fTBUTCHO(i)-1; fTBUTCO3(i)=fTBUTCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + TBUTCHO = TBUTCO3';
k(:,i) = 6.82e-12.*exp(405./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TBUTCHO'; 
fOH(i)=fOH(i)-1; fTBUTCHO(i)=fTBUTCHO(i)-1; fTBUTCO3(i)=fTBUTCO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCHO + hv = TC4H9O2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TBUTCHO'; 
fTBUTCHO(i)=fTBUTCHO(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXAOOH + hv = HEXAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEXAOOH'; 
fHEXAOOH(i)=fHEXAOOH(i)-1; fHEXAO(i)=fHEXAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXAOOH = C5H11CHO + OH';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXAOOH'; 
fOH(i)=fOH(i)-1; fHEXAOOH(i)=fHEXAOOH(i)-1; fC5H11CHO(i)=fC5H11CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXAOOH = HEXAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXAOOH'; 
fOH(i)=fOH(i)-1; fHEXAOOH(i)=fHEXAOOH(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXANO3 + hv = HEXAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HEXANO3'; 
fHEXANO3(i)=fHEXANO3(i)-1; fHEXAO(i)=fHEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXANO3 = C5H11CHO + NO2';
k(:,i) = 4.68e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXANO3'; 
fOH(i)=fOH(i)-1; fHEXANO3(i)=fHEXANO3(i)-1; fC5H11CHO(i)=fC5H11CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXAO = HO1C6O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'HEXAO'; 
fHEXAO(i)=fHEXAO(i)-1; fHO1C6O2(i)=fHO1C6O2(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CHO + hv = CH3CHO + BUT1ENE';
k(:,i) = J16;
Gstr{i,1} = 'C5H11CHO'; 
fC5H11CHO(i)=fC5H11CHO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fBUT1ENE(i)=fBUT1ENE(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CHO + hv = PEAO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C5H11CHO'; 
fC5H11CHO(i)=fC5H11CHO(i)-1; fPEAO2(i)=fPEAO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C5H11CHO = C5H11CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C5H11CHO'; 
fNO3(i)=fNO3(i)-1; fC5H11CHO(i)=fC5H11CHO(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H11CHO = C5H11CO3';
k(:,i) = 2.88e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H11CHO'; 
fOH(i)=fOH(i)-1; fC5H11CHO(i)=fC5H11CHO(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXAOH = C5H11CHO + HO2';
k(:,i) = 9.72e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXAOH'; 
fOH(i)=fOH(i)-1; fHEXAOH(i)=fHEXAOH(i)-1; fC5H11CHO(i)=fC5H11CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXBOOH + hv = HEXBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEXBOOH'; 
fHEXBOOH(i)=fHEXBOOH(i)-1; fHEXBO(i)=fHEXBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXBOOH = HEX2ONE + OH';
k(:,i) = 2.80e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXBOOH'; 
fOH(i)=fOH(i)-1; fHEXBOOH(i)=fHEXBOOH(i)-1; fHEX2ONE(i)=fHEX2ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXBOOH = HEXBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXBOOH'; 
fOH(i)=fOH(i)-1; fHEXBOOH(i)=fHEXBOOH(i)-1; fHEXBO2(i)=fHEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXBNO3 + hv = HEXBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HEXBNO3'; 
fHEXBNO3(i)=fHEXBNO3(i)-1; fHEXBO(i)=fHEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXBNO3 = HEX2ONE + NO2';
k(:,i) = 3.17e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXBNO3'; 
fOH(i)=fOH(i)-1; fHEXBNO3(i)=fHEXBNO3(i)-1; fHEX2ONE(i)=fHEX2ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXBO = HO2C6O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'HEXBO'; 
fHEXBO(i)=fHEXBO(i)-1; fHO2C6O2(i)=fHO2C6O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXBOH = HEX2ONE + HO2';
k(:,i) = 1.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXBOH'; 
fOH(i)=fOH(i)-1; fHEXBOH(i)=fHEXBOH(i)-1; fHEX2ONE(i)=fHEX2ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXCOOH + hv = HEXCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEXCOOH'; 
fHEXCOOH(i)=fHEXCOOH(i)-1; fHEXCO(i)=fHEXCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXCOOH = HEX3ONE + OH';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXCOOH'; 
fOH(i)=fOH(i)-1; fHEXCOOH(i)=fHEXCOOH(i)-1; fHEX3ONE(i)=fHEX3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEXCNO3 + hv = HEXCO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HEXCNO3'; 
fHEXCNO3(i)=fHEXCNO3(i)-1; fHEXCO(i)=fHEXCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXCNO3 = HEX3ONE + NO2';
k(:,i) = 2.70e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXCNO3'; 
fOH(i)=fOH(i)-1; fHEXCNO3(i)=fHEXCNO3(i)-1; fHEX3ONE(i)=fHEX3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO = HEX3ONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'HEXCO'; 
fHEXCO(i)=fHEXCO(i)-1; fHEX3ONE(i)=fHEX3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEXCO = HO3C6O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'HEXCO'; 
fHEXCO(i)=fHEXCO(i)-1; fHO3C6O2(i)=fHO3C6O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEXCOH = HEX3ONE + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEXCOH'; 
fOH(i)=fOH(i)-1; fHEXCOH(i)=fHEXCOH(i)-1; fHEX3ONE(i)=fHEX3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAOOH + hv = M2PEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2PEAOOH'; 
fM2PEAOOH(i)=fM2PEAOOH(i)-1; fM2PEAO(i)=fM2PEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEAOOH = C54CHO + OH';
k(:,i) = 1.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEAOOH'; 
fOH(i)=fOH(i)-1; fM2PEAOOH(i)=fM2PEAOOH(i)-1; fC54CHO(i)=fC54CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEAOOH = M2PEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEAOOH'; 
fOH(i)=fOH(i)-1; fM2PEAOOH(i)=fM2PEAOOH(i)-1; fM2PEAO2(i)=fM2PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEANO3 + hv = M2PEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M2PEANO3'; 
fM2PEANO3(i)=fM2PEANO3(i)-1; fM2PEAO(i)=fM2PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEANO3 = C54CHO + NO2';
k(:,i) = 3.53e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEANO3'; 
fOH(i)=fOH(i)-1; fM2PEANO3(i)=fM2PEANO3(i)-1; fC54CHO(i)=fC54CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEAO = HO1MC5O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'M2PEAO'; 
fM2PEAO(i)=fM2PEAO(i)-1; fHO1MC5O2(i)=fHO1MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'C54CHO + hv = PEBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C54CHO'; 
fC54CHO(i)=fC54CHO(i)-1; fPEBO2(i)=fPEBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C54CHO = C54CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C54CHO'; 
fNO3(i)=fNO3(i)-1; fC54CHO(i)=fC54CHO(i)-1; fC54CO3(i)=fC54CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54CHO = C54CO3';
k(:,i) = 2.89e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54CHO'; 
fOH(i)=fOH(i)-1; fC54CHO(i)=fC54CHO(i)-1; fC54CO3(i)=fC54CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEAOH = C54CHO + HO2';
k(:,i) = 8.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEAOH'; 
fOH(i)=fOH(i)-1; fM2PEAOH(i)=fM2PEAOH(i)-1; fC54CHO(i)=fC54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBOOH + hv = M2PEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2PEBOOH'; 
fM2PEBOOH(i)=fM2PEBOOH(i)-1; fM2PEBO(i)=fM2PEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEBOOH = M2PEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEBOOH'; 
fOH(i)=fOH(i)-1; fM2PEBOOH(i)=fM2PEBOOH(i)-1; fM2PEBO2(i)=fM2PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEBOOH = MIBK + OH';
k(:,i) = 2.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEBOOH'; 
fOH(i)=fOH(i)-1; fM2PEBOOH(i)=fM2PEBOOH(i)-1; fMIBK(i)=fMIBK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBNO3 + hv = M2PEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M2PEBNO3'; 
fM2PEBNO3(i)=fM2PEBNO3(i)-1; fM2PEBO(i)=fM2PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEBNO3 = MIBK + NO2';
k(:,i) = 3.07e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEBNO3'; 
fOH(i)=fOH(i)-1; fM2PEBNO3(i)=fM2PEBNO3(i)-1; fMIBK(i)=fMIBK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO = HO2MC5O2';
k(:,i) = 6.10e11.*exp(-4240./T);
Gstr{i,1} = 'M2PEBO'; 
fM2PEBO(i)=fM2PEBO(i)-1; fHO2MC5O2(i)=fHO2MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEBO = MIBK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'M2PEBO'; 
fM2PEBO(i)=fM2PEBO(i)-1; fMIBK(i)=fMIBK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEBOH = MIBK + HO2';
k(:,i) = 1.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEBOH'; 
fOH(i)=fOH(i)-1; fM2PEBOH(i)=fM2PEBOH(i)-1; fMIBK(i)=fMIBK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECOOH + hv = M2PECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2PECOOH'; 
fM2PECOOH(i)=fM2PECOOH(i)-1; fM2PECO(i)=fM2PECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PECOOH = EIPK + OH';
k(:,i) = 2.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PECOOH'; 
fOH(i)=fOH(i)-1; fM2PECOOH(i)=fM2PECOOH(i)-1; fEIPK(i)=fEIPK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PECOOH = M2PECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PECOOH'; 
fOH(i)=fOH(i)-1; fM2PECOOH(i)=fM2PECOOH(i)-1; fM2PECO2(i)=fM2PECO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECNO3 + hv = M2PECO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M2PECNO3'; 
fM2PECNO3(i)=fM2PECNO3(i)-1; fM2PECO(i)=fM2PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PECNO3 = EIPK + NO2';
k(:,i) = 3.02e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PECNO3'; 
fOH(i)=fOH(i)-1; fM2PECNO3(i)=fM2PECNO3(i)-1; fEIPK(i)=fEIPK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO = C2H5O2 + IPRCHO';
k(:,i) = 2.00e14.*exp(-6975./T);
Gstr{i,1} = 'M2PECO'; 
fM2PECO(i)=fM2PECO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO = EIPK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'M2PECO'; 
fM2PECO(i)=fM2PECO(i)-1; fEIPK(i)=fEIPK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PECO = IC3H7O2 + C2H5CHO';
k(:,i) = 2.00e14.*exp(-6773./T);
Gstr{i,1} = 'M2PECO'; 
fM2PECO(i)=fM2PECO(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'EIPK + hv = C2H5CO3 + IC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'EIPK'; 
fEIPK(i)=fEIPK(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'EIPK + hv = C2H5O2 + IPRCO3';
k(:,i) = J22;
Gstr{i,1} = 'EIPK'; 
fEIPK(i)=fEIPK(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPK = EIPKAO2';
k(:,i) = 3.75e-12.*0.578;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPK'; 
fOH(i)=fOH(i)-1; fEIPK(i)=fEIPK(i)-1; fEIPKAO2(i)=fEIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPK = EIPKBO2';
k(:,i) = 3.75e-12.*0.422;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPK'; 
fOH(i)=fOH(i)-1; fEIPK(i)=fEIPK(i)-1; fEIPKBO2(i)=fEIPKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PECOH = EIPK + HO2';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PECOH'; 
fOH(i)=fOH(i)-1; fM2PECOH(i)=fM2PECOH(i)-1; fEIPK(i)=fEIPK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDOOH + hv = M2PEDO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2PEDOOH'; 
fM2PEDOOH(i)=fM2PEDOOH(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEDOOH = M2PEDO2';
k(:,i) = 6.66e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEDOOH'; 
fOH(i)=fOH(i)-1; fM2PEDOOH(i)=fM2PEDOOH(i)-1; fM2PEDO2(i)=fM2PEDO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDNO3 + hv = M2PEDO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'M2PEDNO3'; 
fM2PEDNO3(i)=fM2PEDNO3(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEDNO3 = CH3COCH3 + C2H5CHO + NO2';
k(:,i) = 1.72e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEDNO3'; 
fOH(i)=fOH(i)-1; fM2PEDNO3(i)=fM2PEDNO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO = CH3COCH3 + NC3H7O2';
k(:,i) = 2.70e14.*exp(-6542./T);
Gstr{i,1} = 'M2PEDO'; 
fM2PEDO(i)=fM2PEDO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'M2PEDO = HO2M2C5O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'M2PEDO'; 
fM2PEDO(i)=fM2PEDO(i)-1; fHO2M2C5O2(i)=fHO2M2C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2PEDOH = M2PEDO';
k(:,i) = 3.20e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2PEDOH'; 
fOH(i)=fOH(i)-1; fM2PEDOH(i)=fM2PEDOH(i)-1; fM2PEDO(i)=fM2PEDO(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAOOH + hv = M3PEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3PEAOOH'; 
fM3PEAOOH(i)=fM3PEAOOH(i)-1; fM3PEAO(i)=fM3PEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEAOOH = M3C4CHO + OH';
k(:,i) = 1.57e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEAOOH'; 
fOH(i)=fOH(i)-1; fM3PEAOOH(i)=fM3PEAOOH(i)-1; fM3C4CHO(i)=fM3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEAOOH = M3PEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEAOOH'; 
fOH(i)=fOH(i)-1; fM3PEAOOH(i)=fM3PEAOOH(i)-1; fM3PEAO2(i)=fM3PEAO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEANO3 + hv = M3PEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M3PEANO3'; 
fM3PEANO3(i)=fM3PEANO3(i)-1; fM3PEAO(i)=fM3PEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEANO3 = M3C4CHO + NO2';
k(:,i) = 4.96e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEANO3'; 
fOH(i)=fOH(i)-1; fM3PEANO3(i)=fM3PEANO3(i)-1; fM3C4CHO(i)=fM3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEAO = H1MC5O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'M3PEAO'; 
fM3PEAO(i)=fM3PEAO(i)-1; fH1MC5O2(i)=fH1MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CHO + hv = IPEAO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'M3C4CHO'; 
fM3C4CHO(i)=fM3C4CHO(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + M3C4CHO = M3C4CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'M3C4CHO'; 
fNO3(i)=fNO3(i)-1; fM3C4CHO(i)=fM3C4CHO(i)-1; fM3C4CO3(i)=fM3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3C4CHO = M3C4CO3';
k(:,i) = 3.27e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3C4CHO'; 
fOH(i)=fOH(i)-1; fM3C4CHO(i)=fM3C4CHO(i)-1; fM3C4CO3(i)=fM3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEAOH = M3C4CHO + HO2';
k(:,i) = 1.03e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEAOH'; 
fOH(i)=fOH(i)-1; fM3PEAOH(i)=fM3PEAOH(i)-1; fM3C4CHO(i)=fM3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBOOH + hv = M3PEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3PEBOOH'; 
fM3PEBOOH(i)=fM3PEBOOH(i)-1; fM3PEBO(i)=fM3PEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEBOOH = M2BK + OH';
k(:,i) = 2.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEBOOH'; 
fOH(i)=fOH(i)-1; fM3PEBOOH(i)=fM3PEBOOH(i)-1; fM2BK(i)=fM2BK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEBOOH = M3PEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEBOOH'; 
fOH(i)=fOH(i)-1; fM3PEBOOH(i)=fM3PEBOOH(i)-1; fM3PEBO2(i)=fM3PEBO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBNO3 + hv = M3PEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M3PEBNO3'; 
fM3PEBNO3(i)=fM3PEBNO3(i)-1; fM3PEBO(i)=fM3PEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEBNO3 = M2BK + NO2';
k(:,i) = 3.02e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEBNO3'; 
fOH(i)=fOH(i)-1; fM3PEBNO3(i)=fM3PEBNO3(i)-1; fM2BK(i)=fM2BK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO = H2MC5O2';
k(:,i) = 2.03e11.*exp(-4240./T);
Gstr{i,1} = 'M3PEBO'; 
fM3PEBO(i)=fM3PEBO(i)-1; fH2MC5O2(i)=fH2MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'M3PEBO = M2BK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'M3PEBO'; 
fM3PEBO(i)=fM3PEBO(i)-1; fM2BK(i)=fM2BK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BK + hv = CH3CO3 + SC4H9O2';
k(:,i) = J22;
Gstr{i,1} = 'M2BK'; 
fM2BK(i)=fM2BK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BK = M2BKAO2';
k(:,i) = 6.23e-12.*0.671;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BK'; 
fOH(i)=fOH(i)-1; fM2BK(i)=fM2BK(i)-1; fM2BKAO2(i)=fM2BKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BK = M2BKBO2';
k(:,i) = 6.23e-12.*0.329;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BK'; 
fOH(i)=fOH(i)-1; fM2BK(i)=fM2BK(i)-1; fM2BKBO2(i)=fM2BKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PEBOH = M2BK + HO2';
k(:,i) = 1.31e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PEBOH'; 
fOH(i)=fOH(i)-1; fM3PEBOH(i)=fM3PEBOH(i)-1; fM2BK(i)=fM2BK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PECOOH + hv = M3PECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3PECOOH'; 
fM3PECOOH(i)=fM3PECOOH(i)-1; fM3PECO(i)=fM3PECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PECOOH = M3PECO2';
k(:,i) = 6.40e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PECOOH'; 
fOH(i)=fOH(i)-1; fM3PECOOH(i)=fM3PECOOH(i)-1; fM3PECO2(i)=fM3PECO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PECNO3 + hv = M3PECO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'M3PECNO3'; 
fM3PECNO3(i)=fM3PECNO3(i)-1; fM3PECO(i)=fM3PECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PECNO3 = CH3CHO + MEK + NO2';
k(:,i) = 7.35e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PECNO3'; 
fOH(i)=fOH(i)-1; fM3PECNO3(i)=fM3PECNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3PECO = C2H5O2 + MEK';
k(:,i) = 2.70e14.*exp(-7196./T).*2.0;
Gstr{i,1} = 'M3PECO'; 
fM3PECO(i)=fM3PECO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fMEK(i)=fMEK(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3PECOH = M3PECO';
k(:,i) = 2.94e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3PECOH'; 
fOH(i)=fOH(i)-1; fM3PECOH(i)=fM3PECOH(i)-1; fM3PECO(i)=fM3PECO(i)+1; 

i=i+1;
Rnames{i} = 'M22C43OOH + hv = M22C43O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M22C43OOH'; 
fM22C43OOH(i)=fM22C43OOH(i)-1; fM22C43O(i)=fM22C43O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C43OOH = M22C43O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C43OOH'; 
fOH(i)=fOH(i)-1; fM22C43OOH(i)=fM22C43OOH(i)-1; fM22C43O2(i)=fM22C43O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C43OOH = MTBK + OH';
k(:,i) = 9.51e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C43OOH'; 
fOH(i)=fOH(i)-1; fM22C43OOH(i)=fM22C43OOH(i)-1; fMTBK(i)=fMTBK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M22C43NO3 + hv = M22C43O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M22C43NO3'; 
fM22C43NO3(i)=fM22C43NO3(i)-1; fM22C43O(i)=fM22C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C43NO3 = MTBK + NO2';
k(:,i) = 6.24e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C43NO3'; 
fOH(i)=fOH(i)-1; fM22C43NO3(i)=fM22C43NO3(i)-1; fMTBK(i)=fMTBK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O = MTBK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'M22C43O'; 
fM22C43O(i)=fM22C43O(i)-1; fMTBK(i)=fMTBK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C43O = TC4H9O2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'M22C43O'; 
fM22C43O(i)=fM22C43O(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C43OH = MTBK + HO2';
k(:,i) = 9.16e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C43OH'; 
fOH(i)=fOH(i)-1; fM22C43OH(i)=fM22C43OH(i)-1; fMTBK(i)=fMTBK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C4OOH + hv = M22C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M22C4OOH'; 
fM22C4OOH(i)=fM22C4OOH(i)-1; fM22C4O(i)=fM22C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4OOH = M22C3CHO + OH';
k(:,i) = 1.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4OOH'; 
fOH(i)=fOH(i)-1; fM22C4OOH(i)=fM22C4OOH(i)-1; fM22C3CHO(i)=fM22C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4OOH = M22C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4OOH'; 
fOH(i)=fOH(i)-1; fM22C4OOH(i)=fM22C4OOH(i)-1; fM22C4O2(i)=fM22C4O2(i)+1; 

i=i+1;
Rnames{i} = 'M22C4NO3 + hv = M22C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M22C4NO3'; 
fM22C4NO3(i)=fM22C4NO3(i)-1; fM22C4O(i)=fM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4NO3 = M22C3CHO + NO2';
k(:,i) = 7.78e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4NO3'; 
fOH(i)=fOH(i)-1; fM22C4NO3(i)=fM22C4NO3(i)-1; fM22C3CHO(i)=fM22C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C4O = HM33C4O2';
k(:,i) = 9.14e11.*exp(-4240./T);
Gstr{i,1} = 'M22C4O'; 
fM22C4O(i)=fM22C4O(i)-1; fHM33C4O2(i)=fHM33C4O2(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CHO + hv = NEOPO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'M22C3CHO'; 
fM22C3CHO(i)=fM22C3CHO(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + M22C3CHO = M22C3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'M22C3CHO'; 
fNO3(i)=fNO3(i)-1; fM22C3CHO(i)=fM22C3CHO(i)-1; fM22C3CO3(i)=fM22C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C3CHO = M22C3CO3';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C3CHO'; 
fOH(i)=fOH(i)-1; fM22C3CHO(i)=fM22C3CHO(i)-1; fM22C3CO3(i)=fM22C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C4OH = M22C3CHO + HO2';
k(:,i) = 6.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C4OH'; 
fOH(i)=fOH(i)-1; fM22C4OH(i)=fM22C4OH(i)-1; fM22C3CHO(i)=fM22C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4OOH + hv = M33C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M33C4OOH'; 
fM33C4OOH(i)=fM33C4OOH(i)-1; fM33C4O(i)=fM33C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C4OOH = M33C3CHO + OH';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C4OOH'; 
fOH(i)=fOH(i)-1; fM33C4OOH(i)=fM33C4OOH(i)-1; fM33C3CHO(i)=fM33C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C4OOH = M33C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C4OOH'; 
fOH(i)=fOH(i)-1; fM33C4OOH(i)=fM33C4OOH(i)-1; fM33C4O2(i)=fM33C4O2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4NO3 + hv = M33C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M33C4NO3'; 
fM33C4NO3(i)=fM33C4NO3(i)-1; fM33C4O(i)=fM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C4NO3 = M33C3CHO + NO2';
k(:,i) = 1.96e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C4NO3'; 
fOH(i)=fOH(i)-1; fM33C4NO3(i)=fM33C4NO3(i)-1; fM33C3CHO(i)=fM33C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O = HM22C4O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'M33C4O'; 
fM33C4O(i)=fM33C4O(i)-1; fHM22C4O2(i)=fHM22C4O2(i)+1; 

i=i+1;
Rnames{i} = 'M33C4O = M33C3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'M33C4O'; 
fM33C4O(i)=fM33C4O(i)-1; fM33C3CHO(i)=fM33C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CHO + hv = IPECO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'M33C3CHO'; 
fM33C3CHO(i)=fM33C3CHO(i)-1; fIPECO2(i)=fIPECO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + M33C3CHO = M33C3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'M33C3CHO'; 
fNO3(i)=fNO3(i)-1; fM33C3CHO(i)=fM33C3CHO(i)-1; fM33C3CO3(i)=fM33C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C3CHO = M33C3CO3';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C3CHO'; 
fOH(i)=fOH(i)-1; fM33C3CHO(i)=fM33C3CHO(i)-1; fM33C3CO3(i)=fM33C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C4OH = M33C3CHO + HO2';
k(:,i) = 5.81e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C4OH'; 
fOH(i)=fOH(i)-1; fM33C4OH(i)=fM33C4OH(i)-1; fM33C3CHO(i)=fM33C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C43OOH + hv = M23C43O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M23C43OOH'; 
fM23C43OOH(i)=fM23C43OOH(i)-1; fM23C43O(i)=fM23C43O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C43OOH = M23C43O2';
k(:,i) = 6.66e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C43OOH'; 
fOH(i)=fOH(i)-1; fM23C43OOH(i)=fM23C43OOH(i)-1; fM23C43O2(i)=fM23C43O2(i)+1; 

i=i+1;
Rnames{i} = 'M23C43NO3 + hv = M23C43O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'M23C43NO3'; 
fM23C43NO3(i)=fM23C43NO3(i)-1; fM23C43O(i)=fM23C43O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C43NO3 = CH3COCH3 + CH3COCH3 + NO2';
k(:,i) = 7.77e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C43NO3'; 
fOH(i)=fOH(i)-1; fM23C43NO3(i)=fM23C43NO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C43O = IC3H7O2 + CH3COCH3';
k(:,i) = 2.70e14.*exp(-6391./T);
Gstr{i,1} = 'M23C43O'; 
fM23C43O(i)=fM23C43O(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C43OH = M23C43O';
k(:,i) = 3.20e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C43OH'; 
fOH(i)=fOH(i)-1; fM23C43OH(i)=fM23C43OH(i)-1; fM23C43O(i)=fM23C43O(i)+1; 

i=i+1;
Rnames{i} = 'M23C4OOH + hv = M23C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'M23C4OOH'; 
fM23C4OOH(i)=fM23C4OOH(i)-1; fM23C4O(i)=fM23C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4OOH = M23C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4OOH'; 
fOH(i)=fOH(i)-1; fM23C4OOH(i)=fM23C4OOH(i)-1; fM23C4O2(i)=fM23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4OOH = M2C43CHO + OH';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4OOH'; 
fOH(i)=fOH(i)-1; fM23C4OOH(i)=fM23C4OOH(i)-1; fM2C43CHO(i)=fM2C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M23C4NO3 + hv = M23C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M23C4NO3'; 
fM23C4NO3(i)=fM23C4NO3(i)-1; fM23C4O(i)=fM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4NO3 = M2C43CHO + NO2';
k(:,i) = 3.41e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4NO3'; 
fOH(i)=fOH(i)-1; fM23C4NO3(i)=fM23C4NO3(i)-1; fM2C43CHO(i)=fM2C43CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O = HM23C4O2';
k(:,i) = 6.10e11.*exp(-4240./T);
Gstr{i,1} = 'M23C4O'; 
fM23C4O(i)=fM23C4O(i)-1; fHM23C4O2(i)=fHM23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'M23C4O = M2C43CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'M23C4O'; 
fM23C4O(i)=fM23C4O(i)-1; fM2C43CHO(i)=fM2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M23C4OH = M2C43CHO + HO2';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M23C4OH'; 
fOH(i)=fOH(i)-1; fM23C4OH(i)=fM23C4OH(i)-1; fM2C43CHO(i)=fM2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CHO + hv = IPEBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'M2C43CHO'; 
fM2C43CHO(i)=fM2C43CHO(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + M2C43CHO = M2C43CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'M2C43CHO'; 
fNO3(i)=fNO3(i)-1; fM2C43CHO(i)=fM2C43CHO(i)-1; fM2C43CO3(i)=fM2C43CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2C43CHO = M2C43CO3';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2C43CHO'; 
fOH(i)=fOH(i)-1; fM2C43CHO(i)=fM2C43CHO(i)-1; fM2C43CO3(i)=fM2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEPTOOH + hv = HEPTO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEPTOOH'; 
fHEPTOOH(i)=fHEPTOOH(i)-1; fHEPTO(i)=fHEPTO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEPTOOH = HEPT3ONE + OH';
k(:,i) = 3.37e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEPTOOH'; 
fOH(i)=fOH(i)-1; fHEPTOOH(i)=fHEPTOOH(i)-1; fHEPT3ONE(i)=fHEPT3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEPTNO3 + hv = HEPTO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HEPTNO3'; 
fHEPTNO3(i)=fHEPTNO3(i)-1; fHEPTO(i)=fHEPTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEPTNO3 = HEPT3ONE + NO2';
k(:,i) = 3.69e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEPTNO3'; 
fOH(i)=fOH(i)-1; fHEPTNO3(i)=fHEPTNO3(i)-1; fHEPT3ONE(i)=fHEPT3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEPTO = HO3C76O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'HEPTO'; 
fHEPTO(i)=fHEPTO(i)-1; fHO3C76O2(i)=fHO3C76O2(i)+1; 

i=i+1;
Rnames{i} = 'HEPT3ONE + hv = C2H5CO3 + NC4H9O2';
k(:,i) = J22;
Gstr{i,1} = 'HEPT3ONE'; 
fHEPT3ONE(i)=fHEPT3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEPT3ONE = CO3C75O2';
k(:,i) = 7.89e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEPT3ONE'; 
fOH(i)=fOH(i)-1; fHEPT3ONE(i)=fHEPT3ONE(i)-1; fCO3C75O2(i)=fCO3C75O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HEPTOH = HEPT3ONE + HO2';
k(:,i) = 1.59e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HEPTOH'; 
fOH(i)=fOH(i)-1; fHEPTOH(i)=fHEPTOH(i)-1; fHEPT3ONE(i)=fHEPT3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAOOH + hv = M2HEXAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2HEXAOOH'; 
fM2HEXAOOH(i)=fM2HEXAOOH(i)-1; fM2HEXAO(i)=fM2HEXAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXAOOH = M2CO5C6 + OH';
k(:,i) = 2.94e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXAOOH'; 
fOH(i)=fOH(i)-1; fM2HEXAOOH(i)=fM2HEXAOOH(i)-1; fM2CO5C6(i)=fM2CO5C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXANO3 + hv = M2HEXAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M2HEXANO3'; 
fM2HEXANO3(i)=fM2HEXANO3(i)-1; fM2HEXAO(i)=fM2HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXANO3 = M2CO5C6 + NO2';
k(:,i) = 4.49e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXANO3'; 
fOH(i)=fOH(i)-1; fM2HEXANO3(i)=fM2HEXANO3(i)-1; fM2CO5C6(i)=fM2CO5C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXAO = H2M5C65O2';
k(:,i) = 1.02e11.*exp(-2945./T);
Gstr{i,1} = 'M2HEXAO'; 
fM2HEXAO(i)=fM2HEXAO(i)-1; fH2M5C65O2(i)=fH2M5C65O2(i)+1; 

i=i+1;
Rnames{i} = 'M2CO5C6 + hv = CH3CO3 + IPEAO2';
k(:,i) = J22;
Gstr{i,1} = 'M2CO5C6'; 
fM2CO5C6(i)=fM2CO5C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2CO5C6 = C75O2';
k(:,i) = 8.16e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2CO5C6'; 
fOH(i)=fOH(i)-1; fM2CO5C6(i)=fM2CO5C6(i)-1; fC75O2(i)=fC75O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXAOH = M2CO5C6 + HO2';
k(:,i) = 1.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXAOH'; 
fOH(i)=fOH(i)-1; fM2HEXAOH(i)=fM2HEXAOH(i)-1; fM2CO5C6(i)=fM2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBOOH + hv = M2HEXBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2HEXBOOH'; 
fM2HEXBOOH(i)=fM2HEXBOOH(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXBOOH = M2HEXBO2';
k(:,i) = 8.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXBOOH'; 
fOH(i)=fOH(i)-1; fM2HEXBOOH(i)=fM2HEXBOOH(i)-1; fM2HEXBO2(i)=fM2HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBNO3 + hv = M2HEXBO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'M2HEXBNO3'; 
fM2HEXBNO3(i)=fM2HEXBNO3(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXBNO3 = CH3COCH3 + NO2 + C3H7CHO';
k(:,i) = 3.01e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXBNO3'; 
fOH(i)=fOH(i)-1; fM2HEXBNO3(i)=fM2HEXBNO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'M2HEXBO = H2M2C65O2';
k(:,i) = 2.03e11.*exp(-3430./T);
Gstr{i,1} = 'M2HEXBO'; 
fM2HEXBO(i)=fM2HEXBO(i)-1; fH2M2C65O2(i)=fH2M2C65O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2HEXBOH = M2HEXBO';
k(:,i) = 4.62e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2HEXBOH'; 
fOH(i)=fOH(i)-1; fM2HEXBOH(i)=fM2HEXBOH(i)-1; fM2HEXBO(i)=fM2HEXBO(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAOOH + hv = M3HEXAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3HEXAOOH'; 
fM3HEXAOOH(i)=fM3HEXAOOH(i)-1; fM3HEXAO(i)=fM3HEXAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXAOOH = M3CO5C6 + OH';
k(:,i) = 2.96e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXAOOH'; 
fOH(i)=fOH(i)-1; fM3HEXAOOH(i)=fM3HEXAOOH(i)-1; fM3CO5C6(i)=fM3CO5C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXANO3 + hv = M3HEXAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M3HEXANO3'; 
fM3HEXANO3(i)=fM3HEXANO3(i)-1; fM3HEXAO(i)=fM3HEXAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXANO3 = M3CO5C6 + NO2';
k(:,i) = 4.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXANO3'; 
fOH(i)=fOH(i)-1; fM3HEXANO3(i)=fM3HEXANO3(i)-1; fM3CO5C6(i)=fM3CO5C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXAO = H2M4C65O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'M3HEXAO'; 
fM3HEXAO(i)=fM3HEXAO(i)-1; fH2M4C65O2(i)=fH2M4C65O2(i)+1; 

i=i+1;
Rnames{i} = 'M3CO5C6 + hv = CH3CO3 + IPEAO2';
k(:,i) = J22;
Gstr{i,1} = 'M3CO5C6'; 
fM3CO5C6(i)=fM3CO5C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3CO5C6 = C710O2';
k(:,i) = 1.18e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3CO5C6'; 
fOH(i)=fOH(i)-1; fM3CO5C6(i)=fM3CO5C6(i)-1; fC710O2(i)=fC710O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXAOH = M3CO5C6 + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXAOH'; 
fOH(i)=fOH(i)-1; fM3HEXAOH(i)=fM3HEXAOH(i)-1; fM3CO5C6(i)=fM3CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBOOH + hv = M3HEXBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3HEXBOOH'; 
fM3HEXBOOH(i)=fM3HEXBOOH(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXBOOH = M3HEXBO2';
k(:,i) = 7.81e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXBOOH'; 
fOH(i)=fOH(i)-1; fM3HEXBOOH(i)=fM3HEXBOOH(i)-1; fM3HEXBO2(i)=fM3HEXBO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBNO3 + hv = M3HEXBO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'M3HEXBNO3'; 
fM3HEXBNO3(i)=fM3HEXBNO3(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXBNO3 = MEK + C2H5CHO + NO2';
k(:,i) = 1.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXBNO3'; 
fOH(i)=fOH(i)-1; fM3HEXBNO3(i)=fM3HEXBNO3(i)-1; fMEK(i)=fMEK(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3HEXBO = H3M3C6O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'M3HEXBO'; 
fM3HEXBO(i)=fM3HEXBO(i)-1; fH3M3C6O2(i)=fH3M3C6O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3HEXBOH = M3HEXBO';
k(:,i) = 4.35e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3HEXBOH'; 
fOH(i)=fOH(i)-1; fM3HEXBOH(i)=fM3HEXBOH(i)-1; fM3HEXBO(i)=fM3HEXBO(i)+1; 

i=i+1;
Rnames{i} = 'OCTOOH + hv = OCTO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OCTOOH'; 
fOCTOOH(i)=fOCTOOH(i)-1; fOCTO(i)=fOCTO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + OCTOOH = OCT3ONE + OH';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'OCTOOH'; 
fOH(i)=fOH(i)-1; fOCTOOH(i)=fOCTOOH(i)-1; fOCT3ONE(i)=fOCT3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OCTNO3 + hv = OCTO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'OCTNO3'; 
fOCTNO3(i)=fOCTNO3(i)-1; fOCTO(i)=fOCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + OCTNO3 = OCT3ONE + NO2';
k(:,i) = 3.88e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'OCTNO3'; 
fOH(i)=fOH(i)-1; fOCTNO3(i)=fOCTNO3(i)-1; fOCT3ONE(i)=fOCT3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OCTO = HO3C86O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'OCTO'; 
fOCTO(i)=fOCTO(i)-1; fHO3C86O2(i)=fHO3C86O2(i)+1; 

i=i+1;
Rnames{i} = 'OCT3ONE + hv = C2H5CO3 + PEAO2';
k(:,i) = J22;
Gstr{i,1} = 'OCT3ONE'; 
fOCT3ONE(i)=fOCT3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fPEAO2(i)=fPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + OCT3ONE = CO3C85O2';
k(:,i) = 9.30e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'OCT3ONE'; 
fOH(i)=fOH(i)-1; fOCT3ONE(i)=fOCT3ONE(i)-1; fCO3C85O2(i)=fCO3C85O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + OCTOH = OCT3ONE + HO2';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'OCTOH'; 
fOH(i)=fOH(i)-1; fOCTOH(i)=fOCTOH(i)-1; fOCT3ONE(i)=fOCT3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NONOOH + hv = NONO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NONOOH'; 
fNONOOH(i)=fNONOOH(i)-1; fNONO(i)=fNONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NONOOH = NON3ONE + OH';
k(:,i) = 3.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NONOOH'; 
fOH(i)=fOH(i)-1; fNONOOH(i)=fNONOOH(i)-1; fNON3ONE(i)=fNON3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NONNO3 + hv = NONO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NONNO3'; 
fNONNO3(i)=fNONNO3(i)-1; fNONO(i)=fNONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NONNO3 = NON3ONE + NO2';
k(:,i) = 6.26e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NONNO3'; 
fOH(i)=fOH(i)-1; fNONNO3(i)=fNONNO3(i)-1; fNON3ONE(i)=fNON3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NONO = HO3C96O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'NONO'; 
fNONO(i)=fNONO(i)-1; fHO3C96O2(i)=fHO3C96O2(i)+1; 

i=i+1;
Rnames{i} = 'NON3ONE + hv = C2H5CO3 + HEXAO2';
k(:,i) = J22;
Gstr{i,1} = 'NON3ONE'; 
fNON3ONE(i)=fNON3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NON3ONE = C91O2';
k(:,i) = 1.07e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NON3ONE'; 
fOH(i)=fOH(i)-1; fNON3ONE(i)=fNON3ONE(i)-1; fC91O2(i)=fC91O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NONOH = NON3ONE + HO2';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NONOH'; 
fOH(i)=fOH(i)-1; fNONOH(i)=fNONOH(i)-1; fNON3ONE(i)=fNON3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DECOOH + hv = DECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DECOOH'; 
fDECOOH(i)=fDECOOH(i)-1; fDECO(i)=fDECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + DECOOH = DEC3ONE + OH';
k(:,i) = 3.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DECOOH'; 
fOH(i)=fOH(i)-1; fDECOOH(i)=fDECOOH(i)-1; fDEC3ONE(i)=fDEC3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DECNO3 + hv = DECO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DECNO3'; 
fDECNO3(i)=fDECNO3(i)-1; fDECO(i)=fDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DECNO3 = DEC3ONE + NO2';
k(:,i) = 7.67e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DECNO3'; 
fOH(i)=fOH(i)-1; fDECNO3(i)=fDECNO3(i)-1; fDEC3ONE(i)=fDEC3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DECO = HO3C106O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'DECO'; 
fDECO(i)=fDECO(i)-1; fHO3C106O2(i)=fHO3C106O2(i)+1; 

i=i+1;
Rnames{i} = 'DEC3ONE + hv = C2H5CO3 + HEPTO2';
k(:,i) = J22;
Gstr{i,1} = 'DEC3ONE'; 
fDEC3ONE(i)=fDEC3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHEPTO2(i)=fHEPTO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DEC3ONE = C101O2';
k(:,i) = 1.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DEC3ONE'; 
fOH(i)=fOH(i)-1; fDEC3ONE(i)=fDEC3ONE(i)-1; fC101O2(i)=fC101O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DECOH = DEC3ONE + HO2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DECOH'; 
fOH(i)=fOH(i)-1; fDECOH(i)=fDECOH(i)-1; fDEC3ONE(i)=fDEC3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + UDECOOH = UDEC3ONE + OH';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'UDECOOH'; 
fOH(i)=fOH(i)-1; fUDECOOH(i)=fUDECOOH(i)-1; fUDEC3ONE(i)=fUDEC3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'UDECOOH + hv = UDECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'UDECOOH'; 
fUDECOOH(i)=fUDECOOH(i)-1; fUDECO(i)=fUDECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + UDECNO3 = UDEC3ONE + NO2';
k(:,i) = 9.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'UDECNO3'; 
fOH(i)=fOH(i)-1; fUDECNO3(i)=fUDECNO3(i)-1; fUDEC3ONE(i)=fUDEC3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'UDECNO3 + hv = UDECO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'UDECNO3'; 
fUDECNO3(i)=fUDECNO3(i)-1; fUDECO(i)=fUDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'UDECO = HO3C116O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'UDECO'; 
fUDECO(i)=fUDECO(i)-1; fHO3C116O2(i)=fHO3C116O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + UDEC3ONE = C111O2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'UDEC3ONE'; 
fOH(i)=fOH(i)-1; fUDEC3ONE(i)=fUDEC3ONE(i)-1; fC111O2(i)=fC111O2(i)+1; 

i=i+1;
Rnames{i} = 'UDEC3ONE + hv = C2H5CO3 + OCTO2';
k(:,i) = J22;
Gstr{i,1} = 'UDEC3ONE'; 
fUDEC3ONE(i)=fUDEC3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOCTO2(i)=fOCTO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + UDECOH = UDEC3ONE + HO2';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'UDECOH'; 
fOH(i)=fOH(i)-1; fUDECOH(i)=fUDECOH(i)-1; fUDEC3ONE(i)=fUDEC3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DDECOOH + hv = DDECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DDECOOH'; 
fDDECOOH(i)=fDDECOOH(i)-1; fDDECO(i)=fDDECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + DDECOOH = DDEC3ONE + OH';
k(:,i) = 4.07e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DDECOOH'; 
fOH(i)=fOH(i)-1; fDDECOOH(i)=fDDECOOH(i)-1; fDDEC3ONE(i)=fDDEC3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DDECNO3 + hv = DDECO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DDECNO3'; 
fDDECNO3(i)=fDDECNO3(i)-1; fDDECO(i)=fDDECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DDECNO3 = DDEC3ONE + NO2';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DDECNO3'; 
fOH(i)=fOH(i)-1; fDDECNO3(i)=fDDECNO3(i)-1; fDDEC3ONE(i)=fDDEC3ONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DDECO = HO3C126O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'DDECO'; 
fDDECO(i)=fDDECO(i)-1; fHO3C126O2(i)=fHO3C126O2(i)+1; 

i=i+1;
Rnames{i} = 'DDEC3ONE + hv = C2H5CO3 + NONO2';
k(:,i) = J22;
Gstr{i,1} = 'DDEC3ONE'; 
fDDEC3ONE(i)=fDDEC3ONE(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNONO2(i)=fNONO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DDEC3ONE = C121O2';
k(:,i) = 1.49e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DDEC3ONE'; 
fOH(i)=fOH(i)-1; fDDEC3ONE(i)=fDDEC3ONE(i)-1; fC121O2(i)=fC121O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + DDECOH = DDEC3ONE + HO2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'DDECOH'; 
fOH(i)=fOH(i)-1; fDDECOH(i)=fDDECOH(i)-1; fDDEC3ONE(i)=fDDEC3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHEXOOH + hv = CHEXO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHEXOOH'; 
fCHEXOOH(i)=fCHEXOOH(i)-1; fCHEXO(i)=fCHEXO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CHEXOOH = CYHEXONE + OH';
k(:,i) = 3.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CHEXOOH'; 
fOH(i)=fOH(i)-1; fCHEXOOH(i)=fCHEXOOH(i)-1; fCYHEXONE(i)=fCYHEXONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHEXNO3 + hv = CHEXO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'CHEXNO3'; 
fCHEXNO3(i)=fCHEXNO3(i)-1; fCHEXO(i)=fCHEXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CHEXNO3 = CYHEXONE + NO2';
k(:,i) = 3.30e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CHEXNO3'; 
fOH(i)=fOH(i)-1; fCHEXNO3(i)=fCHEXNO3(i)-1; fCYHEXONE(i)=fCYHEXONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO = CO1C6O2';
k(:,i) = 3.80e13.*exp(-6026./T);
Gstr{i,1} = 'CHEXO'; 
fCHEXO(i)=fCHEXO(i)-1; fCO1C6O2(i)=fCO1C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CHEXO = CYHEXONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CHEXO'; 
fCHEXO(i)=fCHEXO(i)-1; fCYHEXONE(i)=fCYHEXONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHO2HNO3 + OH = ETHENO3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ETHO2HNO3'; Gstr{i,2} = 'OH'; 
fETHO2HNO3(i)=fETHO2HNO3(i)-1; fOH(i)=fOH(i)-1; fETHENO3O2(i)=fETHENO3O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHO2HNO3 + OH = NO3CH2CHO + OH';
k(:,i) = 1.62e-12;
Gstr{i,1} = 'ETHO2HNO3'; Gstr{i,2} = 'OH'; 
fETHO2HNO3(i)=fETHO2HNO3(i)-1; fOH(i)=fOH(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHO2HNO3 + hv = ETHENO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETHO2HNO3'; 
fETHO2HNO3(i)=fETHO2HNO3(i)-1; fETHENO3O(i)=fETHENO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O = NO2 + HCHO + HCHO';
k(:,i) = 7.00e03;
Gstr{i,1} = 'ETHENO3O'; 
fETHENO3O(i)=fETHENO3O(i)-1; fNO2(i)=fNO2(i)+1; fHCHO(i)=fHCHO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ETHENO3O = NO3CH2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'ETHENO3O'; 
fETHENO3O(i)=fETHENO3O(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CHO + NO3 = NO3CH2CO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'NO3CH2CHO'; Gstr{i,2} = 'NO3'; 
fNO3CH2CHO(i)=fNO3CH2CHO(i)-1; fNO3(i)=fNO3(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CHO + OH = NO3CH2CO3';
k(:,i) = 3.40e-12;
Gstr{i,1} = 'NO3CH2CHO'; Gstr{i,2} = 'OH'; 
fNO3CH2CHO(i)=fNO3CH2CHO(i)-1; fOH(i)=fOH(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CHO + hv = NO2 + HCOCH2O';
k(:,i) = J56.*4.3;
Gstr{i,1} = 'NO3CH2CHO'; 
fNO3CH2CHO(i)=fNO3CH2CHO(i)-1; fNO2(i)=fNO2(i)+1; fHCOCH2O(i)=fHCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'PR1O2HNO3 + OH = CHOPRNO3 + OH';
k(:,i) = 1.69e-12;
Gstr{i,1} = 'PR1O2HNO3'; Gstr{i,2} = 'OH'; 
fPR1O2HNO3(i)=fPR1O2HNO3(i)-1; fOH(i)=fOH(i)-1; fCHOPRNO3(i)=fCHOPRNO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PR1O2HNO3 + OH = PRONO3AO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PR1O2HNO3'; Gstr{i,2} = 'OH'; 
fPR1O2HNO3(i)=fPR1O2HNO3(i)-1; fOH(i)=fOH(i)-1; fPRONO3AO2(i)=fPRONO3AO2(i)+1; 

i=i+1;
Rnames{i} = 'PR1O2HNO3 + hv = PRONO3AO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PR1O2HNO3'; 
fPR1O2HNO3(i)=fPR1O2HNO3(i)-1; fPRONO3AO(i)=fPRONO3AO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO = CHOPRNO3 + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'PRONO3AO'; 
fPRONO3AO(i)=fPRONO3AO(i)-1; fCHOPRNO3(i)=fCHOPRNO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3AO = HCHO + CH3CHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'PRONO3AO'; 
fPRONO3AO(i)=fPRONO3AO(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOPRNO3 + NO3 = PRNO3CO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'CHOPRNO3'; Gstr{i,2} = 'NO3'; 
fCHOPRNO3(i)=fCHOPRNO3(i)-1; fNO3(i)=fNO3(i)-1; fPRNO3CO3(i)=fPRNO3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOPRNO3 + OH = PRNO3CO3';
k(:,i) = 3.55e-12;
Gstr{i,1} = 'CHOPRNO3'; Gstr{i,2} = 'OH'; 
fCHOPRNO3(i)=fCHOPRNO3(i)-1; fOH(i)=fOH(i)-1; fPRNO3CO3(i)=fPRNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOPRNO3 + hv = PROPALO + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CHOPRNO3'; 
fCHOPRNO3(i)=fCHOPRNO3(i)-1; fPROPALO(i)=fPROPALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2O2HNO3 + OH = NOA + OH';
k(:,i) = 3.47e-12;
Gstr{i,1} = 'PR2O2HNO3'; Gstr{i,2} = 'OH'; 
fPR2O2HNO3(i)=fPR2O2HNO3(i)-1; fOH(i)=fOH(i)-1; fNOA(i)=fNOA(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PR2O2HNO3 + OH = PRONO3BO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PR2O2HNO3'; Gstr{i,2} = 'OH'; 
fPR2O2HNO3(i)=fPR2O2HNO3(i)-1; fOH(i)=fOH(i)-1; fPRONO3BO2(i)=fPRONO3BO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2O2HNO3 + hv = PRONO3BO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PR2O2HNO3'; 
fPR2O2HNO3(i)=fPR2O2HNO3(i)-1; fPRONO3BO(i)=fPRONO3BO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO = CH3CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'PRONO3BO'; 
fPRONO3BO(i)=fPRONO3BO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONO3BO = NOA + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'PRONO3BO'; 
fPRONO3BO(i)=fPRONO3BO(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOA + OH = MGLYOX + NO2';
k(:,i) = 6.70e-13;
Gstr{i,1} = 'NOA'; Gstr{i,2} = 'OH'; 
fNOA(i)=fNOA(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOA + hv = CH3COCH2O + NO2';
k(:,i) = J56;
Gstr{i,1} = 'NOA'; 
fNOA(i)=fNOA(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3OOH + OH = BU1ENO3O2';
k(:,i) = 8.97e-12;
Gstr{i,1} = 'BU1ENO3OOH'; Gstr{i,2} = 'OH'; 
fBU1ENO3OOH(i)=fBU1ENO3OOH(i)-1; fOH(i)=fOH(i)-1; fBU1ENO3O2(i)=fBU1ENO3O2(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3OOH + hv = BU1ENO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'BU1ENO3OOH'; 
fBU1ENO3OOH(i)=fBU1ENO3OOH(i)-1; fBU1ENO3O(i)=fBU1ENO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O = C2H5CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'BU1ENO3O'; 
fBU1ENO3O(i)=fBU1ENO3O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BU1ENO3O = CO3C4NO3 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'BU1ENO3O'; 
fBU1ENO3O(i)=fBU1ENO3O(i)-1; fCO3C4NO3(i)=fCO3C4NO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3 + OH = CO3C4NO3O2';
k(:,i) = 8.2e-13;
Gstr{i,1} = 'CO3C4NO3'; Gstr{i,2} = 'OH'; 
fCO3C4NO3(i)=fCO3C4NO3(i)-1; fOH(i)=fOH(i)-1; fCO3C4NO3O2(i)=fCO3C4NO3O2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3 + hv = MEKCO + NO2';
k(:,i) = J56;
Gstr{i,1} = 'CO3C4NO3'; 
fCO3C4NO3(i)=fCO3C4NO3(i)-1; fMEKCO(i)=fMEKCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4NO3 + OH = HO3C3CHO + NO2';
k(:,i) = 3.03e-12;
Gstr{i,1} = 'HO3C4NO3'; Gstr{i,2} = 'OH'; 
fHO3C4NO3(i)=fHO3C4NO3(i)-1; fOH(i)=fOH(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34OOH + OH = C43NO34O2';
k(:,i) = 5.64e-12;
Gstr{i,1} = 'C43NO34OOH'; Gstr{i,2} = 'OH'; 
fC43NO34OOH(i)=fC43NO34OOH(i)-1; fOH(i)=fOH(i)-1; fC43NO34O2(i)=fC43NO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34OOH + hv = C43NO34O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C43NO34OOH'; 
fC43NO34OOH(i)=fC43NO34OOH(i)-1; fC43NO34O(i)=fC43NO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O = BUTAL2NO3 + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C43NO34O'; 
fC43NO34O(i)=fC43NO34O(i)-1; fBUTAL2NO3(i)=fBUTAL2NO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO34O = C2H5CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C43NO34O'; 
fC43NO34O(i)=fC43NO34O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTAL2NO3 + OH = EGLYOX + NO2';
k(:,i) = 4.44e-12;
Gstr{i,1} = 'BUTAL2NO3'; Gstr{i,2} = 'OH'; 
fBUTAL2NO3(i)=fBUTAL2NO3(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTAL2NO3 + hv = BUTAL2O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BUTAL2NO3'; 
fBUTAL2NO3(i)=fBUTAL2NO3(i)-1; fBUTAL2O(i)=fBUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTAL2NO3 + hv = C2H5CHO + HO2 + CO + NO2';
k(:,i) = J17;
Gstr{i,1} = 'BUTAL2NO3'; 
fBUTAL2NO3(i)=fBUTAL2NO3(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO + CO = C2H5CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'C2H5CHOO'; Gstr{i,2} = 'CO'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fCO(i)=fCO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO + NO = C2H5CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'C2H5CHOO'; Gstr{i,2} = 'NO'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fNO(i)=fNO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO + NO2 = C2H5CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'C2H5CHOO'; Gstr{i,2} = 'NO2'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fNO2(i)=fNO2(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO + SO2 = C2H5CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'C2H5CHOO'; Gstr{i,2} = 'SO2'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fSO2(i)=fSO2(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO = C2H5CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'C2H5CHOO'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5CHOO = PROPACID';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'C2H5CHOO'; 
fC2H5CHOO(i)=fC2H5CHOO(i)-1; fPROPACID(i)=fPROPACID(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4OOH + OH = HO3C3CHO + OH';
k(:,i) = 2.14e-11;
Gstr{i,1} = 'HO3C4OOH'; Gstr{i,2} = 'OH'; 
fHO3C4OOH(i)=fHO3C4OOH(i)-1; fOH(i)=fOH(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4OOH + OH = HO3C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HO3C4OOH'; Gstr{i,2} = 'OH'; 
fHO3C4OOH(i)=fHO3C4OOH(i)-1; fOH(i)=fOH(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4OOH + hv = HO3C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C4OOH'; 
fHO3C4OOH(i)=fHO3C4OOH(i)-1; fHO3C4O(i)=fHO3C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4O = C2H5CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5538./T);
Gstr{i,1} = 'HO3C4O'; 
fHO3C4O(i)=fHO3C4O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CHO + NO3 = HO3C3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'HO3C3CHO'; Gstr{i,2} = 'NO3'; 
fHO3C3CHO(i)=fHO3C3CHO(i)-1; fNO3(i)=fNO3(i)-1; fHO3C3CO3(i)=fHO3C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CHO + OH = HO3C3CO3';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'HO3C3CHO'; Gstr{i,2} = 'OH'; 
fHO3C3CHO(i)=fHO3C3CHO(i)-1; fOH(i)=fOH(i)-1; fHO3C3CO3(i)=fHO3C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CHO + hv = C2H5CHO + HCHO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HO3C3CHO'; 
fHO3C3CHO(i)=fHO3C3CHO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33OOH + OH = BUTONENO3 + OH';
k(:,i) = 7.15e-12;
Gstr{i,1} = 'C42NO33OOH'; Gstr{i,2} = 'OH'; 
fC42NO33OOH(i)=fC42NO33OOH(i)-1; fOH(i)=fOH(i)-1; fBUTONENO3(i)=fBUTONENO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33OOH + hv = C42NO33O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C42NO33OOH'; 
fC42NO33OOH(i)=fC42NO33OOH(i)-1; fC42NO33O(i)=fC42NO33O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O = BUTONENO3 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C42NO33O'; 
fC42NO33O(i)=fC42NO33O(i)-1; fBUTONENO3(i)=fBUTONENO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42NO33O = CH3CHO + CH3CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C42NO33O'; 
fC42NO33O(i)=fC42NO33O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTONENO3 + OH = BIACET + NO2';
k(:,i) = 1.2e-12;
Gstr{i,1} = 'BUTONENO3'; Gstr{i,2} = 'OH'; 
fBUTONENO3(i)=fBUTONENO3(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTONENO3 + hv = MEKBO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'BUTONENO3'; 
fBUTONENO3(i)=fBUTONENO3(i)-1; fMEKBO(i)=fMEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3OOH + OH = MPRANO3O2';
k(:,i) = 3.98e-12;
Gstr{i,1} = 'MPRANO3OOH'; Gstr{i,2} = 'OH'; 
fMPRANO3OOH(i)=fMPRANO3OOH(i)-1; fOH(i)=fOH(i)-1; fMPRANO3O2(i)=fMPRANO3O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3OOH + hv = MPRANO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPRANO3OOH'; 
fMPRANO3OOH(i)=fMPRANO3OOH(i)-1; fMPRANO3O(i)=fMPRANO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRANO3O = CH3COCH3 + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MPRANO3O'; 
fMPRANO3O(i)=fMPRANO3O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3OOH + OH = MPRBNO3O2';
k(:,i) = 5.22e-12;
Gstr{i,1} = 'MPRBNO3OOH'; Gstr{i,2} = 'OH'; 
fMPRBNO3OOH(i)=fMPRBNO3OOH(i)-1; fOH(i)=fOH(i)-1; fMPRBNO3O2(i)=fMPRBNO3O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3OOH + hv = MPRBNO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPRBNO3OOH'; 
fMPRBNO3OOH(i)=fMPRBNO3OOH(i)-1; fMPRBNO3O(i)=fMPRBNO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O = CH3COCH3 + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'MPRBNO3O'; 
fMPRBNO3O(i)=fMPRBNO3O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3O = MPRBNO3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MPRBNO3O'; 
fMPRBNO3O(i)=fMPRBNO3O(i)-1; fMPRBNO3CHO(i)=fMPRBNO3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CHO + NO3 = MPRBNO3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'MPRBNO3CHO'; Gstr{i,2} = 'NO3'; 
fMPRBNO3CHO(i)=fMPRBNO3CHO(i)-1; fNO3(i)=fNO3(i)-1; fMPRBNO3CO3(i)=fMPRBNO3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CHO + OH = MPRBNO3CO3';
k(:,i) = 3.61e-12;
Gstr{i,1} = 'MPRBNO3CHO'; Gstr{i,2} = 'OH'; 
fMPRBNO3CHO(i)=fMPRBNO3CHO(i)-1; fOH(i)=fOH(i)-1; fMPRBNO3CO3(i)=fMPRBNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CHO + hv = CH3COCH3 + NO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'MPRBNO3CHO'; 
fMPRBNO3CHO(i)=fMPRBNO3CHO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CHO + hv = M2PROPAL2O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'MPRBNO3CHO'; 
fMPRBNO3CHO(i)=fMPRBNO3CHO(i)-1; fM2PROPAL2O(i)=fM2PROPAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OO + CO = CH3COCH3';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'CH3CCH3OO'; Gstr{i,2} = 'CO'; 
fCH3CCH3OO(i)=fCH3CCH3OO(i)-1; fCO(i)=fCO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OO + NO = CH3COCH3 + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'CH3CCH3OO'; Gstr{i,2} = 'NO'; 
fCH3CCH3OO(i)=fCH3CCH3OO(i)-1; fNO(i)=fNO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OO + NO2 = CH3COCH3 + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'CH3CCH3OO'; Gstr{i,2} = 'NO2'; 
fCH3CCH3OO(i)=fCH3CCH3OO(i)-1; fNO2(i)=fNO2(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OO + SO2 = CH3COCH3 + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'CH3CCH3OO'; Gstr{i,2} = 'SO2'; 
fCH3CCH3OO(i)=fCH3CCH3OO(i)-1; fSO2(i)=fSO2(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCH3OO = CH3COCH3 + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'CH3CCH3OO'; 
fCH3CCH3OO(i)=fCH3CCH3OO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32OOH + OH = C51NO32CO + OH';
k(:,i) = 1.06e-11;
Gstr{i,1} = 'C51NO32OOH'; Gstr{i,2} = 'OH'; 
fC51NO32OOH(i)=fC51NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC51NO32CO(i)=fC51NO32CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32OOH + OH = C51NO32O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C51NO32OOH'; Gstr{i,2} = 'OH'; 
fC51NO32OOH(i)=fC51NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC51NO32O2(i)=fC51NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32OOH + hv = C51NO32O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C51NO32OOH'; 
fC51NO32OOH(i)=fC51NO32OOH(i)-1; fC51NO32O(i)=fC51NO32O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O = C3H7CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C51NO32O'; 
fC51NO32O(i)=fC51NO32O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32O = C51NO32CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C51NO32O'; 
fC51NO32O(i)=fC51NO32O(i)-1; fC51NO32CO(i)=fC51NO32CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32CO + OH = C5NO3COAO2';
k(:,i) = 4.70e-12;
Gstr{i,1} = 'C51NO32CO'; Gstr{i,2} = 'OH'; 
fC51NO32CO(i)=fC51NO32CO(i)-1; fOH(i)=fOH(i)-1; fC5NO3COAO2(i)=fC5NO3COAO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO32CO + hv = PEN2ONE1O + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C51NO32CO'; 
fC51NO32CO(i)=fC51NO32CO(i)-1; fPEN2ONE1O(i)=fPEN2ONE1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBNO3 + OH = C4OHCHO + NO2';
k(:,i) = 3.43e-12;
Gstr{i,1} = 'PE1ENEBNO3'; Gstr{i,2} = 'OH'; 
fPE1ENEBNO3(i)=fPE1ENEBNO3(i)-1; fOH(i)=fOH(i)-1; fC4OHCHO(i)=fC4OHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31OOH + OH = C52NO31CO + OH';
k(:,i) = 3.23e-12;
Gstr{i,1} = 'C52NO31OOH'; Gstr{i,2} = 'OH'; 
fC52NO31OOH(i)=fC52NO31OOH(i)-1; fOH(i)=fOH(i)-1; fC52NO31CO(i)=fC52NO31CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31OOH + OH = C52NO31O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C52NO31OOH'; Gstr{i,2} = 'OH'; 
fC52NO31OOH(i)=fC52NO31OOH(i)-1; fOH(i)=fOH(i)-1; fC52NO31O2(i)=fC52NO31O2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31OOH + hv = C52NO31O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C52NO31OOH'; 
fC52NO31OOH(i)=fC52NO31OOH(i)-1; fC52NO31O(i)=fC52NO31O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O = C3H7CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C52NO31O'; 
fC52NO31O(i)=fC52NO31O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31O = C52NO31CO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C52NO31O'; 
fC52NO31O(i)=fC52NO31O(i)-1; fC52NO31CO(i)=fC52NO31CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31CO + NO3 = C4NO3CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C52NO31CO'; Gstr{i,2} = 'NO3'; 
fC52NO31CO(i)=fC52NO31CO(i)-1; fNO3(i)=fNO3(i)-1; fC4NO3CO3(i)=fC4NO3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31CO + OH = C4NO3CO3';
k(:,i) = 5.77e-12;
Gstr{i,1} = 'C52NO31CO'; Gstr{i,2} = 'OH'; 
fC52NO31CO(i)=fC52NO31CO(i)-1; fOH(i)=fOH(i)-1; fC4NO3CO3(i)=fC4NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C52NO31CO + hv = C4CHO2O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C52NO31CO'; 
fC52NO31CO(i)=fC52NO31CO(i)-1; fC4CHO2O(i)=fC4CHO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEANO3 + OH = C51OH2CO + NO2';
k(:,i) = 2.46e-12;
Gstr{i,1} = 'PE1ENEANO3'; Gstr{i,2} = 'OH'; 
fPE1ENEANO3(i)=fPE1ENEANO3(i)-1; fOH(i)=fOH(i)-1; fC51OH2CO(i)=fC51OH2CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO + CO = C3H7CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'C3H7CHOO'; Gstr{i,2} = 'CO'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fCO(i)=fCO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO + NO = C3H7CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'C3H7CHOO'; Gstr{i,2} = 'NO'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fNO(i)=fNO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO + NO2 = C3H7CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'C3H7CHOO'; Gstr{i,2} = 'NO2'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fNO2(i)=fNO2(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO + SO2 = C3H7CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'C3H7CHOO'; Gstr{i,2} = 'SO2'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fSO2(i)=fSO2(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO = BUTACID';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'C3H7CHOO'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fBUTACID(i)=fBUTACID(i)+1; 

i=i+1;
Rnames{i} = 'C3H7CHOO = C3H7CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'C3H7CHOO'; 
fC3H7CHOO(i)=fC3H7CHOO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C51OH2OOH + OH = C51OH2CO + OH';
k(:,i) = 3.15e-11;
Gstr{i,1} = 'C51OH2OOH'; Gstr{i,2} = 'OH'; 
fC51OH2OOH(i)=fC51OH2OOH(i)-1; fOH(i)=fOH(i)-1; fC51OH2CO(i)=fC51OH2CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51OH2OOH + OH = PE1ENEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C51OH2OOH'; Gstr{i,2} = 'OH'; 
fC51OH2OOH(i)=fC51OH2OOH(i)-1; fOH(i)=fOH(i)-1; fPE1ENEAO2(i)=fPE1ENEAO2(i)+1; 

i=i+1;
Rnames{i} = 'C51OH2OOH + hv = PE1ENEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C51OH2OOH'; 
fC51OH2OOH(i)=fC51OH2OOH(i)-1; fPE1ENEAO(i)=fPE1ENEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEAO = C3H7CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-6382./T);
Gstr{i,1} = 'PE1ENEAO'; 
fPE1ENEAO(i)=fPE1ENEAO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C51OH2CO + OH = C5OH2CO4O2';
k(:,i) = 7.26e-12;
Gstr{i,1} = 'C51OH2CO'; Gstr{i,2} = 'OH'; 
fC51OH2CO(i)=fC51OH2CO(i)-1; fOH(i)=fOH(i)-1; fC5OH2CO4O2(i)=fC5OH2CO4O2(i)+1; 

i=i+1;
Rnames{i} = 'C51OH2CO + hv = HOCH2CO3 + NC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'C51OH2CO'; 
fC51OH2CO(i)=fC51OH2CO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'HO12C5 + OH = C51OH2CO + HO2';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'HO12C5'; Gstr{i,2} = 'OH'; 
fHO12C5(i)=fHO12C5(i)-1; fOH(i)=fOH(i)-1; fC51OH2CO(i)=fC51OH2CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C52OH1OOH + OH = C4OHCHO + OH';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'C52OH1OOH'; Gstr{i,2} = 'OH'; 
fC52OH1OOH(i)=fC52OH1OOH(i)-1; fOH(i)=fOH(i)-1; fC4OHCHO(i)=fC4OHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52OH1OOH + OH = PE1ENEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C52OH1OOH'; Gstr{i,2} = 'OH'; 
fC52OH1OOH(i)=fC52OH1OOH(i)-1; fOH(i)=fOH(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'C52OH1OOH + hv = PE1ENEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C52OH1OOH'; 
fC52OH1OOH(i)=fC52OH1OOH(i)-1; fPE1ENEBO(i)=fPE1ENEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PE1ENEBO = C3H7CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5489./T);
Gstr{i,1} = 'PE1ENEBO'; 
fPE1ENEBO(i)=fPE1ENEBO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCHO + NO3 = C4OHCO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C4OHCHO'; Gstr{i,2} = 'NO3'; 
fC4OHCHO(i)=fC4OHCHO(i)-1; fNO3(i)=fNO3(i)-1; fC4OHCO3(i)=fC4OHCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCHO + OH = C4OHCO3';
k(:,i) = 3.30e-11;
Gstr{i,1} = 'C4OHCHO'; Gstr{i,2} = 'OH'; 
fC4OHCHO(i)=fC4OHCHO(i)-1; fOH(i)=fOH(i)-1; fC4OHCO3(i)=fC4OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCHO + hv = C3H7CHO + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C4OHCHO'; 
fC4OHCHO(i)=fC4OHCHO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33OOH + OH = C52NO33CO + OH';
k(:,i) = 5.45e-12;
Gstr{i,1} = 'C52NO33OOH'; Gstr{i,2} = 'OH'; 
fC52NO33OOH(i)=fC52NO33OOH(i)-1; fOH(i)=fOH(i)-1; fC52NO33CO(i)=fC52NO33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33OOH + OH = C52NO33O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C52NO33OOH'; Gstr{i,2} = 'OH'; 
fC52NO33OOH(i)=fC52NO33OOH(i)-1; fOH(i)=fOH(i)-1; fC52NO33O2(i)=fC52NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33OOH + hv = C52NO33O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C52NO33OOH'; 
fC52NO33OOH(i)=fC52NO33OOH(i)-1; fC52NO33O(i)=fC52NO33O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O = C2H5CHO + CH3CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C52NO33O'; 
fC52NO33O(i)=fC52NO33O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33O = C52NO33CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C52NO33O'; 
fC52NO33O(i)=fC52NO33O(i)-1; fC52NO33CO(i)=fC52NO33CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33CO + OH = C5NO3CO4O2';
k(:,i) = 1.41e-12;
Gstr{i,1} = 'C52NO33CO'; Gstr{i,2} = 'OH'; 
fC52NO33CO(i)=fC52NO33CO(i)-1; fOH(i)=fOH(i)-1; fC5NO3CO4O2(i)=fC5NO3CO4O2(i)+1; 

i=i+1;
Rnames{i} = 'C52NO33CO + hv = DIEKAO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C52NO33CO'; 
fC52NO33CO(i)=fC52NO33CO(i)-1; fDIEKAO(i)=fDIEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32OOH + OH = C53NO32CO + OH';
k(:,i) = 3.90e-12;
Gstr{i,1} = 'C53NO32OOH'; Gstr{i,2} = 'OH'; 
fC53NO32OOH(i)=fC53NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC53NO32CO(i)=fC53NO32CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32OOH + OH = C53NO32O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C53NO32OOH'; Gstr{i,2} = 'OH'; 
fC53NO32OOH(i)=fC53NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC53NO32O2(i)=fC53NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32OOH + hv = C53NO32O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C53NO32OOH'; 
fC53NO32OOH(i)=fC53NO32OOH(i)-1; fC53NO32O(i)=fC53NO32O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O = C53NO32CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C53NO32O'; 
fC53NO32O(i)=fC53NO32O(i)-1; fC53NO32CO(i)=fC53NO32CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32O = CH3CHO + C2H5CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C53NO32O'; 
fC53NO32O(i)=fC53NO32O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32CO + OH = C5CONO34O2';
k(:,i) = 1.16e-12;
Gstr{i,1} = 'C53NO32CO'; Gstr{i,2} = 'OH'; 
fC53NO32CO(i)=fC53NO32CO(i)-1; fOH(i)=fOH(i)-1; fC5CONO34O2(i)=fC5CONO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO32CO + hv = MPRKAO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C53NO32CO'; 
fC53NO32CO(i)=fC53NO32CO(i)-1; fMPRKAO(i)=fMPRKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEANO3 + OH = DIEKAOH + NO2';
k(:,i) = 2.14e-12;
Gstr{i,1} = 'PE2ENEANO3'; Gstr{i,2} = 'OH'; 
fPE2ENEANO3(i)=fPE2ENEANO3(i)-1; fOH(i)=fOH(i)-1; fDIEKAOH(i)=fDIEKAOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52OH3OOH + OH = DIEKAOH + OH';
k(:,i) = 3.56e-11;
Gstr{i,1} = 'C52OH3OOH'; Gstr{i,2} = 'OH'; 
fC52OH3OOH(i)=fC52OH3OOH(i)-1; fOH(i)=fOH(i)-1; fDIEKAOH(i)=fDIEKAOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52OH3OOH + OH = PE2ENEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C52OH3OOH'; Gstr{i,2} = 'OH'; 
fC52OH3OOH(i)=fC52OH3OOH(i)-1; fOH(i)=fOH(i)-1; fPE2ENEAO2(i)=fPE2ENEAO2(i)+1; 

i=i+1;
Rnames{i} = 'C52OH3OOH + hv = PE2ENEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C52OH3OOH'; 
fC52OH3OOH(i)=fC52OH3OOH(i)-1; fPE2ENEAO(i)=fPE2ENEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PE2ENEAO = C2H5CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'PE2ENEAO'; 
fPE2ENEAO(i)=fPE2ENEAO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOH + OH = CO23C5';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'DIEKAOH'; Gstr{i,2} = 'OH'; 
fDIEKAOH(i)=fDIEKAOH(i)-1; fOH(i)=fOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOH + hv = CH3CHO + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'DIEKAOH'; 
fDIEKAOH(i)=fDIEKAOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M1OOH + OH = C4NO32M1O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4NO3M1OOH'; Gstr{i,2} = 'OH'; 
fC4NO3M1OOH(i)=fC4NO3M1OOH(i)-1; fOH(i)=fOH(i)-1; fC4NO32M1O2(i)=fC4NO32M1O2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M1OOH + OH = C4NO3CHO + OH';
k(:,i) = 1.95e-12;
Gstr{i,1} = 'C4NO3M1OOH'; Gstr{i,2} = 'OH'; 
fC4NO3M1OOH(i)=fC4NO3M1OOH(i)-1; fOH(i)=fOH(i)-1; fC4NO3CHO(i)=fC4NO3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M1OOH + hv = C4NO32M1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4NO3M1OOH'; 
fC4NO3M1OOH(i)=fC4NO3M1OOH(i)-1; fC4NO32M1O(i)=fC4NO32M1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O = C4NO3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C4NO32M1O'; 
fC4NO32M1O(i)=fC4NO32M1O(i)-1; fC4NO3CHO(i)=fC4NO3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M1O = MEK + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C4NO32M1O'; 
fC4NO32M1O(i)=fC4NO32M1O(i)-1; fMEK(i)=fMEK(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CHO + NO3 = C43NO3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C4NO3CHO'; Gstr{i,2} = 'NO3'; 
fC4NO3CHO(i)=fC4NO3CHO(i)-1; fNO3(i)=fNO3(i)-1; fC43NO3CO3(i)=fC43NO3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CHO + OH = C43NO3CO3';
k(:,i) = 4.48e-12;
Gstr{i,1} = 'C4NO3CHO'; Gstr{i,2} = 'OH'; 
fC4NO3CHO(i)=fC4NO3CHO(i)-1; fOH(i)=fOH(i)-1; fC43NO3CO3(i)=fC43NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CHO + hv = C42CHO2O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C4NO3CHO'; 
fC4NO3CHO(i)=fC4NO3CHO(i)-1; fC42CHO2O(i)=fC42CHO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CHO + hv = MEK + NO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C4NO3CHO'; 
fC4NO3CHO(i)=fC4NO3CHO(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32MOOH + OH = C4NO32M2O2';
k(:,i) = 5.13e-12;
Gstr{i,1} = 'C4NO32MOOH'; Gstr{i,2} = 'OH'; 
fC4NO32MOOH(i)=fC4NO32MOOH(i)-1; fOH(i)=fOH(i)-1; fC4NO32M2O2(i)=fC4NO32M2O2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32MOOH + hv = C4NO32M2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4NO32MOOH'; 
fC4NO32MOOH(i)=fC4NO32MOOH(i)-1; fC4NO32M2O(i)=fC4NO32M2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO32M2O = MEK + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4NO32M2O'; 
fC4NO32M2O(i)=fC4NO32M2O(i)-1; fMEK(i)=fMEK(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOO + CO = MEK';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'C2H5MECOO'; Gstr{i,2} = 'CO'; 
fC2H5MECOO(i)=fC2H5MECOO(i)-1; fCO(i)=fCO(i)-1; fMEK(i)=fMEK(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOO + NO = MEK + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'C2H5MECOO'; Gstr{i,2} = 'NO'; 
fC2H5MECOO(i)=fC2H5MECOO(i)-1; fNO(i)=fNO(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOO + NO2 = MEK + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'C2H5MECOO'; Gstr{i,2} = 'NO2'; 
fC2H5MECOO(i)=fC2H5MECOO(i)-1; fNO2(i)=fNO2(i)-1; fMEK(i)=fMEK(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOO + SO2 = MEK + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'C2H5MECOO'; Gstr{i,2} = 'SO2'; 
fC2H5MECOO(i)=fC2H5MECOO(i)-1; fSO2(i)=fSO2(i)-1; fMEK(i)=fMEK(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'C2H5MECOO = MEK + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'C2H5MECOO'; 
fC2H5MECOO(i)=fC2H5MECOO(i)-1; fMEK(i)=fMEK(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO31OOH + OH = C4M3NO31O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4MNO31OOH'; Gstr{i,2} = 'OH'; 
fC4MNO31OOH(i)=fC4MNO31OOH(i)-1; fOH(i)=fOH(i)-1; fC4M3NO31O2(i)=fC4M3NO31O2(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO31OOH + OH = C4M3NO3ONE + OH';
k(:,i) = 6.78e-12;
Gstr{i,1} = 'C4MNO31OOH'; Gstr{i,2} = 'OH'; 
fC4MNO31OOH(i)=fC4MNO31OOH(i)-1; fOH(i)=fOH(i)-1; fC4M3NO3ONE(i)=fC4M3NO3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO31OOH + hv = C4M3NO31O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MNO31OOH'; 
fC4MNO31OOH(i)=fC4MNO31OOH(i)-1; fC4M3NO31O(i)=fC4M3NO31O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O = C4M3NO3ONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C4M3NO31O'; 
fC4M3NO31O(i)=fC4M3NO31O(i)-1; fC4M3NO3ONE(i)=fC4M3NO3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO31O = IPRCHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C4M3NO31O'; 
fC4M3NO31O(i)=fC4M3NO31O(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO3ONE + OH = C4MCONO3O2';
k(:,i) = 1.73e-12;
Gstr{i,1} = 'C4M3NO3ONE'; Gstr{i,2} = 'OH'; 
fC4M3NO3ONE(i)=fC4M3NO3ONE(i)-1; fOH(i)=fOH(i)-1; fC4MCONO3O2(i)=fC4MCONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO3ONE + hv = IPRCOMO + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C4M3NO3ONE'; 
fC4M3NO3ONE(i)=fC4M3NO3ONE(i)-1; fIPRCOMO(i)=fIPRCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU2OLNO3 + OH = C3M3OH2CHO + NO2';
k(:,i) = 4.58e-12;
Gstr{i,1} = 'M3BU2OLNO3'; Gstr{i,2} = 'OH'; 
fM3BU2OLNO3(i)=fM3BU2OLNO3(i)-1; fOH(i)=fOH(i)-1; fC3M3OH2CHO(i)=fC3M3OH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU2OLNO3 + hv = ME3BU2OLO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'M3BU2OLNO3'; 
fM3BU2OLNO3(i)=fM3BU2OLNO3(i)-1; fME3BU2OLO(i)=fME3BU2OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO32OOH + OH = C3MNO3CHO + OH';
k(:,i) = 2.41e-12;
Gstr{i,1} = 'C4MNO32OOH'; Gstr{i,2} = 'OH'; 
fC4MNO32OOH(i)=fC4MNO32OOH(i)-1; fOH(i)=fOH(i)-1; fC3MNO3CHO(i)=fC3MNO3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO32OOH + OH = C4M3NO32O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4MNO32OOH'; Gstr{i,2} = 'OH'; 
fC4MNO32OOH(i)=fC4MNO32OOH(i)-1; fOH(i)=fOH(i)-1; fC4M3NO32O2(i)=fC4M3NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'C4MNO32OOH + hv = C4M3NO32O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MNO32OOH'; 
fC4MNO32OOH(i)=fC4MNO32OOH(i)-1; fC4M3NO32O(i)=fC4M3NO32O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O = C3MNO3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C4M3NO32O'; 
fC4M3NO32O(i)=fC4M3NO32O(i)-1; fC3MNO3CHO(i)=fC3MNO3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M3NO32O = IPRCHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C4M3NO32O'; 
fC4M3NO32O(i)=fC4M3NO32O(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CHO + NO3 = C3MNO3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C3MNO3CHO'; Gstr{i,2} = 'NO3'; 
fC3MNO3CHO(i)=fC3MNO3CHO(i)-1; fNO3(i)=fNO3(i)-1; fC3MNO3CO3(i)=fC3MNO3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CHO + OH = C3MNO3CO3';
k(:,i) = 5.49e-12;
Gstr{i,1} = 'C3MNO3CHO'; Gstr{i,2} = 'OH'; 
fC3MNO3CHO(i)=fC3MNO3CHO(i)-1; fOH(i)=fOH(i)-1; fC3MNO3CO3(i)=fC3MNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CHO + hv = M3BUTAL2O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C3MNO3CHO'; 
fC3MNO3CHO(i)=fC3MNO3CHO(i)-1; fM3BUTAL2O(i)=fM3BUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO + CO = IPRCHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'IPRCHOO'; Gstr{i,2} = 'CO'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fCO(i)=fCO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO + NO = IPRCHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'IPRCHOO'; Gstr{i,2} = 'NO'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fNO(i)=fNO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO + NO2 = IPRCHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'IPRCHOO'; Gstr{i,2} = 'NO2'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fNO2(i)=fNO2(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO + SO2 = IPRCHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'IPRCHOO'; Gstr{i,2} = 'SO2'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fSO2(i)=fSO2(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO = IBUTACID';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'IPRCHOO'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fIBUTACID(i)=fIBUTACID(i)+1; 

i=i+1;
Rnames{i} = 'IPRCHOO = IPRCHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'IPRCHOO'; 
fIPRCHOO(i)=fIPRCHOO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU2OLOOH + OH = C3M3OH2CHO + OH';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'M3BU2OLOOH'; Gstr{i,2} = 'OH'; 
fM3BU2OLOOH(i)=fM3BU2OLOOH(i)-1; fOH(i)=fOH(i)-1; fC3M3OH2CHO(i)=fC3M3OH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3BU2OLOOH + OH = ME3BU2OLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'M3BU2OLOOH'; Gstr{i,2} = 'OH'; 
fM3BU2OLOOH(i)=fM3BU2OLOOH(i)-1; fOH(i)=fOH(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU2OLOOH + hv = ME3BU2OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3BU2OLOOH'; 
fM3BU2OLOOH(i)=fM3BU2OLOOH(i)-1; fME3BU2OLO(i)=fME3BU2OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ME3BU2OLO = IPRCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ME3BU2OLO'; 
fME3BU2OLO(i)=fME3BU2OLO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CHO + NO3 = C3M3OH2CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C3M3OH2CHO'; Gstr{i,2} = 'NO3'; 
fC3M3OH2CHO(i)=fC3M3OH2CHO(i)-1; fNO3(i)=fNO3(i)-1; fC3M3OH2CO3(i)=fC3M3OH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CHO + OH = C3M3OH2CO3';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'C3M3OH2CHO'; Gstr{i,2} = 'OH'; 
fC3M3OH2CHO(i)=fC3M3OH2CHO(i)-1; fOH(i)=fOH(i)-1; fC3M3OH2CO3(i)=fC3M3OH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CHO + hv = IPRCHO + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C3M3OH2CHO'; 
fC3M3OH2CHO(i)=fC3M3OH2CHO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M2OOH + OH = C4M2NO32O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4NO3M2OOH'; Gstr{i,2} = 'OH'; 
fC4NO3M2OOH(i)=fC4NO3M2OOH(i)-1; fOH(i)=fOH(i)-1; fC4M2NO32O2(i)=fC4M2NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M2OOH + OH = C4M2NO3ONE + OH';
k(:,i) = 7.08e-12;
Gstr{i,1} = 'C4NO3M2OOH'; Gstr{i,2} = 'OH'; 
fC4NO3M2OOH(i)=fC4NO3M2OOH(i)-1; fOH(i)=fOH(i)-1; fC4M2NO3ONE(i)=fC4M2NO3ONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3M2OOH + hv = C4M2NO32O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4NO3M2OOH'; 
fC4NO3M2OOH(i)=fC4NO3M2OOH(i)-1; fC4M2NO32O(i)=fC4M2NO32O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O = C4M2NO3ONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C4M2NO32O'; 
fC4M2NO32O(i)=fC4M2NO32O(i)-1; fC4M2NO3ONE(i)=fC4M2NO3ONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO32O = CH3COCH3 + CH3CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C4M2NO32O'; 
fC4M2NO32O(i)=fC4M2NO32O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO3ONE + OH = MC4CONO3O2';
k(:,i) = 3.41e-13;
Gstr{i,1} = 'C4M2NO3ONE'; Gstr{i,2} = 'OH'; 
fC4M2NO3ONE(i)=fC4M2NO3ONE(i)-1; fOH(i)=fOH(i)-1; fMC4CONO3O2(i)=fMC4CONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO3ONE + hv = MIPKAO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C4M2NO3ONE'; 
fC4M2NO3ONE(i)=fC4M2NO3ONE(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO3OOH + OH = C4M2NO33O2';
k(:,i) = 4.06e-12;
Gstr{i,1} = 'C4M2NO3OOH'; Gstr{i,2} = 'OH'; 
fC4M2NO3OOH(i)=fC4M2NO3OOH(i)-1; fOH(i)=fOH(i)-1; fC4M2NO33O2(i)=fC4M2NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO3OOH + hv = C4M2NO33O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4M2NO3OOH'; 
fC4M2NO3OOH(i)=fC4M2NO3OOH(i)-1; fC4M2NO33O(i)=fC4M2NO33O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2NO33O = CH3CHO + CH3COCH3 + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4M2NO33O'; 
fC4M2NO33O(i)=fC4M2NO33O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36OOH + OH = C65NO36CHO + OH';
k(:,i) = 4.65e-12;
Gstr{i,1} = 'C65NO36OOH'; Gstr{i,2} = 'OH'; 
fC65NO36OOH(i)=fC65NO36OOH(i)-1; fOH(i)=fOH(i)-1; fC65NO36CHO(i)=fC65NO36CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36OOH + OH = C65NO36O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C65NO36OOH'; Gstr{i,2} = 'OH'; 
fC65NO36OOH(i)=fC65NO36OOH(i)-1; fOH(i)=fOH(i)-1; fC65NO36O2(i)=fC65NO36O2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O = C4H9CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C65NO36O'; 
fC65NO36O(i)=fC65NO36O(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36O = C65NO36CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C65NO36O'; 
fC65NO36O(i)=fC65NO36O(i)-1; fC65NO36CHO(i)=fC65NO36CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CHO + NO3 = C65NO36CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C65NO36CHO'; Gstr{i,2} = 'NO3'; 
fC65NO36CHO(i)=fC65NO36CHO(i)-1; fNO3(i)=fNO3(i)-1; fC65NO36CO3(i)=fC65NO36CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CHO + OH = C65NO36CO3';
k(:,i) = 7.19e-12;
Gstr{i,1} = 'C65NO36CHO'; Gstr{i,2} = 'OH'; 
fC65NO36CHO(i)=fC65NO36CHO(i)-1; fOH(i)=fOH(i)-1; fC65NO36CO3(i)=fC65NO36CO3(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CHO + hv = C4H9CHO + HO2 + CO + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C65NO36CHO'; 
fC65NO36CHO(i)=fC65NO36CHO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CHO + hv = HO2 + CO + C4H9CHO + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C65NO36CHO'; 
fC65NO36CHO(i)=fC65NO36CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5NO3 + OH = C4COMEOH + NO2';
k(:,i) = 3.87e-12;
Gstr{i,1} = 'C6OH5NO3'; Gstr{i,2} = 'OH'; 
fC6OH5NO3(i)=fC6OH5NO3(i)-1; fOH(i)=fOH(i)-1; fC4COMEOH(i)=fC4COMEOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35OOH + OH = C66NO35CO + OH';
k(:,i) = 8.20e-12;
Gstr{i,1} = 'C66NO35OOH'; Gstr{i,2} = 'OH'; 
fC66NO35OOH(i)=fC66NO35OOH(i)-1; fOH(i)=fOH(i)-1; fC66NO35CO(i)=fC66NO35CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35OOH + OH = C66NO35O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C66NO35OOH'; Gstr{i,2} = 'OH'; 
fC66NO35OOH(i)=fC66NO35OOH(i)-1; fOH(i)=fOH(i)-1; fC66NO35O2(i)=fC66NO35O2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35OOH + hv = C66NO35O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C66NO35OOH'; 
fC66NO35OOH(i)=fC66NO35OOH(i)-1; fC66NO35O(i)=fC66NO35O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O = C4H9CHO + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'C66NO35O'; 
fC66NO35O(i)=fC66NO35O(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35O = C66NO35CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C66NO35O'; 
fC66NO35O(i)=fC66NO35O(i)-1; fC66NO35CO(i)=fC66NO35CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35CO + OH = MNO3COC4O2';
k(:,i) = 6.69e-12;
Gstr{i,1} = 'C66NO35CO'; Gstr{i,2} = 'OH'; 
fC66NO35CO(i)=fC66NO35CO(i)-1; fOH(i)=fOH(i)-1; fMNO3COC4O2(i)=fMNO3COC4O2(i)+1; 

i=i+1;
Rnames{i} = 'C66NO35CO + hv = C4H9CO3 + HCHO + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C66NO35CO'; 
fC66NO35CO(i)=fC66NO35CO(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C66NO35OH = HO5C5CHO + NO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C66NO35OH'; 
fOH(i)=fOH(i)-1; fC66NO35OH(i)=fC66NO35OH(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO + CO = C4H9CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'NC4H9CHOO'; Gstr{i,2} = 'CO'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fCO(i)=fCO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO + NO = C4H9CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'NC4H9CHOO'; Gstr{i,2} = 'NO'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fNO(i)=fNO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO + NO2 = C4H9CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'NC4H9CHOO'; Gstr{i,2} = 'NO2'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fNO2(i)=fNO2(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO + SO2 = C4H9CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'NC4H9CHOO'; Gstr{i,2} = 'SO2'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fSO2(i)=fSO2(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO = C4H9CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'NC4H9CHOO'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NC4H9CHOO = PENTACID';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'NC4H9CHOO'; 
fNC4H9CHOO(i)=fNC4H9CHOO(i)-1; fPENTACID(i)=fPENTACID(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5OOH + OH = C4COMEOH + OH';
k(:,i) = 3.30e-11;
Gstr{i,1} = 'C6OH5OOH'; Gstr{i,2} = 'OH'; 
fC6OH5OOH(i)=fC6OH5OOH(i)-1; fOH(i)=fOH(i)-1; fC4COMEOH(i)=fC4COMEOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5OOH + OH = C6OH5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C6OH5OOH'; Gstr{i,2} = 'OH'; 
fC6OH5OOH(i)=fC6OH5OOH(i)-1; fOH(i)=fOH(i)-1; fC6OH5O2(i)=fC6OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5OOH + hv = C6OH5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6OH5OOH'; 
fC6OH5OOH(i)=fC6OH5OOH(i)-1; fC6OH5O(i)=fC6OH5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OH5O = C4H9CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C6OH5O'; 
fC6OH5O(i)=fC6OH5O(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMEOH + OH = C4COMOH3O2';
k(:,i) = 8.09e-12;
Gstr{i,1} = 'C4COMEOH'; Gstr{i,2} = 'OH'; 
fC4COMEOH(i)=fC4COMEOH(i)-1; fOH(i)=fOH(i)-1; fC4COMOH3O2(i)=fC4COMOH3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMEOH + hv = HOCH2CO3 + NC4H9O2';
k(:,i) = J22;
Gstr{i,1} = 'C4COMEOH'; 
fC4COMEOH(i)=fC4COMEOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'C656OH + OH = C4COMEOH + HO2';
k(:,i) = 1.86e-11;
Gstr{i,1} = 'C656OH'; Gstr{i,2} = 'OH'; 
fC656OH(i)=fC656OH(i)-1; fOH(i)=fOH(i)-1; fC4COMEOH(i)=fC4COMEOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6OOH + hv = HO5C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO5C6OOH'; 
fHO5C6OOH(i)=fHO5C6OOH(i)-1; fHO5C6O(i)=fHO5C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5C6OOH = HO5C5CHO + OH';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5C6OOH'; 
fOH(i)=fOH(i)-1; fHO5C6OOH(i)=fHO5C6OOH(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5C6OOH = HO5C6O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5C6OOH'; 
fOH(i)=fOH(i)-1; fHO5C6OOH(i)=fHO5C6OOH(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6O = HCHO + C4H9CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HO5C6O'; 
fHO5C6O(i)=fHO5C6O(i)-1; fHCHO(i)=fHCHO(i)+1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CHO + hv = HO2 + CO + C4H9CHO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HO5C5CHO'; 
fHO5C5CHO(i)=fHO5C5CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO5C5CHO = HO5C5CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO5C5CHO'; 
fNO3(i)=fNO3(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)-1; fHO5C5CO3(i)=fHO5C5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5C5CHO = HO5C5CO3';
k(:,i) = 3.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5C5CHO'; 
fOH(i)=fOH(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)-1; fHO5C5CO3(i)=fHO5C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33OOH + OH = C62NO33CO + OH';
k(:,i) = 7.24e-12;
Gstr{i,1} = 'C62NO33OOH'; Gstr{i,2} = 'OH'; 
fC62NO33OOH(i)=fC62NO33OOH(i)-1; fOH(i)=fOH(i)-1; fC62NO33CO(i)=fC62NO33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33OOH + OH = C62NO33O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C62NO33OOH'; Gstr{i,2} = 'OH'; 
fC62NO33OOH(i)=fC62NO33OOH(i)-1; fOH(i)=fOH(i)-1; fC62NO33O2(i)=fC62NO33O2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33OOH + hv = C62NO33O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C62NO33OOH'; 
fC62NO33OOH(i)=fC62NO33OOH(i)-1; fC62NO33O(i)=fC62NO33O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O = C3H7CHO + CH3CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C62NO33O'; 
fC62NO33O(i)=fC62NO33O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33O = C62NO33CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C62NO33O'; 
fC62NO33O(i)=fC62NO33O(i)-1; fC62NO33CO(i)=fC62NO33CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33CO + OH = C6NO3CO5O2';
k(:,i) = 4.85e-12;
Gstr{i,1} = 'C62NO33CO'; Gstr{i,2} = 'OH'; 
fC62NO33CO(i)=fC62NO33CO(i)-1; fOH(i)=fOH(i)-1; fC6NO3CO5O2(i)=fC6NO3CO5O2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO33CO + hv = HEX3ONCO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C62NO33CO'; 
fC62NO33CO(i)=fC62NO33CO(i)-1; fHEX3ONCO(i)=fHEX3ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5NO3 + OH = CO2HO3C6 + NO2';
k(:,i) = 2.06e-12;
Gstr{i,1} = 'C64OH5NO3'; Gstr{i,2} = 'OH'; 
fC64OH5NO3(i)=fC64OH5NO3(i)-1; fOH(i)=fOH(i)-1; fCO2HO3C6(i)=fCO2HO3C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32OOH + OH = C63NO32CO + OH';
k(:,i) = 5.09e-12;
Gstr{i,1} = 'C63NO32OOH'; Gstr{i,2} = 'OH'; 
fC63NO32OOH(i)=fC63NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC63NO32CO(i)=fC63NO32CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32OOH + OH = C63NO32O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C63NO32OOH'; Gstr{i,2} = 'OH'; 
fC63NO32OOH(i)=fC63NO32OOH(i)-1; fOH(i)=fOH(i)-1; fC63NO32O2(i)=fC63NO32O2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32OOH + hv = C63NO32O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C63NO32OOH'; 
fC63NO32OOH(i)=fC63NO32OOH(i)-1; fC63NO32O(i)=fC63NO32O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O = C3H7CHO + CH3CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C63NO32O'; 
fC63NO32O(i)=fC63NO32O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32O = C63NO32CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C63NO32O'; 
fC63NO32O(i)=fC63NO32O(i)-1; fC63NO32CO(i)=fC63NO32CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32CO + OH = C6CONO34O2';
k(:,i) = 2.49e-12;
Gstr{i,1} = 'C63NO32CO'; Gstr{i,2} = 'OH'; 
fC63NO32CO(i)=fC63NO32CO(i)-1; fOH(i)=fOH(i)-1; fC6CONO34O2(i)=fC6CONO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C63NO32CO + hv = HEX2ONCO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C63NO32CO'; 
fC63NO32CO(i)=fC63NO32CO(i)-1; fHEX2ONCO(i)=fHEX2ONCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4NO3 + OH = HEX3ONCOH + NO2';
k(:,i) = 3.33e-12;
Gstr{i,1} = 'C65OH4NO3'; Gstr{i,2} = 'OH'; 
fC65OH4NO3(i)=fC65OH4NO3(i)-1; fOH(i)=fOH(i)-1; fHEX3ONCOH(i)=fHEX3ONCOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5OOH + OH = C64OH5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C64OH5OOH'; Gstr{i,2} = 'OH'; 
fC64OH5OOH(i)=fC64OH5OOH(i)-1; fOH(i)=fOH(i)-1; fC64OH5O2(i)=fC64OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5OOH + OH = CO2HO3C6 + OH';
k(:,i) = 3.34e-11;
Gstr{i,1} = 'C64OH5OOH'; Gstr{i,2} = 'OH'; 
fC64OH5OOH(i)=fC64OH5OOH(i)-1; fOH(i)=fOH(i)-1; fCO2HO3C6(i)=fCO2HO3C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5OOH + hv = C64OH5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C64OH5OOH'; 
fC64OH5OOH(i)=fC64OH5OOH(i)-1; fC64OH5O(i)=fC64OH5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C64OH5O = CH3CHO + C3H7CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C64OH5O'; 
fC64OH5O(i)=fC64OH5O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C645OH + OH = HEX3ONCOH + HO2';
k(:,i) = 2.18e-11;
Gstr{i,1} = 'C645OH'; Gstr{i,2} = 'OH'; 
fC645OH(i)=fC645OH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONCOH(i)=fHEX3ONCOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HO3C6 + OH = CO23C6';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'CO2HO3C6'; Gstr{i,2} = 'OH'; 
fCO2HO3C6(i)=fCO2HO3C6(i)-1; fOH(i)=fOH(i)-1; fCO23C6(i)=fCO23C6(i)+1; 

i=i+1;
Rnames{i} = 'CO2HO3C6 + hv = CH3CO3 + C3H7CHO';
k(:,i) = J22;
Gstr{i,1} = 'CO2HO3C6'; 
fCO2HO3C6(i)=fCO2HO3C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4OOH + OH = C65OH4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C65OH4OOH'; Gstr{i,2} = 'OH'; 
fC65OH4OOH(i)=fC65OH4OOH(i)-1; fOH(i)=fOH(i)-1; fC65OH4O2(i)=fC65OH4O2(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4OOH + OH = HEX3ONCOH + OH';
k(:,i) = 3.60e-11;
Gstr{i,1} = 'C65OH4OOH'; Gstr{i,2} = 'OH'; 
fC65OH4OOH(i)=fC65OH4OOH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONCOH(i)=fHEX3ONCOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4OOH + hv = C65OH4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C65OH4OOH'; 
fC65OH4OOH(i)=fC65OH4OOH(i)-1; fC65OH4O(i)=fC65OH4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65OH4O = C3H7CHO + CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C65OH4O'; 
fC65OH4O(i)=fC65OH4O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOH + OH = CO23C6 + HO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'HEX3ONCOH'; Gstr{i,2} = 'OH'; 
fHEX3ONCOH(i)=fHEX3ONCOH(i)-1; fOH(i)=fOH(i)-1; fCO23C6(i)=fCO23C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOH + hv = C3H7CO3 + CH3CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONCOH'; 
fHEX3ONCOH(i)=fHEX3ONCOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42MNO3OOH + OH = C4ME2NO3O2';
k(:,i) = 4.34e-12;
Gstr{i,1} = 'C42MNO3OOH'; Gstr{i,2} = 'OH'; 
fC42MNO3OOH(i)=fC42MNO3OOH(i)-1; fOH(i)=fOH(i)-1; fC4ME2NO3O2(i)=fC4ME2NO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C42MNO3OOH + hv = C4ME2NO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C42MNO3OOH'; 
fC42MNO3OOH(i)=fC42MNO3OOH(i)-1; fC4ME2NO3O(i)=fC4ME2NO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2NO3O = CH3COCH3 + CH3COCH3 + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4ME2NO3O'; 
fC4ME2NO3O(i)=fC4ME2NO3O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHNO3 + OH = C4ME2OHO + NO2';
k(:,i) = 8.89e-13;
Gstr{i,1} = 'C4ME2OHNO3'; Gstr{i,2} = 'OH'; 
fC4ME2OHNO3(i)=fC4ME2OHNO3(i)-1; fOH(i)=fOH(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHOOH + OH = C4ME2OHO2';
k(:,i) = 4.40e-12;
Gstr{i,1} = 'C4ME2OHOOH'; Gstr{i,2} = 'OH'; 
fC4ME2OHOOH(i)=fC4ME2OHOOH(i)-1; fOH(i)=fOH(i)-1; fC4ME2OHO2(i)=fC4ME2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHOOH + hv = C4ME2OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4ME2OHOOH'; 
fC4ME2OHOOH(i)=fC4ME2OHOOH(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ME2OHO = CH3COCH3 + CH3COCH3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4ME2OHO'; 
fC4ME2OHO(i)=fC4ME2OHO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ME22OH + OH = C4ME2OHO';
k(:,i) = 9.49e-13;
Gstr{i,1} = 'C4ME22OH'; Gstr{i,2} = 'OH'; 
fC4ME22OH(i)=fC4ME22OH(i)-1; fOH(i)=fOH(i)-1; fC4ME2OHO(i)=fC4ME2OHO(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPEROOH + OH = BZOBIPEROH + OH';
k(:,i) = 9.77e-11;
Gstr{i,1} = 'BZBIPEROOH'; Gstr{i,2} = 'OH'; 
fBZBIPEROOH(i)=fBZBIPEROOH(i)-1; fOH(i)=fOH(i)-1; fBZOBIPEROH(i)=fBZOBIPEROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPEROOH + hv = BZBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BZBIPEROOH'; 
fBZBIPEROOH(i)=fBZBIPEROOH(i)-1; fBZBIPERO(i)=fBZBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERNO3 + OH = BZOBIPEROH + NO2';
k(:,i) = 7.30e-11;
Gstr{i,1} = 'BZBIPERNO3'; Gstr{i,2} = 'OH'; 
fBZBIPERNO3(i)=fBZBIPERNO3(i)-1; fOH(i)=fOH(i)-1; fBZOBIPEROH(i)=fBZOBIPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERNO3 + hv = BZBIPERO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BZBIPERNO3'; 
fBZBIPERNO3(i)=fBZBIPERNO3(i)-1; fBZBIPERO(i)=fBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO = GLYOX + BZFUONE + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'BZBIPERO'; 
fBZBIPERO(i)=fBZBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fBZFUONE(i)=fBZFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPERO = GLYOX + MALDIAL + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'BZBIPERO'; 
fBZBIPERO(i)=fBZBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMALDIAL(i)=fMALDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZBIPER2OH + OH = BZOBIPEROH + HO2';
k(:,i) = 1.21e-10;
Gstr{i,1} = 'BZBIPER2OH'; Gstr{i,2} = 'OH'; 
fBZBIPER2OH(i)=fBZBIPER2OH(i)-1; fOH(i)=fOH(i)-1; fBZOBIPEROH(i)=fBZOBIPEROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZOBIPEROH + OH = MALDIALCO3 + GLYOX';
k(:,i) = 8.16e-11;
Gstr{i,1} = 'BZOBIPEROH'; Gstr{i,2} = 'OH'; 
fBZOBIPEROH(i)=fBZOBIPEROH(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'BZOBIPEROH + hv = MALDIALCO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BZOBIPEROH'; 
fBZOBIPEROH(i)=fBZOBIPEROH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + HO2 = BZEMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'HO2'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fBZEMUCCO2H(i)=fBZEMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + HO2 = BZEMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'HO2'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fBZEMUCCO3H(i)=fBZEMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + HO2 = C5DIALO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'HO2'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + NO = C5DIALO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'NO'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + NO2 = BZEMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'NO2'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fBZEMUCPAN(i)=fBZEMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + NO3 = C5DIALO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'NO3'; 
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + RO2 = BZEMUCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'RO2';
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fBZEMUCCO2H(i)=fBZEMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3 + RO2 = C5DIALO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'BZEMUCCO3'; Gstr{i,2} = 'RO2';
fBZEMUCCO3(i)=fBZEMUCCO3(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXC4DIAL + NO3 = EPXDLCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*4.0;
Gstr{i,1} = 'EPXC4DIAL'; Gstr{i,2} = 'NO3'; 
fEPXC4DIAL(i)=fEPXC4DIAL(i)-1; fNO3(i)=fNO3(i)-1; fEPXDLCO3(i)=fEPXDLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXC4DIAL + OH = EPXDLCO3';
k(:,i) = 4.32e-11;
Gstr{i,1} = 'EPXC4DIAL'; Gstr{i,2} = 'OH'; 
fEPXC4DIAL(i)=fEPXC4DIAL(i)-1; fOH(i)=fOH(i)-1; fEPXDLCO3(i)=fEPXDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXC4DIAL + hv = C3DIALO2 + CO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'EPXC4DIAL'; 
fEPXC4DIAL(i)=fEPXC4DIAL(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOA = GLYOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'GLYOOA'; 
fGLYOOA(i)=fGLYOOA(i)-1; fGLYOO(i)=fGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOA = HCHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'GLYOOA'; 
fGLYOOA(i)=fGLYOOA(i)-1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOA = HO2 + HO2 + CO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'GLYOOA'; 
fGLYOOA(i)=fGLYOOA(i)-1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOA = OH + HO2 + CO + CO';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'GLYOOA'; 
fGLYOOA(i)=fGLYOOA(i)-1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + HO2 = BZEMUCOOH';
k(:,i) = KRO2HO2.*0.77;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'HO2'; 
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fBZEMUCOOH(i)=fBZEMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + NO = BZEMUCNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'NO'; 
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fNO(i)=fNO(i)-1; fBZEMUCNO3(i)=fBZEMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + NO = BZEMUCO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'NO'; 
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fNO(i)=fNO(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + NO3 = BZEMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'NO3'; 
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + RO2 = BZEMUCCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'RO2';
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fBZEMUCCO(i)=fBZEMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + RO2 = BZEMUCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'RO2';
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO2 + RO2 = BZEMUCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZEMUCO2'; Gstr{i,2} = 'RO2';
fBZEMUCO2(i)=fBZEMUCO2(i)-1; fBZEMUCOH(i)=fBZEMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + HO2 = C5DIALOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'HO2'; 
fC5DIALO2(i)=fC5DIALO2(i)-1; fHO2(i)=fHO2(i)-1; fC5DIALOOH(i)=fC5DIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + NO = C5DIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'NO'; 
fC5DIALO2(i)=fC5DIALO2(i)-1; fNO(i)=fNO(i)-1; fC5DIALO(i)=fC5DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + NO3 = C5DIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'NO3'; 
fC5DIALO2(i)=fC5DIALO2(i)-1; fNO3(i)=fNO3(i)-1; fC5DIALO(i)=fC5DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + RO2 = C5DIALCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'RO2';
fC5DIALO2(i)=fC5DIALO2(i)-1; fC5DIALCO(i)=fC5DIALCO(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + RO2 = C5DIALO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'RO2';
fC5DIALO2(i)=fC5DIALO2(i)-1; fC5DIALO(i)=fC5DIALO(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO2 + RO2 = C5DIALOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C5DIALO2'; Gstr{i,2} = 'RO2';
fC5DIALO2(i)=fC5DIALO2(i)-1; fC5DIALOH(i)=fC5DIALOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + NO3 = MALDIALCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*2.0;
Gstr{i,1} = 'MALDIAL'; Gstr{i,2} = 'NO3'; 
fMALDIAL(i)=fMALDIAL(i)-1; fNO3(i)=fNO3(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + O3 = GLYOX + GLYOOA';
k(:,i) = 2.00e-18;
Gstr{i,1} = 'MALDIAL'; Gstr{i,2} = 'O3'; 
fMALDIAL(i)=fMALDIAL(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + OH = MALDIALCO3';
k(:,i) = 5.20e-11.*0.83;
Gstr{i,1} = 'MALDIAL'; Gstr{i,2} = 'OH'; 
fMALDIAL(i)=fMALDIAL(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + OH = MALDIALO2';
k(:,i) = 5.20e-11.*0.17;
Gstr{i,1} = 'MALDIAL'; Gstr{i,2} = 'OH'; 
fMALDIAL(i)=fMALDIAL(i)-1; fOH(i)=fOH(i)-1; fMALDIALO2(i)=fMALDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + hv = BZFUONE';
k(:,i) = J4.*0.14.*0.4;
Gstr{i,1} = 'MALDIAL'; 
fMALDIAL(i)=fMALDIAL(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; 

i=i+1;
Rnames{i} = 'MALDIAL + hv = MALDIALCO3 + HO2';
k(:,i) = J4.*0.14.*0.6;
Gstr{i,1} = 'MALDIAL'; 
fMALDIAL(i)=fMALDIAL(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O + NO2 = HOC6H4NO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'C6H5O'; Gstr{i,2} = 'NO2'; 
fC6H5O(i)=fC6H5O(i)-1; fNO2(i)=fNO2(i)-1; fHOC6H4NO2(i)=fHOC6H4NO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5O + O3 = C6H5O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'C6H5O'; Gstr{i,2} = 'O3'; 
fC6H5O(i)=fC6H5O(i)-1; fO3(i)=fO3(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO2 + HO2 = NPHENOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NPHENO2'; Gstr{i,2} = 'HO2'; 
fNPHENO2(i)=fNPHENO2(i)-1; fHO2(i)=fHO2(i)-1; fNPHENOOH(i)=fNPHENOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO2 + NO = NPHENO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPHENO2'; Gstr{i,2} = 'NO'; 
fNPHENO2(i)=fNPHENO2(i)-1; fNO(i)=fNO(i)-1; fNPHENO(i)=fNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO2 + NO3 = NPHENO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPHENO2'; Gstr{i,2} = 'NO3'; 
fNPHENO2(i)=fNPHENO2(i)-1; fNO3(i)=fNO3(i)-1; fNPHENO(i)=fNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO2 + RO2 = NPHENO';
k(:,i) = 8.00e-13.*0.7;
Gstr{i,1} = 'NPHENO2'; Gstr{i,2} = 'RO2';
fNPHENO2(i)=fNPHENO2(i)-1; fNPHENO(i)=fNPHENO(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO2 + RO2 = NPHENOH';
k(:,i) = 8.00e-13.*0.3;
Gstr{i,1} = 'NPHENO2'; Gstr{i,2} = 'RO2';
fNPHENO2(i)=fNPHENO2(i)-1; fNPHENOH(i)=fNPHENOH(i)+1; 

i=i+1;
Rnames{i} = 'CATECHOL + NO3 = CATEC1O + HNO3';
k(:,i) = 9.9e-11;
Gstr{i,1} = 'CATECHOL'; Gstr{i,2} = 'NO3'; 
fCATECHOL(i)=fCATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CATECHOL + O3 = CATECOOA';
k(:,i) = 9.2e-18;
Gstr{i,1} = 'CATECHOL'; Gstr{i,2} = 'O3'; 
fCATECHOL(i)=fCATECHOL(i)-1; fO3(i)=fO3(i)-1; fCATECOOA(i)=fCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'CATECHOL + OH = CATEC1O';
k(:,i) = 1.0e-10;
Gstr{i,1} = 'CATECHOL'; Gstr{i,2} = 'OH'; 
fCATECHOL(i)=fCATECHOL(i)-1; fOH(i)=fOH(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PHENO2 + HO2 = PHENOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'PHENO2'; Gstr{i,2} = 'HO2'; 
fPHENO2(i)=fPHENO2(i)-1; fHO2(i)=fHO2(i)-1; fPHENOOH(i)=fPHENOOH(i)+1; 

i=i+1;
Rnames{i} = 'PHENO2 + NO = PHENO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PHENO2'; Gstr{i,2} = 'NO'; 
fPHENO2(i)=fPHENO2(i)-1; fNO(i)=fNO(i)-1; fPHENO(i)=fPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENO2 + NO3 = PHENO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHENO2'; Gstr{i,2} = 'NO3'; 
fPHENO2(i)=fPHENO2(i)-1; fNO3(i)=fNO3(i)-1; fPHENO(i)=fPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENO2 + RO2 = PHENO';
k(:,i) = 8.00e-13.*0.7;
Gstr{i,1} = 'PHENO2'; Gstr{i,2} = 'RO2';
fPHENO2(i)=fPHENO2(i)-1; fPHENO(i)=fPHENO(i)+1; 

i=i+1;
Rnames{i} = 'PHENO2 + RO2 = PHENOH';
k(:,i) = 8.00e-13.*0.3;
Gstr{i,1} = 'PHENO2'; Gstr{i,2} = 'RO2';
fPHENO2(i)=fPHENO2(i)-1; fPHENOH(i)=fPHENOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2OOH + OH = BENZAL + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'C6H5CH2OOH'; Gstr{i,2} = 'OH'; 
fC6H5CH2OOH(i)=fC6H5CH2OOH(i)-1; fOH(i)=fOH(i)-1; fBENZAL(i)=fBENZAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2OOH + hv = C6H5CH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H5CH2OOH'; 
fC6H5CH2OOH(i)=fC6H5CH2OOH(i)-1; fC6H5CH2O(i)=fC6H5CH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2NO3 + OH = BENZAL + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'C6H5CH2NO3'; Gstr{i,2} = 'OH'; 
fC6H5CH2NO3(i)=fC6H5CH2NO3(i)-1; fOH(i)=fOH(i)-1; fBENZAL(i)=fBENZAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2NO3 + hv = C6H5CH2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C6H5CH2NO3'; 
fC6H5CH2NO3(i)=fC6H5CH2NO3(i)-1; fC6H5CH2O(i)=fC6H5CH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2O = BENZAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C6H5CH2O'; 
fC6H5CH2O(i)=fC6H5CH2O(i)-1; fBENZAL(i)=fBENZAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2OH + OH = BENZAL + HO2';
k(:,i) = 2.7e-11;
Gstr{i,1} = 'C6H5CH2OH'; Gstr{i,2} = 'OH'; 
fC6H5CH2OH(i)=fC6H5CH2OH(i)-1; fOH(i)=fOH(i)-1; fBENZAL(i)=fBENZAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESO2 + HO2 = CRESOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'CRESO2'; Gstr{i,2} = 'HO2'; 
fCRESO2(i)=fCRESO2(i)-1; fHO2(i)=fHO2(i)-1; fCRESOOH(i)=fCRESOOH(i)+1; 

i=i+1;
Rnames{i} = 'CRESO2 + NO = CRESO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CRESO2'; Gstr{i,2} = 'NO'; 
fCRESO2(i)=fCRESO2(i)-1; fNO(i)=fNO(i)-1; fCRESO(i)=fCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESO2 + NO3 = CRESO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CRESO2'; Gstr{i,2} = 'NO3'; 
fCRESO2(i)=fCRESO2(i)-1; fNO3(i)=fNO3(i)-1; fCRESO(i)=fCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESO2 + RO2 = CRESO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'CRESO2'; Gstr{i,2} = 'RO2';
fCRESO2(i)=fCRESO2(i)-1; fCRESO(i)=fCRESO(i)+1; 

i=i+1;
Rnames{i} = 'CRESO2 + RO2 = CRESOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'CRESO2'; Gstr{i,2} = 'RO2';
fCRESO2(i)=fCRESO2(i)-1; fCRESOH(i)=fCRESOH(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO2 + HO2 = NCRESOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NCRESO2'; Gstr{i,2} = 'HO2'; 
fNCRESO2(i)=fNCRESO2(i)-1; fHO2(i)=fHO2(i)-1; fNCRESOOH(i)=fNCRESOOH(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO2 + NO = NCRESO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NCRESO2'; Gstr{i,2} = 'NO'; 
fNCRESO2(i)=fNCRESO2(i)-1; fNO(i)=fNO(i)-1; fNCRESO(i)=fNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO2 + NO3 = NCRESO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NCRESO2'; Gstr{i,2} = 'NO3'; 
fNCRESO2(i)=fNCRESO2(i)-1; fNO3(i)=fNO3(i)-1; fNCRESO(i)=fNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO2 + RO2 = NCRESO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NCRESO2'; Gstr{i,2} = 'RO2';
fNCRESO2(i)=fNCRESO2(i)-1; fNCRESO(i)=fNCRESO(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO2 + RO2 = NCRESOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NCRESO2'; Gstr{i,2} = 'RO2';
fNCRESO2(i)=fNCRESO2(i)-1; fNCRESOH(i)=fNCRESOH(i)+1; 

i=i+1;
Rnames{i} = 'TOL1O + NO2 = TOL1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'TOL1O'; Gstr{i,2} = 'NO2'; 
fTOL1O(i)=fTOL1O(i)-1; fNO2(i)=fNO2(i)-1; fTOL1OHNO2(i)=fTOL1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'TOL1O + O3 = OXYL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'TOL1O'; Gstr{i,2} = 'O3'; 
fTOL1O(i)=fTOL1O(i)-1; fO3(i)=fO3(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MCATECHOL + NO3 = MCATEC1O + HNO3';
k(:,i) = 1.7e-10.*1.0;
Gstr{i,1} = 'MCATECHOL'; Gstr{i,2} = 'NO3'; 
fMCATECHOL(i)=fMCATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MCATECHOL + O3 = MCATECOOA';
k(:,i) = 2.8e-17;
Gstr{i,1} = 'MCATECHOL'; Gstr{i,2} = 'O3'; 
fMCATECHOL(i)=fMCATECHOL(i)-1; fO3(i)=fO3(i)-1; fMCATECOOA(i)=fMCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'MCATECHOL + OH = MCATEC1O';
k(:,i) = 2.0e-10.*1.0;
Gstr{i,1} = 'MCATECHOL'; Gstr{i,2} = 'OH'; 
fMCATECHOL(i)=fMCATECHOL(i)-1; fOH(i)=fOH(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPEROOH + OH = TLOBIPEROH + OH';
k(:,i) = 9.64e-11;
Gstr{i,1} = 'TLBIPEROOH'; Gstr{i,2} = 'OH'; 
fTLBIPEROOH(i)=fTLBIPEROOH(i)-1; fOH(i)=fOH(i)-1; fTLOBIPEROH(i)=fTLOBIPEROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPEROOH + hv = TLBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TLBIPEROOH'; 
fTLBIPEROOH(i)=fTLBIPEROOH(i)-1; fTLBIPERO(i)=fTLBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO = GLYOX + C4MDIAL + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'TLBIPERO'; 
fTLBIPERO(i)=fTLBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fC4MDIAL(i)=fC4MDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO = GLYOX + C5DICARB + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'TLBIPERO'; 
fTLBIPERO(i)=fTLBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fC5DICARB(i)=fC5DICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO = GLYOX + TLFUONE + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'TLBIPERO'; 
fTLBIPERO(i)=fTLBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fTLFUONE(i)=fTLFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO = MGLYOX + BZFUONE + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'TLBIPERO'; 
fTLBIPERO(i)=fTLBIPERO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fBZFUONE(i)=fBZFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERO = MGLYOX + MALDIAL + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'TLBIPERO'; 
fTLBIPERO(i)=fTLBIPERO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fMALDIAL(i)=fMALDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERNO3 + OH = TLOBIPEROH + NO2';
k(:,i) = 7.16e-11;
Gstr{i,1} = 'TLBIPERNO3'; Gstr{i,2} = 'OH'; 
fTLBIPERNO3(i)=fTLBIPERNO3(i)-1; fOH(i)=fOH(i)-1; fTLOBIPEROH(i)=fTLOBIPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPERNO3 + hv = TLBIPERO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'TLBIPERNO3'; 
fTLBIPERNO3(i)=fTLBIPERNO3(i)-1; fTLBIPERO(i)=fTLBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLBIPER2OH + OH = TLOBIPEROH + HO2';
k(:,i) = 1.20e-10;
Gstr{i,1} = 'TLBIPER2OH'; Gstr{i,2} = 'OH'; 
fTLBIPER2OH(i)=fTLBIPER2OH(i)-1; fOH(i)=fOH(i)-1; fTLOBIPEROH(i)=fTLOBIPEROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLOBIPEROH + OH = C5CO14O2 + GLYOX';
k(:,i) = 7.99e-11;
Gstr{i,1} = 'TLOBIPEROH'; Gstr{i,2} = 'OH'; 
fTLOBIPEROH(i)=fTLOBIPEROH(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TLOBIPEROH + hv = C5CO14O2 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TLOBIPEROH'; 
fTLOBIPEROH(i)=fTLOBIPEROH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + HO2 = C615CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'HO2'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + HO2 = TLEMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'HO2'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fTLEMUCCO2H(i)=fTLEMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + HO2 = TLEMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'HO2'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fTLEMUCCO3H(i)=fTLEMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + NO = C615CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'NO'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + NO2 = TLEMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'NO2'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fTLEMUCPAN(i)=fTLEMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + NO3 = C615CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'NO3'; 
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + RO2 = C615CO2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'RO2';
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3 + RO2 = TLEMUCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'TLEMUCCO3'; Gstr{i,2} = 'RO2';
fTLEMUCCO3(i)=fTLEMUCCO3(i)-1; fTLEMUCCO2H(i)=fTLEMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOB = CH3CHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'MGLOOB'; 
fMGLOOB(i)=fMGLOOB(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOB = CH3CO3 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'MGLOOB'; 
fMGLOOB(i)=fMGLOOB(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOB = CH3CO3 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'MGLOOB'; 
fMGLOOB(i)=fMGLOOB(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOB = MGLOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'MGLOOB'; 
fMGLOOB(i)=fMGLOOB(i)-1; fMGLOO(i)=fMGLOO(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + HO2 = TLEMUCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'HO2'; 
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fTLEMUCOOH(i)=fTLEMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + NO = TLEMUCNO3';
k(:,i) = KRO2NO.*0.105;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'NO'; 
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fNO(i)=fNO(i)-1; fTLEMUCNO3(i)=fTLEMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + NO = TLEMUCO + NO2';
k(:,i) = KRO2NO.*0.895;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'NO'; 
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fNO(i)=fNO(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + NO3 = TLEMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'NO3'; 
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + RO2 = TLEMUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'RO2';
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fTLEMUCCO(i)=fTLEMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + RO2 = TLEMUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'RO2';
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO2 + RO2 = TLEMUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TLEMUCO2'; Gstr{i,2} = 'RO2';
fTLEMUCO2(i)=fTLEMUCO2(i)-1; fTLEMUCOH(i)=fTLEMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + HO2 = C615CO2OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'HO2'; 
fC615CO2O2(i)=fC615CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC615CO2OOH(i)=fC615CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + NO = C615CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'NO'; 
fC615CO2O2(i)=fC615CO2O2(i)-1; fNO(i)=fNO(i)-1; fC615CO2O(i)=fC615CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + NO3 = C615CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'NO3'; 
fC615CO2O2(i)=fC615CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC615CO2O(i)=fC615CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + RO2 = C6125CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'RO2';
fC615CO2O2(i)=fC615CO2O2(i)-1; fC6125CO(i)=fC6125CO(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + RO2 = C615CO2O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'RO2';
fC615CO2O2(i)=fC615CO2O2(i)-1; fC615CO2O(i)=fC615CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O2 + RO2 = C615CO2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C615CO2O2'; Gstr{i,2} = 'RO2';
fC615CO2O2(i)=fC615CO2O2(i)-1; fC615CO2OH(i)=fC615CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOOH + OH = OXYLAL + OH';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'OXYLOOH'; Gstr{i,2} = 'OH'; 
fOXYLOOH(i)=fOXYLOOH(i)-1; fOH(i)=fOH(i)-1; fOXYLAL(i)=fOXYLAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOOH + hv = OXYLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYLOOH'; 
fOXYLOOH(i)=fOXYLOOH(i)-1; fOXYLO(i)=fOXYLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLNO3 + OH = OXYLAL + NO2';
k(:,i) = 1.31e-11;
Gstr{i,1} = 'OXYLNO3'; Gstr{i,2} = 'OH'; 
fOXYLNO3(i)=fOXYLNO3(i)-1; fOH(i)=fOH(i)-1; fOXYLAL(i)=fOXYLAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLNO3 + hv = OXYLO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'OXYLNO3'; 
fOXYLNO3(i)=fOXYLNO3(i)-1; fOXYLO(i)=fOXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLO = OXYLAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'OXYLO'; 
fOXYLO(i)=fOXYLO(i)-1; fOXYLAL(i)=fOXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLAL + NO3 = OXYLCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'OXYLAL'; Gstr{i,2} = 'NO3'; 
fOXYLAL(i)=fOXYLAL(i)-1; fNO3(i)=fNO3(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLAL + OH = OXYLCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'OXYLAL'; Gstr{i,2} = 'OH'; 
fOXYLAL(i)=fOXYLAL(i)-1; fOH(i)=fOH(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLAL + hv = OXYL1O2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'OXYLAL'; 
fOXYLAL(i)=fOXYLAL(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYLAL + hv = OXYLCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'OXYLAL'; 
fOXYLAL(i)=fOXYLAL(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLOH + OH = OXYLAL + HO2';
k(:,i) = 1.60e-11;
Gstr{i,1} = 'OXYLOH'; Gstr{i,2} = 'OH'; 
fOXYLOH(i)=fOXYLOH(i)-1; fOH(i)=fOH(i)-1; fOXYLAL(i)=fOXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBPEROOH + OH = OXYBIPERO2';
k(:,i) = 7.62e-11;
Gstr{i,1} = 'OXYBPEROOH'; Gstr{i,2} = 'OH'; 
fOXYBPEROOH(i)=fOXYBPEROOH(i)-1; fOH(i)=fOH(i)-1; fOXYBIPERO2(i)=fOXYBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBPEROOH + hv = OXYBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYBPEROOH'; 
fOXYBPEROOH(i)=fOXYBPEROOH(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPENO3 + OH = TLCOBIPEOH + CH3O2 + NO2';
k(:,i) = 7.28e-11;
Gstr{i,1} = 'OXYBIPENO3'; Gstr{i,2} = 'OH'; 
fOXYBIPENO3(i)=fOXYBIPENO3(i)-1; fOH(i)=fOH(i)-1; fTLCOBIPEOH(i)=fTLCOBIPEOH(i)+1; fCH3O2(i)=fCH3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPENO3 + hv = OXYBIPERO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'OXYBIPENO3'; 
fOXYBIPENO3(i)=fOXYBIPENO3(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = BZFUONE + BIACET + HO2';
k(:,i) = KDEC.*0.175;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = C5DICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.245;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = MALDIAL + BIACET + HO2';
k(:,i) = KDEC.*0.175;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = MC5DICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.08;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fMC5DICARB(i)=fMC5DICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = OXYFUONE + GLYOX + HO2';
k(:,i) = KDEC.*0.08;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fOXYFUONE(i)=fOXYFUONE(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBIPERO = TLFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.245;
Gstr{i,1} = 'OXYBIPERO'; 
fOXYBIPERO(i)=fOXYBIPERO(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYBPER2OH + OH = OXYBIPERO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'OXYBPER2OH'; Gstr{i,2} = 'OH'; 
fOXYBPER2OH(i)=fOXYBPER2OH(i)-1; fOH(i)=fOH(i)-1; fOXYBIPERO(i)=fOXYBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + HO2 = MC6CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + HO2 = OXYMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fOXYMUCCO2H(i)=fOXYMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + HO2 = OXYMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fOXYMUCCO3H(i)=fOXYMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + NO = MC6CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'NO'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fNO(i)=fNO(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + NO2 = OXYMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'NO2'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fOXYMUCPAN(i)=fOXYMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + NO3 = MC6CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'NO3'; 
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + RO2 = MC6CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'RO2';
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3 + RO2 = OXYMUCCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'OXYMUCCO3'; Gstr{i,2} = 'RO2';
fOXYMUCCO3(i)=fOXYMUCCO3(i)-1; fOXYMUCCO2H(i)=fOXYMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2C4DAL + NO3 = EPXM2DLCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*8.5;
Gstr{i,1} = 'EPXM2C4DAL'; Gstr{i,2} = 'NO3'; 
fEPXM2C4DAL(i)=fEPXM2C4DAL(i)-1; fNO3(i)=fNO3(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2C4DAL + OH = EPXM2DLCO3';
k(:,i) = 4.24e-11;
Gstr{i,1} = 'EPXM2C4DAL'; Gstr{i,2} = 'OH'; 
fEPXM2C4DAL(i)=fEPXM2C4DAL(i)-1; fOH(i)=fOH(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2C4DAL + hv = C4MCO2O2 + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'EPXM2C4DAL'; 
fEPXM2C4DAL(i)=fEPXM2C4DAL(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + HO2 = OXYMUCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'HO2'; 
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYMUCOOH(i)=fOXYMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + NO = OXYMUCNO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'NO'; 
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fOXYMUCNO3(i)=fOXYMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + NO = OXYMUCO + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'NO'; 
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + NO3 = OXYMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'NO3'; 
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + RO2 = OXYMUCCO';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'RO2';
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fOXYMUCCO(i)=fOXYMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + RO2 = OXYMUCO';
k(:,i) = 8.80e-12.*0.60;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'RO2';
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO2 + RO2 = OXYMUCOH';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'OXYMUCO2'; Gstr{i,2} = 'RO2';
fOXYMUCO2(i)=fOXYMUCO2(i)-1; fOXYMUCOH(i)=fOXYMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O2 + HO2 = MC6CO2OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MC6CO2O2'; Gstr{i,2} = 'HO2'; 
fMC6CO2O2(i)=fMC6CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fMC6CO2OOH(i)=fMC6CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O2 + NO = MC6CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MC6CO2O2'; Gstr{i,2} = 'NO'; 
fMC6CO2O2(i)=fMC6CO2O2(i)-1; fNO(i)=fNO(i)-1; fMC6CO2O(i)=fMC6CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O2 + NO3 = MC6CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MC6CO2O2'; Gstr{i,2} = 'NO3'; 
fMC6CO2O2(i)=fMC6CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fMC6CO2O(i)=fMC6CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O2 + RO2 = MC6CO2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'MC6CO2O2'; Gstr{i,2} = 'RO2';
fMC6CO2O2(i)=fMC6CO2O2(i)-1; fMC6CO2O(i)=fMC6CO2O(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O2 + RO2 = MC6CO2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'MC6CO2O2'; Gstr{i,2} = 'RO2';
fMC6CO2O2(i)=fMC6CO2O2(i)-1; fMC6CO2OH(i)=fMC6CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO2 + HO2 = NOXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NOXYOLO2'; Gstr{i,2} = 'HO2'; 
fNOXYOLO2(i)=fNOXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNOXYOLOOH(i)=fNOXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO2 + NO = NOXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOXYOLO2'; Gstr{i,2} = 'NO'; 
fNOXYOLO2(i)=fNOXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNOXYOLO(i)=fNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO2 + NO3 = NOXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOXYOLO2'; Gstr{i,2} = 'NO3'; 
fNOXYOLO2(i)=fNOXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNOXYOLO(i)=fNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO2 + RO2 = NOXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NOXYOLO2'; Gstr{i,2} = 'RO2';
fNOXYOLO2(i)=fNOXYOLO2(i)-1; fNOXYOLO(i)=fNOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO2 + RO2 = NOXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NOXYOLO2'; Gstr{i,2} = 'RO2';
fNOXYOLO2(i)=fNOXYOLO2(i)-1; fNOXYOLOH(i)=fNOXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'OXY1O + NO2 = OXY1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'OXY1O'; Gstr{i,2} = 'NO2'; 
fOXY1O(i)=fOXY1O(i)-1; fNO2(i)=fNO2(i)-1; fOXY1OHNO2(i)=fOXY1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXY1O + O3 = DM123O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'OXY1O'; Gstr{i,2} = 'O3'; 
fOXY1O(i)=fOXY1O(i)-1; fO3(i)=fO3(i)-1; fDM123O2(i)=fDM123O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO2 + HO2 = OXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXYOLO2'; Gstr{i,2} = 'HO2'; 
fOXYOLO2(i)=fOXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYOLOOH(i)=fOXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO2 + NO = OXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXYOLO2'; Gstr{i,2} = 'NO'; 
fOXYOLO2(i)=fOXYOLO2(i)-1; fNO(i)=fNO(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO2 + NO3 = OXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYOLO2'; Gstr{i,2} = 'NO3'; 
fOXYOLO2(i)=fOXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO2 + RO2 = OXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'OXYOLO2'; Gstr{i,2} = 'RO2';
fOXYOLO2(i)=fOXYOLO2(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO2 + RO2 = OXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'OXYOLO2'; Gstr{i,2} = 'RO2';
fOXYOLO2(i)=fOXYOLO2(i)-1; fOXYOLOH(i)=fOXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYCATECH + NO3 = OXCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'OXYCATECH'; Gstr{i,2} = 'NO3'; 
fOXYCATECH(i)=fOXYCATECH(i)-1; fNO3(i)=fNO3(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYCATECH + O3 = OXCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'OXYCATECH'; Gstr{i,2} = 'O3'; 
fOXYCATECH(i)=fOXYCATECH(i)-1; fO3(i)=fO3(i)-1; fOXCATECOOA(i)=fOXCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'OXYCATECH + OH = OXCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'OXYCATECH'; Gstr{i,2} = 'OH'; 
fOXYCATECH(i)=fOXYCATECH(i)-1; fOH(i)=fOH(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOOH + OH = MXYLAL + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'MXYLOOH'; Gstr{i,2} = 'OH'; 
fMXYLOOH(i)=fMXYLOOH(i)-1; fOH(i)=fOH(i)-1; fMXYLAL(i)=fMXYLAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOOH + hv = MXYLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYLOOH'; 
fMXYLOOH(i)=fMXYLOOH(i)-1; fMXYLO(i)=fMXYLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLNO3 + OH = MXYLAL + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'MXYLNO3'; Gstr{i,2} = 'OH'; 
fMXYLNO3(i)=fMXYLNO3(i)-1; fOH(i)=fOH(i)-1; fMXYLAL(i)=fMXYLAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLNO3 + hv = MXYLO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MXYLNO3'; 
fMXYLNO3(i)=fMXYLNO3(i)-1; fMXYLO(i)=fMXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLO = MXYLAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MXYLO'; 
fMXYLO(i)=fMXYLO(i)-1; fMXYLAL(i)=fMXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLAL + NO3 = MXYLCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'MXYLAL'; Gstr{i,2} = 'NO3'; 
fMXYLAL(i)=fMXYLAL(i)-1; fNO3(i)=fNO3(i)-1; fMXYLCO3(i)=fMXYLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLAL + OH = MXYLCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'MXYLAL'; Gstr{i,2} = 'OH'; 
fMXYLAL(i)=fMXYLAL(i)-1; fOH(i)=fOH(i)-1; fMXYLCO3(i)=fMXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLAL + hv = MXYL1O2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'MXYLAL'; 
fMXYLAL(i)=fMXYLAL(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYLAL + hv = MXYLCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'MXYLAL'; 
fMXYLAL(i)=fMXYLAL(i)-1; fMXYLCO3(i)=fMXYLCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLOH + OH = MXYLAL + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'MXYLOH'; Gstr{i,2} = 'OH'; 
fMXYLOH(i)=fMXYLOH(i)-1; fOH(i)=fOH(i)-1; fMXYLAL(i)=fMXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBPEROOH + OH = MXYOBPEROH + OH';
k(:,i) = 1.17e-10;
Gstr{i,1} = 'MXYBPEROOH'; Gstr{i,2} = 'OH'; 
fMXYBPEROOH(i)=fMXYBPEROOH(i)-1; fOH(i)=fOH(i)-1; fMXYOBPEROH(i)=fMXYOBPEROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYBPEROOH + hv = MXYBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYBPEROOH'; 
fMXYBPEROOH(i)=fMXYBPEROOH(i)-1; fMXYBIPERO(i)=fMXYBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPENO3 + OH = MXYOBPEROH + NO2';
k(:,i) = 7.15e-11;
Gstr{i,1} = 'MXYBIPENO3'; Gstr{i,2} = 'OH'; 
fMXYBIPENO3(i)=fMXYBIPENO3(i)-1; fOH(i)=fOH(i)-1; fMXYOBPEROH(i)=fMXYOBPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPENO3 + hv = MXYBIPERO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'MXYBIPENO3'; 
fMXYBIPENO3(i)=fMXYBIPENO3(i)-1; fMXYBIPERO(i)=fMXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO = GLYOX + C5MDICARB + HO2';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'MXYBIPERO'; 
fMXYBIPERO(i)=fMXYBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fC5MDICARB(i)=fC5MDICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO = GLYOX + MXYFUONE + HO2';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'MXYBIPERO'; 
fMXYBIPERO(i)=fMXYBIPERO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMXYFUONE(i)=fMXYFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO = MGLYOX + C4MDIAL + HO2';
k(:,i) = KDEC.*0.26;
Gstr{i,1} = 'MXYBIPERO'; 
fMXYBIPERO(i)=fMXYBIPERO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC4MDIAL(i)=fC4MDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO = MGLYOX + C5DICARB + HO2';
k(:,i) = KDEC.*0.26;
Gstr{i,1} = 'MXYBIPERO'; 
fMXYBIPERO(i)=fMXYBIPERO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC5DICARB(i)=fC5DICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBIPERO = MGLYOX + PXYFUONE + HO2';
k(:,i) = KDEC.*0.26;
Gstr{i,1} = 'MXYBIPERO'; 
fMXYBIPERO(i)=fMXYBIPERO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fPXYFUONE(i)=fPXYFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYBPER2OH + OH = MXYOBPEROH + HO2';
k(:,i) = 2.50e-10;
Gstr{i,1} = 'MXYBPER2OH'; Gstr{i,2} = 'OH'; 
fMXYBPER2OH(i)=fMXYBPER2OH(i)-1; fOH(i)=fOH(i)-1; fMXYOBPEROH(i)=fMXYOBPEROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOBPEROH + OH = C3MCODBCO3 + MGLYOX';
k(:,i) = 7.93e-11.*0.5;
Gstr{i,1} = 'MXYOBPEROH'; Gstr{i,2} = 'OH'; 
fMXYOBPEROH(i)=fMXYOBPEROH(i)-1; fOH(i)=fOH(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MXYOBPEROH + OH = C5CO14O2 + MGLYOX';
k(:,i) = 7.93e-11.*0.5;
Gstr{i,1} = 'MXYOBPEROH'; Gstr{i,2} = 'OH'; 
fMXYOBPEROH(i)=fMXYOBPEROH(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MXYOBPEROH + hv = C3MCODBCO3 + MGLYOX + HO2';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'MXYOBPEROH'; 
fMXYOBPEROH(i)=fMXYOBPEROH(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOBPEROH + hv = C5CO14O2 + MGLYOX + HO2';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'MXYOBPEROH'; 
fMXYOBPEROH(i)=fMXYOBPEROH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + HO2 = C726CO5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + HO2 = MXYMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMXYMUCCO2H(i)=fMXYMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + HO2 = MXYMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMXYMUCCO3H(i)=fMXYMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + NO = C726CO5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'NO'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + NO2 = MXYMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'NO2'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fMXYMUCPAN(i)=fMXYMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + NO3 = C726CO5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'NO3'; 
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + RO2 = C726CO5O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'RO2';
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3 + RO2 = MXYMUCCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'MXYMUCCO3'; Gstr{i,2} = 'RO2';
fMXYMUCCO3(i)=fMXYMUCCO3(i)-1; fMXYMUCCO2H(i)=fMXYMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMC4DIAL + NO3 = EPXMDLCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*8.5;
Gstr{i,1} = 'EPXMC4DIAL'; Gstr{i,2} = 'NO3'; 
fEPXMC4DIAL(i)=fEPXMC4DIAL(i)-1; fNO3(i)=fNO3(i)-1; fEPXMDLCO3(i)=fEPXMDLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMC4DIAL + OH = EPXMDLCO3';
k(:,i) = 4.28e-11;
Gstr{i,1} = 'EPXMC4DIAL'; Gstr{i,2} = 'OH'; 
fEPXMC4DIAL(i)=fEPXMC4DIAL(i)-1; fOH(i)=fOH(i)-1; fEPXMDLCO3(i)=fEPXMDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMC4DIAL + hv = C3MDIALO2 + CO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'EPXMC4DIAL'; 
fEPXMC4DIAL(i)=fEPXMC4DIAL(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + HO2 = MXYMUCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'HO2'; 
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYMUCOOH(i)=fMXYMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + NO = MXYMUCNO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'NO'; 
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fMXYMUCNO3(i)=fMXYMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + NO = MXYMUCO + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'NO'; 
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + NO3 = MXYMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'NO3'; 
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + RO2 = MXYMUCCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'RO2';
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fMXYMUCCO(i)=fMXYMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + RO2 = MXYMUCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'RO2';
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO2 + RO2 = MXYMUCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MXYMUCO2'; Gstr{i,2} = 'RO2';
fMXYMUCO2(i)=fMXYMUCO2(i)-1; fMXYMUCOH(i)=fMXYMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + HO2 = C726CO5OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'HO2'; 
fC726CO5O2(i)=fC726CO5O2(i)-1; fHO2(i)=fHO2(i)-1; fC726CO5OOH(i)=fC726CO5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + NO = C726CO5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'NO'; 
fC726CO5O2(i)=fC726CO5O2(i)-1; fNO(i)=fNO(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + NO3 = C726CO5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'NO3'; 
fC726CO5O2(i)=fC726CO5O2(i)-1; fNO3(i)=fNO3(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + RO2 = C7236CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'RO2';
fC726CO5O2(i)=fC726CO5O2(i)-1; fC7236CO(i)=fC7236CO(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + RO2 = C726CO3OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'RO2';
fC726CO5O2(i)=fC726CO5O2(i)-1; fC726CO3OH(i)=fC726CO3OH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O2 + RO2 = C726CO5O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C726CO5O2'; Gstr{i,2} = 'RO2';
fC726CO5O2(i)=fC726CO5O2(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O + NO2 = MXY1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'MXY1O'; Gstr{i,2} = 'NO2'; 
fMXY1O(i)=fMXY1O(i)-1; fNO2(i)=fNO2(i)-1; fMXY1OHNO2(i)=fMXY1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O + O3 = MXY1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'MXY1O'; Gstr{i,2} = 'O3'; 
fMXY1O(i)=fMXY1O(i)-1; fO3(i)=fO3(i)-1; fMXY1O2(i)=fMXY1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO2 + HO2 = MXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYOLO2'; Gstr{i,2} = 'HO2'; 
fMXYOLO2(i)=fMXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYOLOOH(i)=fMXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO2 + NO = MXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXYOLO2'; Gstr{i,2} = 'NO'; 
fMXYOLO2(i)=fMXYOLO2(i)-1; fNO(i)=fNO(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO2 + NO3 = MXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYOLO2'; Gstr{i,2} = 'NO3'; 
fMXYOLO2(i)=fMXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO2 + RO2 = MXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'MXYOLO2'; Gstr{i,2} = 'RO2';
fMXYOLO2(i)=fMXYOLO2(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO2 + RO2 = MXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'MXYOLO2'; Gstr{i,2} = 'RO2';
fMXYOLO2(i)=fMXYOLO2(i)-1; fMXYOLOH(i)=fMXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO2 + HO2 = NMXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NMXYOLO2'; Gstr{i,2} = 'HO2'; 
fNMXYOLO2(i)=fNMXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNMXYOLOOH(i)=fNMXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO2 + NO = NMXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMXYOLO2'; Gstr{i,2} = 'NO'; 
fNMXYOLO2(i)=fNMXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNMXYOLO(i)=fNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO2 + NO3 = NMXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMXYOLO2'; Gstr{i,2} = 'NO3'; 
fNMXYOLO2(i)=fNMXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNMXYOLO(i)=fNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO2 + RO2 = NMXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NMXYOLO2'; Gstr{i,2} = 'RO2';
fNMXYOLO2(i)=fNMXYOLO2(i)-1; fNMXYOLO(i)=fNMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO2 + RO2 = NMXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NMXYOLO2'; Gstr{i,2} = 'RO2';
fNMXYOLO2(i)=fNMXYOLO2(i)-1; fNMXYOLOH(i)=fNMXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYCATECH + NO3 = MXCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'MXYCATECH'; Gstr{i,2} = 'NO3'; 
fMXYCATECH(i)=fMXYCATECH(i)-1; fNO3(i)=fNO3(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYCATECH + O3 = MXCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'MXYCATECH'; Gstr{i,2} = 'O3'; 
fMXYCATECH(i)=fMXYCATECH(i)-1; fO3(i)=fO3(i)-1; fMXCATECOOA(i)=fMXCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'MXYCATECH + OH = MXCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'MXYCATECH'; Gstr{i,2} = 'OH'; 
fMXYCATECH(i)=fMXYCATECH(i)-1; fOH(i)=fOH(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOOH + OH = PXYLAL + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'PXYLOOH'; Gstr{i,2} = 'OH'; 
fPXYLOOH(i)=fPXYLOOH(i)-1; fOH(i)=fOH(i)-1; fPXYLAL(i)=fPXYLAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOOH + hv = PXYLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYLOOH'; 
fPXYLOOH(i)=fPXYLOOH(i)-1; fPXYLO(i)=fPXYLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLNO3 + OH = PXYLAL + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'PXYLNO3'; Gstr{i,2} = 'OH'; 
fPXYLNO3(i)=fPXYLNO3(i)-1; fOH(i)=fOH(i)-1; fPXYLAL(i)=fPXYLAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLNO3 + hv = PXYLO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'PXYLNO3'; 
fPXYLNO3(i)=fPXYLNO3(i)-1; fPXYLO(i)=fPXYLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLO = PXYLAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'PXYLO'; 
fPXYLO(i)=fPXYLO(i)-1; fPXYLAL(i)=fPXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLAL + NO3 = PXYLCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'PXYLAL'; Gstr{i,2} = 'NO3'; 
fPXYLAL(i)=fPXYLAL(i)-1; fNO3(i)=fNO3(i)-1; fPXYLCO3(i)=fPXYLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLAL + OH = PXYLCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'PXYLAL'; Gstr{i,2} = 'OH'; 
fPXYLAL(i)=fPXYLAL(i)-1; fOH(i)=fOH(i)-1; fPXYLCO3(i)=fPXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLAL + hv = PXYL1O2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'PXYLAL'; 
fPXYLAL(i)=fPXYLAL(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYLAL + hv = PXYLCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'PXYLAL'; 
fPXYLAL(i)=fPXYLAL(i)-1; fPXYLCO3(i)=fPXYLCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLOH + OH = PXYLAL + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'PXYLOH'; Gstr{i,2} = 'OH'; 
fPXYLOH(i)=fPXYLOH(i)-1; fOH(i)=fOH(i)-1; fPXYLAL(i)=fPXYLAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBPEROOH + OH = PXYBIPERO2';
k(:,i) = 7.65e-11;
Gstr{i,1} = 'PXYBPEROOH'; Gstr{i,2} = 'OH'; 
fPXYBPEROOH(i)=fPXYBPEROOH(i)-1; fOH(i)=fOH(i)-1; fPXYBIPERO2(i)=fPXYBIPERO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBPEROOH + hv = PXYBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYBPEROOH'; 
fPXYBPEROOH(i)=fPXYBPEROOH(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPENO3 + OH = CH3O2 + TLOBIPEROH + NO2';
k(:,i) = 7.16e-11;
Gstr{i,1} = 'PXYBIPENO3'; Gstr{i,2} = 'OH'; 
fPXYBIPENO3(i)=fPXYBIPENO3(i)-1; fOH(i)=fOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; fTLOBIPEROH(i)=fTLOBIPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPENO3 + hv = PXYBIPERO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'PXYBIPENO3'; 
fPXYBIPENO3(i)=fPXYBIPENO3(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO = C4DBDIKET + GLYOX + HO2';
k(:,i) = KDEC.*0.64;
Gstr{i,1} = 'PXYBIPERO'; 
fPXYBIPERO(i)=fPXYBIPERO(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO = C4MDIAL + MGLYOX + HO2';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'PXYBIPERO'; 
fPXYBIPERO(i)=fPXYBIPERO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBIPERO = PXYFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'PXYBIPERO'; 
fPXYBIPERO(i)=fPXYBIPERO(i)-1; fPXYFUONE(i)=fPXYFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYBPER2OH + OH = PXYBIPERO';
k(:,i) = 1.12e-10;
Gstr{i,1} = 'PXYBPER2OH'; Gstr{i,2} = 'OH'; 
fPXYBPER2OH(i)=fPXYBPER2OH(i)-1; fOH(i)=fOH(i)-1; fPXYBIPERO(i)=fPXYBIPERO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + HO2 = C6M5CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + HO2 = PXYMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPXYMUCCO2H(i)=fPXYMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + HO2 = PXYMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'HO2'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPXYMUCCO3H(i)=fPXYMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + NO = C6M5CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'NO'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + NO2 = PXYMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'NO2'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fPXYMUCPAN(i)=fPXYMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + NO3 = C6M5CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'NO3'; 
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + RO2 = C6M5CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'RO2';
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3 + RO2 = PXYMUCCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'PXYMUCCO3'; Gstr{i,2} = 'RO2';
fPXYMUCCO3(i)=fPXYMUCCO3(i)-1; fPXYMUCCO2H(i)=fPXYMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + HO2 = PXYMUCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'HO2'; 
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYMUCOOH(i)=fPXYMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + NO = PXYMUCNO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'NO'; 
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fPXYMUCNO3(i)=fPXYMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + NO = PXYMUCO + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'NO'; 
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fNO(i)=fNO(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + NO3 = PXYMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'NO3'; 
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + RO2 = PXYMUCCO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'RO2';
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fPXYMUCCO(i)=fPXYMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + RO2 = PXYMUCO';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'RO2';
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO2 + RO2 = PXYMUCOH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'PXYMUCO2'; Gstr{i,2} = 'RO2';
fPXYMUCO2(i)=fPXYMUCO2(i)-1; fPXYMUCOH(i)=fPXYMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O2 + HO2 = C6M5CO2OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C6M5CO2O2'; Gstr{i,2} = 'HO2'; 
fC6M5CO2O2(i)=fC6M5CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC6M5CO2OOH(i)=fC6M5CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O2 + NO = C6M5CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6M5CO2O2'; Gstr{i,2} = 'NO'; 
fC6M5CO2O2(i)=fC6M5CO2O2(i)-1; fNO(i)=fNO(i)-1; fC6M5CO2O(i)=fC6M5CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O2 + NO3 = C6M5CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6M5CO2O2'; Gstr{i,2} = 'NO3'; 
fC6M5CO2O2(i)=fC6M5CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC6M5CO2O(i)=fC6M5CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O2 + RO2 = C6M5CO2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C6M5CO2O2'; Gstr{i,2} = 'RO2';
fC6M5CO2O2(i)=fC6M5CO2O2(i)-1; fC6M5CO2O(i)=fC6M5CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O2 + RO2 = C6M5CO2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C6M5CO2O2'; Gstr{i,2} = 'RO2';
fC6M5CO2O2(i)=fC6M5CO2O2(i)-1; fC6M5CO2OH(i)=fC6M5CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO2 + HO2 = NPXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NPXYOLO2'; Gstr{i,2} = 'HO2'; 
fNPXYOLO2(i)=fNPXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNPXYOLOOH(i)=fNPXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO2 + NO = NPXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPXYOLO2'; Gstr{i,2} = 'NO'; 
fNPXYOLO2(i)=fNPXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNPXYOLO(i)=fNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO2 + NO3 = NPXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPXYOLO2'; Gstr{i,2} = 'NO3'; 
fNPXYOLO2(i)=fNPXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNPXYOLO(i)=fNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO2 + RO2 = NPXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NPXYOLO2'; Gstr{i,2} = 'RO2';
fNPXYOLO2(i)=fNPXYOLO2(i)-1; fNPXYOLO(i)=fNPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO2 + RO2 = NPXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NPXYOLO2'; Gstr{i,2} = 'RO2';
fNPXYOLO2(i)=fNPXYOLO2(i)-1; fNPXYOLOH(i)=fNPXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O + NO2 = PXY1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PXY1O'; Gstr{i,2} = 'NO2'; 
fPXY1O(i)=fPXY1O(i)-1; fNO2(i)=fNO2(i)-1; fPXY1OHNO2(i)=fPXY1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O + O3 = PXY1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PXY1O'; Gstr{i,2} = 'O3'; 
fPXY1O(i)=fPXY1O(i)-1; fO3(i)=fO3(i)-1; fPXY1O2(i)=fPXY1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO2 + HO2 = PXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXYOLO2'; Gstr{i,2} = 'HO2'; 
fPXYOLO2(i)=fPXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYOLOOH(i)=fPXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO2 + NO = PXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXYOLO2'; Gstr{i,2} = 'NO'; 
fPXYOLO2(i)=fPXYOLO2(i)-1; fNO(i)=fNO(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO2 + NO3 = PXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYOLO2'; Gstr{i,2} = 'NO3'; 
fPXYOLO2(i)=fPXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO2 + RO2 = PXYOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'PXYOLO2'; Gstr{i,2} = 'RO2';
fPXYOLO2(i)=fPXYOLO2(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO2 + RO2 = PXYOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'PXYOLO2'; Gstr{i,2} = 'RO2';
fPXYOLO2(i)=fPXYOLO2(i)-1; fPXYOLOH(i)=fPXYOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYCATECH + NO3 = PXCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'PXYCATECH'; Gstr{i,2} = 'NO3'; 
fPXYCATECH(i)=fPXYCATECH(i)-1; fNO3(i)=fNO3(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYCATECH + O3 = PXCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'PXYCATECH'; Gstr{i,2} = 'O3'; 
fPXYCATECH(i)=fPXYCATECH(i)-1; fO3(i)=fO3(i)-1; fPXCATECOOA(i)=fPXCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'PXYCATECH + OH = PXCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'PXYCATECH'; Gstr{i,2} = 'OH'; 
fPXYCATECH(i)=fPXYCATECH(i)-1; fOH(i)=fOH(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2OOH + OH = C6H5CH2CHO + OH';
k(:,i) = 2.17e-11;
Gstr{i,1} = 'C6H5C2OOH'; Gstr{i,2} = 'OH'; 
fC6H5C2OOH(i)=fC6H5C2OOH(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2CHO(i)=fC6H5CH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2OOH + hv = C6H5C2H4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H5C2OOH'; 
fC6H5C2OOH(i)=fC6H5C2OOH(i)-1; fC6H5C2H4O(i)=fC6H5C2H4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2H4O = C6H5CH2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C6H5C2H4O'; 
fC6H5C2H4O(i)=fC6H5C2H4O(i)-1; fC6H5CH2CHO(i)=fC6H5CH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2NO3 + OH = C6H5CH2CHO + NO2';
k(:,i) = 7.18e-12;
Gstr{i,1} = 'C6H5C2NO3'; Gstr{i,2} = 'OH'; 
fC6H5C2NO3(i)=fC6H5C2NO3(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2CHO(i)=fC6H5CH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2NO3 + hv = C6H5C2H4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C6H5C2NO3'; 
fC6H5C2NO3(i)=fC6H5C2NO3(i)-1; fC6H5C2H4O(i)=fC6H5C2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2OH + OH = C6H5CH2CHO + HO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'C6H5C2OH'; Gstr{i,2} = 'OH'; 
fC6H5C2OH(i)=fC6H5C2OH(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2CHO(i)=fC6H5CH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CHO + NO3 = C6H5CH2CO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'C6H5CH2CHO'; Gstr{i,2} = 'NO3'; 
fC6H5CH2CHO(i)=fC6H5CH2CHO(i)-1; fNO3(i)=fNO3(i)-1; fC6H5CH2CO3(i)=fC6H5CH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CHO + OH = C6H5CH2CO3';
k(:,i) = 2.08e-11;
Gstr{i,1} = 'C6H5CH2CHO'; Gstr{i,2} = 'OH'; 
fC6H5CH2CHO(i)=fC6H5CH2CHO(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2CO3(i)=fC6H5CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CHO + hv = C6H5CH2O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C6H5CH2CHO'; 
fC6H5CH2CHO(i)=fC6H5CH2CHO(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO + NO2 = EBNZOHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'EBENZO'; Gstr{i,2} = 'NO2'; 
fEBENZO(i)=fEBENZO(i)-1; fNO2(i)=fNO2(i)-1; fEBNZOHNO2(i)=fEBNZOHNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO + O3 = EBENZO2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'EBENZO'; Gstr{i,2} = 'O3'; 
fEBENZO(i)=fEBENZO(i)-1; fO3(i)=fO3(i)-1; fEBENZO2(i)=fEBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO2 + HO2 = EBENZOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'EBENZOLO2'; Gstr{i,2} = 'HO2'; 
fEBENZOLO2(i)=fEBENZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fEBENZOLOOH(i)=fEBENZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO2 + NO = EBENZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EBENZOLO2'; Gstr{i,2} = 'NO'; 
fEBENZOLO2(i)=fEBENZOLO2(i)-1; fNO(i)=fNO(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO2 + NO3 = EBENZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EBENZOLO2'; Gstr{i,2} = 'NO3'; 
fEBENZOLO2(i)=fEBENZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO2 + RO2 = EBENZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'EBENZOLO2'; Gstr{i,2} = 'RO2';
fEBENZOLO2(i)=fEBENZOLO2(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO2 + RO2 = EBENZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'EBENZOLO2'; Gstr{i,2} = 'RO2';
fEBENZOLO2(i)=fEBENZOLO2(i)-1; fEBENZOLOH(i)=fEBENZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO2 + HO2 = NEBNZOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NEBNZOLO2'; Gstr{i,2} = 'HO2'; 
fNEBNZOLO2(i)=fNEBNZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNEBNZOLOOH(i)=fNEBNZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO2 + NO = NEBNZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NEBNZOLO2'; Gstr{i,2} = 'NO'; 
fNEBNZOLO2(i)=fNEBNZOLO2(i)-1; fNO(i)=fNO(i)-1; fNEBNZOLO(i)=fNEBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO2 + NO3 = NEBNZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NEBNZOLO2'; Gstr{i,2} = 'NO3'; 
fNEBNZOLO2(i)=fNEBNZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNEBNZOLO(i)=fNEBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO2 + RO2 = NEBNZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NEBNZOLO2'; Gstr{i,2} = 'RO2';
fNEBNZOLO2(i)=fNEBNZOLO2(i)-1; fNEBNZOLO(i)=fNEBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO2 + RO2 = NEBNZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NEBNZOLO2'; Gstr{i,2} = 'RO2';
fNEBNZOLO2(i)=fNEBNZOLO2(i)-1; fNEBNZOLOH(i)=fNEBNZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'ECATECHOL + NO3 = ECATEC1O + HNO3';
k(:,i) = 2.01e-10.*1.0;
Gstr{i,1} = 'ECATECHOL'; Gstr{i,2} = 'NO3'; 
fECATECHOL(i)=fECATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ECATECHOL + O3 = ECATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'ECATECHOL'; Gstr{i,2} = 'O3'; 
fECATECHOL(i)=fECATECHOL(i)-1; fO3(i)=fO3(i)-1; fECATECOOA(i)=fECATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'ECATECHOL + OH = ECATEC1O';
k(:,i) = 2.05e-10.*1.0;
Gstr{i,1} = 'ECATECHOL'; Gstr{i,2} = 'OH'; 
fECATECHOL(i)=fECATECHOL(i)-1; fOH(i)=fOH(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'EBZBPEROOH + OH = EBZOBPEROH + OH';
k(:,i) = 9.75e-11;
Gstr{i,1} = 'EBZBPEROOH'; Gstr{i,2} = 'OH'; 
fEBZBPEROOH(i)=fEBZBPEROOH(i)-1; fOH(i)=fOH(i)-1; fEBZOBPEROH(i)=fEBZOBPEROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZBPEROOH + hv = EBZBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBZBPEROOH'; 
fEBZBPEROOH(i)=fEBZBPEROOH(i)-1; fEBZBIPERO(i)=fEBZBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO = BZFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'EBZBIPERO'; 
fEBZBIPERO(i)=fEBZBIPERO(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO = C6DICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'EBZBIPERO'; 
fEBZBIPERO(i)=fEBZBIPERO(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO = EBFUONE + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'EBZBIPERO'; 
fEBZBIPERO(i)=fEBZBIPERO(i)-1; fEBFUONE(i)=fEBFUONE(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBIPERO = MALDIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'EBZBIPERO'; 
fEBZBIPERO(i)=fEBZBIPERO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBPERNO3 + OH = EBZOBPEROH + NO2';
k(:,i) = 7.28e-11;
Gstr{i,1} = 'EBZBPERNO3'; Gstr{i,2} = 'OH'; 
fEBZBPERNO3(i)=fEBZBPERNO3(i)-1; fOH(i)=fOH(i)-1; fEBZOBPEROH(i)=fEBZOBPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBPERNO3 + hv = EBZBIPERO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'EBZBPERNO3'; 
fEBZBPERNO3(i)=fEBZBPERNO3(i)-1; fEBZBIPERO(i)=fEBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZBPER2OH + OH = EBZOBPEROH + HO2';
k(:,i) = 1.21e-10;
Gstr{i,1} = 'EBZBPER2OH'; Gstr{i,2} = 'OH'; 
fEBZBPER2OH(i)=fEBZBPER2OH(i)-1; fOH(i)=fOH(i)-1; fEBZOBPEROH(i)=fEBZOBPEROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZOBPEROH + OH = C6DCARBBO2 + GLYOX';
k(:,i) = 8.11e-11;
Gstr{i,1} = 'EBZOBPEROH'; Gstr{i,2} = 'OH'; 
fEBZOBPEROH(i)=fEBZOBPEROH(i)-1; fOH(i)=fOH(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'EBZOBPEROH + hv = C6DCARBBO2 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EBZOBPEROH'; 
fEBZOBPEROH(i)=fEBZOBPEROH(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + HO2 = C715CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + HO2 = EBZMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fEBZMUCCO2H(i)=fEBZMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + HO2 = EBZMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fEBZMUCCO3H(i)=fEBZMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + NO = C715CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'NO'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + NO2 = EBZMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'NO2'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fEBZMUCPAN(i)=fEBZMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + NO3 = C715CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'NO3'; 
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + RO2 = C715CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'RO2';
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3 + RO2 = EBZMUCCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EBZMUCCO3'; Gstr{i,2} = 'RO2';
fEBZMUCCO3(i)=fEBZMUCCO3(i)-1; fEBZMUCCO2H(i)=fEBZMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOB = C2H5CHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'EGLYOOB'; 
fEGLYOOB(i)=fEGLYOOB(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOB = C2H5CO3 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'EGLYOOB'; 
fEGLYOOB(i)=fEGLYOOB(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOB = C2H5CO3 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'EGLYOOB'; 
fEGLYOOB(i)=fEGLYOOB(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOB = EGLYOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'EGLYOOB'; 
fEGLYOOB(i)=fEGLYOOB(i)-1; fEGLYOO(i)=fEGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + HO2 = EBZMUCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'HO2'; 
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fEBZMUCOOH(i)=fEBZMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + NO = EBZMUCNO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'NO'; 
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fEBZMUCNO3(i)=fEBZMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + NO = EBZMUCO + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'NO'; 
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + NO3 = EBZMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'NO3'; 
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + RO2 = EBZMUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'RO2';
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fEBZMUCCO(i)=fEBZMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + RO2 = EBZMUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'RO2';
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO2 + RO2 = EBZMUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBZMUCO2'; Gstr{i,2} = 'RO2';
fEBZMUCO2(i)=fEBZMUCO2(i)-1; fEBZMUCOH(i)=fEBZMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + HO2 = C715CO2OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'HO2'; 
fC715CO2O2(i)=fC715CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC715CO2OOH(i)=fC715CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + NO = C715CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'NO'; 
fC715CO2O2(i)=fC715CO2O2(i)-1; fNO(i)=fNO(i)-1; fC715CO2O(i)=fC715CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + NO3 = C715CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'NO3'; 
fC715CO2O2(i)=fC715CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC715CO2O(i)=fC715CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + RO2 = C715CO2O';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'RO2';
fC715CO2O2(i)=fC715CO2O2(i)-1; fC715CO2O(i)=fC715CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + RO2 = C715CO2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'RO2';
fC715CO2O2(i)=fC715CO2O2(i)-1; fC715CO2OH(i)=fC715CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O2 + RO2 = C7CO2DBAL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C715CO2O2'; Gstr{i,2} = 'RO2';
fC715CO2O2(i)=fC715CO2O2(i)-1; fC7CO2DBAL(i)=fC7CO2DBAL(i)+1; 

i=i+1;
Rnames{i} = 'PHC3OOH + OH = PHCOET + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'PHC3OOH'; Gstr{i,2} = 'OH'; 
fPHC3OOH(i)=fPHC3OOH(i)-1; fOH(i)=fOH(i)-1; fPHCOET(i)=fPHCOET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHC3OOH + hv = PHC3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHC3OOH'; 
fPHC3OOH(i)=fPHC3OOH(i)-1; fPHC3O(i)=fPHC3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHC3NO3 + OH = PHCOET + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'PHC3NO3'; Gstr{i,2} = 'OH'; 
fPHC3NO3(i)=fPHC3NO3(i)-1; fOH(i)=fOH(i)-1; fPHCOET(i)=fPHCOET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHC3NO3 + hv = PHC3O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'PHC3NO3'; 
fPHC3NO3(i)=fPHC3NO3(i)-1; fPHC3O(i)=fPHC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHC3O = PHCOET + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'PHC3O'; 
fPHC3O(i)=fPHC3O(i)-1; fPHCOET(i)=fPHCOET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHC3OH + OH = PHCOET + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'PHC3OH'; Gstr{i,2} = 'OH'; 
fPHC3OH(i)=fPHC3OH(i)-1; fOH(i)=fOH(i)-1; fPHCOET(i)=fPHCOET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOET + OH = PHCOETO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'PHCOET'; Gstr{i,2} = 'OH'; 
fPHCOET(i)=fPHCOET(i)-1; fOH(i)=fOH(i)-1; fPHCOETO2(i)=fPHCOETO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOET + hv = C6H5CO3 + C2H5O2';
k(:,i) = J22;
Gstr{i,1} = 'PHCOET'; 
fPHCOET(i)=fPHCOET(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO2 + HO2 = NPBNZOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NPBNZOLO2'; Gstr{i,2} = 'HO2'; 
fNPBNZOLO2(i)=fNPBNZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNPBNZOLOOH(i)=fNPBNZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO2 + NO = NPBNZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPBNZOLO2'; Gstr{i,2} = 'NO'; 
fNPBNZOLO2(i)=fNPBNZOLO2(i)-1; fNO(i)=fNO(i)-1; fNPBNZOLO(i)=fNPBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO2 + NO3 = NPBNZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPBNZOLO2'; Gstr{i,2} = 'NO3'; 
fNPBNZOLO2(i)=fNPBNZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNPBNZOLO(i)=fNPBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO2 + RO2 = NPBNZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NPBNZOLO2'; Gstr{i,2} = 'RO2';
fNPBNZOLO2(i)=fNPBNZOLO2(i)-1; fNPBNZOLO(i)=fNPBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO2 + RO2 = NPBNZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NPBNZOLO2'; Gstr{i,2} = 'RO2';
fNPBNZOLO2(i)=fNPBNZOLO2(i)-1; fNPBNZOLOH(i)=fNPBNZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO + NO2 = PBNZOHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PBENZO'; Gstr{i,2} = 'NO2'; 
fPBENZO(i)=fPBENZO(i)-1; fNO2(i)=fNO2(i)-1; fPBNZOHNO2(i)=fPBNZOHNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO + O3 = PBENZO2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PBENZO'; Gstr{i,2} = 'O3'; 
fPBENZO(i)=fPBENZO(i)-1; fO3(i)=fO3(i)-1; fPBENZO2(i)=fPBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO2 + HO2 = PBENZOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PBENZOLO2'; Gstr{i,2} = 'HO2'; 
fPBENZOLO2(i)=fPBENZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fPBENZOLOOH(i)=fPBENZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO2 + NO = PBENZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PBENZOLO2'; Gstr{i,2} = 'NO'; 
fPBENZOLO2(i)=fPBENZOLO2(i)-1; fNO(i)=fNO(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO2 + NO3 = PBENZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBENZOLO2'; Gstr{i,2} = 'NO3'; 
fPBENZOLO2(i)=fPBENZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO2 + RO2 = PBENZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'PBENZOLO2'; Gstr{i,2} = 'RO2';
fPBENZOLO2(i)=fPBENZOLO2(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO2 + RO2 = PBENZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'PBENZOLO2'; Gstr{i,2} = 'RO2';
fPBENZOLO2(i)=fPBENZOLO2(i)-1; fPBENZOLOH(i)=fPBENZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PCATECHOL + NO3 = PCATEC1O + HNO3';
k(:,i) = 2.01e-10.*1.0;
Gstr{i,1} = 'PCATECHOL'; Gstr{i,2} = 'NO3'; 
fPCATECHOL(i)=fPCATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PCATECHOL + O3 = PCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'PCATECHOL'; Gstr{i,2} = 'O3'; 
fPCATECHOL(i)=fPCATECHOL(i)-1; fO3(i)=fO3(i)-1; fPCATECOOA(i)=fPCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'PCATECHOL + OH = PCATEC1O';
k(:,i) = 2.05e-10.*1.0;
Gstr{i,1} = 'PCATECHOL'; Gstr{i,2} = 'OH'; 
fPCATECHOL(i)=fPCATECHOL(i)-1; fOH(i)=fOH(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PBZBPEROOH + OH = PBZOBPEROH + OH';
k(:,i) = 9.90e-11;
Gstr{i,1} = 'PBZBPEROOH'; Gstr{i,2} = 'OH'; 
fPBZBPEROOH(i)=fPBZBPEROOH(i)-1; fOH(i)=fOH(i)-1; fPBZOBPEROH(i)=fPBZOBPEROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZBPEROOH + hv = PBZBIPERO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBZBPEROOH'; 
fPBZBPEROOH(i)=fPBZBPEROOH(i)-1; fPBZBIPERO(i)=fPBZBIPERO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO = BZFUONE + PGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'PBZBIPERO'; 
fPBZBIPERO(i)=fPBZBIPERO(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO = C7DICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'PBZBIPERO'; 
fPBZBIPERO(i)=fPBZBIPERO(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO = MALDIAL + PGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'PBZBIPERO'; 
fPBZBIPERO(i)=fPBZBIPERO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBIPERO = PBFUONE + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'PBZBIPERO'; 
fPBZBIPERO(i)=fPBZBIPERO(i)-1; fPBFUONE(i)=fPBFUONE(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBPERNO3 + OH = PBZOBPEROH + NO2';
k(:,i) = 7.42e-11;
Gstr{i,1} = 'PBZBPERNO3'; Gstr{i,2} = 'OH'; 
fPBZBPERNO3(i)=fPBZBPERNO3(i)-1; fOH(i)=fOH(i)-1; fPBZOBPEROH(i)=fPBZOBPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBPERNO3 + hv = PBZBIPERO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'PBZBPERNO3'; 
fPBZBPERNO3(i)=fPBZBPERNO3(i)-1; fPBZBIPERO(i)=fPBZBIPERO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZBPER2OH + OH = PBZOBPEROH + HO2';
k(:,i) = 1.22e-10;
Gstr{i,1} = 'PBZBPER2OH'; Gstr{i,2} = 'OH'; 
fPBZBPER2OH(i)=fPBZBPER2OH(i)-1; fOH(i)=fOH(i)-1; fPBZOBPEROH(i)=fPBZOBPEROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZOBPEROH + OH = C7DCCO3 + GLYOX';
k(:,i) = 8.25e-11;
Gstr{i,1} = 'PBZOBPEROH'; Gstr{i,2} = 'OH'; 
fPBZOBPEROH(i)=fPBZOBPEROH(i)-1; fOH(i)=fOH(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'PBZOBPEROH + hv = C7DCCO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PBZOBPEROH'; 
fPBZOBPEROH(i)=fPBZOBPEROH(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + HO2 = C815CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + HO2 = PBZMUCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPBZMUCCO2H(i)=fPBZMUCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + HO2 = PBZMUCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPBZMUCCO3H(i)=fPBZMUCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + NO = C815CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'NO'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + NO2 = PBZMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'NO2'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fPBZMUCPAN(i)=fPBZMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + NO3 = C815CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'NO3'; 
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + RO2 = C815CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'RO2';
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3 + RO2 = PBZMUCCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'PBZMUCCO3'; Gstr{i,2} = 'RO2';
fPBZMUCCO3(i)=fPBZMUCCO3(i)-1; fPBZMUCCO2H(i)=fPBZMUCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOA = C3H7CHO';
k(:,i) = KDEC.*0.34;
Gstr{i,1} = 'PGLOOA'; 
fPGLOOA(i)=fPGLOOA(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOA = C3H7CO3 + CO + OH';
k(:,i) = KDEC.*0.08;
Gstr{i,1} = 'PGLOOA'; 
fPGLOOA(i)=fPGLOOA(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOA = C3H7CO3 + HO2';
k(:,i) = KDEC.*0.34;
Gstr{i,1} = 'PGLOOA'; 
fPGLOOA(i)=fPGLOOA(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOA = PGLOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'PGLOOA'; 
fPGLOOA(i)=fPGLOOA(i)-1; fPGLOO(i)=fPGLOO(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + HO2 = PBZMUCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'HO2'; 
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fPBZMUCOOH(i)=fPBZMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + NO = PBZMUCNO3';
k(:,i) = KRO2NO.*0.197;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'NO'; 
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fPBZMUCNO3(i)=fPBZMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + NO = PBZMUCO + NO2';
k(:,i) = KRO2NO.*0.803;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'NO'; 
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + NO3 = PBZMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'NO3'; 
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + RO2 = PBZMUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'RO2';
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fPBZMUCCO(i)=fPBZMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + RO2 = PBZMUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'RO2';
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO2 + RO2 = PBZMUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBZMUCO2'; Gstr{i,2} = 'RO2';
fPBZMUCO2(i)=fPBZMUCO2(i)-1; fPBZMUCOH(i)=fPBZMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + HO2 = C815CO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'HO2'; 
fC815CO2O2(i)=fC815CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC815CO2OOH(i)=fC815CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + NO = C815CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'NO'; 
fC815CO2O2(i)=fC815CO2O2(i)-1; fNO(i)=fNO(i)-1; fC815CO2O(i)=fC815CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + NO3 = C815CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'NO3'; 
fC815CO2O2(i)=fC815CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC815CO2O(i)=fC815CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + RO2 = C815CO2O';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'RO2';
fC815CO2O2(i)=fC815CO2O2(i)-1; fC815CO2O(i)=fC815CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + RO2 = C815CO2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'RO2';
fC815CO2O2(i)=fC815CO2O2(i)-1; fC815CO2OH(i)=fC815CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O2 + RO2 = C8CO2DBAL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C815CO2O2'; Gstr{i,2} = 'RO2';
fC815CO2O2(i)=fC815CO2O2(i)-1; fC8CO2DBAL(i)=fC8CO2DBAL(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3OOH + OH = PHIC3O2';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'PHIC3OOH'; Gstr{i,2} = 'OH'; 
fPHIC3OOH(i)=fPHIC3OOH(i)-1; fOH(i)=fOH(i)-1; fPHIC3O2(i)=fPHIC3O2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3OOH + hv = PHIC3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHIC3OOH'; 
fPHIC3OOH(i)=fPHIC3OOH(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3NO3 + OH = PHCOME + HCHO + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'PHIC3NO3'; Gstr{i,2} = 'OH'; 
fPHIC3NO3(i)=fPHIC3NO3(i)-1; fOH(i)=fOH(i)-1; fPHCOME(i)=fPHCOME(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3NO3 + hv = PHIC3O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'PHIC3NO3'; 
fPHIC3NO3(i)=fPHIC3NO3(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3O = PHCOME + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'PHIC3O'; 
fPHIC3O(i)=fPHIC3O(i)-1; fPHCOME(i)=fPHCOME(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'PHIC3OH + OH = PHIC3O';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'PHIC3OH'; Gstr{i,2} = 'OH'; 
fPHIC3OH(i)=fPHIC3OH(i)-1; fOH(i)=fOH(i)-1; fPHIC3O(i)=fPHIC3O(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO + NO2 = IPBNZOHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'IPBENZO'; Gstr{i,2} = 'NO2'; 
fIPBENZO(i)=fIPBENZO(i)-1; fNO2(i)=fNO2(i)-1; fIPBNZOHNO2(i)=fIPBNZOHNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO + O3 = IPBENZO2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'IPBENZO'; Gstr{i,2} = 'O3'; 
fIPBENZO(i)=fIPBENZO(i)-1; fO3(i)=fO3(i)-1; fIPBENZO2(i)=fIPBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO2 + HO2 = IPBZOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'IPBENZOLO2'; Gstr{i,2} = 'HO2'; 
fIPBENZOLO2(i)=fIPBENZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fIPBZOLOOH(i)=fIPBZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO2 + NO = IPBENZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPBENZOLO2'; Gstr{i,2} = 'NO'; 
fIPBENZOLO2(i)=fIPBENZOLO2(i)-1; fNO(i)=fNO(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO2 + NO3 = IPBENZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPBENZOLO2'; Gstr{i,2} = 'NO3'; 
fIPBENZOLO2(i)=fIPBENZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO2 + RO2 = IPBENZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'IPBENZOLO2'; Gstr{i,2} = 'RO2';
fIPBENZOLO2(i)=fIPBENZOLO2(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO2 + RO2 = IPBENZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'IPBENZOLO2'; Gstr{i,2} = 'RO2';
fIPBENZOLO2(i)=fIPBENZOLO2(i)-1; fIPBENZOLOH(i)=fIPBENZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO2 + HO2 = NIPBZOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NIPBNZOLO2'; Gstr{i,2} = 'HO2'; 
fNIPBNZOLO2(i)=fNIPBNZOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNIPBZOLOOH(i)=fNIPBZOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO2 + NO = NIPBNZOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NIPBNZOLO2'; Gstr{i,2} = 'NO'; 
fNIPBNZOLO2(i)=fNIPBNZOLO2(i)-1; fNO(i)=fNO(i)-1; fNIPBNZOLO(i)=fNIPBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO2 + NO3 = NIPBNZOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NIPBNZOLO2'; Gstr{i,2} = 'NO3'; 
fNIPBNZOLO2(i)=fNIPBNZOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNIPBNZOLO(i)=fNIPBNZOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO2 + RO2 = NIPBNZOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NIPBNZOLO2'; Gstr{i,2} = 'RO2';
fNIPBNZOLO2(i)=fNIPBNZOLO2(i)-1; fNIPBNZOLO(i)=fNIPBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO2 + RO2 = NIPBNZOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NIPBNZOLO2'; Gstr{i,2} = 'RO2';
fNIPBNZOLO2(i)=fNIPBNZOLO2(i)-1; fNIPBNZOLOH(i)=fNIPBNZOLOH(i)+1; 

i=i+1;
Rnames{i} = 'IPCATECHOL + NO3 = IPCATEC1O + HNO3';
k(:,i) = 2.01e-10.*1.0;
Gstr{i,1} = 'IPCATECHOL'; Gstr{i,2} = 'NO3'; 
fIPCATECHOL(i)=fIPCATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPCATECHOL + O3 = IPCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'IPCATECHOL'; Gstr{i,2} = 'O3'; 
fIPCATECHOL(i)=fIPCATECHOL(i)-1; fO3(i)=fO3(i)-1; fIPCATECOOA(i)=fIPCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'IPCATECHOL + OH = IPCATEC1O';
k(:,i) = 2.05e-10.*1.0;
Gstr{i,1} = 'IPCATECHOL'; Gstr{i,2} = 'OH'; 
fIPCATECHOL(i)=fIPCATECHOL(i)-1; fOH(i)=fOH(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBPROOH + OH = IPBZOBPROH + OH';
k(:,i) = 9.90e-11;
Gstr{i,1} = 'IPBZBPROOH'; Gstr{i,2} = 'OH'; 
fIPBZBPROOH(i)=fIPBZBPROOH(i)-1; fOH(i)=fOH(i)-1; fIPBZOBPROH(i)=fIPBZOBPROH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBPROOH + hv = IPBZBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBZBPROOH'; 
fIPBZBPROOH(i)=fIPBZBPROOH(i)-1; fIPBZBIPRO(i)=fIPBZBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO = BZFUONE + IPRGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'IPBZBIPRO'; 
fIPBZBIPRO(i)=fIPBZBIPRO(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO = IC7DICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'IPBZBIPRO'; 
fIPBZBIPRO(i)=fIPBZBIPRO(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO = IPBFUONE + GLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'IPBZBIPRO'; 
fIPBZBIPRO(i)=fIPBZBIPRO(i)-1; fIPBFUONE(i)=fIPBFUONE(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBIPRO = MALDIAL + IPRGLYOX + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'IPBZBIPRO'; 
fIPBZBIPRO(i)=fIPBZBIPRO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBPRNO3 + OH = IPBZOBPROH + NO2';
k(:,i) = 7.42e-11;
Gstr{i,1} = 'IPBZBPRNO3'; Gstr{i,2} = 'OH'; 
fIPBZBPRNO3(i)=fIPBZBPRNO3(i)-1; fOH(i)=fOH(i)-1; fIPBZOBPROH(i)=fIPBZOBPROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBPRNO3 + hv = IPBZBIPRO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'IPBZBPRNO3'; 
fIPBZBPRNO3(i)=fIPBZBPRNO3(i)-1; fIPBZBIPRO(i)=fIPBZBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZBPR2OH + OH = IPBZOBPROH + HO2';
k(:,i) = 1.22e-10;
Gstr{i,1} = 'IPBZBPR2OH'; Gstr{i,2} = 'OH'; 
fIPBZBPR2OH(i)=fIPBZBPR2OH(i)-1; fOH(i)=fOH(i)-1; fIPBZOBPROH(i)=fIPBZOBPROH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZOBPROH + OH = IC7DCCO3 + GLYOX';
k(:,i) = 8.25e-11;
Gstr{i,1} = 'IPBZOBPROH'; Gstr{i,2} = 'OH'; 
fIPBZOBPROH(i)=fIPBZOBPROH(i)-1; fOH(i)=fOH(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'IPBZOBPROH + hv = IC7DCCO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IPBZOBPROH'; 
fIPBZOBPROH(i)=fIPBZOBPROH(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + HO2 = C7M15CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + HO2 = IPBZMUCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPBZMUCO2H(i)=fIPBZMUCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + HO2 = IPBZMUCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'HO2'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPBZMUCO3H(i)=fIPBZMUCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + NO = C7M15CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'NO'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + NO2 = IPBZMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'NO2'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fIPBZMUCPAN(i)=fIPBZMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + NO3 = C7M15CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'NO3'; 
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + RO2 = C7M15CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'RO2';
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO3 + RO2 = IPBZMUCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'IPBZMUCCO3'; Gstr{i,2} = 'RO2';
fIPBZMUCCO3(i)=fIPBZMUCCO3(i)-1; fIPBZMUCO2H(i)=fIPBZMUCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOOB = IPGLOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'IPGLOOB'; 
fIPGLOOB(i)=fIPGLOOB(i)-1; fIPGLOO(i)=fIPGLOO(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOOB = IPRCHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'IPGLOOB'; 
fIPGLOOB(i)=fIPGLOOB(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOOB = IPRCO3 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'IPGLOOB'; 
fIPGLOOB(i)=fIPGLOOB(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOOB = IPRCO3 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'IPGLOOB'; 
fIPGLOOB(i)=fIPGLOOB(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + HO2 = IPBZMUCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'HO2'; 
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fIPBZMUCOOH(i)=fIPBZMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + NO = IPBZMUCNO3';
k(:,i) = KRO2NO.*0.197;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'NO'; 
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fIPBZMUCNO3(i)=fIPBZMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + NO = IPBZMUCO + NO2';
k(:,i) = KRO2NO.*0.803;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'NO'; 
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fNO(i)=fNO(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + NO3 = IPBZMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'NO3'; 
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + RO2 = IPBZMUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'RO2';
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fIPBZMUCCO(i)=fIPBZMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + RO2 = IPBZMUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'RO2';
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2 + RO2 = IPBZMUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBZMUCO2'; Gstr{i,2} = 'RO2';
fIPBZMUCO2(i)=fIPBZMUCO2(i)-1; fIPBZMUCOH(i)=fIPBZMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + HO2 = C7MCO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'HO2'; 
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC7MCO2OOH(i)=fC7MCO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + NO = C7M15CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'NO'; 
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fNO(i)=fNO(i)-1; fC7M15CO2O(i)=fC7M15CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + NO3 = C7M15CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'NO3'; 
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC7M15CO2O(i)=fC7M15CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + RO2 = C7M15CO2O';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'RO2';
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fC7M15CO2O(i)=fC7M15CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + RO2 = C7M15CO2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'RO2';
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fC7M15CO2OH(i)=fC7M15CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O2 + RO2 = C7MCO2DBAL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C7M15CO2O2'; Gstr{i,2} = 'RO2';
fC7M15CO2O2(i)=fC7M15CO2O2(i)-1; fC7MCO2DBAL(i)=fC7MCO2DBAL(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOOH + OH = TM123BCHO + OH';
k(:,i) = 1.17e-11;
Gstr{i,1} = 'TM123BOOH'; Gstr{i,2} = 'OH'; 
fTM123BOOH(i)=fTM123BOOH(i)-1; fOH(i)=fOH(i)-1; fTM123BCHO(i)=fTM123BCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOOH + hv = TM123BO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123BOOH'; 
fTM123BOOH(i)=fTM123BOOH(i)-1; fTM123BO(i)=fTM123BO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BNO3 + OH = TM123BCHO + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'TM123BNO3'; Gstr{i,2} = 'OH'; 
fTM123BNO3(i)=fTM123BNO3(i)-1; fOH(i)=fOH(i)-1; fTM123BCHO(i)=fTM123BCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BNO3 + hv = TM123BO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'TM123BNO3'; 
fTM123BNO3(i)=fTM123BNO3(i)-1; fTM123BO(i)=fTM123BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BO = TM123BCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'TM123BO'; 
fTM123BO(i)=fTM123BO(i)-1; fTM123BCHO(i)=fTM123BCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCHO + NO3 = TM123BCO3 + NO2';
k(:,i) = KNO3AL;
Gstr{i,1} = 'TM123BCHO'; Gstr{i,2} = 'NO3'; 
fTM123BCHO(i)=fTM123BCHO(i)-1; fNO3(i)=fNO3(i)-1; fTM123BCO3(i)=fTM123BCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCHO + OH = TM123BCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'TM123BCHO'; Gstr{i,2} = 'OH'; 
fTM123BCHO(i)=fTM123BCHO(i)-1; fOH(i)=fOH(i)-1; fTM123BCO3(i)=fTM123BCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCHO + hv = DM123O2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'TM123BCHO'; 
fTM123BCHO(i)=fTM123BCHO(i)-1; fDM123O2(i)=fDM123O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCHO + hv = TM123BCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'TM123BCHO'; 
fTM123BCHO(i)=fTM123BCHO(i)-1; fTM123BCO3(i)=fTM123BCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BOH + OH = TM123BCHO + HO2';
k(:,i) = 3.68e-12;
Gstr{i,1} = 'TM123BOH'; Gstr{i,2} = 'OH'; 
fTM123BOH(i)=fTM123BOH(i)-1; fOH(i)=fOH(i)-1; fTM123BCHO(i)=fTM123BCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO2 + HO2 = NTM123LOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NTM123OLO2'; Gstr{i,2} = 'HO2'; 
fNTM123OLO2(i)=fNTM123OLO2(i)-1; fHO2(i)=fHO2(i)-1; fNTM123LOOH(i)=fNTM123LOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO2 + NO = NTM123OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTM123OLO2'; Gstr{i,2} = 'NO'; 
fNTM123OLO2(i)=fNTM123OLO2(i)-1; fNO(i)=fNO(i)-1; fNTM123OLO(i)=fNTM123OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO2 + NO3 = NTM123OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTM123OLO2'; Gstr{i,2} = 'NO3'; 
fNTM123OLO2(i)=fNTM123OLO2(i)-1; fNO3(i)=fNO3(i)-1; fNTM123OLO(i)=fNTM123OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO2 + RO2 = NTM123OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NTM123OLO2'; Gstr{i,2} = 'RO2';
fNTM123OLO2(i)=fNTM123OLO2(i)-1; fNTM123OLO(i)=fNTM123OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO2 + RO2 = NTM123OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NTM123OLO2'; Gstr{i,2} = 'RO2';
fNTM123OLO2(i)=fNTM123OLO2(i)-1; fNTM123OLOH(i)=fNTM123OLOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123O + NO2 = TM123OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'TM123O'; Gstr{i,2} = 'NO2'; 
fTM123O(i)=fTM123O(i)-1; fNO2(i)=fNO2(i)-1; fTM123OHNO2(i)=fTM123OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123O + O3 = TM123O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'TM123O'; Gstr{i,2} = 'O3'; 
fTM123O(i)=fTM123O(i)-1; fO3(i)=fO3(i)-1; fTM123O2(i)=fTM123O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO2 + HO2 = TM123OLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'TM123OLO2'; Gstr{i,2} = 'HO2'; 
fTM123OLO2(i)=fTM123OLO2(i)-1; fHO2(i)=fHO2(i)-1; fTM123OLOOH(i)=fTM123OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO2 + NO = TM123OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM123OLO2'; Gstr{i,2} = 'NO'; 
fTM123OLO2(i)=fTM123OLO2(i)-1; fNO(i)=fNO(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO2 + NO3 = TM123OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM123OLO2'; Gstr{i,2} = 'NO3'; 
fTM123OLO2(i)=fTM123OLO2(i)-1; fNO3(i)=fNO3(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO2 + RO2 = TM123OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'TM123OLO2'; Gstr{i,2} = 'RO2';
fTM123OLO2(i)=fTM123OLO2(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO2 + RO2 = TM123OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'TM123OLO2'; Gstr{i,2} = 'RO2';
fTM123OLO2(i)=fTM123OLO2(i)-1; fTM123OLOH(i)=fTM123OLOH(i)+1; 

i=i+1;
Rnames{i} = 'T123CATECH + NO3 = T123CAT1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'T123CATECH'; Gstr{i,2} = 'NO3'; 
fT123CATECH(i)=fT123CATECH(i)-1; fNO3(i)=fNO3(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'T123CATECH + O3 = T123CTCOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'T123CATECH'; Gstr{i,2} = 'O3'; 
fT123CATECH(i)=fT123CATECH(i)-1; fO3(i)=fO3(i)-1; fT123CTCOOA(i)=fT123CTCOOA(i)+1; 

i=i+1;
Rnames{i} = 'T123CATECH + OH = T123CAT1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'T123CATECH'; Gstr{i,2} = 'OH'; 
fT123CATECH(i)=fT123CATECH(i)-1; fOH(i)=fOH(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPOOH + OH = TM123OBPOH + OH';
k(:,i) = 8.83e-11;
Gstr{i,1} = 'TM123BPOOH'; Gstr{i,2} = 'OH'; 
fTM123BPOOH(i)=fTM123BPOOH(i)-1; fOH(i)=fOH(i)-1; fTM123OBPOH(i)=fTM123OBPOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPOOH + hv = TM123BPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123BPOOH'; 
fTM123BPOOH(i)=fTM123BPOOH(i)-1; fTM123BPRO(i)=fTM123BPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPNO3 + OH = TM123OBPOH + NO2';
k(:,i) = 6.51e-11;
Gstr{i,1} = 'TM123BPNO3'; Gstr{i,2} = 'OH'; 
fTM123BPNO3(i)=fTM123BPNO3(i)-1; fOH(i)=fOH(i)-1; fTM123OBPOH(i)=fTM123OBPOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPNO3 + hv = TM123BPRO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'TM123BPNO3'; 
fTM123BPNO3(i)=fTM123BPNO3(i)-1; fTM123BPRO(i)=fTM123BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = C5DICARB + BIACET + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = C7ADICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.05;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fC7ADICARB(i)=fC7ADICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = MC5DICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.13;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fMC5DICARB(i)=fMC5DICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = TLFUONE + BIACET + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = TMB1FUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.13;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fTMB1FUONE(i)=fTMB1FUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPRO = TMB2FUONE + GLYOX + HO2';
k(:,i) = KDEC.*0.05;
Gstr{i,1} = 'TM123BPRO'; 
fTM123BPRO(i)=fTM123BPRO(i)-1; fTMB2FUONE(i)=fTMB2FUONE(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BP2OH + OH = TM123OBPOH + HO2';
k(:,i) = 1.12e-10;
Gstr{i,1} = 'TM123BP2OH'; Gstr{i,2} = 'OH'; 
fTM123BP2OH(i)=fTM123BP2OH(i)-1; fOH(i)=fOH(i)-1; fTM123OBPOH(i)=fTM123OBPOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OBPOH + OH = C5CO14O2 + BIACET';
k(:,i) = 5.86e-11;
Gstr{i,1} = 'TM123OBPOH'; Gstr{i,2} = 'OH'; 
fTM123OBPOH(i)=fTM123OBPOH(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'TM123OBPOH + hv = C5CO14O2 + BIACET + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TM123OBPOH'; 
fTM123OBPOH(i)=fTM123OBPOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXALMKT + NO3 = EPXKTMCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'EPXALMKT'; Gstr{i,2} = 'NO3'; 
fEPXALMKT(i)=fEPXALMKT(i)-1; fNO3(i)=fNO3(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXALMKT + OH = EPXKTMCO3';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'EPXALMKT'; Gstr{i,2} = 'OH'; 
fEPXALMKT(i)=fEPXALMKT(i)-1; fOH(i)=fOH(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXALMKT + hv = C4CO2O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'EPXALMKT'; 
fEPXALMKT(i)=fEPXALMKT(i)-1; fC4CO2O2(i)=fC4CO2O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXALMKT + hv = C4MCO2O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'EPXALMKT'; 
fEPXALMKT(i)=fEPXALMKT(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + HO2 = TM123MUOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'HO2'; 
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fHO2(i)=fHO2(i)-1; fTM123MUOOH(i)=fTM123MUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + NO = TM123MUCO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'NO'; 
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + NO = TM123MUNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'NO'; 
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM123MUNO3(i)=fTM123MUNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + NO3 = TM123MUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'NO3'; 
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fNO3(i)=fNO3(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + RO2 = TM123MUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'RO2';
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fTM123MUCCO(i)=fTM123MUCCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + RO2 = TM123MUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'RO2';
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO2 + RO2 = TM123MUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM123MUCO2'; Gstr{i,2} = 'RO2';
fTM123MUCO2(i)=fTM123MUCO2(i)-1; fTM123MUCOH(i)=fTM123MUCOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BOOH + OH = TM124BCHO + OH';
k(:,i) = 1.17e-11;
Gstr{i,1} = 'TM124BOOH'; Gstr{i,2} = 'OH'; 
fTM124BOOH(i)=fTM124BOOH(i)-1; fOH(i)=fOH(i)-1; fTM124BCHO(i)=fTM124BCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BOOH + hv = TM124BO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124BOOH'; 
fTM124BOOH(i)=fTM124BOOH(i)-1; fTM124BO(i)=fTM124BO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BNO3 + OH = TM124BCHO + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'TM124BNO3'; Gstr{i,2} = 'OH'; 
fTM124BNO3(i)=fTM124BNO3(i)-1; fOH(i)=fOH(i)-1; fTM124BCHO(i)=fTM124BCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BNO3 + hv = TM124BO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'TM124BNO3'; 
fTM124BNO3(i)=fTM124BNO3(i)-1; fTM124BO(i)=fTM124BO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BO = TM124BCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'TM124BO'; 
fTM124BO(i)=fTM124BO(i)-1; fTM124BCHO(i)=fTM124BCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCHO + NO3 = TM124BCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'TM124BCHO'; Gstr{i,2} = 'NO3'; 
fTM124BCHO(i)=fTM124BCHO(i)-1; fNO3(i)=fNO3(i)-1; fTM124BCO3(i)=fTM124BCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCHO + OH = TM124BCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'TM124BCHO'; Gstr{i,2} = 'OH'; 
fTM124BCHO(i)=fTM124BCHO(i)-1; fOH(i)=fOH(i)-1; fTM124BCO3(i)=fTM124BCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCHO + hv = DM124O2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'TM124BCHO'; 
fTM124BCHO(i)=fTM124BCHO(i)-1; fDM124O2(i)=fDM124O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCHO + hv = TM124BCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'TM124BCHO'; 
fTM124BCHO(i)=fTM124BCHO(i)-1; fTM124BCO3(i)=fTM124BCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BOH + OH = TM124BCHO + HO2';
k(:,i) = 3.68e-12;
Gstr{i,1} = 'TM124BOH'; Gstr{i,2} = 'OH'; 
fTM124BOH(i)=fTM124BOH(i)-1; fOH(i)=fOH(i)-1; fTM124BCHO(i)=fTM124BCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPOOH + OH = TM124BPRO2';
k(:,i) = 7.48e-11;
Gstr{i,1} = 'TM124BPOOH'; Gstr{i,2} = 'OH'; 
fTM124BPOOH(i)=fTM124BPOOH(i)-1; fOH(i)=fOH(i)-1; fTM124BPRO2(i)=fTM124BPRO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPOOH + hv = TM124BPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124BPOOH'; 
fTM124BPOOH(i)=fTM124BPOOH(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPNO3 + OH = CH3O2 + MXYOBPEROH + NO2';
k(:,i) = 7.14e-11;
Gstr{i,1} = 'TM124BPNO3'; Gstr{i,2} = 'OH'; 
fTM124BPNO3(i)=fTM124BPNO3(i)-1; fOH(i)=fOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; fMXYOBPEROH(i)=fMXYOBPEROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPNO3 + hv = TM124BPRO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'TM124BPNO3'; 
fTM124BPNO3(i)=fTM124BPNO3(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = C4DBDIKET + MGLYOX + HO2';
k(:,i) = KDEC.*0.292;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = C4MDIAL + BIACET + HO2';
k(:,i) = KDEC.*0.084;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = C7BDICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.118;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fC7BDICARB(i)=fC7BDICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = MC5DICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.211;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fMC5DICARB(i)=fMC5DICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = PXYFUONE + BIACET + HO2';
k(:,i) = KDEC.*0.084;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fPXYFUONE(i)=fPXYFUONE(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPRO = TMB1FUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.211;
Gstr{i,1} = 'TM124BPRO'; 
fTM124BPRO(i)=fTM124BPRO(i)-1; fTMB1FUONE(i)=fTMB1FUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BP2OH + OH = TM124BPRO';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'TM124BP2OH'; Gstr{i,2} = 'OH'; 
fTM124BP2OH(i)=fTM124BP2OH(i)-1; fOH(i)=fOH(i)-1; fTM124BPRO(i)=fTM124BPRO(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO2 + HO2 = NTM124LOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NTM124OLO2'; Gstr{i,2} = 'HO2'; 
fNTM124OLO2(i)=fNTM124OLO2(i)-1; fHO2(i)=fHO2(i)-1; fNTM124LOOH(i)=fNTM124LOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO2 + NO = NTM124OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTM124OLO2'; Gstr{i,2} = 'NO'; 
fNTM124OLO2(i)=fNTM124OLO2(i)-1; fNO(i)=fNO(i)-1; fNTM124OLO(i)=fNTM124OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO2 + NO3 = NTM124OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTM124OLO2'; Gstr{i,2} = 'NO3'; 
fNTM124OLO2(i)=fNTM124OLO2(i)-1; fNO3(i)=fNO3(i)-1; fNTM124OLO(i)=fNTM124OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO2 + RO2 = NTM124OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NTM124OLO2'; Gstr{i,2} = 'RO2';
fNTM124OLO2(i)=fNTM124OLO2(i)-1; fNTM124OLO(i)=fNTM124OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO2 + RO2 = NTM124OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NTM124OLO2'; Gstr{i,2} = 'RO2';
fNTM124OLO2(i)=fNTM124OLO2(i)-1; fNTM124OLOH(i)=fNTM124OLOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124O + NO2 = TM124OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'TM124O'; Gstr{i,2} = 'NO2'; 
fTM124O(i)=fTM124O(i)-1; fNO2(i)=fNO2(i)-1; fTM124OHNO2(i)=fTM124OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124O + O3 = TM124O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'TM124O'; Gstr{i,2} = 'O3'; 
fTM124O(i)=fTM124O(i)-1; fO3(i)=fO3(i)-1; fTM124O2(i)=fTM124O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO2 + HO2 = TM124OLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'TM124OLO2'; Gstr{i,2} = 'HO2'; 
fTM124OLO2(i)=fTM124OLO2(i)-1; fHO2(i)=fHO2(i)-1; fTM124OLOOH(i)=fTM124OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO2 + NO = TM124OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM124OLO2'; Gstr{i,2} = 'NO'; 
fTM124OLO2(i)=fTM124OLO2(i)-1; fNO(i)=fNO(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO2 + NO3 = TM124OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124OLO2'; Gstr{i,2} = 'NO3'; 
fTM124OLO2(i)=fTM124OLO2(i)-1; fNO3(i)=fNO3(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO2 + RO2 = TM124OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'TM124OLO2'; Gstr{i,2} = 'RO2';
fTM124OLO2(i)=fTM124OLO2(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO2 + RO2 = TM124OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'TM124OLO2'; Gstr{i,2} = 'RO2';
fTM124OLO2(i)=fTM124OLO2(i)-1; fTM124OLOH(i)=fTM124OLOH(i)+1; 

i=i+1;
Rnames{i} = 'T124CATECH + NO3 = T124CAT1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'T124CATECH'; Gstr{i,2} = 'NO3'; 
fT124CATECH(i)=fT124CATECH(i)-1; fNO3(i)=fNO3(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'T124CATECH + O3 = T124CTCOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'T124CATECH'; Gstr{i,2} = 'O3'; 
fT124CATECH(i)=fT124CATECH(i)-1; fO3(i)=fO3(i)-1; fT124CTCOOA(i)=fT124CTCOOA(i)+1; 

i=i+1;
Rnames{i} = 'T124CATECH + OH = T124CAT1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'T124CATECH'; Gstr{i,2} = 'OH'; 
fT124CATECH(i)=fT124CATECH(i)-1; fOH(i)=fOH(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + HO2 = C7CO2M5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'HO2'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + HO2 = TM124MUO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'HO2'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM124MUO2H(i)=fTM124MUO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + HO2 = TM124MUO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'HO2'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM124MUO3H(i)=fTM124MUO3H(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + NO = C7CO2M5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'NO'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fNO(i)=fNO(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + NO2 = TM124MUPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'NO2'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fNO2(i)=fNO2(i)-1; fTM124MUPAN(i)=fTM124MUPAN(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + NO3 = C7CO2M5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'NO3'; 
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + RO2 = C7CO2M5O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'RO2';
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO3 + RO2 = TM124MUO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'TM124MUCO3'; Gstr{i,2} = 'RO2';
fTM124MUCO3(i)=fTM124MUCO3(i)-1; fTM124MUO2H(i)=fTM124MUO2H(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + HO2 = TM124MUOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'HO2'; 
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fHO2(i)=fHO2(i)-1; fTM124MUOOH(i)=fTM124MUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + NO = TM124MUCO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'NO'; 
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + NO = TM124MUNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'NO'; 
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM124MUNO3(i)=fTM124MUNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + NO3 = TM124MUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'NO3'; 
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fNO3(i)=fNO3(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + RO2 = TM124MUCCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'RO2';
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fTM124MUCCO(i)=fTM124MUCCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + RO2 = TM124MUCO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'RO2';
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO2 + RO2 = TM124MUCOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'TM124MUCO2'; Gstr{i,2} = 'RO2';
fTM124MUCO2(i)=fTM124MUCO2(i)-1; fTM124MUCOH(i)=fTM124MUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O2 + HO2 = C7CO2M5OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C7CO2M5O2'; Gstr{i,2} = 'HO2'; 
fC7CO2M5O2(i)=fC7CO2M5O2(i)-1; fHO2(i)=fHO2(i)-1; fC7CO2M5OOH(i)=fC7CO2M5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O2 + NO = C7CO2M5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7CO2M5O2'; Gstr{i,2} = 'NO'; 
fC7CO2M5O2(i)=fC7CO2M5O2(i)-1; fNO(i)=fNO(i)-1; fC7CO2M5O(i)=fC7CO2M5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O2 + NO3 = C7CO2M5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7CO2M5O2'; Gstr{i,2} = 'NO3'; 
fC7CO2M5O2(i)=fC7CO2M5O2(i)-1; fNO3(i)=fNO3(i)-1; fC7CO2M5O(i)=fC7CO2M5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O2 + RO2 = C7CO2M5O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C7CO2M5O2'; Gstr{i,2} = 'RO2';
fC7CO2M5O2(i)=fC7CO2M5O2(i)-1; fC7CO2M5O(i)=fC7CO2M5O(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O2 + RO2 = C7CO2M5OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C7CO2M5O2'; Gstr{i,2} = 'RO2';
fC7CO2M5O2(i)=fC7CO2M5O2(i)-1; fC7CO2M5OH(i)=fC7CO2M5OH(i)+1; 

i=i+1;
Rnames{i} = 'TMBOOH + OH = TMBCHO + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'TMBOOH'; Gstr{i,2} = 'OH'; 
fTMBOOH(i)=fTMBOOH(i)-1; fOH(i)=fOH(i)-1; fTMBCHO(i)=fTMBCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMBOOH + hv = TMBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TMBOOH'; 
fTMBOOH(i)=fTMBOOH(i)-1; fTMBO(i)=fTMBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMBNO3 + OH = TMBCHO + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'TMBNO3'; Gstr{i,2} = 'OH'; 
fTMBNO3(i)=fTMBNO3(i)-1; fOH(i)=fOH(i)-1; fTMBCHO(i)=fTMBCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBNO3 + hv = TMBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'TMBNO3'; 
fTMBNO3(i)=fTMBNO3(i)-1; fTMBO(i)=fTMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBO = TMBCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'TMBO'; 
fTMBO(i)=fTMBO(i)-1; fTMBCHO(i)=fTMBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCHO + NO3 = TMBCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'TMBCHO'; Gstr{i,2} = 'NO3'; 
fTMBCHO(i)=fTMBCHO(i)-1; fNO3(i)=fNO3(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TMBCHO + OH = TMBCO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'TMBCHO'; Gstr{i,2} = 'OH'; 
fTMBCHO(i)=fTMBCHO(i)-1; fOH(i)=fOH(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; 

i=i+1;
Rnames{i} = 'TMBCHO + hv = DMPHO2 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'TMBCHO'; 
fTMBCHO(i)=fTMBCHO(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TMBCHO + hv = TMBCO3 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'TMBCHO'; 
fTMBCHO(i)=fTMBCHO(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBOH + OH = TMBCHO + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'TMBOH'; Gstr{i,2} = 'OH'; 
fTMBOH(i)=fTMBOH(i)-1; fOH(i)=fOH(i)-1; fTMBCHO(i)=fTMBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPOOH + OH = TM135OBPOH + OH';
k(:,i) = 1.28e-10;
Gstr{i,1} = 'TM135BPOOH'; Gstr{i,2} = 'OH'; 
fTM135BPOOH(i)=fTM135BPOOH(i)-1; fOH(i)=fOH(i)-1; fTM135OBPOH(i)=fTM135OBPOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPOOH + hv = TM135BPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM135BPOOH'; 
fTM135BPOOH(i)=fTM135BPOOH(i)-1; fTM135BPRO(i)=fTM135BPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPNO3 + OH = TM135OBPOH + NO2';
k(:,i) = 9.45e-11;
Gstr{i,1} = 'TM135BPNO3'; Gstr{i,2} = 'OH'; 
fTM135BPNO3(i)=fTM135BPNO3(i)-1; fOH(i)=fOH(i)-1; fTM135OBPOH(i)=fTM135OBPOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPNO3 + hv = TM135BPRO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'TM135BPNO3'; 
fTM135BPNO3(i)=fTM135BPNO3(i)-1; fTM135BPRO(i)=fTM135BPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO = MGLYOX + C5MDICARB + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'TM135BPRO'; 
fTM135BPRO(i)=fTM135BPRO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC5MDICARB(i)=fC5MDICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BPRO = MGLYOX + MXYFUONE + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'TM135BPRO'; 
fTM135BPRO(i)=fTM135BPRO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fMXYFUONE(i)=fMXYFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135BP2OH + OH = TM135OBPOH + HO2';
k(:,i) = 1.55e-10;
Gstr{i,1} = 'TM135BP2OH'; Gstr{i,2} = 'OH'; 
fTM135BP2OH(i)=fTM135BP2OH(i)-1; fOH(i)=fOH(i)-1; fTM135OBPOH(i)=fTM135OBPOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OBPOH + OH = C4MCODBCO3 + MGLYOX';
k(:,i) = 1.00e-10;
Gstr{i,1} = 'TM135OBPOH'; Gstr{i,2} = 'OH'; 
fTM135OBPOH(i)=fTM135OBPOH(i)-1; fOH(i)=fOH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TM135OBPOH + hv = C4MCODBCO3 + MGLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TM135OBPOH'; 
fTM135OBPOH(i)=fTM135OBPOH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO2 + HO2 = NTM135LOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NTM135OLO2'; Gstr{i,2} = 'HO2'; 
fNTM135OLO2(i)=fNTM135OLO2(i)-1; fHO2(i)=fHO2(i)-1; fNTM135LOOH(i)=fNTM135LOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO2 + NO = NTM135OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTM135OLO2'; Gstr{i,2} = 'NO'; 
fNTM135OLO2(i)=fNTM135OLO2(i)-1; fNO(i)=fNO(i)-1; fNTM135OLO(i)=fNTM135OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO2 + NO3 = NTM135OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTM135OLO2'; Gstr{i,2} = 'NO3'; 
fNTM135OLO2(i)=fNTM135OLO2(i)-1; fNO3(i)=fNO3(i)-1; fNTM135OLO(i)=fNTM135OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO2 + RO2 = NTM135OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NTM135OLO2'; Gstr{i,2} = 'RO2';
fNTM135OLO2(i)=fNTM135OLO2(i)-1; fNTM135OLO(i)=fNTM135OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO2 + RO2 = NTM135OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NTM135OLO2'; Gstr{i,2} = 'RO2';
fNTM135OLO2(i)=fNTM135OLO2(i)-1; fNTM135OLOH(i)=fNTM135OLOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135O + HO2 = TM135BZOL';
k(:,i) = 1.00e-13;
Gstr{i,1} = 'TM135O'; Gstr{i,2} = 'HO2'; 
fTM135O(i)=fTM135O(i)-1; fHO2(i)=fHO2(i)-1; fTM135BZOL(i)=fTM135BZOL(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO2 + HO2 = TM135OLOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM135OLO2'; Gstr{i,2} = 'HO2'; 
fTM135OLO2(i)=fTM135OLO2(i)-1; fHO2(i)=fHO2(i)-1; fTM135OLOOH(i)=fTM135OLOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO2 + NO = TM135OLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM135OLO2'; Gstr{i,2} = 'NO'; 
fTM135OLO2(i)=fTM135OLO2(i)-1; fNO(i)=fNO(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO2 + NO3 = TM135OLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM135OLO2'; Gstr{i,2} = 'NO3'; 
fTM135OLO2(i)=fTM135OLO2(i)-1; fNO3(i)=fNO3(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO2 + RO2 = TM135OLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'TM135OLO2'; Gstr{i,2} = 'RO2';
fTM135OLO2(i)=fTM135OLO2(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO2 + RO2 = TM135OLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'TM135OLO2'; Gstr{i,2} = 'RO2';
fTM135OLO2(i)=fTM135OLO2(i)-1; fTM135OLOH(i)=fTM135OLOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + HO2 = C7M2CO5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'HO2'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + HO2 = TM135MUO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'HO2'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM135MUO2H(i)=fTM135MUO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + HO2 = TM135MUO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'HO2'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM135MUO3H(i)=fTM135MUO3H(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + NO = C7M2CO5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'NO'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fNO(i)=fNO(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + NO2 = TM135MUPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'NO2'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fNO2(i)=fNO2(i)-1; fTM135MUPAN(i)=fTM135MUPAN(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + NO3 = C7M2CO5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'NO3'; 
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + RO2 = C7M2CO5O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'RO2';
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO3 + RO2 = TM135MUO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'TM135MUCO3'; Gstr{i,2} = 'RO2';
fTM135MUCO3(i)=fTM135MUCO3(i)-1; fTM135MUO2H(i)=fTM135MUO2H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMALKT + NO3 = EPXMKTCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'EPXMALKT'; Gstr{i,2} = 'NO3'; 
fEPXMALKT(i)=fEPXMALKT(i)-1; fNO3(i)=fNO3(i)-1; fEPXMKTCO3(i)=fEPXMKTCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMALKT + OH = EPXMKTCO3';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'EPXMALKT'; Gstr{i,2} = 'OH'; 
fEPXMALKT(i)=fEPXMALKT(i)-1; fOH(i)=fOH(i)-1; fEPXMKTCO3(i)=fEPXMKTCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMALKT + hv = C3MDIALO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'EPXMALKT'; 
fEPXMALKT(i)=fEPXMALKT(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMALKT + hv = CO24C53O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'EPXMALKT'; 
fEPXMALKT(i)=fEPXMALKT(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOC = CH3CO3 + CO + OH';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'MGLOOC'; 
fMGLOOC(i)=fMGLOOC(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOC = MGLOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'MGLOOC'; 
fMGLOOC(i)=fMGLOOC(i)-1; fMGLOO(i)=fMGLOO(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + HO2 = TM135MUOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'HO2'; 
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fHO2(i)=fHO2(i)-1; fTM135MUOOH(i)=fTM135MUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + NO = TM135MUCO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'NO'; 
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + NO = TM135MUNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'NO'; 
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fNO(i)=fNO(i)-1; fTM135MUNO3(i)=fTM135MUNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + NO3 = TM135MUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'NO3'; 
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fNO3(i)=fNO3(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + RO2 = TM135MUCO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'RO2';
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO2 + RO2 = TM135MUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'TM135MUCO2'; Gstr{i,2} = 'RO2';
fTM135MUCO2(i)=fTM135MUCO2(i)-1; fTM135MUOH(i)=fTM135MUOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + HO2 = C7M2CO5OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'HO2'; 
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fHO2(i)=fHO2(i)-1; fC7M2CO5OOH(i)=fC7M2CO5OOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + NO = C7M2CO5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'NO'; 
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fNO(i)=fNO(i)-1; fC7M2CO5O(i)=fC7M2CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + NO3 = C7M2CO5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'NO3'; 
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fNO3(i)=fNO3(i)-1; fC7M2CO5O(i)=fC7M2CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + RO2 = C7M2CO5O';
k(:,i) = 8.80e-11.*0.60;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'RO2';
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fC7M2CO5O(i)=fC7M2CO5O(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + RO2 = C7M2CO5OH';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'RO2';
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fC7M2CO5OH(i)=fC7M2CO5OH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O2 + RO2 = C7M3CO';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C7M2CO5O2'; Gstr{i,2} = 'RO2';
fC7M2CO5O2(i)=fC7M2CO5O2(i)-1; fC7M3CO(i)=fC7M3CO(i)+1; 

i=i+1;
Rnames{i} = 'ETOLOOH + OH = MPHCOME + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'ETOLOOH'; Gstr{i,2} = 'OH'; 
fETOLOOH(i)=fETOLOOH(i)-1; fOH(i)=fOH(i)-1; fMPHCOME(i)=fMPHCOME(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOLOOH + hv = ETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETOLOOH'; 
fETOLOOH(i)=fETOLOOH(i)-1; fETOLO(i)=fETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOLNO3 + OH = MPHCOME + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'ETOLNO3'; Gstr{i,2} = 'OH'; 
fETOLNO3(i)=fETOLNO3(i)-1; fOH(i)=fOH(i)-1; fMPHCOME(i)=fMPHCOME(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOLNO3 + hv = ETOLO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ETOLNO3'; 
fETOLNO3(i)=fETOLNO3(i)-1; fETOLO(i)=fETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOLO = MPHCOME + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'ETOLO'; 
fETOLO(i)=fETOLO(i)-1; fMPHCOME(i)=fMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOLOH + OH = MPHCOME + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'ETOLOH'; Gstr{i,2} = 'OH'; 
fETOLOH(i)=fETOLOH(i)-1; fOH(i)=fOH(i)-1; fMPHCOME(i)=fMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOME + OH = MPHCOMEO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'MPHCOME'; Gstr{i,2} = 'OH'; 
fMPHCOME(i)=fMPHCOME(i)-1; fOH(i)=fOH(i)-1; fMPHCOMEO2(i)=fMPHCOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOME + hv = OXYLCO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'MPHCOME'; 
fMPHCOME(i)=fMPHCOME(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBPROOH + OH = OETLBIPRO2';
k(:,i) = 7.73e-11;
Gstr{i,1} = 'OETLBPROOH'; Gstr{i,2} = 'OH'; 
fOETLBPROOH(i)=fOETLBPROOH(i)-1; fOH(i)=fOH(i)-1; fOETLBIPRO2(i)=fOETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBPROOH + hv = OETLBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OETLBPROOH'; 
fOETLBPROOH(i)=fOETLBPROOH(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPNO3 + OH = TLCOBIPEOH + C2H5O2 + NO2';
k(:,i) = 7.31e-11;
Gstr{i,1} = 'OETLBIPNO3'; Gstr{i,2} = 'OH'; 
fOETLBIPNO3(i)=fOETLBIPNO3(i)-1; fOH(i)=fOH(i)-1; fTLCOBIPEOH(i)=fTLCOBIPEOH(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPNO3 + hv = OETLBIPRO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'OETLBIPNO3'; 
fOETLBIPNO3(i)=fOETLBIPNO3(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = BZFUONE + CO23C5 + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fBZFUONE(i)=fBZFUONE(i)+1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = C5DICARB + EGLYOX + HO2';
k(:,i) = KDEC.*0.166;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = C6DICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = EBFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.166;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fEBFUONE(i)=fEBFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = MALDIAL + CO23C5 + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBIPRO = TLFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'OETLBIPRO'; 
fOETLBIPRO(i)=fOETLBIPRO(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLBPR2OH + OH = OETLBIPRO';
k(:,i) = 1.12e-10;
Gstr{i,1} = 'OETLBPR2OH'; Gstr{i,2} = 'OH'; 
fOETLBPR2OH(i)=fOETLBPR2OH(i)-1; fOH(i)=fOH(i)-1; fOETLBIPRO(i)=fOETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + HO2 = MC7CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + HO2 = OETLMUCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fOETLMUCO2H(i)=fOETLMUCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + HO2 = OETLMUCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fOETLMUCO3H(i)=fOETLMUCO3H(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + NO = MC7CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'NO'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fNO(i)=fNO(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + NO2 = OETLMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'NO2'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fOETLMUCPAN(i)=fOETLMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + NO3 = MC7CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'NO3'; 
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + RO2 = MC7CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'RO2';
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO3 + RO2 = OETLMUCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'OETLMUCCO3'; Gstr{i,2} = 'RO2';
fOETLMUCCO3(i)=fOETLMUCCO3(i)-1; fOETLMUCO2H(i)=fOETLMUCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEC4DAL + NO3 = EPXMEDLCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*8.5;
Gstr{i,1} = 'EPXMEC4DAL'; Gstr{i,2} = 'NO3'; 
fEPXMEC4DAL(i)=fEPXMEC4DAL(i)-1; fNO3(i)=fNO3(i)-1; fEPXMEDLCO3(i)=fEPXMEDLCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEC4DAL + OH = EPXMEDLCO3';
k(:,i) = 4.57e-11;
Gstr{i,1} = 'EPXMEC4DAL'; Gstr{i,2} = 'OH'; 
fEPXMEC4DAL(i)=fEPXMEC4DAL(i)-1; fOH(i)=fOH(i)-1; fEPXMEDLCO3(i)=fEPXMEDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEC4DAL + hv = C4ECO2O2 + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'EPXMEC4DAL'; 
fEPXMEC4DAL(i)=fEPXMEC4DAL(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + HO2 = OETLMUCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'HO2'; 
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fOETLMUCOOH(i)=fOETLMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + NO = OETLMUCNO3';
k(:,i) = KRO2NO.*0.196;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'NO'; 
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fOETLMUCNO3(i)=fOETLMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + NO = OETLMUCO + NO2';
k(:,i) = KRO2NO.*0.804;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'NO'; 
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + NO3 = OETLMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'NO3'; 
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + RO2 = OETLMUCCO';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'RO2';
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fOETLMUCCO(i)=fOETLMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + RO2 = OETLMUCO';
k(:,i) = 8.80e-12.*0.60;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'RO2';
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2 + RO2 = OETLMUCOH';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'OETLMUCO2'; Gstr{i,2} = 'RO2';
fOETLMUCO2(i)=fOETLMUCO2(i)-1; fOETLMUCOH(i)=fOETLMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O2 + HO2 = MC7CO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MC7CO2O2'; Gstr{i,2} = 'HO2'; 
fMC7CO2O2(i)=fMC7CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fMC7CO2OOH(i)=fMC7CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O2 + NO = MC7CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MC7CO2O2'; Gstr{i,2} = 'NO'; 
fMC7CO2O2(i)=fMC7CO2O2(i)-1; fNO(i)=fNO(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O2 + NO3 = MC7CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MC7CO2O2'; Gstr{i,2} = 'NO3'; 
fMC7CO2O2(i)=fMC7CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O2 + RO2 = MC7CO2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'MC7CO2O2'; Gstr{i,2} = 'RO2';
fMC7CO2O2(i)=fMC7CO2O2(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O2 + RO2 = MC7CO2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'MC7CO2O2'; Gstr{i,2} = 'RO2';
fMC7CO2O2(i)=fMC7CO2O2(i)-1; fMC7CO2OH(i)=fMC7CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO2 + HO2 = NOETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NOETOLO2'; Gstr{i,2} = 'HO2'; 
fNOETOLO2(i)=fNOETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNOETOLOOH(i)=fNOETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO2 + NO = NOETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOETOLO2'; Gstr{i,2} = 'NO'; 
fNOETOLO2(i)=fNOETOLO2(i)-1; fNO(i)=fNO(i)-1; fNOETOLO(i)=fNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO2 + NO3 = NOETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOETOLO2'; Gstr{i,2} = 'NO3'; 
fNOETOLO2(i)=fNOETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNOETOLO(i)=fNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO2 + RO2 = NOETOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NOETOLO2'; Gstr{i,2} = 'RO2';
fNOETOLO2(i)=fNOETOLO2(i)-1; fNOETOLO(i)=fNOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO2 + RO2 = NOETOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NOETOLO2'; Gstr{i,2} = 'RO2';
fNOETOLO2(i)=fNOETOLO2(i)-1; fNOETOLOH(i)=fNOETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'OET1O + NO2 = OET1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'OET1O'; Gstr{i,2} = 'NO2'; 
fOET1O(i)=fOET1O(i)-1; fNO2(i)=fNO2(i)-1; fOET1OHNO2(i)=fOET1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'OET1O + O3 = OET1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'OET1O'; Gstr{i,2} = 'O3'; 
fOET1O(i)=fOET1O(i)-1; fO3(i)=fO3(i)-1; fOET1O2(i)=fOET1O2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO2 + HO2 = OETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'OETOLO2'; Gstr{i,2} = 'HO2'; 
fOETOLO2(i)=fOETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fOETOLOOH(i)=fOETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO2 + NO = OETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OETOLO2'; Gstr{i,2} = 'NO'; 
fOETOLO2(i)=fOETOLO2(i)-1; fNO(i)=fNO(i)-1; fOETOLO(i)=fOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO2 + NO3 = OETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OETOLO2'; Gstr{i,2} = 'NO3'; 
fOETOLO2(i)=fOETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fOETOLO(i)=fOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO2 + RO2 = OETOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'OETOLO2'; Gstr{i,2} = 'RO2';
fOETOLO2(i)=fOETOLO2(i)-1; fOETOLO(i)=fOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO2 + RO2 = OETOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'OETOLO2'; Gstr{i,2} = 'RO2';
fOETOLO2(i)=fOETOLO2(i)-1; fOETOLOH(i)=fOETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'OETCATECH + NO3 = OTCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'OETCATECH'; Gstr{i,2} = 'NO3'; 
fOETCATECH(i)=fOETCATECH(i)-1; fNO3(i)=fNO3(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OETCATECH + O3 = OTCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'OETCATECH'; Gstr{i,2} = 'O3'; 
fOETCATECH(i)=fOETCATECH(i)-1; fO3(i)=fO3(i)-1; fOTCATECOOA(i)=fOTCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'OETCATECH + OH = OTCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'OETCATECH'; Gstr{i,2} = 'OH'; 
fOETCATECH(i)=fOETCATECH(i)-1; fOH(i)=fOH(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'METLBPROOH + OH = METLBIPRO2';
k(:,i) = 9.58e-11;
Gstr{i,1} = 'METLBPROOH'; Gstr{i,2} = 'OH'; 
fMETLBPROOH(i)=fMETLBPROOH(i)-1; fOH(i)=fOH(i)-1; fMETLBIPRO2(i)=fMETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBPROOH + hv = METLBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'METLBPROOH'; 
fMETLBPROOH(i)=fMETLBPROOH(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPNO3 + OH = METLOBPROH + NO2';
k(:,i) = 7.27e-11;
Gstr{i,1} = 'METLBIPNO3'; Gstr{i,2} = 'OH'; 
fMETLBIPNO3(i)=fMETLBIPNO3(i)-1; fOH(i)=fOH(i)-1; fMETLOBPROH(i)=fMETLOBPROH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPNO3 + hv = METLBIPRO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'METLBIPNO3'; 
fMETLBIPNO3(i)=fMETLBIPNO3(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO = C4MDIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'METLBIPRO'; 
fMETLBIPRO(i)=fMETLBIPRO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO = C5DICARB + EGLYOX + HO2';
k(:,i) = KDEC.*0.166;
Gstr{i,1} = 'METLBIPRO'; 
fMETLBIPRO(i)=fMETLBIPRO(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO = C6DICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'METLBIPRO'; 
fMETLBIPRO(i)=fMETLBIPRO(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO = EBFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'METLBIPRO'; 
fMETLBIPRO(i)=fMETLBIPRO(i)-1; fEBFUONE(i)=fEBFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBIPRO = TLFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.167;
Gstr{i,1} = 'METLBIPRO'; 
fMETLBIPRO(i)=fMETLBIPRO(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLBPR2OH + OH = METLBIPRO';
k(:,i) = 1.19e-10;
Gstr{i,1} = 'METLBPR2OH'; Gstr{i,2} = 'OH'; 
fMETLBPR2OH(i)=fMETLBPR2OH(i)-1; fOH(i)=fOH(i)-1; fMETLBIPRO(i)=fMETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'METLOBPROH + OH = C5CO14O2 + EGLYOX';
k(:,i) = 8.27e-11;
Gstr{i,1} = 'METLOBPROH'; Gstr{i,2} = 'OH'; 
fMETLOBPROH(i)=fMETLOBPROH(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'METLOBPROH + hv = C5CO14O2 + EGLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'METLOBPROH'; 
fMETLOBPROH(i)=fMETLOBPROH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + HO2 = C826CO3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'HO2'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + HO2 = METLMUCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'HO2'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMETLMUCO2H(i)=fMETLMUCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + HO2 = METLMUCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'HO2'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fMETLMUCO3H(i)=fMETLMUCO3H(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + NO2 = C826CO3O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'NO2'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + NO2 = METLMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'NO2'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fMETLMUCPAN(i)=fMETLMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + NO3 = C826CO3O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'NO3'; 
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + RO2 = C826CO3O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'RO2';
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO3 + RO2 = METLMUCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'METLMUCCO3'; Gstr{i,2} = 'RO2';
fMETLMUCCO3(i)=fMETLMUCCO3(i)-1; fMETLMUCO2H(i)=fMETLMUCO2H(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + HO2 = METLMUCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'HO2'; 
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fMETLMUCOOH(i)=fMETLMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + NO = METLMUCNO3';
k(:,i) = KRO2NO.*0.196;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'NO'; 
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fMETLMUCNO3(i)=fMETLMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + NO = METLMUCO + NO2';
k(:,i) = KRO2NO.*0.804;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'NO'; 
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + NO3 = METLMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'NO3'; 
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + RO2 = METLMUCCO';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'RO2';
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fMETLMUCCO(i)=fMETLMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + RO2 = METLMUCO';
k(:,i) = 8.80e-12.*0.60;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'RO2';
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2 + RO2 = METLMUCOH';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'METLMUCO2'; Gstr{i,2} = 'RO2';
fMETLMUCO2(i)=fMETLMUCO2(i)-1; fMETLMUCOH(i)=fMETLMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + HO2 = C826CO3OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'HO2'; 
fC826CO3O2(i)=fC826CO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC826CO3OOH(i)=fC826CO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + NO = C826CO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'NO'; 
fC826CO3O2(i)=fC826CO3O2(i)-1; fNO(i)=fNO(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + NO3 = C826CO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'NO3'; 
fC826CO3O2(i)=fC826CO3O2(i)-1; fNO3(i)=fNO3(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + RO2 = C8236CO';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'RO2';
fC826CO3O2(i)=fC826CO3O2(i)-1; fC8236CO(i)=fC8236CO(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + RO2 = C826CO3O';
k(:,i) = 8.80e-12.*0.60;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'RO2';
fC826CO3O2(i)=fC826CO3O2(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O2 + RO2 = C826CO3OH';
k(:,i) = 8.80e-12.*0.20;
Gstr{i,1} = 'C826CO3O2'; Gstr{i,2} = 'RO2';
fC826CO3O2(i)=fC826CO3O2(i)-1; fC826CO3OH(i)=fC826CO3OH(i)+1; 

i=i+1;
Rnames{i} = 'MET1O + NO2 = MET1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'MET1O'; Gstr{i,2} = 'NO2'; 
fMET1O(i)=fMET1O(i)-1; fNO2(i)=fNO2(i)-1; fMET1OHNO2(i)=fMET1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'MET1O + O3 = MET1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'MET1O'; Gstr{i,2} = 'O3'; 
fMET1O(i)=fMET1O(i)-1; fO3(i)=fO3(i)-1; fMET1O2(i)=fMET1O2(i)+1; 

i=i+1;
Rnames{i} = 'METOLO2 + HO2 = METOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'METOLO2'; Gstr{i,2} = 'HO2'; 
fMETOLO2(i)=fMETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fMETOLOOH(i)=fMETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'METOLO2 + NO = METOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'METOLO2'; Gstr{i,2} = 'NO'; 
fMETOLO2(i)=fMETOLO2(i)-1; fNO(i)=fNO(i)-1; fMETOLO(i)=fMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METOLO2 + NO3 = METOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'METOLO2'; Gstr{i,2} = 'NO3'; 
fMETOLO2(i)=fMETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fMETOLO(i)=fMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METOLO2 + RO2 = METOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'METOLO2'; Gstr{i,2} = 'RO2';
fMETOLO2(i)=fMETOLO2(i)-1; fMETOLO(i)=fMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'METOLO2 + RO2 = METOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'METOLO2'; Gstr{i,2} = 'RO2';
fMETOLO2(i)=fMETOLO2(i)-1; fMETOLOH(i)=fMETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO2 + HO2 = NMETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NMETOLO2'; Gstr{i,2} = 'HO2'; 
fNMETOLO2(i)=fNMETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNMETOLOOH(i)=fNMETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO2 + NO = NMETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMETOLO2'; Gstr{i,2} = 'NO'; 
fNMETOLO2(i)=fNMETOLO2(i)-1; fNO(i)=fNO(i)-1; fNMETOLO(i)=fNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO2 + NO3 = NMETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMETOLO2'; Gstr{i,2} = 'NO3'; 
fNMETOLO2(i)=fNMETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNMETOLO(i)=fNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO2 + RO2 = NMETOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NMETOLO2'; Gstr{i,2} = 'RO2';
fNMETOLO2(i)=fNMETOLO2(i)-1; fNMETOLO(i)=fNMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO2 + RO2 = NMETOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NMETOLO2'; Gstr{i,2} = 'RO2';
fNMETOLO2(i)=fNMETOLO2(i)-1; fNMETOLOH(i)=fNMETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'METCATECH + NO3 = MTCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'METCATECH'; Gstr{i,2} = 'NO3'; 
fMETCATECH(i)=fMETCATECH(i)-1; fNO3(i)=fNO3(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'METCATECH + O3 = MTCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'METCATECH'; Gstr{i,2} = 'O3'; 
fMETCATECH(i)=fMETCATECH(i)-1; fO3(i)=fO3(i)-1; fMTCATECOOA(i)=fMTCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'METCATECH + OH = MTCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'METCATECH'; Gstr{i,2} = 'OH'; 
fMETCATECH(i)=fMETCATECH(i)-1; fOH(i)=fOH(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PETLBPROOH + OH = PETLBIPRO2';
k(:,i) = 7.77e-11;
Gstr{i,1} = 'PETLBPROOH'; Gstr{i,2} = 'OH'; 
fPETLBPROOH(i)=fPETLBPROOH(i)-1; fOH(i)=fOH(i)-1; fPETLBIPRO2(i)=fPETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBPROOH + hv = PETLBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PETLBPROOH'; 
fPETLBPROOH(i)=fPETLBPROOH(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPNO3 + OH = PETLBIPRO + NO2';
k(:,i) = 7.27e-11;
Gstr{i,1} = 'PETLBIPNO3'; Gstr{i,2} = 'OH'; 
fPETLBIPNO3(i)=fPETLBIPNO3(i)-1; fOH(i)=fOH(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPNO3 + hv = PETLBIPRO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'PETLBIPNO3'; 
fPETLBIPNO3(i)=fPETLBIPNO3(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO = C4MDIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'PETLBIPRO'; 
fPETLBIPRO(i)=fPETLBIPRO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO = C7EDICARB + GLYOX + HO2';
k(:,i) = KDEC.*0.64;
Gstr{i,1} = 'PETLBIPRO'; 
fPETLBIPRO(i)=fPETLBIPRO(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO = EBFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.09;
Gstr{i,1} = 'PETLBIPRO'; 
fPETLBIPRO(i)=fPETLBIPRO(i)-1; fEBFUONE(i)=fEBFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBIPRO = TLFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.09;
Gstr{i,1} = 'PETLBIPRO'; 
fPETLBIPRO(i)=fPETLBIPRO(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLBPR2OH + OH = PETLBIPRO';
k(:,i) = 1.13e-10;
Gstr{i,1} = 'PETLBPR2OH'; Gstr{i,2} = 'OH'; 
fPETLBPR2OH(i)=fPETLBPR2OH(i)-1; fOH(i)=fOH(i)-1; fPETLBIPRO(i)=fPETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + HO2 = C7M6CO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + HO2 = PETLMUCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPETLMUCO2H(i)=fPETLMUCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + HO2 = PETLMUCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'HO2'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPETLMUCO3H(i)=fPETLMUCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + NO = C7M6CO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'NO'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fNO(i)=fNO(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + NO2 = PETLMUCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'NO2'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fNO2(i)=fNO2(i)-1; fPETLMUCPAN(i)=fPETLMUCPAN(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + NO3 = C7M6CO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'NO3'; 
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + RO2 = C7M6CO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'RO2';
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO3 + RO2 = PETLMUCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'PETLMUCCO3'; Gstr{i,2} = 'RO2';
fPETLMUCCO3(i)=fPETLMUCCO3(i)-1; fPETLMUCO2H(i)=fPETLMUCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + HO2 = PETLMUCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'HO2'; 
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fPETLMUCOOH(i)=fPETLMUCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + NO = PETLMUCNO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'NO'; 
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fPETLMUCNO3(i)=fPETLMUCNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + NO = PETLMUCO + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'NO'; 
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + NO3 = PETLMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'NO3'; 
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + RO2 = PETLMUCCO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'RO2';
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fPETLMUCCO(i)=fPETLMUCCO(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + RO2 = PETLMUCO';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'RO2';
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2 + RO2 = PETLMUCOH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'PETLMUCO2'; Gstr{i,2} = 'RO2';
fPETLMUCO2(i)=fPETLMUCO2(i)-1; fPETLMUCOH(i)=fPETLMUCOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O2 + HO2 = C7M6CO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C7M6CO2O2'; Gstr{i,2} = 'HO2'; 
fC7M6CO2O2(i)=fC7M6CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC7M6CO2OOH(i)=fC7M6CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O2 + NO = C7M6CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7M6CO2O2'; Gstr{i,2} = 'NO'; 
fC7M6CO2O2(i)=fC7M6CO2O2(i)-1; fNO(i)=fNO(i)-1; fC7M6CO2O(i)=fC7M6CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O2 + NO3 = C7M6CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7M6CO2O2'; Gstr{i,2} = 'NO3'; 
fC7M6CO2O2(i)=fC7M6CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC7M6CO2O(i)=fC7M6CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O2 + RO2 = C7M6CO2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C7M6CO2O2'; Gstr{i,2} = 'RO2';
fC7M6CO2O2(i)=fC7M6CO2O2(i)-1; fC7M6CO2O(i)=fC7M6CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O2 + RO2 = C7M6CO2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C7M6CO2O2'; Gstr{i,2} = 'RO2';
fC7M6CO2O2(i)=fC7M6CO2O2(i)-1; fC7M6CO2OH(i)=fC7M6CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO2 + HO2 = NPETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NPETOLO2'; Gstr{i,2} = 'HO2'; 
fNPETOLO2(i)=fNPETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNPETOLOOH(i)=fNPETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO2 + NO = NPETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPETOLO2'; Gstr{i,2} = 'NO'; 
fNPETOLO2(i)=fNPETOLO2(i)-1; fNO(i)=fNO(i)-1; fNPETOLO(i)=fNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO2 + NO3 = NPETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPETOLO2'; Gstr{i,2} = 'NO3'; 
fNPETOLO2(i)=fNPETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNPETOLO(i)=fNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO2 + RO2 = NPETOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NPETOLO2'; Gstr{i,2} = 'RO2';
fNPETOLO2(i)=fNPETOLO2(i)-1; fNPETOLO(i)=fNPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO2 + RO2 = NPETOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NPETOLO2'; Gstr{i,2} = 'RO2';
fNPETOLO2(i)=fNPETOLO2(i)-1; fNPETOLOH(i)=fNPETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PET1O + NO2 = PET1OHNO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PET1O'; Gstr{i,2} = 'NO2'; 
fPET1O(i)=fPET1O(i)-1; fNO2(i)=fNO2(i)-1; fPET1OHNO2(i)=fPET1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'PET1O + O3 = PET1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PET1O'; Gstr{i,2} = 'O3'; 
fPET1O(i)=fPET1O(i)-1; fO3(i)=fO3(i)-1; fPET1O2(i)=fPET1O2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO2 + HO2 = PETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PETOLO2'; Gstr{i,2} = 'HO2'; 
fPETOLO2(i)=fPETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fPETOLOOH(i)=fPETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO2 + NO = PETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PETOLO2'; Gstr{i,2} = 'NO'; 
fPETOLO2(i)=fPETOLO2(i)-1; fNO(i)=fNO(i)-1; fPETOLO(i)=fPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO2 + NO3 = PETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PETOLO2'; Gstr{i,2} = 'NO3'; 
fPETOLO2(i)=fPETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fPETOLO(i)=fPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO2 + RO2 = PETOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'PETOLO2'; Gstr{i,2} = 'RO2';
fPETOLO2(i)=fPETOLO2(i)-1; fPETOLO(i)=fPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO2 + RO2 = PETOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'PETOLO2'; Gstr{i,2} = 'RO2';
fPETOLO2(i)=fPETOLO2(i)-1; fPETOLOH(i)=fPETOLOH(i)+1; 

i=i+1;
Rnames{i} = 'PETCATECH + NO3 = PTCATEC1O + HNO3';
k(:,i) = 2.01e-10;
Gstr{i,1} = 'PETCATECH'; Gstr{i,2} = 'NO3'; 
fPETCATECH(i)=fPETCATECH(i)-1; fNO3(i)=fNO3(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PETCATECH + O3 = PTCATECOOA';
k(:,i) = 2.81e-17;
Gstr{i,1} = 'PETCATECH'; Gstr{i,2} = 'O3'; 
fPETCATECH(i)=fPETCATECH(i)-1; fO3(i)=fO3(i)-1; fPTCATECOOA(i)=fPTCATECOOA(i)+1; 

i=i+1;
Rnames{i} = 'PETCATECH + OH = PTCATEC1O';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'PETCATECH'; Gstr{i,2} = 'OH'; 
fPETCATECH(i)=fPETCATECH(i)-1; fOH(i)=fOH(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBOOH + OH = DMPHCOME + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'DM35EBOOH'; Gstr{i,2} = 'OH'; 
fDM35EBOOH(i)=fDM35EBOOH(i)-1; fOH(i)=fOH(i)-1; fDMPHCOME(i)=fDMPHCOME(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBOOH + hv = DM35EBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DM35EBOOH'; 
fDM35EBOOH(i)=fDM35EBOOH(i)-1; fDM35EBO(i)=fDM35EBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBNO3 + OH = DMPHCOME + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'DM35EBNO3'; Gstr{i,2} = 'OH'; 
fDM35EBNO3(i)=fDM35EBNO3(i)-1; fOH(i)=fOH(i)-1; fDMPHCOME(i)=fDMPHCOME(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBNO3 + hv = DM35EBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DM35EBNO3'; 
fDM35EBNO3(i)=fDM35EBNO3(i)-1; fDM35EBO(i)=fDM35EBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBO = DMPHCOME + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'DM35EBO'; 
fDM35EBO(i)=fDM35EBO(i)-1; fDMPHCOME(i)=fDMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DM35EBOH + OH = DMPHCOME + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'DM35EBOH'; Gstr{i,2} = 'OH'; 
fDM35EBOH(i)=fDM35EBOH(i)-1; fOH(i)=fOH(i)-1; fDMPHCOME(i)=fDMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOME + OH = DMPHCOMO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'DMPHCOME'; Gstr{i,2} = 'OH'; 
fDMPHCOME(i)=fDMPHCOME(i)-1; fOH(i)=fOH(i)-1; fDMPHCOMO2(i)=fDMPHCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOME + hv = TMBCO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'DMPHCOME'; 
fDMPHCOME(i)=fDMPHCOME(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPROOH + OH = DMEBIPRO2';
k(:,i) = 1.19e-10;
Gstr{i,1} = 'DMEBPROOH'; Gstr{i,2} = 'OH'; 
fDMEBPROOH(i)=fDMEBPROOH(i)-1; fOH(i)=fOH(i)-1; fDMEBIPRO2(i)=fDMEBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPROOH + hv = DMEBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMEBPROOH'; 
fDMEBPROOH(i)=fDMEBPROOH(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPNO3 + OH = DMEBIPRO + NO2';
k(:,i) = 9.57e-11;
Gstr{i,1} = 'DMEBIPNO3'; Gstr{i,2} = 'OH'; 
fDMEBIPNO3(i)=fDMEBIPNO3(i)-1; fOH(i)=fOH(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPNO3 + hv = DMEBIPRO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DMEBIPNO3'; 
fDMEBIPNO3(i)=fDMEBIPNO3(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO = C5MDICARB + EGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'DMEBIPRO'; 
fDMEBIPRO(i)=fDMEBIPRO(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO = C7DDICARB + MGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'DMEBIPRO'; 
fDMEBIPRO(i)=fDMEBIPRO(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO = MEBFUONE + MGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'DMEBIPRO'; 
fDMEBIPRO(i)=fDMEBIPRO(i)-1; fMEBFUONE(i)=fMEBFUONE(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBIPRO = MXYFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.25;
Gstr{i,1} = 'DMEBIPRO'; 
fDMEBIPRO(i)=fDMEBIPRO(i)-1; fMXYFUONE(i)=fMXYFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBPR2OH + OH = DMEBIPRO';
k(:,i) = 1.56e-10;
Gstr{i,1} = 'DMEBPR2OH'; Gstr{i,2} = 'OH'; 
fDMEBPR2OH(i)=fDMEBPR2OH(i)-1; fOH(i)=fOH(i)-1; fDMEBIPRO(i)=fDMEBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'DMEOBPROH + OH = C4MCODBCO3 + EGLYOX';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'DMEOBPROH'; Gstr{i,2} = 'OH'; 
fDMEOBPROH(i)=fDMEOBPROH(i)-1; fOH(i)=fOH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'DMEOBPROH + hv = C4MCODBCO3 + EGLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DMEOBPROH'; 
fDMEOBPROH(i)=fDMEOBPROH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + HO2 = C8M2CO6O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'HO2'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + HO2 = DMEBMUO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'HO2'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fDMEBMUO2H(i)=fDMEBMUO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + HO2 = DMEBMUO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'HO2'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fDMEBMUO3H(i)=fDMEBMUO3H(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + NO = C8M2CO6O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'NO'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fNO(i)=fNO(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + NO2 = DMEBMUPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'NO2'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fNO2(i)=fNO2(i)-1; fDMEBMUPAN(i)=fDMEBMUPAN(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + NO3 = C8M2CO6O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'NO3'; 
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fNO3(i)=fNO3(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + RO2 = C8M2CO6O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'RO2';
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO3 + RO2 = DMEBMUO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'DMEBMUCO3'; Gstr{i,2} = 'RO2';
fDMEBMUCO3(i)=fDMEBMUCO3(i)-1; fDMEBMUO2H(i)=fDMEBMUO2H(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOD = C2H5CO3 + CO + OH';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'EGLYOOD'; 
fEGLYOOD(i)=fEGLYOOD(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOOD = EGLYOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'EGLYOOD'; 
fEGLYOOD(i)=fEGLYOOD(i)-1; fEGLYOO(i)=fEGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + HO2 = DMEBMUOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'HO2'; 
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fDMEBMUOOH(i)=fDMEBMUOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + NO = DMEBMUCO + NO2';
k(:,i) = KRO2NO.*0.937;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'NO'; 
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fNO(i)=fNO(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + NO = DMEBMUNO3';
k(:,i) = KRO2NO.*0.063;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'NO'; 
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fNO(i)=fNO(i)-1; fDMEBMUNO3(i)=fDMEBMUNO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + NO3 = DMEBMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'NO3'; 
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + RO2 = DMEBMUCO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'RO2';
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO2 + RO2 = DMEBMUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'DMEBMUCO2'; Gstr{i,2} = 'RO2';
fDMEBMUCO2(i)=fDMEBMUCO2(i)-1; fDMEBMUOH(i)=fDMEBMUOH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + HO2 = C8M2CO6OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'HO2'; 
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fHO2(i)=fHO2(i)-1; fC8M2CO6OOH(i)=fC8M2CO6OOH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + NO = C8M2CO6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'NO'; 
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fNO(i)=fNO(i)-1; fC8M2CO6O(i)=fC8M2CO6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + NO3 = C8M2CO6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'NO3'; 
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fNO3(i)=fNO3(i)-1; fC8M2CO6O(i)=fC8M2CO6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + RO2 = C8M2CO6O';
k(:,i) = 8.80e-11.*0.60;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'RO2';
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fC8M2CO6O(i)=fC8M2CO6O(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + RO2 = C8M2CO6OH';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'RO2';
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fC8M2CO6OH(i)=fC8M2CO6OH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O2 + RO2 = C8M3CO';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C8M2CO6O2'; Gstr{i,2} = 'RO2';
fC8M2CO6O2(i)=fC8M2CO6O2(i)-1; fC8M3CO(i)=fC8M3CO(i)+1; 

i=i+1;
Rnames{i} = 'DMEPH1O + HO2 = DMEPHOH';
k(:,i) = 1.00e-13;
Gstr{i,1} = 'DMEPH1O'; Gstr{i,2} = 'HO2'; 
fDMEPH1O(i)=fDMEPH1O(i)-1; fHO2(i)=fHO2(i)-1; fDMEPHOH(i)=fDMEPHOH(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO2 + HO2 = NDMEPLOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NDMEPHOLO2'; Gstr{i,2} = 'HO2'; 
fNDMEPHOLO2(i)=fNDMEPHOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDMEPLOOH(i)=fNDMEPLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO2 + NO = NDMEPHOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDMEPHOLO2'; Gstr{i,2} = 'NO'; 
fNDMEPHOLO2(i)=fNDMEPHOLO2(i)-1; fNO(i)=fNO(i)-1; fNDMEPHOLO(i)=fNDMEPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO2 + NO3 = NDMEPHOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDMEPHOLO2'; Gstr{i,2} = 'NO3'; 
fNDMEPHOLO2(i)=fNDMEPHOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDMEPHOLO(i)=fNDMEPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO2 + RO2 = NDMEPHOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NDMEPHOLO2'; Gstr{i,2} = 'RO2';
fNDMEPHOLO2(i)=fNDMEPHOLO2(i)-1; fNDMEPHOLO(i)=fNDMEPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO2 + RO2 = NDMEPHOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NDMEPHOLO2'; Gstr{i,2} = 'RO2';
fNDMEPHOLO2(i)=fNDMEPHOLO2(i)-1; fNDMEPHOLOH(i)=fNDMEPHOLOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO2 + HO2 = DMEPHOLOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DMEPHOLO2'; Gstr{i,2} = 'HO2'; 
fDMEPHOLO2(i)=fDMEPHOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDMEPHOLOOH(i)=fDMEPHOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO2 + NO = DMEPHOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMEPHOLO2'; Gstr{i,2} = 'NO'; 
fDMEPHOLO2(i)=fDMEPHOLO2(i)-1; fNO(i)=fNO(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO2 + NO3 = DMEPHOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMEPHOLO2'; Gstr{i,2} = 'NO3'; 
fDMEPHOLO2(i)=fDMEPHOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO2 + RO2 = DMEPHOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'DMEPHOLO2'; Gstr{i,2} = 'RO2';
fDMEPHOLO2(i)=fDMEPHOLO2(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO2 + RO2 = DMEPHOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'DMEPHOLO2'; Gstr{i,2} = 'RO2';
fDMEPHOLO2(i)=fDMEPHOLO2(i)-1; fDMEPHOLOH(i)=fDMEPHOLOH(i)+1; 

i=i+1;
Rnames{i} = 'DE35TOOH + OH = EMPHCOME + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'DE35TOOH'; Gstr{i,2} = 'OH'; 
fDE35TOOH(i)=fDE35TOOH(i)-1; fOH(i)=fOH(i)-1; fEMPHCOME(i)=fEMPHCOME(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DE35TOOH + hv = DE35TO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DE35TOOH'; 
fDE35TOOH(i)=fDE35TOOH(i)-1; fDE35TO(i)=fDE35TO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DE35TNO3 + OH = EMPHCOME + NO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'DE35TNO3'; Gstr{i,2} = 'OH'; 
fDE35TNO3(i)=fDE35TNO3(i)-1; fOH(i)=fOH(i)-1; fEMPHCOME(i)=fEMPHCOME(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TNO3 + hv = DE35TO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DE35TNO3'; 
fDE35TNO3(i)=fDE35TNO3(i)-1; fDE35TO(i)=fDE35TO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TO = EMPHCOME + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'DE35TO'; 
fDE35TO(i)=fDE35TO(i)-1; fEMPHCOME(i)=fEMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DE35TOH + OH = EMPHCOME + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'DE35TOH'; Gstr{i,2} = 'OH'; 
fDE35TOH(i)=fDE35TOH(i)-1; fOH(i)=fOH(i)-1; fEMPHCOME(i)=fEMPHCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOME + OH = EMPHCOMO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'EMPHCOME'; Gstr{i,2} = 'OH'; 
fEMPHCOME(i)=fEMPHCOME(i)-1; fOH(i)=fOH(i)-1; fEMPHCOMO2(i)=fEMPHCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOME + hv = EMPHCO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'EMPHCOME'; 
fEMPHCOME(i)=fEMPHCOME(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHSMS1O + HO2 = DEMPHOH';
k(:,i) = 1.00e-13;
Gstr{i,1} = 'DEMPHSMS1O'; Gstr{i,2} = 'HO2'; 
fDEMPHSMS1O(i)=fDEMPHSMS1O(i)-1; fHO2(i)=fHO2(i)-1; fDEMPHOH(i)=fDEMPHOH(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO2 + HO2 = NDEMPLOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'NDEMPHOLO2'; Gstr{i,2} = 'HO2'; 
fNDEMPHOLO2(i)=fNDEMPHOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDEMPLOOH(i)=fNDEMPLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO2 + NO = NDEMPHOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDEMPHOLO2'; Gstr{i,2} = 'NO'; 
fNDEMPHOLO2(i)=fNDEMPHOLO2(i)-1; fNO(i)=fNO(i)-1; fNDEMPHOLO(i)=fNDEMPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO2 + NO3 = NDEMPHOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDEMPHOLO2'; Gstr{i,2} = 'NO3'; 
fNDEMPHOLO2(i)=fNDEMPHOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDEMPHOLO(i)=fNDEMPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO2 + RO2 = NDEMPHOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'NDEMPHOLO2'; Gstr{i,2} = 'RO2';
fNDEMPHOLO2(i)=fNDEMPHOLO2(i)-1; fNDEMPHOLO(i)=fNDEMPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO2 + RO2 = NDEMPHOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'NDEMPHOLO2'; Gstr{i,2} = 'RO2';
fNDEMPHOLO2(i)=fNDEMPHOLO2(i)-1; fNDEMPHOLOH(i)=fNDEMPHOLOH(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO2 + HO2 = DEMPHOLOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'DEMPHOLO2'; Gstr{i,2} = 'HO2'; 
fDEMPHOLO2(i)=fDEMPHOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDEMPHOLOOH(i)=fDEMPHOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO2 + NO = DEMPHOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DEMPHOLO2'; Gstr{i,2} = 'NO'; 
fDEMPHOLO2(i)=fDEMPHOLO2(i)-1; fNO(i)=fNO(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO2 + NO3 = DEMPHOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DEMPHOLO2'; Gstr{i,2} = 'NO3'; 
fDEMPHOLO2(i)=fDEMPHOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO2 + RO2 = DEMPHOLO';
k(:,i) = 8.00e-13.*0.70;
Gstr{i,1} = 'DEMPHOLO2'; Gstr{i,2} = 'RO2';
fDEMPHOLO2(i)=fDEMPHOLO2(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO2 + RO2 = DEMPHOLOH';
k(:,i) = 8.00e-13.*0.30;
Gstr{i,1} = 'DEMPHOLO2'; Gstr{i,2} = 'RO2';
fDEMPHOLO2(i)=fDEMPHOLO2(i)-1; fDEMPHOLOH(i)=fDEMPHOLOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLBPROOH + OH = DETLBIPRO2';
k(:,i) = 1.20e-10;
Gstr{i,1} = 'DETLBPROOH'; Gstr{i,2} = 'OH'; 
fDETLBPROOH(i)=fDETLBPROOH(i)-1; fOH(i)=fOH(i)-1; fDETLBIPRO2(i)=fDETLBIPRO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBPROOH + hv = DETLBIPRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DETLBPROOH'; 
fDETLBPROOH(i)=fDETLBPROOH(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPNO3 + OH = DETLBIPRO + NO2';
k(:,i) = 9.67e-11;
Gstr{i,1} = 'DETLBIPNO3'; Gstr{i,2} = 'OH'; 
fDETLBIPNO3(i)=fDETLBIPNO3(i)-1; fOH(i)=fOH(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPNO3 + hv = DETLBIPRO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DETLBIPNO3'; 
fDETLBIPNO3(i)=fDETLBIPNO3(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO = C7DDICARB + EGLYOX + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'DETLBIPRO'; 
fDETLBIPRO(i)=fDETLBIPRO(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBIPRO = MEBFUONE + EGLYOX + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'DETLBIPRO'; 
fDETLBIPRO(i)=fDETLBIPRO(i)-1; fMEBFUONE(i)=fMEBFUONE(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLBPR2OH + OH = DETLBIPRO';
k(:,i) = 1.57e-10;
Gstr{i,1} = 'DETLBPR2OH'; Gstr{i,2} = 'OH'; 
fDETLBPR2OH(i)=fDETLBPR2OH(i)-1; fOH(i)=fOH(i)-1; fDETLBIPRO(i)=fDETLBIPRO(i)+1; 

i=i+1;
Rnames{i} = 'DETLOBPROH + OH = C7CODBCO3 + MGLYOX';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'DETLOBPROH'; Gstr{i,2} = 'OH'; 
fDETLOBPROH(i)=fDETLOBPROH(i)-1; fOH(i)=fOH(i)-1; fC7CODBCO3(i)=fC7CODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'DETLOBPROH + hv = C7CODBCO3 + MGLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DETLOBPROH'; 
fDETLOBPROH(i)=fDETLOBPROH(i)-1; fC7CODBCO3(i)=fC7CODBCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + HO2 = C9M2CO6O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'HO2'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + HO2 = DETLMUO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'HO2'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fDETLMUO2H(i)=fDETLMUO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + HO2 = DETLMUO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'HO2'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fHO2(i)=fHO2(i)-1; fDETLMUO3H(i)=fDETLMUO3H(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + NO = C9M2CO6O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'NO'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fNO(i)=fNO(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + NO2 = DETLMUPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'NO2'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fNO2(i)=fNO2(i)-1; fDETLMUPAN(i)=fDETLMUPAN(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + NO3 = C9M2CO6O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'NO3'; 
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fNO3(i)=fNO3(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + RO2 = C9M2CO6O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'RO2';
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO3 + RO2 = DETLMUO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'DETLMUCO3'; Gstr{i,2} = 'RO2';
fDETLMUCO3(i)=fDETLMUCO3(i)-1; fDETLMUO2H(i)=fDETLMUO2H(i)+1; 

i=i+1;
Rnames{i} = 'EPXEALKT + NO3 = EPXEKTCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'EPXEALKT'; Gstr{i,2} = 'NO3'; 
fEPXEALKT(i)=fEPXEALKT(i)-1; fNO3(i)=fNO3(i)-1; fEPXEKTCO3(i)=fEPXEKTCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXEALKT + OH = EPXEKTCO3';
k(:,i) = 2.55e-11;
Gstr{i,1} = 'EPXEALKT'; Gstr{i,2} = 'OH'; 
fEPXEALKT(i)=fEPXEALKT(i)-1; fOH(i)=fOH(i)-1; fEPXEKTCO3(i)=fEPXEKTCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXEALKT + hv = C3EDIALO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'EPXEALKT'; 
fEPXEALKT(i)=fEPXEALKT(i)-1; fC3EDIALO2(i)=fC3EDIALO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXEALKT + hv = CO24C63O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'EPXEALKT'; 
fEPXEALKT(i)=fEPXEALKT(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + HO2 = DETLMUOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'HO2'; 
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fHO2(i)=fHO2(i)-1; fDETLMUOOH(i)=fDETLMUOOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + NO = DETLMUCO + NO2';
k(:,i) = KRO2NO.*0.934;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'NO'; 
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + NO = DETLMUNO3';
k(:,i) = KRO2NO.*0.066;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'NO'; 
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fNO(i)=fNO(i)-1; fDETLMUNO3(i)=fDETLMUNO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + NO3 = DETLMUCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'NO3'; 
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fNO3(i)=fNO3(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + RO2 = DETLMUCO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'RO2';
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO2 + RO2 = DETLMUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'DETLMUCO2'; Gstr{i,2} = 'RO2';
fDETLMUCO2(i)=fDETLMUCO2(i)-1; fDETLMUOH(i)=fDETLMUOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + HO2 = C9M2CO6OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'HO2'; 
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fHO2(i)=fHO2(i)-1; fC9M2CO6OOH(i)=fC9M2CO6OOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + NO = C9M2CO6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'NO'; 
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fNO(i)=fNO(i)-1; fC9M2CO6O(i)=fC9M2CO6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + NO3 = C9M2CO6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'NO3'; 
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fNO3(i)=fNO3(i)-1; fC9M2CO6O(i)=fC9M2CO6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + RO2 = C9M2CO6O';
k(:,i) = 8.80e-11.*0.60;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'RO2';
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fC9M2CO6O(i)=fC9M2CO6O(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + RO2 = C9M2CO6OH';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'RO2';
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fC9M2CO6OH(i)=fC9M2CO6OH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O2 + RO2 = C9M3CO';
k(:,i) = 8.80e-11.*0.20;
Gstr{i,1} = 'C9M2CO6O2'; Gstr{i,2} = 'RO2';
fC9M2CO6O2(i)=fC9M2CO6O2(i)-1; fC9M3CO(i)=fC9M3CO(i)+1; 

i=i+1;
Rnames{i} = 'OH + NSTYRENOOH = NSTYRENO2';
k(:,i) = 6.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NSTYRENOOH'; 
fOH(i)=fOH(i)-1; fNSTYRENOOH(i)=fNSTYRENOOH(i)-1; fNSTYRENO2(i)=fNSTYRENO2(i)+1; 

i=i+1;
Rnames{i} = 'NSTYRENEO = NO2 + HCHO + BENZAL';
k(:,i) = KDEC;
Gstr{i,1} = 'NSTYRENEO'; 
fNSTYRENEO(i)=fNSTYRENEO(i)-1; fNO2(i)=fNO2(i)+1; fHCHO(i)=fHCHO(i)+1; fBENZAL(i)=fBENZAL(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO + CO = BENZAL';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'PHCHOO'; Gstr{i,2} = 'CO'; 
fPHCHOO(i)=fPHCHOO(i)-1; fCO(i)=fCO(i)-1; fBENZAL(i)=fBENZAL(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO + NO = BENZAL + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'PHCHOO'; Gstr{i,2} = 'NO'; 
fPHCHOO(i)=fPHCHOO(i)-1; fNO(i)=fNO(i)-1; fBENZAL(i)=fBENZAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO + NO2 = BENZAL + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'PHCHOO'; Gstr{i,2} = 'NO2'; 
fPHCHOO(i)=fPHCHOO(i)-1; fNO2(i)=fNO2(i)-1; fBENZAL(i)=fBENZAL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO + SO2 = BENZAL + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'PHCHOO'; Gstr{i,2} = 'SO2'; 
fPHCHOO(i)=fPHCHOO(i)-1; fSO2(i)=fSO2(i)-1; fBENZAL(i)=fBENZAL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO = BENZAL + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'PHCHOO'; 
fPHCHOO(i)=fPHCHOO(i)-1; fBENZAL(i)=fBENZAL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'PHCHOO = PHCOOH';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'PHCHOO'; 
fPHCHOO(i)=fPHCHOO(i)-1; fPHCOOH(i)=fPHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + STYRENOOH = STYRENO2';
k(:,i) = 6.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'STYRENOOH'; 
fOH(i)=fOH(i)-1; fSTYRENOOH(i)=fSTYRENOOH(i)-1; fSTYRENO2(i)=fSTYRENO2(i)+1; 

i=i+1;
Rnames{i} = 'STYRENOOH + hv = STYRENO + OH';
k(:,i) = J41;
Gstr{i,1} = 'STYRENOOH'; 
fSTYRENOOH(i)=fSTYRENOOH(i)-1; fSTYRENO(i)=fSTYRENO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'STYRENO = HO2 + HCHO + BENZAL';
k(:,i) = KDEC;
Gstr{i,1} = 'STYRENO'; 
fSTYRENO(i)=fSTYRENO(i)-1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; fBENZAL(i)=fBENZAL(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3H + OH = C6H5CO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'C6H5CO3H'; Gstr{i,2} = 'OH'; 
fC6H5CO3H(i)=fC6H5CO3H(i)-1; fOH(i)=fOH(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CO3H + hv = C6H5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H5CO3H'; 
fC6H5CO3H(i)=fC6H5CO3H(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOOH + OH = C6H5O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'PHCOOH'; Gstr{i,2} = 'OH'; 
fPHCOOH(i)=fPHCOOH(i)-1; fOH(i)=fOH(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; 

i=i+1;
Rnames{i} = 'PBZN + OH = C6H5OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'PBZN'; Gstr{i,2} = 'OH'; 
fPBZN(i)=fPBZN(i)-1; fOH(i)=fOH(i)-1; fC6H5OOH(i)=fC6H5OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZN = C6H5CO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'PBZN'; 
fPBZN(i)=fPBZN(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5OOH + OH = C6H5O2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'C6H5OOH'; Gstr{i,2} = 'OH'; 
fC6H5OOH(i)=fC6H5OOH(i)-1; fOH(i)=fOH(i)-1; fC6H5O2(i)=fC6H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5OOH + hv = C6H5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H5OOH'; 
fC6H5OOH(i)=fC6H5OOH(i)-1; fC6H5O(i)=fC6H5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLOOH + OH = CH2CLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CH2CLOOH'; Gstr{i,2} = 'OH'; 
fCH2CLOOH(i)=fCH2CLOOH(i)-1; fOH(i)=fOH(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLOOH + OH = CHOCL + OH';
k(:,i) = 4.14e-12;
Gstr{i,1} = 'CH2CLOOH'; Gstr{i,2} = 'OH'; 
fCH2CLOOH(i)=fCH2CLOOH(i)-1; fOH(i)=fOH(i)-1; fCHOCL(i)=fCHOCL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLOOH + hv = CH2CLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2CLOOH'; 
fCH2CLOOH(i)=fCH2CLOOH(i)-1; fCH2CLO(i)=fCH2CLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLO = CHOCL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CH2CLO'; 
fCH2CLO(i)=fCH2CLO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLOH + OH = CHOCL + HO2';
k(:,i) = 1.08e-12;
Gstr{i,1} = 'CH2CLOH'; Gstr{i,2} = 'OH'; 
fCH2CLOH(i)=fCH2CLOH(i)-1; fOH(i)=fOH(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2OOH + OH = CHCL2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CHCL2OOH'; Gstr{i,2} = 'OH'; 
fCHCL2OOH(i)=fCHCL2OOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2OOH + OH = COCL2 + OH';
k(:,i) = 3.44e-12;
Gstr{i,1} = 'CHCL2OOH'; Gstr{i,2} = 'OH'; 
fCHCL2OOH(i)=fCHCL2OOH(i)-1; fOH(i)=fOH(i)-1; fCOCL2(i)=fCOCL2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2OOH + hv = CHCL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHCL2OOH'; 
fCHCL2OOH(i)=fCHCL2OOH(i)-1; fCHCL2O(i)=fCHCL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2O = CHOCL + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CHCL2O'; 
fCHCL2O(i)=fCHCL2O(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2OH + OH = COCL2 + HO2';
k(:,i) = 9.34e-13;
Gstr{i,1} = 'CHCL2OH'; Gstr{i,2} = 'OH'; 
fCHCL2OH(i)=fCHCL2OH(i)-1; fOH(i)=fOH(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COCL2 + hv = CO + CL + CL';
k(:,i) = J15;
Gstr{i,1} = 'COCL2'; 
fCOCL2(i)=fCOCL2(i)-1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCL3OOH + OH = CCL3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CCL3OOH'; Gstr{i,2} = 'OH'; 
fCCL3OOH(i)=fCCL3OOH(i)-1; fOH(i)=fOH(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3OOH + hv = CCL3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCL3OOH'; 
fCCL3OOH(i)=fCCL3OOH(i)-1; fCCL3O(i)=fCCL3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3O = COCL2 + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CCL3O'; 
fCCL3O(i)=fCCL3O(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCL3OH + OH = CCL3O';
k(:,i) = 3.60e-14;
Gstr{i,1} = 'CCL3OH'; Gstr{i,2} = 'OH'; 
fCCL3OH(i)=fCCL3OH(i)-1; fOH(i)=fOH(i)-1; fCCL3O(i)=fCCL3O(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2OOH + OH = CCL3CH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CCL3CH2OOH'; Gstr{i,2} = 'OH'; 
fCCL3CH2OOH(i)=fCCL3CH2OOH(i)-1; fOH(i)=fOH(i)-1; fCCL3CH2O2(i)=fCCL3CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2OOH + OH = CCL3CHO + OH';
k(:,i) = 9.80e-13;
Gstr{i,1} = 'CCL3CH2OOH'; Gstr{i,2} = 'OH'; 
fCCL3CH2OOH(i)=fCCL3CH2OOH(i)-1; fOH(i)=fOH(i)-1; fCCL3CHO(i)=fCCL3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2OOH + hv = CCL3CH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCL3CH2OOH'; 
fCCL3CH2OOH(i)=fCCL3CH2OOH(i)-1; fCCL3CH2O(i)=fCCL3CH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2O = CCL3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CCL3CH2O'; 
fCCL3CH2O(i)=fCCL3CH2O(i)-1; fCCL3CHO(i)=fCCL3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CH2OH + OH = CCL3CHO + HO2';
k(:,i) = 2.56e-12;
Gstr{i,1} = 'CCL3CH2OH'; Gstr{i,2} = 'OH'; 
fCCL3CH2OH(i)=fCCL3CH2OH(i)-1; fOH(i)=fOH(i)-1; fCCL3CHO(i)=fCCL3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CHO + NO3 = CCL3CO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CCL3CHO'; Gstr{i,2} = 'NO3'; 
fCCL3CHO(i)=fCCL3CHO(i)-1; fNO3(i)=fNO3(i)-1; fCCL3CO3(i)=fCCL3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CHO + OH = CCL3CO3';
k(:,i) = 1.45e-12;
Gstr{i,1} = 'CCL3CHO'; Gstr{i,2} = 'OH'; 
fCCL3CHO(i)=fCCL3CHO(i)-1; fOH(i)=fOH(i)-1; fCCL3CO3(i)=fCCL3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CHO + hv = CCL3O2 + HO2 + CO';
k(:,i) = J11;
Gstr{i,1} = 'CCL3CHO'; 
fCCL3CHO(i)=fCCL3CHO(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHOOH + OH = TCEOHO2';
k(:,i) = 3.63e-12;
Gstr{i,1} = 'TCEOHOOH'; Gstr{i,2} = 'OH'; 
fTCEOHOOH(i)=fTCEOHOOH(i)-1; fOH(i)=fOH(i)-1; fTCEOHO2(i)=fTCEOHO2(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHOOH + hv = TCEOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TCEOHOOH'; 
fTCEOHOOH(i)=fTCEOHOOH(i)-1; fTCEOHO(i)=fTCEOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TCEOHO = COCL2 + COCL2 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TCEOHO'; 
fTCEOHO(i)=fTCEOHO(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TCE2OH + OH = TCEOHO';
k(:,i) = 7.18e-14;
Gstr{i,1} = 'TCE2OH'; Gstr{i,2} = 'OH'; 
fTCE2OH(i)=fTCE2OH(i)-1; fOH(i)=fOH(i)-1; fTCEOHO(i)=fTCEOHO(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHOOH + OH = C2CL3OHAO2';
k(:,i) = 3.84e-12;
Gstr{i,1} = 'C2CL3OHOOH'; Gstr{i,2} = 'OH'; 
fC2CL3OHOOH(i)=fC2CL3OHOOH(i)-1; fOH(i)=fOH(i)-1; fC2CL3OHAO2(i)=fC2CL3OHAO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHOOH + hv = C2CL3OHAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C2CL3OHOOH'; 
fC2CL3OHOOH(i)=fC2CL3OHOOH(i)-1; fC2CL3OHAO(i)=fC2CL3OHAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHAO = COCL2 + CHOCL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C2CL3OHAO'; 
fC2CL3OHAO(i)=fC2CL3OHAO(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL32OH + OH = CCL2OHCOCL + HO2';
k(:,i) = 2.85e-13;
Gstr{i,1} = 'C2CL32OH'; Gstr{i,2} = 'OH'; 
fC2CL32OH(i)=fC2CL32OH(i)-1; fOH(i)=fOH(i)-1; fCCL2OHCOCL(i)=fCCL2OHCOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3HOOOH + OH = C2CL3OHBO2';
k(:,i) = 4.44e-12;
Gstr{i,1} = 'C2CL3HOOOH'; Gstr{i,2} = 'OH'; 
fC2CL3HOOOH(i)=fC2CL3HOOOH(i)-1; fOH(i)=fOH(i)-1; fC2CL3OHBO2(i)=fC2CL3OHBO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3HOOOH + hv = C2CL3OHBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C2CL3HOOOH'; 
fC2CL3HOOOH(i)=fC2CL3HOOOH(i)-1; fC2CL3OHBO(i)=fC2CL3OHBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL3OHBO = COCL2 + CHOCL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C2CL3OHBO'; 
fC2CL3OHBO(i)=fC2CL3OHBO(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL2OHCOCL + OH = COCL2 + CO + CL';
k(:,i) = 3.59e-14;
Gstr{i,1} = 'CCL2OHCOCL'; Gstr{i,2} = 'OH'; 
fCCL2OHCOCL(i)=fCCL2OHCOCL(i)-1; fOH(i)=fOH(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCL2OHCOCL + hv = COCL2 + CO + CL + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CCL2OHCOCL'; 
fCCL2OHCOCL(i)=fCCL2OHCOCL(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHOOH + OH = C2CL2OHO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C2CL2OHOOH'; Gstr{i,2} = 'OH'; 
fC2CL2OHOOH(i)=fC2CL2OHOOH(i)-1; fOH(i)=fOH(i)-1; fC2CL2OHO2(i)=fC2CL2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHOOH + OH = CCLOHCOCL + OH';
k(:,i) = 6.54e-12;
Gstr{i,1} = 'C2CL2OHOOH'; Gstr{i,2} = 'OH'; 
fC2CL2OHOOH(i)=fC2CL2OHOOH(i)-1; fOH(i)=fOH(i)-1; fCCLOHCOCL(i)=fCCLOHCOCL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHOOH + hv = C2CL2OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C2CL2OHOOH'; 
fC2CL2OHOOH(i)=fC2CL2OHOOH(i)-1; fC2CL2OHO(i)=fC2CL2OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OHO = CHOCL + CHOCL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C2CL2OHO'; 
fC2CL2OHO(i)=fC2CL2OHO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2CL2OH2 + OH = CCLOHCOCL + HO2';
k(:,i) = 2.77e-12;
Gstr{i,1} = 'C2CL2OH2'; Gstr{i,2} = 'OH'; 
fC2CL2OH2(i)=fC2CL2OH2(i)-1; fOH(i)=fOH(i)-1; fCCLOHCOCL(i)=fCCLOHCOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCOCL + OH = CLGLYOX + HO2';
k(:,i) = 1.84e-12;
Gstr{i,1} = 'CCLOHCOCL'; Gstr{i,2} = 'OH'; 
fCCLOHCOCL(i)=fCCLOHCOCL(i)-1; fOH(i)=fOH(i)-1; fCLGLYOX(i)=fCLGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCOCL + hv = CHOCL + CHOCL + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CCLOHCOCL'; 
fCCLOHCOCL(i)=fCCLOHCOCL(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2H + OH = DICLETO2';
k(:,i) = 1.16e-11;
Gstr{i,1} = 'DICLETO2H'; Gstr{i,2} = 'OH'; 
fDICLETO2H(i)=fDICLETO2H(i)-1; fOH(i)=fOH(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO2H + hv = DICLETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DICLETO2H'; 
fDICLETO2H(i)=fDICLETO2H(i)-1; fDICLETO(i)=fDICLETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DICLETO = CLETAL + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'DICLETO'; 
fDICLETO(i)=fDICLETO(i)-1; fCLETAL(i)=fCLETAL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLETAL + NO3 = CLETO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CLETAL'; Gstr{i,2} = 'NO3'; 
fCLETAL(i)=fCLETAL(i)-1; fNO3(i)=fNO3(i)-1; fCLETO3(i)=fCLETO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CLETAL + OH = CLETO3';
k(:,i) = 2.09e-11;
Gstr{i,1} = 'CLETAL'; Gstr{i,2} = 'OH'; 
fCLETAL(i)=fCLETAL(i)-1; fOH(i)=fOH(i)-1; fCLETO3(i)=fCLETO3(i)+1; 

i=i+1;
Rnames{i} = 'CLETAL + hv = CH2CLO2 + HO2 + CO';
k(:,i) = J11;
Gstr{i,1} = 'CLETAL'; 
fCLETAL(i)=fCLETAL(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DICLETOH + OH = DICLETO';
k(:,i) = 3.75e-12;
Gstr{i,1} = 'DICLETOH'; Gstr{i,2} = 'OH'; 
fDICLETOH(i)=fDICLETOH(i)-1; fOH(i)=fOH(i)-1; fDICLETO(i)=fDICLETO(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2H + OH = CH2OHCL2O2';
k(:,i) = 4.91e-12;
Gstr{i,1} = 'CH2OHCL2O2H'; Gstr{i,2} = 'OH'; 
fCH2OHCL2O2H(i)=fCH2OHCL2O2H(i)-1; fOH(i)=fOH(i)-1; fCH2OHCL2O2(i)=fCH2OHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O2H + hv = CH2OHCL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2OHCL2O2H'; 
fCH2OHCL2O2H(i)=fCH2OHCL2O2H(i)-1; fCH2OHCL2O(i)=fCH2OHCL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCL2O = COCL2 + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CH2OHCL2O'; 
fCH2OHCL2O(i)=fCH2OHCL2O(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2OH + OH = CH2OHCL2O';
k(:,i) = 1.46e-12;
Gstr{i,1} = 'CL2OHCH2OH'; Gstr{i,2} = 'OH'; 
fCL2OHCH2OH(i)=fCL2OHCH2OH(i)-1; fOH(i)=fOH(i)-1; fCH2OHCL2O(i)=fCH2OHCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2OH + OH = CL2OHCHO + HO2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'CL2OHCH2OH'; Gstr{i,2} = 'OH'; 
fCL2OHCH2OH(i)=fCL2OHCH2OH(i)-1; fOH(i)=fOH(i)-1; fCL2OHCHO(i)=fCL2OHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHOOH + OH = CL2OHCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CL2OHOOH'; Gstr{i,2} = 'OH'; 
fCL2OHOOH(i)=fCL2OHOOH(i)-1; fOH(i)=fOH(i)-1; fCL2OHCH2O2(i)=fCL2OHCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHOOH + OH = CL2OHCHO + OH';
k(:,i) = 6.55e-12;
Gstr{i,1} = 'CL2OHOOH'; Gstr{i,2} = 'OH'; 
fCL2OHOOH(i)=fCL2OHOOH(i)-1; fOH(i)=fOH(i)-1; fCL2OHCHO(i)=fCL2OHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHOOH + hv = CL2OHCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL2OHOOH'; 
fCL2OHOOH(i)=fCL2OHOOH(i)-1; fCL2OHCH2O(i)=fCL2OHCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCH2O = HCHO + COCL2 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CL2OHCH2O'; 
fCL2OHCH2O(i)=fCL2OHCH2O(i)-1; fHCHO(i)=fHCHO(i)+1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCHO + NO3 = CL2OHCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CL2OHCHO'; Gstr{i,2} = 'NO3'; 
fCL2OHCHO(i)=fCL2OHCHO(i)-1; fNO3(i)=fNO3(i)-1; fCL2OHCO3(i)=fCL2OHCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCHO + OH = CL2OHCO3';
k(:,i) = 6.18e-12;
Gstr{i,1} = 'CL2OHCHO'; Gstr{i,2} = 'OH'; 
fCL2OHCHO(i)=fCL2OHCHO(i)-1; fOH(i)=fOH(i)-1; fCL2OHCO3(i)=fCL2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCHO + hv = COCL2 + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CL2OHCHO'; 
fCL2OHCHO(i)=fCL2OHCHO(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAOOH + OH = CL12PRAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CL12PRAOOH'; Gstr{i,2} = 'OH'; 
fCL12PRAOOH(i)=fCL12PRAOOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRAO2(i)=fCL12PRAO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAOOH + OH = CL12PRCHO + OH';
k(:,i) = 6.87e-12;
Gstr{i,1} = 'CL12PRAOOH'; Gstr{i,2} = 'OH'; 
fCL12PRAOOH(i)=fCL12PRAOOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRCHO(i)=fCL12PRCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAOOH + hv = CL12PRAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL12PRAOOH'; 
fCL12PRAOOH(i)=fCL12PRAOOH(i)-1; fCL12PRAO(i)=fCL12PRAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAO = CL12PRCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CL12PRAO'; 
fCL12PRAO(i)=fCL12PRAO(i)-1; fCL12PRCHO(i)=fCL12PRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRAOH + OH = CL12PRCHO + HO2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'CL12PRAOH'; Gstr{i,2} = 'OH'; 
fCL12PRAOH(i)=fCL12PRAOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRCHO(i)=fCL12PRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCHO + NO3 = CL12CO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'CL12PRCHO'; Gstr{i,2} = 'NO3'; 
fCL12PRCHO(i)=fCL12PRCHO(i)-1; fNO3(i)=fNO3(i)-1; fCL12CO3(i)=fCL12CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCHO + OH = CL12CO3';
k(:,i) = 7.63e-12;
Gstr{i,1} = 'CL12PRCHO'; Gstr{i,2} = 'OH'; 
fCL12PRCHO(i)=fCL12PRCHO(i)-1; fOH(i)=fOH(i)-1; fCL12CO3(i)=fCL12CO3(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCHO + hv = DICLETO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CL12PRCHO'; 
fCL12PRCHO(i)=fCL12PRCHO(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBOOH + OH = CL12PRBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CL12PRBOOH'; Gstr{i,2} = 'OH'; 
fCL12PRBOOH(i)=fCL12PRBOOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRBO2(i)=fCL12PRBO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBOOH + hv = CL12PRBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL12PRBOOH'; 
fCL12PRBOOH(i)=fCL12PRBOOH(i)-1; fCL12PRBO(i)=fCL12PRBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBO = CH2CLCOCH3 + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CL12PRBO'; 
fCL12PRBO(i)=fCL12PRBO(i)-1; fCH2CLCOCH3(i)=fCH2CLCOCH3(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRBOH + OH = CL12PRBO';
k(:,i) = 7.44e-13;
Gstr{i,1} = 'CL12PRBOH'; Gstr{i,2} = 'OH'; 
fCL12PRBOH(i)=fCL12PRBOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRBO(i)=fCL12PRBO(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCOOH + OH = CH3CLCOCL + OH';
k(:,i) = 6.08e-12;
Gstr{i,1} = 'CL12PRCOOH'; Gstr{i,2} = 'OH'; 
fCL12PRCOOH(i)=fCL12PRCOOH(i)-1; fOH(i)=fOH(i)-1; fCH3CLCOCL(i)=fCH3CLCOCL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCOOH + OH = CL12PRCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CL12PRCOOH'; Gstr{i,2} = 'OH'; 
fCL12PRCOOH(i)=fCL12PRCOOH(i)-1; fOH(i)=fOH(i)-1; fCL12PRCO2(i)=fCL12PRCO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCOOH + hv = CL12PRCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL12PRCOOH'; 
fCL12PRCOOH(i)=fCL12PRCOOH(i)-1; fCL12PRCO(i)=fCL12PRCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCO = CH3CLCOCL + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CL12PRCO'; 
fCL12PRCO(i)=fCL12PRCO(i)-1; fCH3CLCOCL(i)=fCH3CLCOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CLCOCL + OH = CLCOCLMEO2';
k(:,i) = 1.08e-12;
Gstr{i,1} = 'CH3CLCOCL'; Gstr{i,2} = 'OH'; 
fCH3CLCOCL(i)=fCH3CLCOCL(i)-1; fOH(i)=fOH(i)-1; fCLCOCLMEO2(i)=fCLCOCLMEO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CLCOCL + hv = CH3CHCLO2 + CO + CL';
k(:,i) = J22;
Gstr{i,1} = 'CH3CLCOCL'; 
fCH3CLCOCL(i)=fCH3CLCOCL(i)-1; fCH3CHCLO2(i)=fCH3CHCLO2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CL12PRCOH + OH = CH3CLCOCL + HO2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'CL12PRCOH'; Gstr{i,2} = 'OH'; 
fCL12PRCOH(i)=fCL12PRCOH(i)-1; fOH(i)=fOH(i)-1; fCH3CLCOCL(i)=fCH3CLCOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2OOH + OH = CH3CCL2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CH3CCL2OOH'; Gstr{i,2} = 'OH'; 
fCH3CCL2OOH(i)=fCH3CCL2OOH(i)-1; fOH(i)=fOH(i)-1; fCH3CCL2O2(i)=fCH3CCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2OOH + hv = CH3CCL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3CCL2OOH'; 
fCH3CCL2OOH(i)=fCH3CCL2OOH(i)-1; fCH3CCL2O(i)=fCH3CCL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2O = CH3COCL + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3CCL2O'; 
fCH3CCL2O(i)=fCH3CCL2O(i)-1; fCH3COCL(i)=fCH3COCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CH3CCL2OH + OH = CH3CCL2O';
k(:,i) = 3.07e-13;
Gstr{i,1} = 'CH3CCL2OH'; Gstr{i,2} = 'OH'; 
fCH3CCL2OH(i)=fCH3CCL2OH(i)-1; fOH(i)=fOH(i)-1; fCH3CCL2O(i)=fCH3CCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2COOH + OH = CHCL2CH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CHCL2COOH'; Gstr{i,2} = 'OH'; 
fCHCL2COOH(i)=fCHCL2COOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CH2O2(i)=fCHCL2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2COOH + OH = CHCL2CHO + OH';
k(:,i) = 9.64e-12;
Gstr{i,1} = 'CHCL2COOH'; Gstr{i,2} = 'OH'; 
fCHCL2COOH(i)=fCHCL2COOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2COOH + hv = CHCL2CH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHCL2COOH'; 
fCHCL2COOH(i)=fCHCL2COOH(i)-1; fCHCL2CH2O(i)=fCHCL2CH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CH2O = CHCL2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CHCL2CH2O'; 
fCHCL2CH2O(i)=fCHCL2CH2O(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CHO + NO3 = CHCL2CO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CHCL2CHO'; Gstr{i,2} = 'NO3'; 
fCHCL2CHO(i)=fCHCL2CHO(i)-1; fNO3(i)=fNO3(i)-1; fCHCL2CO3(i)=fCHCL2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CHO + OH = CHCL2CO3';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'CHCL2CHO'; Gstr{i,2} = 'OH'; 
fCHCL2CHO(i)=fCHCL2CHO(i)-1; fOH(i)=fOH(i)-1; fCHCL2CO3(i)=fCHCL2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CHO + hv = CHCL2O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CHCL2CHO'; 
fCHCL2CHO(i)=fCHCL2CHO(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CHOH + OH = CHCL2CHO + HO2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'CHCL2CHOH'; Gstr{i,2} = 'OH'; 
fCHCL2CHOH(i)=fCHCL2CHOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOOH + OH = CH2CLCH2O2';
k(:,i) = 1.9e-12.*exp(190./T);
Gstr{i,1} = 'CH2CLCOOH'; Gstr{i,2} = 'OH'; 
fCH2CLCOOH(i)=fCH2CLCOOH(i)-1; fOH(i)=fOH(i)-1; fCH2CLCH2O2(i)=fCH2CLCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOOH + OH = CLETAL + OH';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'CH2CLCOOH'; Gstr{i,2} = 'OH'; 
fCH2CLCOOH(i)=fCH2CLCOOH(i)-1; fOH(i)=fOH(i)-1; fCLETAL(i)=fCLETAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOOH + hv = CH2CLCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2CLCOOH'; 
fCH2CLCOOH(i)=fCH2CLCOOH(i)-1; fCH2CLCH2O(i)=fCH2CLCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2O = CLETAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CH2CLCH2O'; 
fCH2CLCH2O(i)=fCH2CLCH2O(i)-1; fCLETAL(i)=fCLETAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCH2OH + OH = CLETAL + HO2';
k(:,i) = 4.60e-12;
Gstr{i,1} = 'CH2CLCH2OH'; Gstr{i,2} = 'OH'; 
fCH2CLCH2OH(i)=fCH2CLCH2OH(i)-1; fOH(i)=fOH(i)-1; fCLETAL(i)=fCLETAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLOOH + OH = CH3CHCLO2';
k(:,i) = 1.9e-12.*exp(190./T);
Gstr{i,1} = 'CH3CHCLOOH'; Gstr{i,2} = 'OH'; 
fCH3CHCLOOH(i)=fCH3CHCLOOH(i)-1; fOH(i)=fOH(i)-1; fCH3CHCLO2(i)=fCH3CHCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLOOH + OH = CH3COCL + OH';
k(:,i) = 9.95e-12;
Gstr{i,1} = 'CH3CHCLOOH'; Gstr{i,2} = 'OH'; 
fCH3CHCLOOH(i)=fCH3CHCLOOH(i)-1; fOH(i)=fOH(i)-1; fCH3COCL(i)=fCH3COCL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLOOH + hv = CH3CHCLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3CHCLOOH'; 
fCH3CHCLOOH(i)=fCH3CHCLOOH(i)-1; fCH3CHCLO(i)=fCH3CHCLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLO = CH3CHO + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3CHCLO'; 
fCH3CHCLO(i)=fCH3CHCLO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CH3CHCLOH + OH = CH3COCL + HO2';
k(:,i) = 2.77e-12;
Gstr{i,1} = 'CH3CHCLOH'; Gstr{i,2} = 'OH'; 
fCH3CHCLOH(i)=fCH3CHCLOH(i)-1; fOH(i)=fOH(i)-1; fCH3COCL(i)=fCH3COCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCL + OH = CLCOCH2O2';
k(:,i) = 3.88e-14;
Gstr{i,1} = 'CH3COCL'; Gstr{i,2} = 'OH'; 
fCH3COCL(i)=fCH3COCL(i)-1; fOH(i)=fOH(i)-1; fCLCOCH2O2(i)=fCLCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCL + hv = CH3CO3 + CL';
k(:,i) = J22;
Gstr{i,1} = 'CH3COCL'; 
fCH3COCL(i)=fCH3COCL(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCL2CL2OOH + OH = CHCL2CL2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CCL2CL2OOH'; Gstr{i,2} = 'OH'; 
fCCL2CL2OOH(i)=fCCL2CL2OOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CL2O2(i)=fCHCL2CL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CCL2CL2OOH + hv = CHCL2CL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCL2CL2OOH'; 
fCCL2CL2OOH(i)=fCCL2CL2OOH(i)-1; fCHCL2CL2O(i)=fCHCL2CL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2O = CHCL2COCL + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CHCL2CL2O'; 
fCHCL2CL2O(i)=fCHCL2CL2O(i)-1; fCHCL2COCL(i)=fCHCL2COCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CL2OH + OH = CHCL2CL2O';
k(:,i) = 4.85e-13;
Gstr{i,1} = 'CHCL2CL2OH'; Gstr{i,2} = 'OH'; 
fCHCL2CL2OH(i)=fCHCL2CL2OH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CL2O(i)=fCHCL2CL2O(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3OOH + OH = CH2CL3O2';
k(:,i) = 4.03e-12;
Gstr{i,1} = 'CH2CL3OOH'; Gstr{i,2} = 'OH'; 
fCH2CL3OOH(i)=fCH2CL3OOH(i)-1; fOH(i)=fOH(i)-1; fCH2CL3O2(i)=fCH2CL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3OOH + hv = CH2CL3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2CL3OOH'; 
fCH2CL3OOH(i)=fCH2CL3OOH(i)-1; fCH2CL3O(i)=fCH2CL3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3O = CH2CLCOCL + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CH2CL3O'; 
fCH2CL3O(i)=fCH2CL3O(i)-1; fCH2CLCOCL(i)=fCH2CLCOCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CH2CL3OH + OH = CH2CL3O';
k(:,i) = 5.77e-13;
Gstr{i,1} = 'CH2CL3OH'; Gstr{i,2} = 'OH'; 
fCH2CL3OH(i)=fCH2CL3OH(i)-1; fOH(i)=fOH(i)-1; fCH2CL3O(i)=fCH2CL3O(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOCL + OH = CLCOCLO2';
k(:,i) = 6.26e-14;
Gstr{i,1} = 'CH2CLCOCL'; Gstr{i,2} = 'OH'; 
fCH2CLCOCL(i)=fCH2CLCOCL(i)-1; fOH(i)=fOH(i)-1; fCLCOCLO2(i)=fCLCOCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOCL + hv = CH2CLO2 + CO + CL';
k(:,i) = J22;
Gstr{i,1} = 'CH2CLCOCL'; 
fCH2CLCOCL(i)=fCH2CLCOCL(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3OOH + OH = CHCL2CHO + OH';
k(:,i) = 1.16e-11;
Gstr{i,1} = 'CHCL3OOH'; Gstr{i,2} = 'OH'; 
fCHCL3OOH(i)=fCHCL3OOH(i)-1; fOH(i)=fOH(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3OOH + OH = CHCL3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CHCL3OOH'; Gstr{i,2} = 'OH'; 
fCHCL3OOH(i)=fCHCL3OOH(i)-1; fOH(i)=fOH(i)-1; fCHCL3O2(i)=fCHCL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3OOH + hv = CHCL3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHCL3OOH'; 
fCHCL3OOH(i)=fCHCL3OOH(i)-1; fCHCL3O(i)=fCHCL3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3O = CHCL2CHO + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CHCL3O'; 
fCHCL3O(i)=fCHCL3O(i)-1; fCHCL2CHO(i)=fCHCL2CHO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL3OH + OH = CHCL3O';
k(:,i) = 3.66e-12;
Gstr{i,1} = 'CHCL3OH'; Gstr{i,2} = 'OH'; 
fCHCL3OH(i)=fCHCL3OH(i)-1; fOH(i)=fOH(i)-1; fCHCL3O(i)=fCHCL3O(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3COOH + OH = CCLNO3O2';
k(:,i) = 7.22e-12;
Gstr{i,1} = 'CCLNO3COOH'; Gstr{i,2} = 'OH'; 
fCCLNO3COOH(i)=fCCLNO3COOH(i)-1; fOH(i)=fOH(i)-1; fCCLNO3O2(i)=fCCLNO3O2(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3COOH + hv = CCLNO3CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCLNO3COOH'; 
fCCLNO3COOH(i)=fCCLNO3COOH(i)-1; fCCLNO3CO(i)=fCCLNO3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3CO = CCLCONO3 + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CCLNO3CO'; 
fCCLNO3CO(i)=fCCLNO3CO(i)-1; fCCLCONO3(i)=fCCLCONO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3CO = HCHO +CHOCL + NO2';
k(:,i) = 7.00e-03;
Gstr{i,1} = 'CCLNO3CO'; 
fCCLNO3CO(i)=fCCLNO3CO(i)-1; fHCHO(i)=fHCHO(i)+1; fCHOCL(i)=fCHOCL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLCONO3 + OH = CO + CHOCL + NO2';
k(:,i) = 7.33e-12;
Gstr{i,1} = 'CCLCONO3'; Gstr{i,2} = 'OH'; 
fCCLCONO3(i)=fCCLCONO3(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCHOCL(i)=fCHOCL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLCONO3 + hv = CHOCL + CO + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CCLCONO3'; 
fCCLCONO3(i)=fCCLCONO3(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLCONO3 + hv = HO2 +CO +  CHOCL + NO2';
k(:,i) = J15;
Gstr{i,1} = 'CCLCONO3'; 
fCCLCONO3(i)=fCCLCONO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCHOCL(i)=fCHOCL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLNO3COH + OH = CCLCONO3 + HO2';
k(:,i) = 1.88e-12;
Gstr{i,1} = 'CCLNO3COH'; Gstr{i,2} = 'OH'; 
fCCLNO3COH(i)=fCCLNO3COH(i)-1; fOH(i)=fOH(i)-1; fCCLCONO3(i)=fCCLCONO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLOOH + OH = CNO3CLO2';
k(:,i) = 5.20e-12;
Gstr{i,1} = 'CNO3CLOOH'; Gstr{i,2} = 'OH'; 
fCNO3CLOOH(i)=fCNO3CLOOH(i)-1; fOH(i)=fOH(i)-1; fCNO3CLO2(i)=fCNO3CLO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLOOH + hv = CNO3CLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CNO3CLOOH'; 
fCNO3CLOOH(i)=fCNO3CLOOH(i)-1; fCNO3CLO(i)=fCNO3CLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO = CNO3OCL + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CNO3CLO'; 
fCNO3CLO(i)=fCNO3CLO(i)-1; fCNO3OCL(i)=fCNO3OCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLO = NO2 + HCHO + CHOCL';
k(:,i) = 7.00e-03;
Gstr{i,1} = 'CNO3CLO'; 
fCNO3CLO(i)=fCNO3CLO(i)-1; fNO2(i)=fNO2(i)+1; fHCHO(i)=fHCHO(i)+1; fCHOCL(i)=fCHOCL(i)+1; 

i=i+1;
Rnames{i} = 'CNO3CLOH + OH = CCLOHCHO + NO2';
k(:,i) = 1.03e-12;
Gstr{i,1} = 'CNO3CLOH'; Gstr{i,2} = 'OH'; 
fCNO3CLOH(i)=fCNO3CLOH(i)-1; fOH(i)=fOH(i)-1; fCCLOHCHO(i)=fCCLOHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3OCL + OH = CL1GLYOX + NO2';
k(:,i) = 3.91e-13;
Gstr{i,1} = 'CNO3OCL'; Gstr{i,2} = 'OH'; 
fCNO3OCL(i)=fCNO3OCL(i)-1; fOH(i)=fOH(i)-1; fCL1GLYOX(i)=fCL1GLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3OCL + hv = CHCLOHCO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'CNO3OCL'; 
fCNO3OCL(i)=fCNO3OCL(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CNO3OCL + hv = HCHO + NO2 + CO + CL';
k(:,i) = J15;
Gstr{i,1} = 'CNO3OCL'; 
fCNO3OCL(i)=fCNO3OCL(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO + CO = CHOCL';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'CHCLOO'; Gstr{i,2} = 'CO'; 
fCHCLOO(i)=fCHCLOO(i)-1; fCO(i)=fCO(i)-1; fCHOCL(i)=fCHOCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO + NO = CHOCL + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'CHCLOO'; Gstr{i,2} = 'NO'; 
fCHCLOO(i)=fCHCLOO(i)-1; fNO(i)=fNO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO + NO2 = CHOCL + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'CHCLOO'; Gstr{i,2} = 'NO2'; 
fCHCLOO(i)=fCHCLOO(i)-1; fNO2(i)=fNO2(i)-1; fCHOCL(i)=fCHOCL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO + SO2 = CHOCL + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'CHCLOO'; Gstr{i,2} = 'SO2'; 
fCHCLOO(i)=fCHCLOO(i)-1; fSO2(i)=fSO2(i)-1; fCHOCL(i)=fCHOCL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO = CHOCL + H2O2';
k(:,i) = 6e-18.*H2O;
Gstr{i,1} = 'CHCLOO'; 
fCHCLOO(i)=fCHCLOO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOO = CLCO2H';
k(:,i) = 1e-17.*H2O;
Gstr{i,1} = 'CHCLOO'; 
fCHCLOO(i)=fCHCLOO(i)-1; fCLCO2H(i)=fCLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCOOH + OH = CCLOHCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CCLOHCOOH'; Gstr{i,2} = 'OH'; 
fCCLOHCOOH(i)=fCCLOHCOOH(i)-1; fOH(i)=fOH(i)-1; fCCLOHCH2O2(i)=fCCLOHCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCOOH + OH = CCLOHCHO + OH';
k(:,i) = 6.05e-12;
Gstr{i,1} = 'CCLOHCOOH'; Gstr{i,2} = 'OH'; 
fCCLOHCOOH(i)=fCCLOHCOOH(i)-1; fOH(i)=fOH(i)-1; fCCLOHCHO(i)=fCCLOHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCOOH + hv = CHCLOHCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCLOHCOOH'; 
fCCLOHCOOH(i)=fCCLOHCOOH(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCLOHCO = HCHO + CHOCL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CHCLOHCO'; 
fCHCLOHCO(i)=fCHCLOHCO(i)-1; fHCHO(i)=fHCHO(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCHO + NO3 = CCLOHCO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CCLOHCHO'; Gstr{i,2} = 'NO3'; 
fCCLOHCHO(i)=fCCLOHCHO(i)-1; fNO3(i)=fNO3(i)-1; fCCLOHCO3(i)=fCCLOHCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCHO + OH = CCLOHCO3';
k(:,i) = 8.80e-12;
Gstr{i,1} = 'CCLOHCHO'; Gstr{i,2} = 'OH'; 
fCCLOHCHO(i)=fCCLOHCHO(i)-1; fOH(i)=fOH(i)-1; fCCLOHCO3(i)=fCCLOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCHO + hv = CHCLOHCO + OH';
k(:,i) = J15;
Gstr{i,1} = 'CCLOHCHO'; 
fCCLOHCHO(i)=fCCLOHCHO(i)-1; fCHCLOHCO(i)=fCHCLOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLOH + OH = CCLOHCHO + HO2';
k(:,i) = 4.63e-12;
Gstr{i,1} = 'CH2OHCCLOH'; Gstr{i,2} = 'OH'; 
fCH2OHCCLOH(i)=fCH2OHCCLOH(i)-1; fOH(i)=fOH(i)-1; fCCLOHCHO(i)=fCCLOHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COHCCLOOH + OH = CH2OHCCLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'COHCCLOOH'; Gstr{i,2} = 'OH'; 
fCOHCCLOOH(i)=fCOHCCLOOH(i)-1; fOH(i)=fOH(i)-1; fCH2OHCCLO2(i)=fCH2OHCCLO2(i)+1; 

i=i+1;
Rnames{i} = 'COHCCLOOH + OH = CH2OHCOCL + OH';
k(:,i) = 8.90e-12;
Gstr{i,1} = 'COHCCLOOH'; Gstr{i,2} = 'OH'; 
fCOHCCLOOH(i)=fCOHCCLOOH(i)-1; fOH(i)=fOH(i)-1; fCH2OHCOCL(i)=fCH2OHCOCL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COHCCLOOH + hv = CH2OHCCLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'COHCCLOOH'; 
fCOHCCLOOH(i)=fCOHCCLOOH(i)-1; fCH2OHCCLO(i)=fCH2OHCCLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCCLO = HCHO + CHOCL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CH2OHCCLO'; 
fCH2OHCCLO(i)=fCH2OHCCLO(i)-1; fHCHO(i)=fHCHO(i)+1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCOCL + OH = CL1GLYOX + HO2';
k(:,i) = 2.86e-12;
Gstr{i,1} = 'CH2OHCOCL'; Gstr{i,2} = 'OH'; 
fCH2OHCOCL(i)=fCH2OHCOCL(i)-1; fOH(i)=fOH(i)-1; fCL1GLYOX(i)=fCL1GLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2OHCOCL + hv = HCHO + HO2 + CL + CO';
k(:,i) = J15;
Gstr{i,1} = 'CH2OHCOCL'; 
fCH2OHCOCL(i)=fCH2OHCOCL(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCL(i)=fCL(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAOOH + hv = NBUTDAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUTDAOOH'; 
fNBUTDAOOH(i)=fNBUTDAOOH(i)-1; fNBUTDAO(i)=fNBUTDAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NBUTDAOOH = NMVK + OH';
k(:,i) = 4.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NBUTDAOOH'; 
fOH(i)=fOH(i)-1; fNBUTDAOOH(i)=fNBUTDAOOH(i)-1; fNMVK(i)=fNMVK(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDAO = NMVK + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NBUTDAO'; 
fNBUTDAO(i)=fNBUTDAO(i)-1; fNMVK(i)=fNMVK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NBUTDAOH = HC3CCHO + NO2';
k(:,i) = 3.71e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NBUTDAOH'; 
fOH(i)=fOH(i)-1; fNBUTDAOH(i)=fNBUTDAOH(i)-1; fHC3CCHO(i)=fHC3CCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMVK + hv = NO3CH2CO3 + HO2 + CO + HCHO';
k(:,i) = J24;
Gstr{i,1} = 'NMVK'; 
fNMVK(i)=fNMVK(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + NMVK = HNMVKO2';
k(:,i) = 2.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NMVK'; 
fOH(i)=fOH(i)-1; fNMVK(i)=fNMVK(i)-1; fHNMVKO2(i)=fHNMVKO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBOOH + hv = NBUTDBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUTDBOOH'; 
fNBUTDBOOH(i)=fNBUTDBOOH(i)-1; fNBUTDBO(i)=fNBUTDBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NBUTDBOOH = NC3CHO + OH';
k(:,i) = 7.78e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NBUTDBOOH'; 
fOH(i)=fOH(i)-1; fNBUTDBOOH(i)=fNBUTDBOOH(i)-1; fNC3CHO(i)=fNC3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBNO3 + hv = NBUTDBO + NO2';
k(:,i) = J53.*2.0;
Gstr{i,1} = 'NBUTDBNO3'; 
fNBUTDBNO3(i)=fNBUTDBNO3(i)-1; fNBUTDBO(i)=fNBUTDBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NBUTDBNO3 = NC3CHO + NO2';
k(:,i) = 6.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NBUTDBNO3'; 
fOH(i)=fOH(i)-1; fNBUTDBNO3(i)=fNBUTDBNO3(i)-1; fNC3CHO(i)=fNC3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUTDBO = NC3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'NBUTDBO'; 
fNBUTDBO(i)=fNBUTDBO(i)-1; fNC3CHO(i)=fNC3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDANO3 + hv = BUTDAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'BUTDANO3'; 
fBUTDANO3(i)=fBUTDANO3(i)-1; fBUTDAO(i)=fBUTDAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDANO3 = HC3CHO + NO2';
k(:,i) = 6.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDANO3'; 
fOH(i)=fOH(i)-1; fBUTDANO3(i)=fBUTDANO3(i)-1; fHC3CHO(i)=fHC3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3CHO + hv = CO + CO + HO2 + HO2 + NO3CH2CHO';
k(:,i) = J15;
Gstr{i,1} = 'NC3CHO'; 
fNC3CHO(i)=fNC3CHO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + NC3CHO = NC3CO3 + HNO3';
k(:,i) = KNO3AL.*2.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'NC3CHO'; 
fNO3(i)=fNO3(i)-1; fNC3CHO(i)=fNC3CHO(i)-1; fNC3CO3(i)=fNC3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + NC3CHO = GLYOX + NAOOA';
k(:,i) = 9.60e-18.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'NC3CHO'; 
fO3(i)=fO3(i)-1; fNC3CHO(i)=fNC3CHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fNAOOA(i)=fNAOOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + NC3CHO = NO3CH2CHO + GLYOOA';
k(:,i) = 9.60e-18.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'NC3CHO'; 
fO3(i)=fO3(i)-1; fNC3CHO(i)=fNC3CHO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3CHO = C42O2';
k(:,i) = 3.52e-11.*0.43;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3CHO'; 
fOH(i)=fOH(i)-1; fNC3CHO(i)=fNC3CHO(i)-1; fC42O2(i)=fC42O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3CHO = NC3CO3';
k(:,i) = 3.52e-11.*0.57;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3CHO'; 
fOH(i)=fOH(i)-1; fNC3CHO(i)=fNC3CHO(i)-1; fNC3CO3(i)=fNC3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACROO + CO = ACR';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'ACROO'; Gstr{i,2} = 'CO'; 
fACROO(i)=fACROO(i)-1; fCO(i)=fCO(i)-1; fACR(i)=fACR(i)+1; 

i=i+1;
Rnames{i} = 'ACROO + NO = ACR + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'ACROO'; Gstr{i,2} = 'NO'; 
fACROO(i)=fACROO(i)-1; fNO(i)=fNO(i)-1; fACR(i)=fACR(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACROO + NO2 = ACR + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'ACROO'; Gstr{i,2} = 'NO2'; 
fACROO(i)=fACROO(i)-1; fNO2(i)=fNO2(i)-1; fACR(i)=fACR(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'ACROO + SO2 = ACR + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'ACROO'; Gstr{i,2} = 'SO2'; 
fACROO(i)=fACROO(i)-1; fSO2(i)=fSO2(i)-1; fACR(i)=fACR(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'ACROO = ACO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'ACROO'; 
fACROO(i)=fACROO(i)-1; fACO2H(i)=fACO2H(i)+1; 

i=i+1;
Rnames{i} = 'ACROO = ACR + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'ACROO'; 
fACROO(i)=fACROO(i)-1; fACR(i)=fACR(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAOOH + hv = BUTDAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUTDAOOH'; 
fBUTDAOOH(i)=fBUTDAOOH(i)-1; fBUTDAO(i)=fBUTDAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDAOOH = HC3CHO + OH';
k(:,i) = 8.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDAOOH'; 
fOH(i)=fOH(i)-1; fBUTDAOOH(i)=fBUTDAOOH(i)-1; fHC3CHO(i)=fHC3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDAO = HC3CHO + HO2';
k(:,i) = 8.40e10.*exp(-3523./T);
Gstr{i,1} = 'BUTDAO'; 
fBUTDAO(i)=fBUTDAO(i)-1; fHC3CHO(i)=fHC3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDAOH = HC3CHO + HO2';
k(:,i) = 7.10e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDAOH'; 
fOH(i)=fOH(i)-1; fBUTDAOH(i)=fBUTDAOH(i)-1; fHC3CHO(i)=fHC3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CHO + hv = HC3CO3 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'HC3CHO'; 
fHC3CHO(i)=fHC3CHO(i)-1; fHC3CO3(i)=fHC3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CHO + hv = HOCH2CHO + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'HC3CHO'; 
fHC3CHO(i)=fHC3CHO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HC3CHO = HC3CO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HC3CHO'; 
fNO3(i)=fNO3(i)-1; fHC3CHO(i)=fHC3CHO(i)-1; fHC3CO3(i)=fHC3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC3CHO = GLYOX + GAOOA';
k(:,i) = 9.60e-18.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC3CHO'; 
fO3(i)=fO3(i)-1; fHC3CHO(i)=fHC3CHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fGAOOA(i)=fGAOOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC3CHO = HOCH2CHO + GLYOOA';
k(:,i) = 9.60e-18.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC3CHO'; 
fO3(i)=fO3(i)-1; fHC3CHO(i)=fHC3CHO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CHO = C41O2';
k(:,i) = 3.87e-11.*0.43;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CHO'; 
fOH(i)=fOH(i)-1; fHC3CHO(i)=fHC3CHO(i)-1; fC41O2(i)=fC41O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CHO = HC3CO3';
k(:,i) = 3.87e-11.*0.57;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CHO'; 
fOH(i)=fOH(i)-1; fHC3CHO(i)=fHC3CHO(i)-1; fHC3CO3(i)=fHC3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBOOH + hv = BUTDBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUTDBOOH'; 
fBUTDBOOH(i)=fBUTDBOOH(i)-1; fBUTDBO(i)=fBUTDBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDBOOH = MVKOH + OH';
k(:,i) = 8.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDBOOH'; 
fOH(i)=fOH(i)-1; fBUTDBOOH(i)=fBUTDBOOH(i)-1; fMVKOH(i)=fMVKOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDBNO3 = MVKOH + NO2';
k(:,i) = 3.59e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDBNO3'; 
fOH(i)=fOH(i)-1; fBUTDBNO3(i)=fBUTDBNO3(i)-1; fMVKOH(i)=fMVKOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTDBO = ACR + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BUTDBO'; 
fBUTDBO(i)=fBUTDBO(i)-1; fACR(i)=fACR(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDBOH = MVKOH + HO2';
k(:,i) = 4.86e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDBOH'; 
fOH(i)=fOH(i)-1; fBUTDBOH(i)=fBUTDBOH(i)-1; fMVKOH(i)=fMVKOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + O3 = HMGLOOA + HCHO';
k(:,i) = 7.51e-16.*exp(-1521./T).*0.5;
Gstr{i,1} = 'MVKOH'; Gstr{i,2} = 'O3'; 
fMVKOH(i)=fMVKOH(i)-1; fO3(i)=fO3(i)-1; fHMGLOOA(i)=fHMGLOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + O3 = HOCH2COCHO + CH2OOB';
k(:,i) = 7.51e-16.*exp(-1521./T).*0.5;
Gstr{i,1} = 'MVKOH'; Gstr{i,2} = 'O3'; 
fMVKOH(i)=fMVKOH(i)-1; fO3(i)=fO3(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + OH = MVKOHAO2';
k(:,i) = 4.60e-12.*exp(452./T).*0.3;
Gstr{i,1} = 'MVKOH'; Gstr{i,2} = 'OH'; 
fMVKOH(i)=fMVKOH(i)-1; fOH(i)=fOH(i)-1; fMVKOHAO2(i)=fMVKOHAO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + OH = MVKOHBO2';
k(:,i) = 4.60e-12.*exp(452./T).*0.7;
Gstr{i,1} = 'MVKOH'; Gstr{i,2} = 'OH'; 
fMVKOH(i)=fMVKOH(i)-1; fOH(i)=fOH(i)-1; fMVKOHBO2(i)=fMVKOHBO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + hv = ALLYLOH + CO';
k(:,i) = J23;
Gstr{i,1} = 'MVKOH'; 
fMVKOH(i)=fMVKOH(i)-1; fALLYLOH(i)=fALLYLOH(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOH + hv = HCHO + HO2 + HOCH2CO3 + CO';
k(:,i) = J24;
Gstr{i,1} = 'MVKOH'; 
fMVKOH(i)=fMVKOH(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCOOH + hv = BUTDCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUTDCOOH'; 
fBUTDCOOH(i)=fBUTDCOOH(i)-1; fBUTDCO(i)=fBUTDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUTDCOOH = HC3CCHO + OH';
k(:,i) = 6.25e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUTDCOOH'; 
fOH(i)=fOH(i)-1; fBUTDCOOH(i)=fBUTDCOOH(i)-1; fHC3CCHO(i)=fHC3CCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTDCO = ACR + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BUTDCO'; 
fBUTDCO(i)=fBUTDCO(i)-1; fACR(i)=fACR(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCHO + hv = ACR + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HC3CCHO'; 
fHC3CCHO(i)=fHC3CCHO(i)-1; fACR(i)=fACR(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HC3CCHO = HC3CCO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HC3CCHO'; 
fNO3(i)=fNO3(i)-1; fHC3CCHO(i)=fHC3CCHO(i)-1; fHC3CCO3(i)=fHC3CCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CCHO = HC3CCO3';
k(:,i) = 6.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CCHO'; 
fOH(i)=fOH(i)-1; fHC3CCHO(i)=fHC3CCHO(i)-1; fHC3CCO3(i)=fHC3CCO3(i)+1; 

i=i+1;
Rnames{i} = 'NISOPOOH + hv = NISOPO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NISOPOOH'; 
fNISOPOOH(i)=fNISOPOOH(i)-1; fNISOPO(i)=fNISOPO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NISOPOOH = NC4CHO + OH';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NISOPOOH'; 
fOH(i)=fOH(i)-1; fNISOPOOH(i)=fNISOPOOH(i)-1; fNC4CHO(i)=fNC4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NISOPNO3 + hv = NISOPO + NO2';
k(:,i) = J53.*2.0;
Gstr{i,1} = 'NISOPNO3'; 
fNISOPNO3(i)=fNISOPNO3(i)-1; fNISOPO(i)=fNISOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NISOPNO3 = NC4CHO + NO2';
k(:,i) = 8.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NISOPNO3'; 
fOH(i)=fOH(i)-1; fNISOPNO3(i)=fNISOPNO3(i)-1; fNC4CHO(i)=fNC4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NISOPO = NC4CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'NISOPO'; 
fNISOPO(i)=fNISOPO(i)-1; fNC4CHO(i)=fNC4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCNO3 + hv = CISOPCO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ISOPCNO3'; 
fISOPCNO3(i)=fISOPCNO3(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPCNO3 = GAOOB + NOA';
k(:,i) = 4.10e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPCNO3'; 
fO3(i)=fO3(i)-1; fISOPCNO3(i)=fISOPCNO3(i)-1; fGAOOB(i)=fGAOOB(i)+1; fNOA(i)=fNOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPCNO3 = HOCH2CHO + NC3OOA';
k(:,i) = 4.10e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPCNO3'; 
fO3(i)=fO3(i)-1; fISOPCNO3(i)=fISOPCNO3(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNC3OOA(i)=fNC3OOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPCNO3 = INCO2';
k(:,i) = 1.12e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPCNO3'; 
fOH(i)=fOH(i)-1; fISOPCNO3(i)=fISOPCNO3(i)-1; fINCO2(i)=fINCO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4CHO + hv = ACETOL + CO + CO + HO2 + NO2';
k(:,i) = J56.*8;
Gstr{i,1} = 'NC4CHO'; 
fNC4CHO(i)=fNC4CHO(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4CHO + hv = HMAC + CO + OH + NO2';
k(:,i) = J56.*8;
Gstr{i,1} = 'NC4CHO'; 
fNC4CHO(i)=fNC4CHO(i)-1; fHMAC(i)=fHMAC(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + NC4CHO = NC4CO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'NC4CHO'; 
fNO3(i)=fNO3(i)-1; fNC4CHO(i)=fNC4CHO(i)-1; fNC4CO3(i)=fNC4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + NC4CHO = NOA + GLYOOC';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'NC4CHO'; 
fO3(i)=fO3(i)-1; fNC4CHO(i)=fNC4CHO(i)-1; fNOA(i)=fNOA(i)+1; fGLYOOC(i)=fGLYOOC(i)+1; 

i=i+1;
Rnames{i} = 'O3 + NC4CHO = NOAOOA + GLYOX';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'NC4CHO'; 
fO3(i)=fO3(i)-1; fNC4CHO(i)=fNC4CHO(i)-1; fNOAOOA(i)=fNOAOOA(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4CHO = C510O2';
k(:,i) = 4.16e-11.*0.52;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4CHO'; 
fOH(i)=fOH(i)-1; fNC4CHO(i)=fNC4CHO(i)-1; fC510O2(i)=fC510O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4CHO = NC4CO3';
k(:,i) = 4.16e-11.*0.48;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4CHO'; 
fOH(i)=fOH(i)-1; fNC4CHO(i)=fNC4CHO(i)-1; fNC4CO3(i)=fNC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOA = CH3CHO';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MGLOOA'; 
fMGLOOA(i)=fMGLOOA(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOA = CH3CO3 + HCHO + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MGLOOA'; 
fMGLOOA(i)=fMGLOOA(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOA = MGLOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'MGLOOA'; 
fMGLOOA(i)=fMGLOOA(i)-1; fMGLOO(i)=fMGLOO(i)+1; 

i=i+1;
Rnames{i} = 'MGLOOA = OH + CO + CH3CO3';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'MGLOOA'; 
fMGLOOA(i)=fMGLOOA(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + HO2 = HMVKAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'HO2'; 
fHMVKAO2(i)=fHMVKAO2(i)-1; fHO2(i)=fHO2(i)-1; fHMVKAOOH(i)=fHMVKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + NO = HMVKANO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'NO'; 
fHMVKAO2(i)=fHMVKAO2(i)-1; fNO(i)=fNO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + NO = HMVKAO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'NO'; 
fHMVKAO2(i)=fHMVKAO2(i)-1; fNO(i)=fNO(i)-1; fHMVKAO(i)=fHMVKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + NO3 = HMVKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'NO3'; 
fHMVKAO2(i)=fHMVKAO2(i)-1; fNO3(i)=fNO3(i)-1; fHMVKAO(i)=fHMVKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + RO2 = CO2H3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'RO2';
fHMVKAO2(i)=fHMVKAO2(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + RO2 = HMVKAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'RO2';
fHMVKAO2(i)=fHMVKAO2(i)-1; fHMVKAO(i)=fHMVKAO(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO2 + RO2 = HO12CO3C4';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HMVKAO2'; Gstr{i,2} = 'RO2';
fHMVKAO2(i)=fHMVKAO2(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; 

i=i+1;
Rnames{i} = ' HMVKBO2 + NO = MVKNO3';
k(:,i) = KRO2NO.*0.043;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'NO'; 
fHMVKBO2(i)=fHMVKBO2(i)-1; fNO(i)=fNO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + HO2 = HMVKBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'HO2'; 
fHMVKBO2(i)=fHMVKBO2(i)-1; fHO2(i)=fHO2(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + NO = HMVKBO + NO2';
k(:,i) = KRO2NO.*0.957;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'NO'; 
fHMVKBO2(i)=fHMVKBO2(i)-1; fNO(i)=fNO(i)-1; fHMVKBO(i)=fHMVKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + NO3 = HMVKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'NO3'; 
fHMVKBO2(i)=fHMVKBO2(i)-1; fNO3(i)=fNO3(i)-1; fHMVKBO(i)=fHMVKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + RO2 = BIACETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'RO2';
fHMVKBO2(i)=fHMVKBO2(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + RO2 = HMVKBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'RO2';
fHMVKBO2(i)=fHMVKBO2(i)-1; fHMVKBO(i)=fHMVKBO(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO2 + RO2 = HO12CO3C4';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HMVKBO2'; Gstr{i,2} = 'RO2';
fHMVKBO2(i)=fHMVKBO2(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; 

i=i+1;
Rnames{i} = 'MACROO + CO = MACR';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'MACROO'; Gstr{i,2} = 'CO'; 
fMACROO(i)=fMACROO(i)-1; fCO(i)=fCO(i)-1; fMACR(i)=fMACR(i)+1; 

i=i+1;
Rnames{i} = 'MACROO + NO = MACR + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'MACROO'; Gstr{i,2} = 'NO'; 
fMACROO(i)=fMACROO(i)-1; fNO(i)=fNO(i)-1; fMACR(i)=fMACR(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACROO + NO2 = MACR + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'MACROO'; Gstr{i,2} = 'NO2'; 
fMACROO(i)=fMACROO(i)-1; fNO2(i)=fNO2(i)-1; fMACR(i)=fMACR(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MACROO + SO2 = MACR + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'MACROO'; Gstr{i,2} = 'SO2'; 
fMACROO(i)=fMACROO(i)-1; fSO2(i)=fSO2(i)-1; fMACR(i)=fMACR(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MACROO = MACO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'MACROO'; 
fMACROO(i)=fMACROO(i)-1; fMACO2H(i)=fMACO2H(i)+1; 

i=i+1;
Rnames{i} = 'MACROO = MACR + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'MACROO'; 
fMACROO(i)=fMACROO(i)-1; fMACR(i)=fMACR(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOO + CO = MVK';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'MVKOO'; Gstr{i,2} = 'CO'; 
fMVKOO(i)=fMVKOO(i)-1; fCO(i)=fCO(i)-1; fMVK(i)=fMVK(i)+1; 

i=i+1;
Rnames{i} = 'MVKOO + NO = MVK + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'MVKOO'; Gstr{i,2} = 'NO'; 
fMVKOO(i)=fMVKOO(i)-1; fNO(i)=fNO(i)-1; fMVK(i)=fMVK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOO + NO2 = MVK + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'MVKOO'; Gstr{i,2} = 'NO2'; 
fMVKOO(i)=fMVKOO(i)-1; fNO2(i)=fNO2(i)-1; fMVK(i)=fMVK(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MVKOO + SO2 = MVK + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'MVKOO'; Gstr{i,2} = 'SO2'; 
fMVKOO(i)=fMVKOO(i)-1; fSO2(i)=fSO2(i)-1; fMVK(i)=fMVK(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MVKOO = MVK + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'MVKOO'; 
fMVKOO(i)=fMVKOO(i)-1; fMVK(i)=fMVK(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + HO2 = MVKOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'HO2'; 
fMVKO2(i)=fMVKO2(i)-1; fHO2(i)=fHO2(i)-1; fMVKOOH(i)=fMVKOOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + NO = MVKO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'NO'; 
fMVKO2(i)=fMVKO2(i)-1; fNO(i)=fNO(i)-1; fMVKO(i)=fMVKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + NO3 = MVKO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'NO3'; 
fMVKO2(i)=fMVKO2(i)-1; fNO3(i)=fNO3(i)-1; fMVKO(i)=fMVKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + RO2 = MVKO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'RO2';
fMVKO2(i)=fMVKO2(i)-1; fMVKO(i)=fMVKO(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + RO2 = MVKOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'RO2';
fMVKO2(i)=fMVKO2(i)-1; fMVKOH(i)=fMVKOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKO2 + RO2 = VGLYOX';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MVKO2'; Gstr{i,2} = 'RO2';
fMVKO2(i)=fMVKO2(i)-1; fVGLYOX(i)=fVGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + HO2 = ISOPAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'HO2'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPAOOH(i)=fISOPAOOH(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + NO = CISOPAO + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'NO'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fNO(i)=fNO(i)-1; fCISOPAO(i)=fCISOPAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + NO = ISOPANO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'NO'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fNO(i)=fNO(i)-1; fISOPANO3(i)=fISOPANO3(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + NO3 = CISOPAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'NO3'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fNO3(i)=fNO3(i)-1; fCISOPAO(i)=fCISOPAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 = C536O2';
k(:,i) = 8.14D9.*exp(-8591./T).*exp(1.00D8./T.^3).*0.5;
Gstr{i,1} = 'CISOPAO2'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fC536O2(i)=fC536O2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 = C5HPALD1 + HO2';
k(:,i) = 8.14D9.*exp(-8591./T).*exp(1.00D8./T.^3).*0.5;
Gstr{i,1} = 'CISOPAO2'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fC5HPALD1(i)=fC5HPALD1(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 = CISOPA';
k(:,i) = 5.22D15.*exp(-9838./T);
Gstr{i,1} = 'CISOPAO2'; 
fCISOPAO2(i)=fCISOPAO2(i)-1; fCISOPA(i)=fCISOPA(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + RO2 = CISOPAO';
k(:,i) = 2.40e-12.*0.8;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'RO2';
fCISOPAO2(i)=fCISOPAO2(i)-1; fCISOPAO(i)=fCISOPAO(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + RO2 = HC4ACHO';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'RO2';
fCISOPAO2(i)=fCISOPAO2(i)-1; fHC4ACHO(i)=fHC4ACHO(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO2 + RO2 = ISOPAOH';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'CISOPAO2'; Gstr{i,2} = 'RO2';
fCISOPAO2(i)=fCISOPAO2(i)-1; fISOPAOH(i)=fISOPAOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + HO2 = ISOPBOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'HO2'; 
fISOPBO2(i)=fISOPBO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPBOOH(i)=fISOPBOOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + NO = ISOPBNO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'NO'; 
fISOPBO2(i)=fISOPBO2(i)-1; fNO(i)=fNO(i)-1; fISOPBNO3(i)=fISOPBNO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + NO = ISOPBO + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'NO'; 
fISOPBO2(i)=fISOPBO2(i)-1; fNO(i)=fNO(i)-1; fISOPBO(i)=fISOPBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + NO3 = ISOPBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'NO3'; 
fISOPBO2(i)=fISOPBO2(i)-1; fNO3(i)=fNO3(i)-1; fISOPBO(i)=fISOPBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 = CISOPA';
k(:,i) = 8.62D15.*exp(-11322./T);
Gstr{i,1} = 'ISOPBO2'; 
fISOPBO2(i)=fISOPBO2(i)-1; fCISOPA(i)=fCISOPA(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + RO2 = ISOPBO';
k(:,i) = 8.00e-13.*0.8;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'RO2';
fISOPBO2(i)=fISOPBO2(i)-1; fISOPBO(i)=fISOPBO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 + RO2 = ISOPBOH';
k(:,i) = 8.00e-13.*0.2;
Gstr{i,1} = 'ISOPBO2'; Gstr{i,2} = 'RO2';
fISOPBO2(i)=fISOPBO2(i)-1; fISOPBOH(i)=fISOPBOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 = MVK + HCHO + OH';
k(:,i) = 1.04D11.*exp(-9746./T);
Gstr{i,1} = 'ISOPBO2'; 
fISOPBO2(i)=fISOPBO2(i)-1; fMVK(i)=fMVK(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO2 = TISOPA';
k(:,i) = 8.55D15.*exp(-10743./T);
Gstr{i,1} = 'ISOPBO2'; 
fISOPBO2(i)=fISOPBO2(i)-1; fTISOPA(i)=fTISOPA(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + HO2 = ISOPCOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'HO2'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPCOOH(i)=fISOPCOOH(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + NO = CISOPCO + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'NO'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fNO(i)=fNO(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + NO = ISOPCNO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'NO'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fNO(i)=fNO(i)-1; fISOPCNO3(i)=fISOPCNO3(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + NO3 = CISOPCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'NO3'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fNO3(i)=fNO3(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 = C537O2';
k(:,i) = 2.20D10.*exp(-8174./T).*exp(1.00D8./T.^3).*0.5;
Gstr{i,1} = 'CISOPCO2'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fC537O2(i)=fC537O2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 = C5HPALD2 + HO2';
k(:,i) = 2.20D10.*exp(-8174./T).*exp(1.00D8./T.^3).*0.5;
Gstr{i,1} = 'CISOPCO2'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fC5HPALD2(i)=fC5HPALD2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 = CISOPC';
k(:,i) = 3.06D15.*exp(-10254./T);
Gstr{i,1} = 'CISOPCO2'; 
fCISOPCO2(i)=fCISOPCO2(i)-1; fCISOPC(i)=fCISOPC(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + RO2 = CISOPCO';
k(:,i) = 2.40e-12.*0.8;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'RO2';
fCISOPCO2(i)=fCISOPCO2(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + RO2 = HC4CCHO';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'RO2';
fCISOPCO2(i)=fCISOPCO2(i)-1; fHC4CCHO(i)=fHC4CCHO(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO2 + RO2 = ISOPAOH';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'CISOPCO2'; Gstr{i,2} = 'RO2';
fCISOPCO2(i)=fCISOPCO2(i)-1; fISOPAOH(i)=fISOPAOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + HO2 = ISOPDOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'HO2'; 
fISOPDO2(i)=fISOPDO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPDOOH(i)=fISOPDOOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + NO = ISOPDNO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'NO'; 
fISOPDO2(i)=fISOPDO2(i)-1; fNO(i)=fNO(i)-1; fISOPDNO3(i)=fISOPDNO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + NO = ISOPDO + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'NO'; 
fISOPDO2(i)=fISOPDO2(i)-1; fNO(i)=fNO(i)-1; fISOPDO(i)=fISOPDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + NO3 = ISOPDO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'NO3'; 
fISOPDO2(i)=fISOPDO2(i)-1; fNO3(i)=fNO3(i)-1; fISOPDO(i)=fISOPDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 = CISOPC';
k(:,i) = 1.05D16.*exp(-11705./T);
Gstr{i,1} = 'ISOPDO2'; 
fISOPDO2(i)=fISOPDO2(i)-1; fCISOPC(i)=fCISOPC(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + RO2 = HCOC5';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'RO2';
fISOPDO2(i)=fISOPDO2(i)-1; fHCOC5(i)=fHCOC5(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + RO2 = ISOPDO';
k(:,i) = 2.90e-12.*0.8;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'RO2';
fISOPDO2(i)=fISOPDO2(i)-1; fISOPDO(i)=fISOPDO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 + RO2 = ISOPDOH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'ISOPDO2'; Gstr{i,2} = 'RO2';
fISOPDO2(i)=fISOPDO2(i)-1; fISOPDOH(i)=fISOPDOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 = MACR + HCHO + OH';
k(:,i) = 1.88D11.*exp(-9752./T);
Gstr{i,1} = 'ISOPDO2'; 
fISOPDO2(i)=fISOPDO2(i)-1; fMACR(i)=fMACR(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO2 = TISOPC';
k(:,i) = 1.05D16.*exp(-11569./T);
Gstr{i,1} = 'ISOPDO2'; 
fISOPDO2(i)=fISOPDO2(i)-1; fTISOPC(i)=fTISOPC(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34OOH + OH = HC4CHO + OH';
k(:,i) = 9.73e-11;
Gstr{i,1} = 'ISOP34OOH'; Gstr{i,2} = 'OH'; 
fISOP34OOH(i)=fISOP34OOH(i)-1; fOH(i)=fOH(i)-1; fHC4CHO(i)=fHC4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34OOH + hv = ISOP34O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ISOP34OOH'; 
fISOP34OOH(i)=fISOP34OOH(i)-1; fISOP34O(i)=fISOP34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34NO3 + OH = INAO2';
k(:,i) = 8.77e-11;
Gstr{i,1} = 'ISOP34NO3'; Gstr{i,2} = 'OH'; 
fISOP34NO3(i)=fISOP34NO3(i)-1; fOH(i)=fOH(i)-1; fINAO2(i)=fINAO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOP34NO3 = HMVKANO3 + CH2OOC';
k(:,i) = 2.52e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOP34NO3'; 
fO3(i)=fO3(i)-1; fISOP34NO3(i)=fISOP34NO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fCH2OOC(i)=fCH2OOC(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOP34NO3 = NC41OOA + HCHO';
k(:,i) = 2.52e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOP34NO3'; 
fO3(i)=fO3(i)-1; fISOP34NO3(i)=fISOP34NO3(i)-1; fNC41OOA(i)=fNC41OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ISOP34O = MACR + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ISOP34O'; 
fISOP34O(i)=fISOP34O(i)-1; fMACR(i)=fMACR(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CHO + OH = C58O2';
k(:,i) = 1.04e-10.*0.829;
Gstr{i,1} = 'HC4CHO'; Gstr{i,2} = 'OH'; 
fHC4CHO(i)=fHC4CHO(i)-1; fOH(i)=fOH(i)-1; fC58O2(i)=fC58O2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CHO + OH = HC4CO3';
k(:,i) = 1.04e-10.*0.171;
Gstr{i,1} = 'HC4CHO'; Gstr{i,2} = 'OH'; 
fHC4CHO(i)=fHC4CHO(i)-1; fOH(i)=fOH(i)-1; fHC4CO3(i)=fHC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HC4CHO + hv = MACR + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HC4CHO'; 
fHC4CHO(i)=fHC4CHO(i)-1; fMACR(i)=fMACR(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPDOH = HCOC5 + HO2';
k(:,i) = 7.38e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPDOH'; 
fOH(i)=fOH(i)-1; fISOPDOH(i)=fISOPDOH(i)-1; fHCOC5(i)=fHCOC5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC526O2 + HO2 = NC526OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NC526O2'; Gstr{i,2} = 'HO2'; 
fNC526O2(i)=fNC526O2(i)-1; fHO2(i)=fHO2(i)-1; fNC526OOH(i)=fNC526OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC526O2 + NO = NC526O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC526O2'; Gstr{i,2} = 'NO'; 
fNC526O2(i)=fNC526O2(i)-1; fNO(i)=fNO(i)-1; fNC526O(i)=fNC526O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC526O2 + NO3 = NC526O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC526O2'; Gstr{i,2} = 'NO3'; 
fNC526O2(i)=fNC526O2(i)-1; fNO3(i)=fNO3(i)-1; fNC526O(i)=fNC526O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC526O2 + RO2 = NC526O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NC526O2'; Gstr{i,2} = 'RO2';
fNC526O2(i)=fNC526O2(i)-1; fNC526O(i)=fNC526O(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOB = C4CO2O2 + OH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'CO2C3OOB'; 
fCO2C3OOB(i)=fCO2C3OOB(i)-1; fC4CO2O2(i)=fC4CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOB = CO2C3OO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CO2C3OOB'; 
fCO2C3OOB(i)=fCO2C3OOB(i)-1; fCO2C3OO(i)=fCO2C3OO(i)+1; 

i=i+1;
Rnames{i} = 'C530O2 + HO2 = C530OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C530O2'; Gstr{i,2} = 'HO2'; 
fC530O2(i)=fC530O2(i)-1; fHO2(i)=fHO2(i)-1; fC530OOH(i)=fC530OOH(i)+1; 

i=i+1;
Rnames{i} = 'C530O2 + NO = C530NO3';
k(:,i) = KRO2NO.*0.020;
Gstr{i,1} = 'C530O2'; Gstr{i,2} = 'NO'; 
fC530O2(i)=fC530O2(i)-1; fNO(i)=fNO(i)-1; fC530NO3(i)=fC530NO3(i)+1; 

i=i+1;
Rnames{i} = 'C530O2 + NO = C530O + NO2';
k(:,i) = KRO2NO.*0.980;
Gstr{i,1} = 'C530O2'; Gstr{i,2} = 'NO'; 
fC530O2(i)=fC530O2(i)-1; fNO(i)=fNO(i)-1; fC530O(i)=fC530O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C530O2 + NO3 = C530O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C530O2'; Gstr{i,2} = 'NO3'; 
fC530O2(i)=fC530O2(i)-1; fNO3(i)=fNO3(i)-1; fC530O(i)=fC530O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C530O2 + RO2 = C530O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C530O2'; Gstr{i,2} = 'RO2';
fC530O2(i)=fC530O2(i)-1; fC530O(i)=fC530O(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + HO2 = C45O2 + OH + NO2';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'HO2'; 
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fHO2(i)=fHO2(i)-1; fC45O2(i)=fC45O2(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + HO2 = M3BU3ECO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'HO2'; 
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fHO2(i)=fHO2(i)-1; fM3BU3ECO3H(i)=fM3BU3ECO3H(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + NO = C45O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'NO'; 
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fNO(i)=fNO(i)-1; fC45O2(i)=fC45O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + NO2 = M3BU3EPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'NO2'; 
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fNO2(i)=fNO2(i)-1; fM3BU3EPAN(i)=fM3BU3EPAN(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + NO3 = C45O2 + NO2';
k(:,i) = KRO2NO3.*1.6;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'NO3'; 
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fNO3(i)=fNO3(i)-1; fC45O2(i)=fC45O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3 + RO2 = C45O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'M3BU3ECO3'; Gstr{i,2} = 'RO2';
fM3BU3ECO3(i)=fM3BU3ECO3(i)-1; fC45O2(i)=fC45O2(i)+1; 

i=i+1;
Rnames{i} = 'C45O2 + HO2 = C45OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C45O2'; Gstr{i,2} = 'HO2'; 
fC45O2(i)=fC45O2(i)-1; fHO2(i)=fHO2(i)-1; fC45OOH(i)=fC45OOH(i)+1; 

i=i+1;
Rnames{i} = 'C45O2 + NO = C45NO3';
k(:,i) = KRO2NO.*0.024;
Gstr{i,1} = 'C45O2'; Gstr{i,2} = 'NO'; 
fC45O2(i)=fC45O2(i)-1; fNO(i)=fNO(i)-1; fC45NO3(i)=fC45NO3(i)+1; 

i=i+1;
Rnames{i} = 'C45O2 + NO = C45O + NO2';
k(:,i) = KRO2NO.*0.976;
Gstr{i,1} = 'C45O2'; Gstr{i,2} = 'NO'; 
fC45O2(i)=fC45O2(i)-1; fNO(i)=fNO(i)-1; fC45O(i)=fC45O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C45O2 + NO3 = C45O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C45O2'; Gstr{i,2} = 'NO3'; 
fC45O2(i)=fC45O2(i)-1; fNO3(i)=fNO3(i)-1; fC45O(i)=fC45O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C45O2 + RO2 = C45O';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'C45O2'; Gstr{i,2} = 'RO2';
fC45O2(i)=fC45O2(i)-1; fC45O(i)=fC45O(i)+1; 

i=i+1;
Rnames{i} = 'NC51O2 + HO2 = NC51OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NC51O2'; Gstr{i,2} = 'HO2'; 
fNC51O2(i)=fNC51O2(i)-1; fHO2(i)=fHO2(i)-1; fNC51OOH(i)=fNC51OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC51O2 + NO = NC51O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC51O2'; Gstr{i,2} = 'NO'; 
fNC51O2(i)=fNC51O2(i)-1; fNO(i)=fNO(i)-1; fNC51O(i)=fNC51O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC51O2 + NO3 = NC51O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC51O2'; Gstr{i,2} = 'NO3'; 
fNC51O2(i)=fNC51O2(i)-1; fNO3(i)=fNO3(i)-1; fNC51O(i)=fNC51O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC51O2 + RO2 = NC51O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NC51O2'; Gstr{i,2} = 'RO2';
fNC51O2(i)=fNC51O2(i)-1; fNC51O(i)=fNC51O(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOA = C4CO2O2 + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'CO2C3OOA'; 
fCO2C3OOA(i)=fCO2C3OOA(i)-1; fC4CO2O2(i)=fC4CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOA = CH3COCH2O2 + HO2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'CO2C3OOA'; 
fCO2C3OOA(i)=fCO2C3OOA(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOA = CH3COCH3';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'CO2C3OOA'; 
fCO2C3OOA(i)=fCO2C3OOA(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OOA = CO2C3OO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'CO2C3OOA'; 
fCO2C3OOA(i)=fCO2C3OOA(i)-1; fCO2C3OO(i)=fCO2C3OO(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + HO2 = C51OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'HO2'; 
fC51O2(i)=fC51O2(i)-1; fHO2(i)=fHO2(i)-1; fC51OOH(i)=fC51OOH(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + NO = C51NO3';
k(:,i) = KRO2NO.*0.065;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'NO'; 
fC51O2(i)=fC51O2(i)-1; fNO(i)=fNO(i)-1; fC51NO3(i)=fC51NO3(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + NO = C51O + NO2';
k(:,i) = KRO2NO.*0.935;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'NO'; 
fC51O2(i)=fC51O2(i)-1; fNO(i)=fNO(i)-1; fC51O(i)=fC51O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + NO3 = C51O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'NO3'; 
fC51O2(i)=fC51O2(i)-1; fNO3(i)=fNO3(i)-1; fC51O(i)=fC51O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + RO2 = C51O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'RO2';
fC51O2(i)=fC51O2(i)-1; fC51O(i)=fC51O(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + RO2 = C51OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'RO2';
fC51O2(i)=fC51O2(i)-1; fC51OH(i)=fC51OH(i)+1; 

i=i+1;
Rnames{i} = 'C51O2 + RO2 = HO1CO24C5';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C51O2'; Gstr{i,2} = 'RO2';
fC51O2(i)=fC51O2(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + HO2 = CH2CHCH2OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'HO2'; 
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH2CHCH2OOH(i)=fCH2CHCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + NO = CH2CHCH2NO3';
k(:,i) = KRO2NO.*0.024;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'NO'; 
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH2CHCH2NO3(i)=fCH2CHCH2NO3(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + NO = CH2CHCH2O + NO2';
k(:,i) = KRO2NO.*0.976;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'NO'; 
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fNO(i)=fNO(i)-1; fCH2CHCH2O(i)=fCH2CHCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + NO3 = CH2CHCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'NO3'; 
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH2CHCH2O(i)=fCH2CHCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + RO2 = ACR';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'RO2';
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fACR(i)=fACR(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + RO2 = ALLYLOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'RO2';
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fALLYLOH(i)=fALLYLOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O2 + RO2 = CH2CHCH2O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'CH2CHCH2O2'; Gstr{i,2} = 'RO2';
fCH2CHCH2O2(i)=fCH2CHCH2O2(i)-1; fCH2CHCH2O(i)=fCH2CHCH2O(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + HO2 = ISOPAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'HO2'; 
fISOPAO2(i)=fISOPAO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPAOOH(i)=fISOPAOOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + NO = ISOPANO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'NO'; 
fISOPAO2(i)=fISOPAO2(i)-1; fNO(i)=fNO(i)-1; fISOPANO3(i)=fISOPANO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + NO = ISOPAO + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'NO'; 
fISOPAO2(i)=fISOPAO2(i)-1; fNO(i)=fNO(i)-1; fISOPAO(i)=fISOPAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + NO3 = ISOPAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'NO3'; 
fISOPAO2(i)=fISOPAO2(i)-1; fNO3(i)=fNO3(i)-1; fISOPAO(i)=fISOPAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + RO2 = HC4ACHO';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'RO2';
fISOPAO2(i)=fISOPAO2(i)-1; fHC4ACHO(i)=fHC4ACHO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + RO2 = ISOPAO';
k(:,i) = 2.40e-12.*0.8;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'RO2';
fISOPAO2(i)=fISOPAO2(i)-1; fISOPAO(i)=fISOPAO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 + RO2 = ISOPAOH';
k(:,i) = 2.40e-12.*0.1;
Gstr{i,1} = 'ISOPAO2'; Gstr{i,2} = 'RO2';
fISOPAO2(i)=fISOPAO2(i)-1; fISOPAOH(i)=fISOPAOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO2 = TISOPA';
k(:,i) = 2.86D14.*exp(-9028./T);
Gstr{i,1} = 'ISOPAO2'; 
fISOPAO2(i)=fISOPAO2(i)-1; fTISOPA(i)=fTISOPA(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + HO2 = ISOPCOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'HO2'; 
fISOPCO2(i)=fISOPCO2(i)-1; fHO2(i)=fHO2(i)-1; fISOPCOOH(i)=fISOPCOOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + NO = CISOPCO + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'NO'; 
fISOPCO2(i)=fISOPCO2(i)-1; fNO(i)=fNO(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + NO = ISOPCNO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'NO'; 
fISOPCO2(i)=fISOPCO2(i)-1; fNO(i)=fNO(i)-1; fISOPCNO3(i)=fISOPCNO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + NO3 = CISOPCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'NO3'; 
fISOPCO2(i)=fISOPCO2(i)-1; fNO3(i)=fNO3(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + RO2 = CISOPCO';
k(:,i) = 2.00e-12.*0.8;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'RO2';
fISOPCO2(i)=fISOPCO2(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + RO2 = HC4CCHO';
k(:,i) = 2.00e-12.*0.1;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'RO2';
fISOPCO2(i)=fISOPCO2(i)-1; fHC4CCHO(i)=fHC4CCHO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 + RO2 = ISOPAOH';
k(:,i) = 2.00e-12.*0.1;
Gstr{i,1} = 'ISOPCO2'; Gstr{i,2} = 'RO2';
fISOPCO2(i)=fISOPCO2(i)-1; fISOPAOH(i)=fISOPAOH(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCO2 = TISOPC';
k(:,i) = 2.13D14.*exp(-9984./T);
Gstr{i,1} = 'ISOPCO2'; 
fISOPCO2(i)=fISOPCO2(i)-1; fTISOPC(i)=fTISOPC(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2OOH + OH = CHOOCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CHOOCH2OOH'; Gstr{i,2} = 'OH'; 
fCHOOCH2OOH(i)=fCHOOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2OOH + OH = CHOOCHO + OH';
k(:,i) = 1.63e-11;
Gstr{i,1} = 'CHOOCH2OOH'; Gstr{i,2} = 'OH'; 
fCHOOCH2OOH(i)=fCHOOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2OOH + hv = CHOOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOOCH2OOH'; 
fCHOOCH2OOH(i)=fCHOOCH2OOH(i)-1; fCHOOCH2O(i)=fCHOOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2NO3 + OH = CHOOCHO + NO2';
k(:,i) = 2.26e-13;
Gstr{i,1} = 'CHOOCH2NO3'; Gstr{i,2} = 'OH'; 
fCHOOCH2NO3(i)=fCHOOCH2NO3(i)-1; fOH(i)=fOH(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2NO3 + hv = CHOOCH2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'CHOOCH2NO3'; 
fCHOOCH2NO3(i)=fCHOOCH2NO3(i)-1; fCHOOCH2O(i)=fCHOOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O = CHOOCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CHOOCH2O'; 
fCHOOCH2O(i)=fCHOOCH2O(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2O = HCOOH + HO2 + CO';
k(:,i) = 2.00e14.*exp(-6850./T);
Gstr{i,1} = 'CHOOCH2O'; 
fCHOOCH2O(i)=fCHOOCH2O(i)-1; fHCOOH(i)=fHCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCH2OH + OH = CHOOCHO + HO2';
k(:,i) = 4.31e-12;
Gstr{i,1} = 'CHOOCH2OH'; Gstr{i,2} = 'OH'; 
fCHOOCH2OH(i)=fCHOOCH2OH(i)-1; fOH(i)=fOH(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOCHO + OH = HO2 + CO';
k(:,i) = 1.80e-13;
Gstr{i,1} = 'CHOOCHO'; Gstr{i,2} = 'OH'; 
fCHOOCHO(i)=fCHOOCHO(i)-1; fOH(i)=fOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'METACETHO + OH = CH3CO3';
k(:,i) = 9.82e-11;
Gstr{i,1} = 'METACETHO'; Gstr{i,2} = 'OH'; 
fMETACETHO(i)=fMETACETHO(i)-1; fOH(i)=fOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'METACETO2H + OH = METACETHO + OH';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'METACETO2H'; Gstr{i,2} = 'OH'; 
fMETACETO2H(i)=fMETACETO2H(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METACETO2H + OH = METHACETO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'METACETO2H'; Gstr{i,2} = 'OH'; 
fMETACETO2H(i)=fMETACETO2H(i)-1; fOH(i)=fOH(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'METACETO2H + hv = METHACETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'METACETO2H'; 
fMETACETO2H(i)=fMETACETO2H(i)-1; fMETHACETO(i)=fMETHACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METACETNO3 + OH = METACETHO + NO2';
k(:,i) = 2.26e-13;
Gstr{i,1} = 'METACETNO3'; Gstr{i,2} = 'OH'; 
fMETACETNO3(i)=fMETACETNO3(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METACETNO3 + hv = METHACETO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'METACETNO3'; 
fMETACETNO3(i)=fMETACETNO3(i)-1; fMETHACETO(i)=fMETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METHACETO = HCHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'METHACETO'; 
fMETHACETO(i)=fMETHACETO(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'METACETOH + OH = METACETHO + HO2';
k(:,i) = 1.74e-11;
Gstr{i,1} = 'METACETOH'; Gstr{i,2} = 'OH'; 
fMETACETOH(i)=fMETACETOH(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2OOH + OH = MOCOCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fMOCOCH2OOH(i)=fMOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2OOH + OH = MOXYCOCHO + OH';
k(:,i) = 9.22e-12;
Gstr{i,1} = 'MOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fMOCOCH2OOH(i)=fMOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fMOXYCOCHO(i)=fMOXYCOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2OOH + hv = MOCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MOCOCH2OOH'; 
fMOCOCH2OOH(i)=fMOCOCH2OOH(i)-1; fMOCOCH2O(i)=fMOCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MOCOCH2O = CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'MOCOCH2O'; 
fMOCOCH2O(i)=fMOCOCH2O(i)-1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'MOXCOCH2OH + OH = MOXYCOCHO + HO2';
k(:,i) = 2.52e-13;
Gstr{i,1} = 'MOXCOCH2OH'; Gstr{i,2} = 'OH'; 
fMOXCOCH2OH(i)=fMOXCOCH2OH(i)-1; fOH(i)=fOH(i)-1; fMOXYCOCHO(i)=fMOXYCOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MOXYCOCHO + OH = CHOCOMOXO2';
k(:,i) = 2.16e-13;
Gstr{i,1} = 'MOXYCOCHO'; Gstr{i,2} = 'OH'; 
fMOXYCOCHO(i)=fMOXYCOCHO(i)-1; fOH(i)=fOH(i)-1; fCHOCOMOXO2(i)=fCHOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'MOXYCOCHO + hv = HO2 + CO + CH3O2';
k(:,i) = J34;
Gstr{i,1} = 'MOXYCOCHO'; 
fMOXYCOCHO(i)=fMOXYCOCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2H4OOH + OH = ACETC2H4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ACEC2H4OOH'; Gstr{i,2} = 'OH'; 
fACEC2H4OOH(i)=fACEC2H4OOH(i)-1; fOH(i)=fOH(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2H4OOH + OH = ACETETCHO + OH';
k(:,i) = 1.57e-11;
Gstr{i,1} = 'ACEC2H4OOH'; Gstr{i,2} = 'OH'; 
fACEC2H4OOH(i)=fACEC2H4OOH(i)-1; fOH(i)=fOH(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2H4OOH + hv = ACETC2H4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACEC2H4OOH'; 
fACEC2H4OOH(i)=fACEC2H4OOH(i)-1; fACETC2H4O(i)=fACETC2H4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2H4NO3 + OH = ACETETCHO + NO2';
k(:,i) = 5.72e-13;
Gstr{i,1} = 'ACEC2H4NO3'; Gstr{i,2} = 'OH'; 
fACEC2H4NO3(i)=fACEC2H4NO3(i)-1; fOH(i)=fOH(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2H4NO3 + hv = ACETC2H4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ACEC2H4NO3'; 
fACEC2H4NO3(i)=fACEC2H4NO3(i)-1; fACETC2H4O(i)=fACETC2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2H4O = ACETETCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'ACETC2H4O'; 
fACETC2H4O(i)=fACETC2H4O(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETETCHO + NO3 = HNO3 + ACETMECO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'ACETETCHO'; Gstr{i,2} = 'NO3'; 
fACETETCHO(i)=fACETETCHO(i)-1; fNO3(i)=fNO3(i)-1; fHNO3(i)=fHNO3(i)+1; fACETMECO3(i)=fACETMECO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETETCHO + OH = ACETMECO3';
k(:,i) = 2.18e-11;
Gstr{i,1} = 'ACETETCHO'; Gstr{i,2} = 'OH'; 
fACETETCHO(i)=fACETETCHO(i)-1; fOH(i)=fOH(i)-1; fACETMECO3(i)=fACETMECO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETETCHO + hv = HO2 + CO + METHACETO2';
k(:,i) = J15;
Gstr{i,1} = 'ACETETCHO'; 
fACETETCHO(i)=fACETETCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fMETHACETO2(i)=fMETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'ETACETOH + OH = ACETETCHO + HO2';
k(:,i) = 5.34e-12;
Gstr{i,1} = 'ETACETOH'; Gstr{i,2} = 'OH'; 
fETACETOH(i)=fETACETOH(i)-1; fOH(i)=fOH(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2OOH + OH = EOCOCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'EOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fEOCOCH2OOH(i)=fEOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fEOCOCH2O2(i)=fEOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2OOH + OH = EOCOCHO + OH';
k(:,i) = 1.07e-11;
Gstr{i,1} = 'EOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fEOCOCH2OOH(i)=fEOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fEOCOCHO(i)=fEOCOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2OOH + hv = EOCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'EOCOCH2OOH'; 
fEOCOCH2OOH(i)=fEOCOCH2OOH(i)-1; fEOCOCH2O(i)=fEOCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCH2O = C2H5O2';
k(:,i) = KDEC;
Gstr{i,1} = 'EOCOCH2O'; 
fEOCOCH2O(i)=fEOCOCH2O(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCHO + NO3 = C2H5O2 + CO + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'EOCOCHO'; Gstr{i,2} = 'NO3'; 
fEOCOCHO(i)=fEOCOCHO(i)-1; fNO3(i)=fNO3(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCHO + OH = C2H5O2 + CO';
k(:,i) = 1.42e-11;
Gstr{i,1} = 'EOCOCHO'; Gstr{i,2} = 'OH'; 
fEOCOCHO(i)=fEOCOCHO(i)-1; fOH(i)=fOH(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EOCOCHO + hv = C2H5O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'EOCOCHO'; 
fEOCOCHO(i)=fEOCOCHO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2COMEOH + OH = HOACETETO2';
k(:,i) = 1.48e-12;
Gstr{i,1} = 'EOX2COMEOH'; Gstr{i,2} = 'OH'; 
fEOX2COMEOH(i)=fEOX2COMEOH(i)-1; fOH(i)=fOH(i)-1; fHOACETETO2(i)=fHOACETETO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETOOH + OH = ETHACETO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ETHACETOOH'; Gstr{i,2} = 'OH'; 
fETHACETOOH(i)=fETHACETOOH(i)-1; fOH(i)=fOH(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETOOH + OH = METHCOACET + OH';
k(:,i) = 3.59e-11;
Gstr{i,1} = 'ETHACETOOH'; Gstr{i,2} = 'OH'; 
fETHACETOOH(i)=fETHACETOOH(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETOOH + hv = ETHACETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETHACETOOH'; 
fETHACETOOH(i)=fETHACETOOH(i)-1; fETHACETO(i)=fETHACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METHCOACET + OH = MECOACETO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'METHCOACET'; Gstr{i,2} = 'OH'; 
fMETHCOACET(i)=fMETHCOACET(i)-1; fOH(i)=fOH(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; 

i=i+1;
Rnames{i} = 'ETACETNO3 + OH = METHCOACET + NO2';
k(:,i) = 5.37e-13;
Gstr{i,1} = 'ETACETNO3'; Gstr{i,2} = 'OH'; 
fETACETNO3(i)=fETACETNO3(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETACETNO3 + hv = ETHACETO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ETACETNO3'; 
fETACETNO3(i)=fETACETNO3(i)-1; fETHACETO(i)=fETHACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETO = CH3CHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'ETHACETO'; 
fETHACETO(i)=fETHACETO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHACETOH + OH = METHCOACET + HO2';
k(:,i) = 9.55e-12;
Gstr{i,1} = 'ETHACETOH'; Gstr{i,2} = 'OH'; 
fETHACETOH(i)=fETHACETOH(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACAOOH + OH = ACEPROPONE + OH';
k(:,i) = 3.75e-11;
Gstr{i,1} = 'NPRACAOOH'; Gstr{i,2} = 'OH'; 
fNPRACAOOH(i)=fNPRACAOOH(i)-1; fOH(i)=fOH(i)-1; fACEPROPONE(i)=fACEPROPONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPRACAOOH + OH = NPROACEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NPRACAOOH'; Gstr{i,2} = 'OH'; 
fNPRACAOOH(i)=fNPRACAOOH(i)-1; fOH(i)=fOH(i)-1; fNPROACEAO2(i)=fNPROACEAO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACAOOH + hv = NPROACEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPRACAOOH'; 
fNPRACAOOH(i)=fNPRACAOOH(i)-1; fNPROACEAO(i)=fNPROACEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPRACANO3 + OH = ACEPROPONE + NO2';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'NPRACANO3'; Gstr{i,2} = 'OH'; 
fNPRACANO3(i)=fNPRACANO3(i)-1; fOH(i)=fOH(i)-1; fACEPROPONE(i)=fACEPROPONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACANO3 + hv = NPROACEAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPRACANO3'; 
fNPRACANO3(i)=fNPRACANO3(i)-1; fNPROACEAO(i)=fNPROACEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO = ACEPROPONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NPROACEAO'; 
fNPROACEAO(i)=fNPROACEAO(i)-1; fACEPROPONE(i)=fACEPROPONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEAO = METHACETO2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'NPROACEAO'; 
fNPROACEAO(i)=fNPROACEAO(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'ACEPROPONE + OH = ACPRONEO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'ACEPROPONE'; Gstr{i,2} = 'OH'; 
fACEPROPONE(i)=fACEPROPONE(i)-1; fOH(i)=fOH(i)-1; fACPRONEO2(i)=fACPRONEO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEPROPONE + hv = METHACETO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACEPROPONE'; 
fACEPROPONE(i)=fACEPROPONE(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NPRACAOH + OH = ACEPROPONE + HO2';
k(:,i) = 9.87e-12;
Gstr{i,1} = 'NPRACAOH'; Gstr{i,2} = 'OH'; 
fNPRACAOH(i)=fNPRACAOH(i)-1; fOH(i)=fOH(i)-1; fACEPROPONE(i)=fACEPROPONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACBOOH + OH = NPROACEBO2';
k(:,i) = 5.09e-11;
Gstr{i,1} = 'NPRACBOOH'; Gstr{i,2} = 'OH'; 
fNPRACBOOH(i)=fNPRACBOOH(i)-1; fOH(i)=fOH(i)-1; fNPROACEBO2(i)=fNPROACEBO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACBOOH + hv = NPROACEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPRACBOOH'; 
fNPRACBOOH(i)=fNPRACBOOH(i)-1; fNPROACEBO(i)=fNPROACEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPRACBNO3 + OH = ACETCOC2H5 + NO2';
k(:,i) = 3.03e-12;
Gstr{i,1} = 'NPRACBNO3'; Gstr{i,2} = 'OH'; 
fNPRACBNO3(i)=fNPRACBNO3(i)-1; fOH(i)=fOH(i)-1; fACETCOC2H5(i)=fACETCOC2H5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACBNO3 + hv = NPROACEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPRACBNO3'; 
fNPRACBNO3(i)=fNPRACBNO3(i)-1; fNPROACEBO(i)=fNPROACEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACEBO = C2H5CHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPROACEBO'; 
fNPROACEBO(i)=fNPROACEBO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ACETCOC2H5 + OH = ACCOETO2';
k(:,i) = 1.86e-13;
Gstr{i,1} = 'ACETCOC2H5'; Gstr{i,2} = 'OH'; 
fACETCOC2H5(i)=fACETCOC2H5(i)-1; fOH(i)=fOH(i)-1; fACCOETO2(i)=fACCOETO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACBOH + OH = ACETCOC2H5 + HO2';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'NPRACBOH'; Gstr{i,2} = 'OH'; 
fNPRACBOH(i)=fNPRACBOH(i)-1; fOH(i)=fOH(i)-1; fACETCOC2H5(i)=fACETCOC2H5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACCOOH + OH = NPROACECO2';
k(:,i) = 2.07e-11;
Gstr{i,1} = 'NPRACCOOH'; Gstr{i,2} = 'OH'; 
fNPRACCOOH(i)=fNPRACCOOH(i)-1; fOH(i)=fOH(i)-1; fNPROACECO2(i)=fNPROACECO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACCOOH + hv = NPROACECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPRACCOOH'; 
fNPRACCOOH(i)=fNPRACCOOH(i)-1; fNPROACECO(i)=fNPROACECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPRACCNO3 + OH = ACEC2CHO + NO2';
k(:,i) = 2.14e-12;
Gstr{i,1} = 'NPRACCNO3'; Gstr{i,2} = 'OH'; 
fNPRACCNO3(i)=fNPRACCNO3(i)-1; fOH(i)=fOH(i)-1; fACEC2CHO(i)=fACEC2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPRACCNO3 + hv = NPROACECO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'NPRACCNO3'; 
fNPRACCNO3(i)=fNPRACCNO3(i)-1; fNPROACECO(i)=fNPROACECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPROACECO = ACEC2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'NPROACECO'; 
fNPROACECO(i)=fNPROACECO(i)-1; fACEC2CHO(i)=fACEC2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2CHO + NO3 = ACETC2CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'ACEC2CHO'; Gstr{i,2} = 'NO3'; 
fACEC2CHO(i)=fACEC2CHO(i)-1; fNO3(i)=fNO3(i)-1; fACETC2CO3(i)=fACETC2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2CHO + OH = ACETC2CO3';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'ACEC2CHO'; Gstr{i,2} = 'OH'; 
fACEC2CHO(i)=fACEC2CHO(i)-1; fOH(i)=fOH(i)-1; fACETC2CO3(i)=fACETC2CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACEC2CHO + hv = ACETC2H4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'ACEC2CHO'; 
fACEC2CHO(i)=fACEC2CHO(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NPRACCOH + OH = ACEC2CHO + HO2';
k(:,i) = 6.73e-12;
Gstr{i,1} = 'NPRACCOH'; Gstr{i,2} = 'OH'; 
fNPRACCOH(i)=fNPRACCOH(i)-1; fOH(i)=fOH(i)-1; fACEC2CHO(i)=fACEC2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBOOH + OH = IPRACBCHO + OH';
k(:,i) = 1.78e-11;
Gstr{i,1} = 'IPRACBOOH'; Gstr{i,2} = 'OH'; 
fIPRACBOOH(i)=fIPRACBOOH(i)-1; fOH(i)=fOH(i)-1; fIPRACBCHO(i)=fIPRACBCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBOOH + OH = IPRACBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IPRACBOOH'; Gstr{i,2} = 'OH'; 
fIPRACBOOH(i)=fIPRACBOOH(i)-1; fOH(i)=fOH(i)-1; fIPRACBO2(i)=fIPRACBO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBOOH + hv = IPRACBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRACBOOH'; 
fIPRACBOOH(i)=fIPRACBOOH(i)-1; fIPRACBO(i)=fIPRACBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBNO3 + OH = IPRACBCHO + NO2';
k(:,i) = 1.21e-12;
Gstr{i,1} = 'IPRACBNO3'; Gstr{i,2} = 'OH'; 
fIPRACBNO3(i)=fIPRACBNO3(i)-1; fOH(i)=fOH(i)-1; fIPRACBCHO(i)=fIPRACBCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBNO3 + hv = IPRACBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IPRACBNO3'; 
fIPRACBNO3(i)=fIPRACBNO3(i)-1; fIPRACBO(i)=fIPRACBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBO = IPRACBCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'IPRACBO'; 
fIPRACBO(i)=fIPRACBO(i)-1; fIPRACBCHO(i)=fIPRACBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCHO + NO3 = IPRACBCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'IPRACBCHO'; Gstr{i,2} = 'NO3'; 
fIPRACBCHO(i)=fIPRACBCHO(i)-1; fNO3(i)=fNO3(i)-1; fIPRACBCO3(i)=fIPRACBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCHO + OH = IPRACBCO3';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'IPRACBCHO'; Gstr{i,2} = 'OH'; 
fIPRACBCHO(i)=fIPRACBCHO(i)-1; fOH(i)=fOH(i)-1; fIPRACBCO3(i)=fIPRACBCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCHO + hv = ETHACETO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'IPRACBCHO'; 
fIPRACBCHO(i)=fIPRACBCHO(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBOH + OH = IPRACBCHO + HO2';
k(:,i) = 7.44e-12;
Gstr{i,1} = 'IPRACBOH'; Gstr{i,2} = 'OH'; 
fIPRACBOH(i)=fIPRACBOH(i)-1; fOH(i)=fOH(i)-1; fIPRACBCHO(i)=fIPRACBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACOOH + OH = IPROACETO2';
k(:,i) = 3.96e-12;
Gstr{i,1} = 'IPRACOOH'; Gstr{i,2} = 'OH'; 
fIPRACOOH(i)=fIPRACOOH(i)-1; fOH(i)=fOH(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACOOH + hv = IPROACETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRACOOH'; 
fIPRACOOH(i)=fIPRACOOH(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACNO3 + OH = CH3COCH3 + HCHO + NO2';
k(:,i) = 8.64e-14;
Gstr{i,1} = 'IPRACNO3'; Gstr{i,2} = 'OH'; 
fIPRACNO3(i)=fIPRACNO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACNO3 + hv = IPROACETO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'IPRACNO3'; 
fIPRACNO3(i)=fIPRACNO3(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROACETO = CH3COCH3 + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPROACETO'; 
fIPROACETO(i)=fIPROACETO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACOH + OH = IPROACETO';
k(:,i) = 4.07e-13;
Gstr{i,1} = 'IPRACOH'; Gstr{i,2} = 'OH'; 
fIPRACOH(i)=fIPRACOH(i)-1; fOH(i)=fOH(i)-1; fIPROACETO(i)=fIPROACETO(i)+1; 

i=i+1;
Rnames{i} = 'NBUACAOOH + OH = ACEBUTONE + OH';
k(:,i) = 3.39e-11;
Gstr{i,1} = 'NBUACAOOH'; Gstr{i,2} = 'OH'; 
fNBUACAOOH(i)=fNBUACAOOH(i)-1; fOH(i)=fOH(i)-1; fACEBUTONE(i)=fACEBUTONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACAOOH + OH = NBUACETAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NBUACAOOH'; Gstr{i,2} = 'OH'; 
fNBUACAOOH(i)=fNBUACAOOH(i)-1; fOH(i)=fOH(i)-1; fNBUACETAO2(i)=fNBUACETAO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACAOOH + hv = NBUACETAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUACAOOH'; 
fNBUACAOOH(i)=fNBUACAOOH(i)-1; fNBUACETAO(i)=fNBUACETAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACANO3 + OH = ACEBUTONE + NO2';
k(:,i) = 2.41e-12;
Gstr{i,1} = 'NBUACANO3'; Gstr{i,2} = 'OH'; 
fNBUACANO3(i)=fNBUACANO3(i)-1; fOH(i)=fOH(i)-1; fACEBUTONE(i)=fACEBUTONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACANO3 + hv = NBUACETAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NBUACANO3'; 
fNBUACANO3(i)=fNBUACANO3(i)-1; fNBUACETAO(i)=fNBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO = ACEBUTONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NBUACETAO'; 
fNBUACETAO(i)=fNBUACETAO(i)-1; fACEBUTONE(i)=fACEBUTONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETAO = ACETC2H4O2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'NBUACETAO'; 
fNBUACETAO(i)=fNBUACETAO(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'ACEBUTONE + OH = ACBUONEAO2';
k(:,i) = 2.55e-12;
Gstr{i,1} = 'ACEBUTONE'; Gstr{i,2} = 'OH'; 
fACEBUTONE(i)=fACEBUTONE(i)-1; fOH(i)=fOH(i)-1; fACBUONEAO2(i)=fACBUONEAO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEBUTONE + hv = ACETC2H4O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACEBUTONE'; 
fACEBUTONE(i)=fACEBUTONE(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUACAOH + OH = ACEBUTONE + HO2';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'NBUACAOH'; Gstr{i,2} = 'OH'; 
fNBUACAOH(i)=fNBUACAOH(i)-1; fOH(i)=fOH(i)-1; fACEBUTONE(i)=fACEBUTONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBOOH + OH = ACEBUTBONE + OH';
k(:,i) = 4.25e-11;
Gstr{i,1} = 'NBUACBOOH'; Gstr{i,2} = 'OH'; 
fNBUACBOOH(i)=fNBUACBOOH(i)-1; fOH(i)=fOH(i)-1; fACEBUTBONE(i)=fACEBUTBONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBOOH + OH = NBUACETBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NBUACBOOH'; Gstr{i,2} = 'OH'; 
fNBUACBOOH(i)=fNBUACBOOH(i)-1; fOH(i)=fOH(i)-1; fNBUACETBO2(i)=fNBUACETBO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBOOH + hv = NBUACETBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUACBOOH'; 
fNBUACBOOH(i)=fNBUACBOOH(i)-1; fNBUACETBO(i)=fNBUACETBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBNO3 + OH = ACEBUTBONE + NO2';
k(:,i) = 1.36e-12;
Gstr{i,1} = 'NBUACBNO3'; Gstr{i,2} = 'OH'; 
fNBUACBNO3(i)=fNBUACBNO3(i)-1; fOH(i)=fOH(i)-1; fACEBUTBONE(i)=fACEBUTBONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBNO3 + hv = NBUACETBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NBUACBNO3'; 
fNBUACBNO3(i)=fNBUACBNO3(i)-1; fNBUACETBO(i)=fNBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO = ACEBUTBONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NBUACETBO'; 
fNBUACETBO(i)=fNBUACETBO(i)-1; fACEBUTBONE(i)=fACEBUTBONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETBO = METHACETO2 + C2H5CHO';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'NBUACETBO'; 
fNBUACETBO(i)=fNBUACETBO(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; 

i=i+1;
Rnames{i} = 'ACEBUTBONE + OH = ACBUONEBO2';
k(:,i) = 2.23e-12;
Gstr{i,1} = 'ACEBUTBONE'; Gstr{i,2} = 'OH'; 
fACEBUTBONE(i)=fACEBUTBONE(i)-1; fOH(i)=fOH(i)-1; fACBUONEBO2(i)=fACBUONEBO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEBUTBONE + hv = METHACETO2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACEBUTBONE'; 
fACEBUTBONE(i)=fACEBUTBONE(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'NBUACBOH + OH = ACEBUTBONE + HO2';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'NBUACBOH'; Gstr{i,2} = 'OH'; 
fNBUACBOH(i)=fNBUACBOH(i)-1; fOH(i)=fOH(i)-1; fACEBUTBONE(i)=fACEBUTBONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCOOH + OH = ACETCOC3H7 + OH';
k(:,i) = 4.87e-11;
Gstr{i,1} = 'NBUACCOOH'; Gstr{i,2} = 'OH'; 
fNBUACCOOH(i)=fNBUACCOOH(i)-1; fOH(i)=fOH(i)-1; fACETCOC3H7(i)=fACETCOC3H7(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCOOH + OH = NBUACETCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NBUACCOOH'; Gstr{i,2} = 'OH'; 
fNBUACCOOH(i)=fNBUACCOOH(i)-1; fOH(i)=fOH(i)-1; fNBUACETCO2(i)=fNBUACETCO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCOOH + hv = NBUACETCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBUACCOOH'; 
fNBUACCOOH(i)=fNBUACCOOH(i)-1; fNBUACETCO(i)=fNBUACETCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCNO3 + OH = ACETCOC3H7 + NO2';
k(:,i) = 2.23e-12;
Gstr{i,1} = 'NBUACCNO3'; Gstr{i,2} = 'OH'; 
fNBUACCNO3(i)=fNBUACCNO3(i)-1; fOH(i)=fOH(i)-1; fACETCOC3H7(i)=fACETCOC3H7(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCNO3 + hv = NBUACETCO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NBUACCNO3'; 
fNBUACCNO3(i)=fNBUACCNO3(i)-1; fNBUACETCO(i)=fNBUACETCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACETCO = C3H7CHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBUACETCO'; 
fNBUACETCO(i)=fNBUACETCO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ACETCOC3H7 + OH = ACCOC3H6O2';
k(:,i) = 3.88e-12;
Gstr{i,1} = 'ACETCOC3H7'; Gstr{i,2} = 'OH'; 
fACETCOC3H7(i)=fACETCOC3H7(i)-1; fOH(i)=fOH(i)-1; fACCOC3H6O2(i)=fACCOC3H6O2(i)+1; 

i=i+1;
Rnames{i} = 'NBUACCOH + OH = ACETCOC3H7 + HO2';
k(:,i) = 1.47e-11;
Gstr{i,1} = 'NBUACCOH'; Gstr{i,2} = 'OH'; 
fNBUACCOH(i)=fNBUACCOH(i)-1; fOH(i)=fOH(i)-1; fACETCOC3H7(i)=fACETCOC3H7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACAOOH + OH = SBUACETAO2';
k(:,i) = 5.04e-12;
Gstr{i,1} = 'SBUACAOOH'; Gstr{i,2} = 'OH'; 
fSBUACAOOH(i)=fSBUACAOOH(i)-1; fOH(i)=fOH(i)-1; fSBUACETAO2(i)=fSBUACETAO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACAOOH + hv = SBUACETAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'SBUACAOOH'; 
fSBUACAOOH(i)=fSBUACAOOH(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACANO3 + OH = METHCOACET + CH3CHO + NO2';
k(:,i) = 4.80e-13;
Gstr{i,1} = 'SBUACANO3'; Gstr{i,2} = 'OH'; 
fSBUACANO3(i)=fSBUACANO3(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACANO3 + hv = SBUACETAO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'SBUACANO3'; 
fSBUACANO3(i)=fSBUACANO3(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETAO = MEK + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'SBUACETAO'; 
fSBUACETAO(i)=fSBUACETAO(i)-1; fMEK(i)=fMEK(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACAOH + OH = SBUACETAO';
k(:,i) = 1.49e-12;
Gstr{i,1} = 'SBUACAOH'; Gstr{i,2} = 'OH'; 
fSBUACAOH(i)=fSBUACAOH(i)-1; fOH(i)=fOH(i)-1; fSBUACETAO(i)=fSBUACETAO(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBOOH + OH = SBUACEONE + OH';
k(:,i) = 3.46e-11;
Gstr{i,1} = 'SBUACBOOH'; Gstr{i,2} = 'OH'; 
fSBUACBOOH(i)=fSBUACBOOH(i)-1; fOH(i)=fOH(i)-1; fSBUACEONE(i)=fSBUACEONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBOOH + OH = SBUACETBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'SBUACBOOH'; Gstr{i,2} = 'OH'; 
fSBUACBOOH(i)=fSBUACBOOH(i)-1; fOH(i)=fOH(i)-1; fSBUACETBO2(i)=fSBUACETBO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBOOH + hv = SBUACETBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'SBUACBOOH'; 
fSBUACBOOH(i)=fSBUACBOOH(i)-1; fSBUACETBO(i)=fSBUACETBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBNO3 + OH = SBUACEONE + NO2';
k(:,i) = 4.00e-12;
Gstr{i,1} = 'SBUACBNO3'; Gstr{i,2} = 'OH'; 
fSBUACBNO3(i)=fSBUACBNO3(i)-1; fOH(i)=fOH(i)-1; fSBUACEONE(i)=fSBUACEONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBNO3 + hv = SBUACETBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'SBUACBNO3'; 
fSBUACBNO3(i)=fSBUACBNO3(i)-1; fSBUACETBO(i)=fSBUACETBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO = ETHACETO2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-7197./T);
Gstr{i,1} = 'SBUACETBO'; 
fSBUACETBO(i)=fSBUACETBO(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'SBUACETBO = SBUACEONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'SBUACETBO'; 
fSBUACETBO(i)=fSBUACETBO(i)-1; fSBUACEONE(i)=fSBUACEONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACBOH + OH = SBUACEONE + HO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'SBUACBOH'; Gstr{i,2} = 'OH'; 
fSBUACBOH(i)=fSBUACBOH(i)-1; fOH(i)=fOH(i)-1; fSBUACEONE(i)=fSBUACEONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACEONE + OH = SBUACONEO2';
k(:,i) = 2.83e-12;
Gstr{i,1} = 'SBUACEONE'; Gstr{i,2} = 'OH'; 
fSBUACEONE(i)=fSBUACEONE(i)-1; fOH(i)=fOH(i)-1; fSBUACONEO2(i)=fSBUACONEO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACEONE + hv = ETHACETO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'SBUACEONE'; 
fSBUACEONE(i)=fSBUACEONE(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBOOH + OH = MCOOTBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MCOOTBOOH'; Gstr{i,2} = 'OH'; 
fMCOOTBOOH(i)=fMCOOTBOOH(i)-1; fOH(i)=fOH(i)-1; fMCOOTBO2(i)=fMCOOTBO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBOOH + OH = TBUACCO + OH';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'MCOOTBOOH'; Gstr{i,2} = 'OH'; 
fMCOOTBOOH(i)=fMCOOTBOOH(i)-1; fOH(i)=fOH(i)-1; fTBUACCO(i)=fTBUACCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBOOH + hv = MCOOTBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MCOOTBOOH'; 
fMCOOTBOOH(i)=fMCOOTBOOH(i)-1; fMCOOTBO(i)=fMCOOTBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBNO3 + OH = TBUACCO + NO2';
k(:,i) = 5.66e-13;
Gstr{i,1} = 'MCOOTBNO3'; Gstr{i,2} = 'OH'; 
fMCOOTBNO3(i)=fMCOOTBNO3(i)-1; fOH(i)=fOH(i)-1; fTBUACCO(i)=fTBUACCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBNO3 + hv = MCOOTBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MCOOTBNO3'; 
fMCOOTBNO3(i)=fMCOOTBNO3(i)-1; fMCOOTBO(i)=fMCOOTBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOOTBO = IPROACETO2 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MCOOTBO'; 
fMCOOTBO(i)=fMCOOTBO(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO + NO3 = TBUACCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'TBUACCO'; Gstr{i,2} = 'NO3'; 
fTBUACCO(i)=fTBUACCO(i)-1; fNO3(i)=fNO3(i)-1; fTBUACCO3(i)=fTBUACCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO + OH = TBUACCO3';
k(:,i) = 2.24e-11;
Gstr{i,1} = 'TBUACCO'; Gstr{i,2} = 'OH'; 
fTBUACCO(i)=fTBUACCO(i)-1; fOH(i)=fOH(i)-1; fTBUACCO3(i)=fTBUACCO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO + hv = HO2 + CO + IPROACETO2';
k(:,i) = J15;
Gstr{i,1} = 'TBUACCO'; 
fTBUACCO(i)=fTBUACCO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fIPROACETO2(i)=fIPROACETO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACOH + OH = TBUACCO + HO2';
k(:,i) = 4.08e-12;
Gstr{i,1} = 'TBUACOH'; Gstr{i,2} = 'OH'; 
fTBUACOH(i)=fTBUACOH(i)-1; fOH(i)=fOH(i)-1; fTBUACCO(i)=fTBUACCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOCOCH2OOH + OH = TBOCOCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'BOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fBOCOCH2OOH(i)=fBOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fTBOCOCH2O2(i)=fTBOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BOCOCH2OOH + OH = TBOCOCHO + OH';
k(:,i) = 9.49e-12;
Gstr{i,1} = 'BOCOCH2OOH'; Gstr{i,2} = 'OH'; 
fBOCOCH2OOH(i)=fBOCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fTBOCOCHO(i)=fTBOCOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOCOCH2OOH + hv = TBOCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOCOCH2OOH'; 
fBOCOCH2OOH(i)=fBOCOCH2OOH(i)-1; fTBOCOCH2O(i)=fTBOCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2O = TC4H9O2';
k(:,i) = KDEC;
Gstr{i,1} = 'TBOCOCH2O'; 
fTBOCOCH2O(i)=fTBOCOCH2O(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCH2OH + OH = TBOCOCHO + HO2';
k(:,i) = 3.06e-12;
Gstr{i,1} = 'TBOCOCH2OH'; Gstr{i,2} = 'OH'; 
fTBOCOCH2OH(i)=fTBOCOCH2OH(i)-1; fOH(i)=fOH(i)-1; fTBOCOCHO(i)=fTBOCOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCHO + NO3 = TC4H9O2 + CO + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'TBOCOCHO'; Gstr{i,2} = 'NO3'; 
fTBOCOCHO(i)=fTBOCOCHO(i)-1; fNO3(i)=fNO3(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCHO + OH = TC4H9O2 + CO';
k(:,i) = 1.30e-11;
Gstr{i,1} = 'TBOCOCHO'; Gstr{i,2} = 'OH'; 
fTBOCOCHO(i)=fTBOCOCHO(i)-1; fOH(i)=fOH(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TBOCOCHO + hv = TC4H9O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'TBOCOCHO'; 
fTBOCOCHO(i)=fTBOCOCHO(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2OOH + OH = CH3OCHO + OH';
k(:,i) = 7.10e-11;
Gstr{i,1} = 'CH3OCH2OOH'; Gstr{i,2} = 'OH'; 
fCH3OCH2OOH(i)=fCH3OCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2OOH + hv = CH3OCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3OCH2OOH'; 
fCH3OCH2OOH(i)=fCH3OCH2OOH(i)-1; fCH3OCH2O(i)=fCH3OCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2NO3 + OH = CH3OCHO + NO2';
k(:,i) = 1.80e-12;
Gstr{i,1} = 'CH3OCH2NO3'; Gstr{i,2} = 'OH'; 
fCH3OCH2NO3(i)=fCH3OCH2NO3(i)-1; fOH(i)=fOH(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2NO3 + hv = CH3OCH2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'CH3OCH2NO3'; 
fCH3OCH2NO3(i)=fCH3OCH2NO3(i)-1; fCH3OCH2O(i)=fCH3OCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2O = CH3OCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CH3OCH2O'; 
fCH3OCH2O(i)=fCH3OCH2O(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3OCH2OH + OH = CH3OCHO + HO2';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'CH3OCH2OH'; Gstr{i,2} = 'OH'; 
fCH3OCH2OH(i)=fCH3OCH2OH(i)-1; fOH(i)=fOH(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETOOH + OH = ETHACET + OH';
k(:,i) = 1.54e-10;
Gstr{i,1} = 'DIETETOOH'; Gstr{i,2} = 'OH'; 
fDIETETOOH(i)=fDIETETOOH(i)-1; fOH(i)=fOH(i)-1; fETHACET(i)=fETHACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIETETOOH + hv = DIETETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DIETETOOH'; 
fDIETETOOH(i)=fDIETETOOH(i)-1; fDIETETO(i)=fDIETETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIETETNO3 + OH = ETHACET + NO2';
k(:,i) = 7.74e-12;
Gstr{i,1} = 'DIETETNO3'; Gstr{i,2} = 'OH'; 
fDIETETNO3(i)=fDIETETNO3(i)-1; fOH(i)=fOH(i)-1; fETHACET(i)=fETHACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETNO3 + hv = DIETETO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DIETETNO3'; 
fDIETETNO3(i)=fDIETETNO3(i)-1; fDIETETO(i)=fDIETETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETO = ETHFORM + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'DIETETO'; 
fDIETETO(i)=fDIETETO(i)-1; fETHFORM(i)=fETHFORM(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'DIETETOH + OH = ETHACET + HO2';
k(:,i) = 6.35e-11;
Gstr{i,1} = 'DIETETOH'; Gstr{i,2} = 'OH'; 
fDIETETOH(i)=fDIETETOH(i)-1; fOH(i)=fOH(i)-1; fETHACET(i)=fETHACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2OOH + OH = EOX2ETCHO + OH';
k(:,i) = 3.48e-11;
Gstr{i,1} = 'ETOC2OOH'; Gstr{i,2} = 'OH'; 
fETOC2OOH(i)=fETOC2OOH(i)-1; fOH(i)=fOH(i)-1; fEOX2ETCHO(i)=fEOX2ETCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2OOH + hv = ETOC2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETOC2OOH'; 
fETOC2OOH(i)=fETOC2OOH(i)-1; fETOC2O(i)=fETOC2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2NO3 + OH = EOX2ETCHO + NO2';
k(:,i) = 8.20e-12;
Gstr{i,1} = 'ETOC2NO3'; Gstr{i,2} = 'OH'; 
fETOC2NO3(i)=fETOC2NO3(i)-1; fOH(i)=fOH(i)-1; fEOX2ETCHO(i)=fEOX2ETCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2NO3 + hv = ETOC2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ETOC2NO3'; 
fETOC2NO3(i)=fETOC2NO3(i)-1; fETOC2O(i)=fETOC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOC2O = ETOMEO2 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'ETOC2O'; 
fETOC2O(i)=fETOC2O(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHO + OH = MTBEACHOO2';
k(:,i) = 3.35e-12.*exp(-449./T).*0.879;
Gstr{i,1} = 'MTBEACHO'; Gstr{i,2} = 'OH'; 
fMTBEACHO(i)=fMTBEACHO(i)-1; fOH(i)=fOH(i)-1; fMTBEACHOO2(i)=fMTBEACHOO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHO + OH = TC4H9O2';
k(:,i) = 3.35e-12.*exp(-449./T).*0.121;
Gstr{i,1} = 'MTBEACHO'; Gstr{i,2} = 'OH'; 
fMTBEACHO(i)=fMTBEACHO(i)-1; fOH(i)=fOH(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAOOH + OH = MTBEACHO + OH';
k(:,i) = 6.71e-11;
Gstr{i,1} = 'MTBEAOOH'; Gstr{i,2} = 'OH'; 
fMTBEAOOH(i)=fMTBEAOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAOOH + OH = MTBEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MTBEAOOH'; Gstr{i,2} = 'OH'; 
fMTBEAOOH(i)=fMTBEAOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAOOH + hv = MTBEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBEAOOH'; 
fMTBEAOOH(i)=fMTBEAOOH(i)-1; fMTBEAO(i)=fMTBEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEANO3 + OH = MTBEACHO + NO2';
k(:,i) = 1.48e-12;
Gstr{i,1} = 'MTBEANO3'; Gstr{i,2} = 'OH'; 
fMTBEANO3(i)=fMTBEANO3(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEANO3 + hv = MTBEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MTBEANO3'; 
fMTBEANO3(i)=fMTBEANO3(i)-1; fMTBEAO(i)=fMTBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAO = MTBEACHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MTBEAO'; 
fMTBEAO(i)=fMTBEAO(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAOH + OH = MTBEACHO + HO2';
k(:,i) = 1.80e-11;
Gstr{i,1} = 'MTBEAOH'; Gstr{i,2} = 'OH'; 
fMTBEAOH(i)=fMTBEAOH(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBOOH + OH = MTBEBCHO + OH';
k(:,i) = 1.54e-11;
Gstr{i,1} = 'MTBEBOOH'; Gstr{i,2} = 'OH'; 
fMTBEBOOH(i)=fMTBEBOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEBCHO(i)=fMTBEBCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBOOH + OH = MTBEBO2 + OH';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MTBEBOOH'; Gstr{i,2} = 'OH'; 
fMTBEBOOH(i)=fMTBEBOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEBO2(i)=fMTBEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBOOH + hv = MTBEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBEBOOH'; 
fMTBEBOOH(i)=fMTBEBOOH(i)-1; fMTBEBO(i)=fMTBEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBNO3 + OH = MTBEBCHO + NO2';
k(:,i) = 1.45e-12;
Gstr{i,1} = 'MTBEBNO3'; Gstr{i,2} = 'OH'; 
fMTBEBNO3(i)=fMTBEBNO3(i)-1; fOH(i)=fOH(i)-1; fMTBEBCHO(i)=fMTBEBCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBNO3 + hv = MTBEBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MTBEBNO3'; 
fMTBEBNO3(i)=fMTBEBNO3(i)-1; fMTBEBO(i)=fMTBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBO = MTBEBCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MTBEBO'; 
fMTBEBO(i)=fMTBEBO(i)-1; fMTBEBCHO(i)=fMTBEBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCHO + NO3 = MTBEBCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'MTBEBCHO'; Gstr{i,2} = 'NO3'; 
fMTBEBCHO(i)=fMTBEBCHO(i)-1; fNO3(i)=fNO3(i)-1; fMTBEBCO3(i)=fMTBEBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCHO + OH = MTBEBCO3';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'MTBEBCHO'; Gstr{i,2} = 'OH'; 
fMTBEBCHO(i)=fMTBEBCHO(i)-1; fOH(i)=fOH(i)-1; fMTBEBCO3(i)=fMTBEBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBOH + OH = MTBEBCHO + HO2';
k(:,i) = 4.97e-12;
Gstr{i,1} = 'MTBEBOH'; Gstr{i,2} = 'OH'; 
fMTBEBOH(i)=fMTBEBOH(i)-1; fOH(i)=fOH(i)-1; fMTBEBCHO(i)=fMTBEBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETOOH + OH = DIIPRETO2';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'DIIPRETOOH'; Gstr{i,2} = 'OH'; 
fDIIPRETOOH(i)=fDIIPRETOOH(i)-1; fOH(i)=fOH(i)-1; fDIIPRETO2(i)=fDIIPRETO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETOOH + hv = DIIPRETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DIIPRETOOH'; 
fDIIPRETOOH(i)=fDIIPRETOOH(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETNO3 + OH = IPROACET + HCHO + NO2';
k(:,i) = 1.17e-11;
Gstr{i,1} = 'DIIPRETNO3'; Gstr{i,2} = 'OH'; 
fDIIPRETNO3(i)=fDIIPRETNO3(i)-1; fOH(i)=fOH(i)-1; fIPROACET(i)=fIPROACET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETNO3 + hv = DIIPRETO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'DIIPRETNO3'; 
fDIIPRETNO3(i)=fDIIPRETNO3(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETO = IPROACET + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'DIIPRETO'; 
fDIIPRETO(i)=fDIIPRETO(i)-1; fIPROACET(i)=fIPROACET(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'DIIPRETOH + OH = DIIPRETO';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'DIIPRETOH'; Gstr{i,2} = 'OH'; 
fDIIPRETOH(i)=fDIIPRETOH(i)-1; fOH(i)=fOH(i)-1; fDIIPRETO(i)=fDIIPRETO(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2OOH + OH = IPROMCCHO + OH';
k(:,i) = 4.43e-11;
Gstr{i,1} = 'IPROMC2OOH'; Gstr{i,2} = 'OH'; 
fIPROMC2OOH(i)=fIPROMC2OOH(i)-1; fOH(i)=fOH(i)-1; fIPROMCCHO(i)=fIPROMCCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2OOH + hv = IPROMC2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPROMC2OOH'; 
fIPROMC2OOH(i)=fIPROMC2OOH(i)-1; fIPROMC2O(i)=fIPROMC2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2NO3 + OH = IPROMCCHO + NO2';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'IPROMC2NO3'; Gstr{i,2} = 'OH'; 
fIPROMC2NO3(i)=fIPROMC2NO3(i)-1; fOH(i)=fOH(i)-1; fIPROMCCHO(i)=fIPROMCCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2NO3 + hv = IPROMC2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'IPROMC2NO3'; 
fIPROMC2NO3(i)=fIPROMC2NO3(i)-1; fIPROMC2O(i)=fIPROMC2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2O = IPROC21O2 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'IPROMC2O'; 
fIPROMC2O(i)=fIPROMC2O(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'IPROMC2OH + OH = IPROMCCHO + HO2';
k(:,i) = 2.98e-11;
Gstr{i,1} = 'IPROMC2OH'; Gstr{i,2} = 'OH'; 
fIPROMC2OH(i)=fIPROMC2OH(i)-1; fOH(i)=fOH(i)-1; fIPROMCCHO(i)=fIPROMCCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCHO + NO3 = IPROMCCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'IPROMCCHO'; Gstr{i,2} = 'NO3'; 
fIPROMCCHO(i)=fIPROMCCHO(i)-1; fNO3(i)=fNO3(i)-1; fIPROMCCO3(i)=fIPROMCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCHO + OH = IPROMCCO3';
k(:,i) = 3.91e-11;
Gstr{i,1} = 'IPROMCCHO'; Gstr{i,2} = 'OH'; 
fIPROMCCHO(i)=fIPROMCCHO(i)-1; fOH(i)=fOH(i)-1; fIPROMCCO3(i)=fIPROMCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCHO + hv = IPROC21O2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IPROMCCHO'; 
fIPROMCCHO(i)=fIPROMCCHO(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAOOH + OH = ETBEACHO + OH';
k(:,i) = 1.98e-11;
Gstr{i,1} = 'ETBEAOOH'; Gstr{i,2} = 'OH'; 
fETBEAOOH(i)=fETBEAOOH(i)-1; fOH(i)=fOH(i)-1; fETBEACHO(i)=fETBEACHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAOOH + OH = ETBEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ETBEAOOH'; Gstr{i,2} = 'OH'; 
fETBEAOOH(i)=fETBEAOOH(i)-1; fOH(i)=fOH(i)-1; fETBEAO2(i)=fETBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAOOH + hv = ETBEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETBEAOOH'; 
fETBEAOOH(i)=fETBEAOOH(i)-1; fETBEAO(i)=fETBEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEANO3 + OH = ETBEACHO + NO2';
k(:,i) = 5.86e-12;
Gstr{i,1} = 'ETBEANO3'; Gstr{i,2} = 'OH'; 
fETBEANO3(i)=fETBEANO3(i)-1; fOH(i)=fOH(i)-1; fETBEACHO(i)=fETBEACHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEANO3 + hv = ETBEAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ETBEANO3'; 
fETBEANO3(i)=fETBEANO3(i)-1; fETBEAO(i)=fETBEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO = EIPEO2 + HCHO';
k(:,i) = 2.70e14.*exp(-8153./T);
Gstr{i,1} = 'ETBEAO'; 
fETBEAO(i)=fETBEAO(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAO = ETBEACHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'ETBEAO'; 
fETBEAO(i)=fETBEAO(i)-1; fETBEACHO(i)=fETBEACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACHO + NO3 = ETBEACO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'ETBEACHO'; Gstr{i,2} = 'NO3'; 
fETBEACHO(i)=fETBEACHO(i)-1; fNO3(i)=fNO3(i)-1; fETBEACO3(i)=fETBEACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACHO + OH = ETBEACO3';
k(:,i) = 2.74e-11;
Gstr{i,1} = 'ETBEACHO'; Gstr{i,2} = 'OH'; 
fETBEACHO(i)=fETBEACHO(i)-1; fOH(i)=fOH(i)-1; fETBEACO3(i)=fETBEACO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACHO + hv = EIPEO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'ETBEACHO'; 
fETBEACHO(i)=fETBEACHO(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAOH + OH = ETBEACHO + HO2';
k(:,i) = 9.38e-12;
Gstr{i,1} = 'ETBEAOH'; Gstr{i,2} = 'OH'; 
fETBEAOH(i)=fETBEAOH(i)-1; fOH(i)=fOH(i)-1; fETBEACHO(i)=fETBEACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBOOH + OH = ETBEBO2';
k(:,i) = 1.90e-14.*exp(190./T);
Gstr{i,1} = 'ETBEBOOH'; Gstr{i,2} = 'OH'; 
fETBEBOOH(i)=fETBEBOOH(i)-1; fOH(i)=fOH(i)-1; fETBEBO2(i)=fETBEBO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBOOH + OH = TBUACET + OH';
k(:,i) = 7.40e-13;
Gstr{i,1} = 'ETBEBOOH'; Gstr{i,2} = 'OH'; 
fETBEBOOH(i)=fETBEBOOH(i)-1; fOH(i)=fOH(i)-1; fTBUACET(i)=fTBUACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBOOH + hv = ETBEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETBEBOOH'; 
fETBEBOOH(i)=fETBEBOOH(i)-1; fETBEBO(i)=fETBEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBNO3 + OH = TBUACET + NO2';
k(:,i) = 6.00e-13;
Gstr{i,1} = 'ETBEBNO3'; Gstr{i,2} = 'OH'; 
fETBEBNO3(i)=fETBEBNO3(i)-1; fOH(i)=fOH(i)-1; fTBUACET(i)=fTBUACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBNO3 + hv = ETBEBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ETBEBNO3'; 
fETBEBNO3(i)=fETBEBNO3(i)-1; fETBEBO(i)=fETBEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBO = MTBEACHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'ETBEBO'; 
fETBEBO(i)=fETBEBO(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEBOH + OH = TBUACET + HO2';
k(:,i) = 3.88e-11;
Gstr{i,1} = 'ETBEBOH'; Gstr{i,2} = 'OH'; 
fETBEBOH(i)=fETBEBOH(i)-1; fOH(i)=fOH(i)-1; fTBUACET(i)=fTBUACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECOOH + OH = ETBECCHO + OH';
k(:,i) = 2.96e-11;
Gstr{i,1} = 'ETBECOOH'; Gstr{i,2} = 'OH'; 
fETBECOOH(i)=fETBECOOH(i)-1; fOH(i)=fOH(i)-1; fETBECCHO(i)=fETBECCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBECOOH + hv = ETBECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETBECOOH'; 
fETBECOOH(i)=fETBECOOH(i)-1; fETBECO(i)=fETBECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBECNO3 + OH = ETBECCHO + NO2';
k(:,i) = 3.06e-12;
Gstr{i,1} = 'ETBECNO3'; Gstr{i,2} = 'OH'; 
fETBECNO3(i)=fETBECNO3(i)-1; fOH(i)=fOH(i)-1; fETBECCHO(i)=fETBECCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECNO3 + hv = ETBECO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ETBECNO3'; 
fETBECNO3(i)=fETBECNO3(i)-1; fETBECO(i)=fETBECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECO = HCHO + MTBEAO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ETBECO'; 
fETBECO(i)=fETBECO(i)-1; fHCHO(i)=fHCHO(i)+1; fMTBEAO2(i)=fMTBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCHO + NO3 = ETBECCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'ETBECCHO'; Gstr{i,2} = 'NO3'; 
fETBECCHO(i)=fETBECCHO(i)-1; fNO3(i)=fNO3(i)-1; fETBECCO3(i)=fETBECCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCHO + OH = ETBECCO3';
k(:,i) = 2.81e-11;
Gstr{i,1} = 'ETBECCHO'; Gstr{i,2} = 'OH'; 
fETBECCHO(i)=fETBECCHO(i)-1; fOH(i)=fOH(i)-1; fETBECCO3(i)=fETBECCO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCHO + hv = MTBEAO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'ETBECCHO'; 
fETBECCHO(i)=fETBECCHO(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECOH + OH = ETBECCHO + HO2';
k(:,i) = 1.53e-11;
Gstr{i,1} = 'ETBECOH'; Gstr{i,2} = 'OH'; 
fETBECOH(i)=fETBECOH(i)-1; fOH(i)=fOH(i)-1; fETBECCHO(i)=fETBECCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAOOH + OH = MOXCOCH2OH + OH';
k(:,i) = 1.96e-10;
Gstr{i,1} = 'MO2EOLAOOH'; Gstr{i,2} = 'OH'; 
fMO2EOLAOOH(i)=fMO2EOLAOOH(i)-1; fOH(i)=fOH(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAOOH + hv = MO2EOLAO + HO2';
k(:,i) = J41;
Gstr{i,1} = 'MO2EOLAOOH'; 
fMO2EOLAOOH(i)=fMO2EOLAOOH(i)-1; fMO2EOLAO(i)=fMO2EOLAO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLANO3 + OH = MOXCOCH2OH + NO2';
k(:,i) = 4.32e-12;
Gstr{i,1} = 'MO2EOLANO3'; Gstr{i,2} = 'OH'; 
fMO2EOLANO3(i)=fMO2EOLANO3(i)-1; fOH(i)=fOH(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLAO = CH3OCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MO2EOLAO'; 
fMO2EOLAO(i)=fMO2EOLAO(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLA2OH + OH = MOXCOCH2OH + HO2';
k(:,i) = 5.36e-11;
Gstr{i,1} = 'MO2EOLA2OH'; Gstr{i,2} = 'OH'; 
fMO2EOLA2OH(i)=fMO2EOLA2OH(i)-1; fOH(i)=fOH(i)-1; fMOXCOCH2OH(i)=fMOXCOCH2OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOHOCHO + OH = MOXY2CHO + HO2';
k(:,i) = 5.34e-12;
Gstr{i,1} = 'ETOHOCHO'; Gstr{i,2} = 'OH'; 
fETOHOCHO(i)=fETOHOCHO(i)-1; fOH(i)=fOH(i)-1; fMOXY2CHO(i)=fMOXY2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBOOH + OH = ETOHOCHO + OH';
k(:,i) = 7.68e-11;
Gstr{i,1} = 'MO2EOLBOOH'; Gstr{i,2} = 'OH'; 
fMO2EOLBOOH(i)=fMO2EOLBOOH(i)-1; fOH(i)=fOH(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBOOH + hv = MO2EOLBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MO2EOLBOOH'; 
fMO2EOLBOOH(i)=fMO2EOLBOOH(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBNO3 + OH = MO2EOLBO + NO2';
k(:,i) = 1.12e-11;
Gstr{i,1} = 'MO2EOLBNO3'; Gstr{i,2} = 'OH'; 
fMO2EOLBNO3(i)=fMO2EOLBNO3(i)-1; fOH(i)=fOH(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBNO3 + hv = MO2EOLBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MO2EOLBNO3'; 
fMO2EOLBNO3(i)=fMO2EOLBNO3(i)-1; fMO2EOLBO(i)=fMO2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLBO = ETOHOCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MO2EOLBO'; 
fMO2EOLBO(i)=fMO2EOLBO(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MO2EOLB2OH + OH = ETOHOCHO + HO2';
k(:,i) = 2.77e-11;
Gstr{i,1} = 'MO2EOLB2OH'; Gstr{i,2} = 'OH'; 
fMO2EOLB2OH(i)=fMO2EOLB2OH(i)-1; fOH(i)=fOH(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + HO2 = CH3OCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'HO2'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + HO2 = MEMOXYCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'HO2'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fHO2(i)=fHO2(i)-1; fMEMOXYCO2H(i)=fMEMOXYCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + HO2 = MEMOXYCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'HO2'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fHO2(i)=fHO2(i)-1; fMEMOXYCO3H(i)=fMEMOXYCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + NO = CH3OCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'NO'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fNO(i)=fNO(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + NO2 = MEMOXYPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'NO2'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fNO2(i)=fNO2(i)-1; fMEMOXYPAN(i)=fMEMOXYPAN(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + NO3 = CH3OCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'NO3'; 
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + RO2 = CH3OCH2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'RO2';
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3 + RO2 = MEMOXYCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MEMOXYCO3'; Gstr{i,2} = 'RO2';
fMEMOXYCO3(i)=fMEMOXYCO3(i)-1; fMEMOXYCO2H(i)=fMEMOXYCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLAOOH + OH = EOX2COMEOH + HO2';
k(:,i) = 2.00e-10;
Gstr{i,1} = 'EOX2OLAOOH'; Gstr{i,2} = 'OH'; 
fEOX2OLAOOH(i)=fEOX2OLAOOH(i)-1; fOH(i)=fOH(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLAOOH + hv = EOX2EOLAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EOX2OLAOOH'; 
fEOX2OLAOOH(i)=fEOX2OLAOOH(i)-1; fEOX2EOLAO(i)=fEOX2EOLAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLAO = ETHFORM + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'EOX2EOLAO'; 
fEOX2EOLAO(i)=fEOX2EOLAO(i)-1; fETHFORM(i)=fETHFORM(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLANO3 + OH = EOX2COMEOH + NO2';
k(:,i) = 8.78e-12;
Gstr{i,1} = 'EOX2OLANO3'; Gstr{i,2} = 'OH'; 
fEOX2OLANO3(i)=fEOX2OLANO3(i)-1; fOH(i)=fOH(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLANO3 + hv = EOX2EOLAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'EOX2OLANO3'; 
fEOX2OLANO3(i)=fEOX2OLANO3(i)-1; fEOX2EOLAO(i)=fEOX2EOLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2ETA2OH + OH = EOX2COMEOH + HO2';
k(:,i) = 5.80e-11;
Gstr{i,1} = 'EOX2ETA2OH'; Gstr{i,2} = 'OH'; 
fEOX2ETA2OH(i)=fEOX2ETA2OH(i)-1; fOH(i)=fOH(i)-1; fEOX2COMEOH(i)=fEOX2COMEOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLBOOH + OH = ETACETOH + OH';
k(:,i) = 1.59e-10;
Gstr{i,1} = 'EOX2OLBOOH'; Gstr{i,2} = 'OH'; 
fEOX2OLBOOH(i)=fEOX2OLBOOH(i)-1; fOH(i)=fOH(i)-1; fETACETOH(i)=fETACETOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLBOOH + hv = EOX2EOLBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EOX2OLBOOH'; 
fEOX2OLBOOH(i)=fEOX2OLBOOH(i)-1; fEOX2EOLBO(i)=fEOX2EOLBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2EOLBO = ETOHOCHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'EOX2EOLBO'; 
fEOX2EOLBO(i)=fEOX2EOLBO(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLBNO3 + OH = ETACETOH + NO2';
k(:,i) = 1.24e-11;
Gstr{i,1} = 'EOX2OLBNO3'; Gstr{i,2} = 'OH'; 
fEOX2OLBNO3(i)=fEOX2OLBNO3(i)-1; fOH(i)=fOH(i)-1; fETACETOH(i)=fETACETOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2OLBNO3 + hv = EOX2EOLBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'EOX2OLBNO3'; 
fEOX2OLBNO3(i)=fEOX2OLBNO3(i)-1; fEOX2EOLBO(i)=fEOX2EOLBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2ETB2OH + OH = ETACETOH + HO2';
k(:,i) = 4.85e-11;
Gstr{i,1} = 'EOX2ETB2OH'; Gstr{i,2} = 'OH'; 
fEOX2ETB2OH(i)=fEOX2ETB2OH(i)-1; fOH(i)=fOH(i)-1; fETACETOH(i)=fETACETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + HO2 = ETOMECO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'HO2'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fHO2(i)=fHO2(i)-1; fETOMECO2H(i)=fETOMECO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + HO2 = ETOMECO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'HO2'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fHO2(i)=fHO2(i)-1; fETOMECO3H(i)=fETOMECO3H(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + HO2 = ETOMEO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'HO2'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fHO2(i)=fHO2(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + NO = ETOMEO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'NO'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fNO(i)=fNO(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + NO2 = ETOMEPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'NO2'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fNO2(i)=fNO2(i)-1; fETOMEPAN(i)=fETOMEPAN(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + NO3 = ETOMEO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'NO3'; 
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fNO3(i)=fNO3(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + RO2 = ETOMECO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'RO2';
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fETOMECO2H(i)=fETOMECO2H(i)+1; 

i=i+1;
Rnames{i} = 'EOX2MECO3 + RO2 = ETOMEO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'EOX2MECO3'; Gstr{i,2} = 'RO2';
fEOX2MECO3(i)=fEOX2MECO3(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + HO2 = ETHFORM';
k(:,i) = KRO2HO2.*0.520.*0.4;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'HO2'; 
fETOMEO2(i)=fETOMEO2(i)-1; fHO2(i)=fHO2(i)-1; fETHFORM(i)=fETHFORM(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + HO2 = ETOMEOOH';
k(:,i) = KRO2HO2.*0.520.*0.6;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'HO2'; 
fETOMEO2(i)=fETOMEO2(i)-1; fHO2(i)=fHO2(i)-1; fETOMEOOH(i)=fETOMEOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + NO = ETOMENO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'NO'; 
fETOMEO2(i)=fETOMEO2(i)-1; fNO(i)=fNO(i)-1; fETOMENO3(i)=fETOMENO3(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + NO = ETOMEO + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'NO'; 
fETOMEO2(i)=fETOMEO2(i)-1; fNO(i)=fNO(i)-1; fETOMEO(i)=fETOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + NO3 = ETOMEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'NO3'; 
fETOMEO2(i)=fETOMEO2(i)-1; fNO3(i)=fNO3(i)-1; fETOMEO(i)=fETOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + RO2 = ETHFORM';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'RO2';
fETOMEO2(i)=fETOMEO2(i)-1; fETHFORM(i)=fETHFORM(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + RO2 = ETOMEO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'RO2';
fETOMEO2(i)=fETOMEO2(i)-1; fETOMEO(i)=fETOMEO(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO2 + RO2 = ETOMEOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ETOMEO2'; Gstr{i,2} = 'RO2';
fETOMEO2(i)=fETOMEO2(i)-1; fETOMEOH(i)=fETOMEOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOHCO2M + OH = MCOCOMOX + HO2';
k(:,i) = 8.86e-12;
Gstr{i,1} = 'ETOHCO2M'; Gstr{i,2} = 'OH'; 
fETOHCO2M(i)=fETOHCO2M(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOX(i)=fMCOCOMOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOOOH + OH = ETOHCO2M + HO2';
k(:,i) = 2.00e-10;
Gstr{i,1} = 'PR2OHMOOOH'; Gstr{i,2} = 'OH'; 
fPR2OHMOOOH(i)=fPR2OHMOOOH(i)-1; fOH(i)=fOH(i)-1; fETOHCO2M(i)=fETOHCO2M(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOOOH + hv = PR2OHMOXO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PR2OHMOOOH'; 
fPR2OHMOOOH(i)=fPR2OHMOOOH(i)-1; fPR2OHMOXO(i)=fPR2OHMOXO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMONO3 + OH = ETOHCO2M + NO2';
k(:,i) = 5.56e-12;
Gstr{i,1} = 'PR2OHMONO3'; Gstr{i,2} = 'OH'; 
fPR2OHMONO3(i)=fPR2OHMONO3(i)-1; fOH(i)=fOH(i)-1; fETOHCO2M(i)=fETOHCO2M(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PR2OHMOXO = CH3OCHO + CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PR2OHMOXO'; 
fPR2OHMOXO(i)=fPR2OHMOXO(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PROH2MOX + OH = ETOHCO2M + HO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'PROH2MOX'; Gstr{i,2} = 'OH'; 
fPROH2MOX(i)=fPROH2MOX(i)-1; fOH(i)=fOH(i)-1; fETOHCO2M(i)=fETOHCO2M(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCOOH + OH = PROL2FORM + OH';
k(:,i) = 1.16e-10;
Gstr{i,1} = 'H2C3OCOOH'; Gstr{i,2} = 'OH'; 
fH2C3OCOOH(i)=fH2C3OCOOH(i)-1; fOH(i)=fOH(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCOOH + hv = H2C3OCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2C3OCOOH'; 
fH2C3OCOOH(i)=fH2C3OCOOH(i)-1; fH2C3OCO(i)=fH2C3OCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL2FORM + OH = PRONFORM + HO2';
k(:,i) = 9.87e-12;
Gstr{i,1} = 'PROL2FORM'; Gstr{i,2} = 'OH'; 
fPROL2FORM(i)=fPROL2FORM(i)-1; fOH(i)=fOH(i)-1; fPRONFORM(i)=fPRONFORM(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCNO3 + OH = PROL2FORM + NO2';
k(:,i) = 1.47e-11;
Gstr{i,1} = 'H2C3OCNO3'; Gstr{i,2} = 'OH'; 
fH2C3OCNO3(i)=fH2C3OCNO3(i)-1; fOH(i)=fOH(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCNO3 + hv = H2C3OCO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'H2C3OCNO3'; 
fH2C3OCNO3(i)=fH2C3OCNO3(i)-1; fH2C3OCO(i)=fH2C3OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCO = PROL2FORM + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'H2C3OCO'; 
fH2C3OCO(i)=fH2C3OCO(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2C3OCOH + OH = PROL2FORM + HO2';
k(:,i) = 4.19e-11;
Gstr{i,1} = 'H2C3OCOH'; Gstr{i,2} = 'OH'; 
fH2C3OCOH(i)=fH2C3OCOH(i)-1; fOH(i)=fOH(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + HO2 = MCOCOMOX';
k(:,i) = KRO2HO2.*0.625.*0.4;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'HO2'; 
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fMCOCOMOX(i)=fMCOCOMOX(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + HO2 = PRONEMOOOH';
k(:,i) = KRO2HO2.*0.625.*0.6;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'HO2'; 
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fPRONEMOOOH(i)=fPRONEMOOOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + NO = PRONEMOXO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'NO'; 
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fNO(i)=fNO(i)-1; fPRONEMOXO(i)=fPRONEMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + NO3 = PRONEMOXO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'NO3'; 
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONEMOXO(i)=fPRONEMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + RO2 = MCOCOMOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'RO2';
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fMCOCOMOX(i)=fMCOCOMOX(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + RO2 = PRONEMOXO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'RO2';
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fPRONEMOXO(i)=fPRONEMOXO(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO2 + RO2 = PRONEMOXOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PRONEMOXO2'; Gstr{i,2} = 'RO2';
fPRONEMOXO2(i)=fPRONEMOXO2(i)-1; fPRONEMOXOH(i)=fPRONEMOXOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2OHAOOH + OH = PRCOOETOH + HO2';
k(:,i) = 2.04e-10;
Gstr{i,1} = 'BOX2OHAOOH'; Gstr{i,2} = 'OH'; 
fBOX2OHAOOH(i)=fBOX2OHAOOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOETOH(i)=fPRCOOETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2OHAOOH + hv = BOX2EOHAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOX2OHAOOH'; 
fBOX2OHAOOH(i)=fBOX2OHAOOH(i)-1; fBOX2EOHAO(i)=fBOX2EOHAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOETOH + OH = PRCOOMCHO + HO2';
k(:,i) = 9.16e-12;
Gstr{i,1} = 'PRCOOETOH'; Gstr{i,2} = 'OH'; 
fPRCOOETOH(i)=fPRCOOETOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOMCHO(i)=fPRCOOMCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHAO = ETOHOCHO + NC3H7O2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOX2EOHAO'; 
fBOX2EOHAO(i)=fBOX2EOHAO(i)-1; fETOHOCHO(i)=fETOHOCHO(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BOXEOHANO3 + OH = PRCOOETOH + NO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'BOXEOHANO3'; Gstr{i,2} = 'OH'; 
fBOXEOHANO3(i)=fBOXEOHANO3(i)-1; fOH(i)=fOH(i)-1; fPRCOOETOH(i)=fPRCOOETOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXEOHANO3 + hv = BOX2EOHAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BOXEOHANO3'; 
fBOXEOHANO3(i)=fBOXEOHANO3(i)-1; fBOX2EOHAO(i)=fBOX2EOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXOHETOH + OH = PRCOOETOH + HO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'BOXOHETOH'; Gstr{i,2} = 'OH'; 
fBOXOHETOH(i)=fBOXOHETOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOETOH(i)=fPRCOOETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2COMOH + OH = BOXCOCHO + HO2';
k(:,i) = 4.31e-12;
Gstr{i,1} = 'BOX2COMOH'; Gstr{i,2} = 'OH'; 
fBOX2COMOH(i)=fBOX2COMOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOCHO(i)=fBOXCOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2OHBOOH + OH = BOX2COMOH + OH';
k(:,i) = 2.04e-10;
Gstr{i,1} = 'BOX2OHBOOH'; Gstr{i,2} = 'OH'; 
fBOX2OHBOOH(i)=fBOX2OHBOOH(i)-1; fOH(i)=fOH(i)-1; fBOX2COMOH(i)=fBOX2COMOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2OHBOOH + hv = BOX2EOHBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOX2OHBOOH'; 
fBOX2OHBOOH(i)=fBOX2OHBOOH(i)-1; fBOX2EOHBO(i)=fBOX2EOHBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2EOHBO = BOXCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOX2EOHBO'; 
fBOX2EOHBO(i)=fBOX2EOHBO(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXEOHBNO3 + OH = BOX2COMOH + NO2';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'BOXEOHBNO3'; Gstr{i,2} = 'OH'; 
fBOXEOHBNO3(i)=fBOXEOHBNO3(i)-1; fOH(i)=fOH(i)-1; fBOX2COMOH(i)=fBOX2COMOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXEOHBNO3 + hv = BOX2EOHBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BOXEOHBNO3'; 
fBOXEOHBNO3(i)=fBOXEOHBNO3(i)-1; fBOX2EOHBO(i)=fBOX2EOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2E2OH + OH = BOX2COMOH + HO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'BOX2E2OH'; Gstr{i,2} = 'OH'; 
fBOX2E2OH(i)=fBOX2E2OH(i)-1; fOH(i)=fOH(i)-1; fBOX2COMOH(i)=fBOX2COMOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + HO2 = BOX2MO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'HO2'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fHO2(i)=fHO2(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + HO2 = BOXMCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'HO2'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fHO2(i)=fHO2(i)-1; fBOXMCO2H(i)=fBOXMCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + HO2 = BOXMCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'HO2'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fHO2(i)=fHO2(i)-1; fBOXMCO3H(i)=fBOXMCO3H(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + NO = BOX2MO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'NO'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fNO(i)=fNO(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + NO2 = BOXMPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'NO2'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fNO2(i)=fNO2(i)-1; fBOXMPAN(i)=fBOXMPAN(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + NO3 = BOX2MO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'NO3'; 
fBOXMCO3(i)=fBOXMCO3(i)-1; fNO3(i)=fNO3(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + RO2 = BOX2MO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'RO2';
fBOXMCO3(i)=fBOXMCO3(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3 + RO2 = BOXMCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'BOXMCO3'; Gstr{i,2} = 'RO2';
fBOXMCO3(i)=fBOXMCO3(i)-1; fBOXMCO2H(i)=fBOXMCO2H(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + HO2 = BOXMOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'HO2'; 
fBOX2MO2(i)=fBOX2MO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXMOOH(i)=fBOXMOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + NO = BOX2MO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'NO'; 
fBOX2MO2(i)=fBOX2MO2(i)-1; fNO(i)=fNO(i)-1; fBOX2MO(i)=fBOX2MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + NO3 = BOX2MO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'NO3'; 
fBOX2MO2(i)=fBOX2MO2(i)-1; fNO3(i)=fNO3(i)-1; fBOX2MO(i)=fBOX2MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + RO2 = BOX2MO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'RO2';
fBOX2MO2(i)=fBOX2MO2(i)-1; fBOX2MO(i)=fBOX2MO(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + RO2 = BOXCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'RO2';
fBOX2MO2(i)=fBOX2MO2(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO2 + RO2 = BOXMOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BOX2MO2'; Gstr{i,2} = 'RO2';
fBOX2MO2(i)=fBOX2MO2(i)-1; fBOXMOH(i)=fBOXMOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLAOOH + OH = PRCOOPROL + OH';
k(:,i) = 2.08e-10;
Gstr{i,1} = 'BOXPOLAOOH'; Gstr{i,2} = 'OH'; 
fBOXPOLAOOH(i)=fBOXPOLAOOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOPROL(i)=fPRCOOPROL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLAOOH + hv = BOXPROLAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXPOLAOOH'; 
fBOXPOLAOOH(i)=fBOXPOLAOOH(i)-1; fBOXPROLAO(i)=fBOXPROLAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOPROL + OH = PRCOOPRONE + HO2';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'PRCOOPROL'; Gstr{i,2} = 'OH'; 
fPRCOOPROL(i)=fPRCOOPROL(i)-1; fOH(i)=fOH(i)-1; fPRCOOPRONE(i)=fPRCOOPRONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLANO3 + OH = PRCOOPROL + NO2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'BOXPOLANO3'; Gstr{i,2} = 'OH'; 
fBOXPOLANO3(i)=fBOXPOLANO3(i)-1; fOH(i)=fOH(i)-1; fPRCOOPROL(i)=fPRCOOPROL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLANO3 + hv = BOXPROLAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BOXPOLANO3'; 
fBOXPOLANO3(i)=fBOXPOLANO3(i)-1; fBOXPROLAO(i)=fBOXPROLAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLAO = PROL2FORM + NC3H7O2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXPROLAO'; 
fBOXPROLAO(i)=fBOXPROLAO(i)-1; fPROL2FORM(i)=fPROL2FORM(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BOXOHPROL + OH = PRCOOPROL + HO2';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'BOXOHPROL'; Gstr{i,2} = 'OH'; 
fBOXOHPROL(i)=fBOXOHPROL(i)-1; fOH(i)=fOH(i)-1; fPRCOOPROL(i)=fPRCOOPROL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOL + OH = BOXCOEOLO2';
k(:,i) = 4.95e-12;
Gstr{i,1} = 'BOXCOEOL'; Gstr{i,2} = 'OH'; 
fBOXCOEOL(i)=fBOXCOEOL(i)-1; fOH(i)=fOH(i)-1; fBOXCOEOLO2(i)=fBOXCOEOLO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLBOOH + OH = BOXCOEOL + OH';
k(:,i) = 2.08e-10;
Gstr{i,1} = 'BOXPOLBOOH'; Gstr{i,2} = 'OH'; 
fBOXPOLBOOH(i)=fBOXPOLBOOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOEOL(i)=fBOXCOEOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLBOOH + hv = BOXPROLBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXPOLBOOH'; 
fBOXPOLBOOH(i)=fBOXPOLBOOH(i)-1; fBOXPROLBO(i)=fBOXPROLBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPOLBNO3 + OH = BOXCOEOL + NO2';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'BOXPOLBNO3'; Gstr{i,2} = 'OH'; 
fBOXPOLBNO3(i)=fBOXPOLBNO3(i)-1; fOH(i)=fOH(i)-1; fBOXCOEOL(i)=fBOXCOEOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROLBO = BOXCHO + CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXPROLBO'; 
fBOXPROLBO(i)=fBOXPROLBO(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPR2OH + OH = BOXCOEOL + HO2';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'BOXPR2OH'; Gstr{i,2} = 'OH'; 
fBOXPR2OH(i)=fBOXPR2OH(i)-1; fOH(i)=fOH(i)-1; fBOXCOEOL(i)=fBOXCOEOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + HO2 = BOXPROOOH';
k(:,i) = KRO2HO2.*0.820.*0.6;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'HO2'; 
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXPROOOH(i)=fBOXPROOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + HO2 = PRCOOPRONE';
k(:,i) = KRO2HO2.*0.820.*0.4;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'HO2'; 
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOPRONE(i)=fPRCOOPRONE(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + NO = BOXPROANO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'NO'; 
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fNO(i)=fNO(i)-1; fBOXPROANO3(i)=fBOXPROANO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + NO = BOXPRONEAO + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'NO'; 
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fNO(i)=fNO(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + NO3 = BOXPRONEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'NO3'; 
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + RO2 = BOXPRONEAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'RO2';
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + RO2 = BOXPRONOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'RO2';
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fBOXPRONOH(i)=fBOXPRONOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONAO2 + RO2 = PRCOOPRONE';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPRONAO2'; Gstr{i,2} = 'RO2';
fBOXPRONAO2(i)=fBOXPRONAO2(i)-1; fPRCOOPRONE(i)=fPRCOOPRONE(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + HO2 = BOXCOCOME';
k(:,i) = KRO2HO2.*0.820.*0.4;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'HO2'; 
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXCOCOME(i)=fBOXCOCOME(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + HO2 = BOXPROBOOH';
k(:,i) = KRO2HO2.*0.820.*0.6;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'HO2'; 
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXPROBOOH(i)=fBOXPROBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + NO = BOXPRONBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'NO'; 
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fNO(i)=fNO(i)-1; fBOXPRONBO(i)=fBOXPRONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + NO3 = BOXPRONBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'NO3'; 
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXPRONBO(i)=fBOXPRONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + RO2 = BOXCOCOME';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'RO2';
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fBOXCOCOME(i)=fBOXCOCOME(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + RO2 = BOXPRONBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'RO2';
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fBOXPRONBO(i)=fBOXPRONBO(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO2 + RO2 = BOXPRONBOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXPRONBO2'; Gstr{i,2} = 'RO2';
fBOXPRONBO2(i)=fBOXPRONBO2(i)-1; fBOXPRONBOH(i)=fBOXPRONBOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2BROOH + OH = CH2BRO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CH2BROOH'; Gstr{i,2} = 'OH'; 
fCH2BROOH(i)=fCH2BROOH(i)-1; fOH(i)=fOH(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2BROOH + OH = CHOBR + OH';
k(:,i) = 5.79e-12;
Gstr{i,1} = 'CH2BROOH'; Gstr{i,2} = 'OH'; 
fCH2BROOH(i)=fCH2BROOH(i)-1; fOH(i)=fOH(i)-1; fCHOBR(i)=fCHOBR(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2BROOH + hv = CH2BRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2BROOH'; 
fCH2BROOH(i)=fCH2BROOH(i)-1; fCH2BRO(i)=fCH2BRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2BRO = CHOBR + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CH2BRO'; 
fCH2BRO(i)=fCH2BRO(i)-1; fCHOBR(i)=fCHOBR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2BROH + OH = CHOBR + HO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'CH2BROH'; Gstr{i,2} = 'OH'; 
fCH2BROH(i)=fCH2BROH(i)-1; fOH(i)=fOH(i)-1; fCHOBR(i)=fCHOBR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOBR + NO3 = CO + BR + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CHOBR'; Gstr{i,2} = 'NO3'; 
fCHOBR(i)=fCHOBR(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fBR(i)=fBR(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOBR + OH = CO + BR';
k(:,i) = 1.16e-12;
Gstr{i,1} = 'CHOBR'; Gstr{i,2} = 'OH'; 
fCHOBR(i)=fCHOBR(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fBR(i)=fBR(i)+1; 

i=i+1;
Rnames{i} = 'CHOBR + hv = HO2 + CO + BR';
k(:,i) = J11;
Gstr{i,1} = 'CHOBR'; 
fCHOBR(i)=fCHOBR(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fBR(i)=fBR(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2H + OH = DIBRETO2';
k(:,i) = 9.52e-12;
Gstr{i,1} = 'DIBRETO2H'; Gstr{i,2} = 'OH'; 
fDIBRETO2H(i)=fDIBRETO2H(i)-1; fOH(i)=fOH(i)-1; fDIBRETO2(i)=fDIBRETO2(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO2H + hv = DIBRETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DIBRETO2H'; 
fDIBRETO2H(i)=fDIBRETO2H(i)-1; fDIBRETO(i)=fDIBRETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETO = BRETAL + BR';
k(:,i) = KDEC;
Gstr{i,1} = 'DIBRETO'; 
fDIBRETO(i)=fDIBRETO(i)-1; fBRETAL(i)=fBRETAL(i)+1; fBR(i)=fBR(i)+1; 

i=i+1;
Rnames{i} = 'BRETAL + NO3 = BRETO3 + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'BRETAL'; Gstr{i,2} = 'NO3'; 
fBRETAL(i)=fBRETAL(i)-1; fNO3(i)=fNO3(i)-1; fBRETO3(i)=fBRETO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BRETAL + OH = BRETO3';
k(:,i) = 2.05e-12;
Gstr{i,1} = 'BRETAL'; Gstr{i,2} = 'OH'; 
fBRETAL(i)=fBRETAL(i)-1; fOH(i)=fOH(i)-1; fBRETO3(i)=fBRETO3(i)+1; 

i=i+1;
Rnames{i} = 'BRETAL + hv = CH2BRO2 + HO2 + CO';
k(:,i) = J11;
Gstr{i,1} = 'BRETAL'; 
fBRETAL(i)=fBRETAL(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DIBRETOH + OH = DIBRETO';
k(:,i) = 2.80e-12;
Gstr{i,1} = 'DIBRETOH'; Gstr{i,2} = 'OH'; 
fDIBRETOH(i)=fDIBRETOH(i)-1; fOH(i)=fOH(i)-1; fDIBRETO(i)=fDIBRETO(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCH2O = CH3CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3COCH2O'; 
fCH3COCH2O(i)=fCH3COCH2O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HYPERACET + OH = CH3COCH2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HYPERACET'; Gstr{i,2} = 'OH'; 
fHYPERACET(i)=fHYPERACET(i)-1; fOH(i)=fOH(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HYPERACET + OH = MGLYOX + OH';
k(:,i) = 8.39e-12;
Gstr{i,1} = 'HYPERACET'; Gstr{i,2} = 'OH'; 
fHYPERACET(i)=fHYPERACET(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HYPERACET + hv = CH3CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HYPERACET'; 
fHYPERACET(i)=fHYPERACET(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HYPERACET + hv = CH3COCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HYPERACET'; 
fHYPERACET(i)=fHYPERACET(i)-1; fCH3COCH2O(i)=fCH3COCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOOH + OH = CO2C3CHO + OH';
k(:,i) = 4.88e-11;
Gstr{i,1} = 'MEKAOOH'; Gstr{i,2} = 'OH'; 
fMEKAOOH(i)=fMEKAOOH(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOOH + OH = MEKAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MEKAOOH'; Gstr{i,2} = 'OH'; 
fMEKAOOH(i)=fMEKAOOH(i)-1; fOH(i)=fOH(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOOH + hv = MEKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MEKAOOH'; 
fMEKAOOH(i)=fMEKAOOH(i)-1; fMEKAO(i)=fMEKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKAOOH + hv = MEKAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MEKAOOH'; 
fMEKAOOH(i)=fMEKAOOH(i)-1; fMEKAO(i)=fMEKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKANO3 + OH = CO2C3CHO + NO2';
k(:,i) = 9.64e-13;
Gstr{i,1} = 'MEKANO3'; Gstr{i,2} = 'OH'; 
fMEKANO3(i)=fMEKANO3(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKANO3 + hv = MEKAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MEKANO3'; 
fMEKANO3(i)=fMEKANO3(i)-1; fMEKAO(i)=fMEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKANO3 + hv = MEKAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'MEKANO3'; 
fMEKANO3(i)=fMEKANO3(i)-1; fMEKAO(i)=fMEKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO = CO2C3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MEKAO'; 
fMEKAO(i)=fMEKAO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKAO = HO1CO3C4O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'MEKAO'; 
fMEKAO(i)=fMEKAO(i)-1; fHO1CO3C4O2(i)=fHO1CO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'MEKBOOH + OH = BIACET + OH';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'MEKBOOH'; Gstr{i,2} = 'OH'; 
fMEKBOOH(i)=fMEKBOOH(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKBOOH + OH = MEKBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MEKBOOH'; Gstr{i,2} = 'OH'; 
fMEKBOOH(i)=fMEKBOOH(i)-1; fOH(i)=fOH(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKBOOH + hv = CH3CO3 + CH3CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MEKBOOH'; 
fMEKBOOH(i)=fMEKBOOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKBOOH + hv = MEKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MEKBOOH'; 
fMEKBOOH(i)=fMEKBOOH(i)-1; fMEKBO(i)=fMEKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKBO = CH3CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MEKBO'; 
fMEKBO(i)=fMEKBO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BIACET + hv = CH3CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'BIACET'; 
fBIACET(i)=fBIACET(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + BIACET = BIACETO2';
k(:,i) = 1.40e-18.*T.^2.*exp(194./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BIACET'; 
fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOOH + OH = EGLYOX + OH';
k(:,i) = 9.55e-12;
Gstr{i,1} = 'MEKCOOH'; Gstr{i,2} = 'OH'; 
fMEKCOOH(i)=fMEKCOOH(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOOH + OH = MEKCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MEKCOOH'; Gstr{i,2} = 'OH'; 
fMEKCOOH(i)=fMEKCOOH(i)-1; fOH(i)=fOH(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOOH + hv = C2H5CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MEKCOOH'; 
fMEKCOOH(i)=fMEKCOOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKCOOH + hv = MEKCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MEKCOOH'; 
fMEKCOOH(i)=fMEKCOOH(i)-1; fMEKCO(i)=fMEKCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEKCO = C2H5CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MEKCO'; 
fMEKCO(i)=fMEKCO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOX + hv = C2H5CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'EGLYOX'; 
fEGLYOX(i)=fEGLYOX(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + EGLYOX = C2H5CO3 + CO + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'EGLYOX'; 
fNO3(i)=fNO3(i)-1; fEGLYOX(i)=fEGLYOX(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + EGLYOX = C2H5CO3 + CO';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EGLYOX'; 
fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MPRKBOOH + OH = CO24C5 + OH';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'MPRKBOOH'; Gstr{i,2} = 'OH'; 
fMPRKBOOH(i)=fMPRKBOOH(i)-1; fOH(i)=fOH(i)-1; fCO24C5(i)=fCO24C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKBOOH + OH = CO2C54O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MPRKBOOH'; Gstr{i,2} = 'OH'; 
fMPRKBOOH(i)=fMPRKBOOH(i)-1; fOH(i)=fOH(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKBOOH + hv = CO2C54O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPRKBOOH'; 
fMPRKBOOH(i)=fMPRKBOOH(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKBOOH + hv = IC3H7O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'MPRKBOOH'; 
fMPRKBOOH(i)=fMPRKBOOH(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54O = HO2CO4C5O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'CO2C54O'; 
fCO2C54O(i)=fCO2C54O(i)-1; fHO2CO4C5O2(i)=fHO2CO4C5O2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKNO3 + OH = CO24C5 + NO2';
k(:,i) = 1.79e-12;
Gstr{i,1} = 'MPRKNO3'; Gstr{i,2} = 'OH'; 
fMPRKNO3(i)=fMPRKNO3(i)-1; fOH(i)=fOH(i)-1; fCO24C5(i)=fCO24C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKNO3 + hv = CO2C54O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'MPRKNO3'; 
fMPRKNO3(i)=fMPRKNO3(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKNO3 + hv = CO2C54O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'MPRKNO3'; 
fMPRKNO3(i)=fMPRKNO3(i)-1; fCO2C54O(i)=fCO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C5 + OH = CO24C53O2';
k(:,i) = 7.02e-13;
Gstr{i,1} = 'CO24C5'; Gstr{i,2} = 'OH'; 
fCO24C5(i)=fCO24C5(i)-1; fOH(i)=fOH(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C5 + hv = CH3COCH2O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO24C5'; 
fCO24C5(i)=fCO24C5(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5 + OH = CO24C5 + HO2';
k(:,i) = 2.99e-11;
Gstr{i,1} = 'HO2CO4C5'; Gstr{i,2} = 'OH'; 
fHO2CO4C5(i)=fHO2CO4C5(i)-1; fOH(i)=fOH(i)-1; fCO24C5(i)=fCO24C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5 + hv = IPROPOLO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'HO2CO4C5'; 
fHO2CO4C5(i)=fHO2CO4C5(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOOH + OH = CO23C5 + OH';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'MPRKAOOH'; Gstr{i,2} = 'OH'; 
fMPRKAOOH(i)=fMPRKAOOH(i)-1; fOH(i)=fOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOOH + OH = MPRKAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MPRKAOOH'; Gstr{i,2} = 'OH'; 
fMPRKAOOH(i)=fMPRKAOOH(i)-1; fOH(i)=fOH(i)-1; fMPRKAO2(i)=fMPRKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOOH + hv = C2H5CHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MPRKAOOH'; 
fMPRKAOOH(i)=fMPRKAOOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAOOH + hv = MPRKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPRKAOOH'; 
fMPRKAOOH(i)=fMPRKAOOH(i)-1; fMPRKAO(i)=fMPRKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRKAO = C2H5CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MPRKAO'; 
fMPRKAO(i)=fMPRKAO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO23C5 + OH = CO23C54O2';
k(:,i) = 1.38e-12;
Gstr{i,1} = 'CO23C5'; Gstr{i,2} = 'OH'; 
fCO23C5(i)=fCO23C5(i)-1; fOH(i)=fOH(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C5 + hv = CH3CO3 + C2H5CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO23C5'; 
fCO23C5(i)=fCO23C5(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOOH + OH = CO23C5 + OH';
k(:,i) = 2.00e-11;
Gstr{i,1} = 'DIEKAOOH'; Gstr{i,2} = 'OH'; 
fDIEKAOOH(i)=fDIEKAOOH(i)-1; fOH(i)=fOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOOH + OH = DIEKAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DIEKAOOH'; Gstr{i,2} = 'OH'; 
fDIEKAOOH(i)=fDIEKAOOH(i)-1; fOH(i)=fOH(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOOH + hv = CH3CHO + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'DIEKAOOH'; 
fDIEKAOOH(i)=fDIEKAOOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAOOH + hv = DIEKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DIEKAOOH'; 
fDIEKAOOH(i)=fDIEKAOOH(i)-1; fDIEKAO(i)=fDIEKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKAO = CH3CHO + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'DIEKAO'; 
fDIEKAO(i)=fDIEKAO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBOOH + OH = CO3C4CHO + OH';
k(:,i) = 5.36e-11;
Gstr{i,1} = 'DIEKBOOH'; Gstr{i,2} = 'OH'; 
fDIEKBOOH(i)=fDIEKBOOH(i)-1; fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBOOH + OH = DIEKBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DIEKBOOH'; Gstr{i,2} = 'OH'; 
fDIEKBOOH(i)=fDIEKBOOH(i)-1; fOH(i)=fOH(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBOOH + hv = DIEKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DIEKBOOH'; 
fDIEKBOOH(i)=fDIEKBOOH(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBOOH + hv = DIEKBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'DIEKBOOH'; 
fDIEKBOOH(i)=fDIEKBOOH(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBNO3 + OH = CO3C4CHO + NO2';
k(:,i) = 2.13e-12;
Gstr{i,1} = 'DIEKBNO3'; Gstr{i,2} = 'OH'; 
fDIEKBNO3(i)=fDIEKBNO3(i)-1; fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBNO3 + hv = DIEKBO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'DIEKBNO3'; 
fDIEKBNO3(i)=fDIEKBNO3(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBNO3 + hv = DIEKBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'DIEKBNO3'; 
fDIEKBNO3(i)=fDIEKBNO3(i)-1; fDIEKBO(i)=fDIEKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DIEKBO = HOCO3C54O2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'DIEKBO'; 
fDIEKBO(i)=fDIEKBO(i)-1; fHOCO3C54O2(i)=fHOCO3C54O2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C5 + OH = CO3C4CHO + HO2';
k(:,i) = 1.46e-11;
Gstr{i,1} = 'HO1CO3C5'; Gstr{i,2} = 'OH'; 
fHO1CO3C5(i)=fHO1CO3C5(i)-1; fOH(i)=fOH(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C5 + hv = C2H5CO3 + HOCH2CH2O2';
k(:,i) = J22;
Gstr{i,1} = 'HO1CO3C5'; 
fHO1CO3C5(i)=fHO1CO3C5(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAOOH + hv = MIPKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIPKAOOH'; 
fMIPKAOOH(i)=fMIPKAOOH(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAOOH + hv = MIPKAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIPKAOOH'; 
fMIPKAOOH(i)=fMIPKAOOH(i)-1; fMIPKAO(i)=fMIPKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPKAOOH = MIPKAO2';
k(:,i) = 4.98e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPKAOOH'; 
fOH(i)=fOH(i)-1; fMIPKAOOH(i)=fMIPKAOOH(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKAO = CH3COCH3 + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MIPKAO'; 
fMIPKAO(i)=fMIPKAO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBOOH + hv = MIPKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIPKBOOH'; 
fMIPKBOOH(i)=fMIPKBOOH(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBOOH + hv = MIPKBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIPKBOOH'; 
fMIPKBOOH(i)=fMIPKBOOH(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPKBOOH = CO2C43CHO + OH';
k(:,i) = 5.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPKBOOH'; 
fOH(i)=fOH(i)-1; fMIPKBOOH(i)=fMIPKBOOH(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBNO3 + hv = MIPKBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MIPKBNO3'; 
fMIPKBNO3(i)=fMIPKBNO3(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBNO3 + hv = MIPKBO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'MIPKBNO3'; 
fMIPKBNO3(i)=fMIPKBNO3(i)-1; fMIPKBO(i)=fMIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MIPKBNO3 = CO2C43CHO + NO2';
k(:,i) = 1.71e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MIPKBNO3'; 
fOH(i)=fOH(i)-1; fMIPKBNO3(i)=fMIPKBNO3(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO = C53O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'MIPKBO'; 
fMIPKBO(i)=fMIPKBO(i)-1; fC53O2(i)=fC53O2(i)+1; 

i=i+1;
Rnames{i} = 'MIPKBO = CO2C43CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MIPKBO'; 
fMIPKBO(i)=fMIPKBO(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C43CHO + hv = MEKBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CO2C43CHO'; 
fCO2C43CHO(i)=fCO2C43CHO(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2C43CHO = C41CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2C43CHO'; 
fNO3(i)=fNO3(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)-1; fC41CO3(i)=fC41CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C43CHO = C41CO3';
k(:,i) = 2.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C43CHO'; 
fOH(i)=fOH(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)-1; fC41CO3(i)=fC41CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAOOH + OH = CO24C6 + OH';
k(:,i) = 1.37e-10;
Gstr{i,1} = 'HEX2ONAOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONAOOH(i)=fHEX2ONAOOH(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAOOH + OH = HEX2ONAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX2ONAOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONAOOH(i)=fHEX2ONAOOH(i)-1; fOH(i)=fOH(i)-1; fHEX2ONAO2(i)=fHEX2ONAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAOOH + hv = HEX2ONAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONAOOH'; 
fHEX2ONAOOH(i)=fHEX2ONAOOH(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAOOH + hv = HEX2ONAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX2ONAOOH'; 
fHEX2ONAOOH(i)=fHEX2ONAOOH(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONANO3 + OH = CO24C6 + NO2';
k(:,i) = 2.61e-12;
Gstr{i,1} = 'HEX2ONANO3'; Gstr{i,2} = 'OH'; 
fHEX2ONANO3(i)=fHEX2ONANO3(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONANO3 + hv = HEX2ONAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONANO3'; 
fHEX2ONANO3(i)=fHEX2ONANO3(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONANO3 + hv = HEX2ONAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HEX2ONANO3'; 
fHEX2ONANO3(i)=fHEX2ONANO3(i)-1; fHEX2ONAO(i)=fHEX2ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONAO = CO2HOC61O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'HEX2ONAO'; 
fHEX2ONAO(i)=fHEX2ONAO(i)-1; fCO2HOC61O2(i)=fCO2HOC61O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6 + OH = CO24C6O2';
k(:,i) = 1.86e-12;
Gstr{i,1} = 'CO24C6'; Gstr{i,2} = 'OH'; 
fCO24C6(i)=fCO24C6(i)-1; fOH(i)=fOH(i)-1; fCO24C6O2(i)=fCO24C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6 + hv = CH3CO3 + MEKCO2';
k(:,i) = J22;
Gstr{i,1} = 'CO24C6'; 
fCO24C6(i)=fCO24C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6 + hv = CH3COCH2O2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO24C6'; 
fCO24C6(i)=fCO24C6(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2HO4C6 + OH = CO24C6 + HO2';
k(:,i) = 3.75e-11;
Gstr{i,1} = 'CO2HO4C6'; Gstr{i,2} = 'OH'; 
fCO2HO4C6(i)=fCO2HO4C6(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HO4C6 + hv = CH3CO3 + HO3C4O2';
k(:,i) = J22;
Gstr{i,1} = 'CO2HO4C6'; 
fCO2HO4C6(i)=fCO2HO4C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO3C4O2(i)=fHO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBOOH + OH = CO25C6 + OH';
k(:,i) = 3.66e-11;
Gstr{i,1} = 'HEX2ONBOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONBOOH(i)=fHEX2ONBOOH(i)-1; fOH(i)=fOH(i)-1; fCO25C6(i)=fCO25C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBOOH + OH = HEX2ONBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX2ONBOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONBOOH(i)=fHEX2ONBOOH(i)-1; fOH(i)=fOH(i)-1; fHEX2ONBO2(i)=fHEX2ONBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBOOH + hv = HEX2ONBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONBOOH'; 
fHEX2ONBOOH(i)=fHEX2ONBOOH(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBOOH + hv = HEX2ONBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX2ONBOOH'; 
fHEX2ONBOOH(i)=fHEX2ONBOOH(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBNO3 + OH = CO25C6 + NO2';
k(:,i) = 2.51e-12;
Gstr{i,1} = 'HEX2ONBNO3'; Gstr{i,2} = 'OH'; 
fHEX2ONBNO3(i)=fHEX2ONBNO3(i)-1; fOH(i)=fOH(i)-1; fCO25C6(i)=fCO25C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBNO3 + hv = HEX2ONBO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONBNO3'; 
fHEX2ONBNO3(i)=fHEX2ONBNO3(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBNO3 + hv = HEX2ONBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HEX2ONBNO3'; 
fHEX2ONBNO3(i)=fHEX2ONBNO3(i)-1; fHEX2ONBO(i)=fHEX2ONBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO = CH3CHO + MEKAO2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'HEX2ONBO'; 
fHEX2ONBO(i)=fHEX2ONBO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONBO = CO25C6 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'HEX2ONBO'; 
fHEX2ONBO(i)=fHEX2ONBO(i)-1; fCO25C6(i)=fCO25C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6 + hv = CH3CO3 + MEKAO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C6'; 
fCO25C6(i)=fCO25C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C6 = CO25C6O2';
k(:,i) = 5.67e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C6'; 
fOH(i)=fOH(i)-1; fCO25C6(i)=fCO25C6(i)-1; fCO25C6O2(i)=fCO25C6O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO5C6 + hv = CH3CO3 + HO2C4O2';
k(:,i) = J22;
Gstr{i,1} = 'HO2CO5C6'; 
fHO2CO5C6(i)=fHO2CO5C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2C4O2(i)=fHO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2CO5C6 = C61O2';
k(:,i) = 1.39e-11.*0.349;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2CO5C6'; 
fOH(i)=fOH(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)-1; fC61O2(i)=fC61O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2CO5C6 = CO25C6 + HO2';
k(:,i) = 1.39e-11.*0.651;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2CO5C6'; 
fOH(i)=fOH(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)-1; fCO25C6(i)=fCO25C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCOOH + OH = CO23C6 + OH';
k(:,i) = 2.94e-11;
Gstr{i,1} = 'HEX2ONCOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONCOOH(i)=fHEX2ONCOOH(i)-1; fOH(i)=fOH(i)-1; fCO23C6(i)=fCO23C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCOOH + OH = HEX2ONCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX2ONCOOH'; Gstr{i,2} = 'OH'; 
fHEX2ONCOOH(i)=fHEX2ONCOOH(i)-1; fOH(i)=fOH(i)-1; fHEX2ONCO2(i)=fHEX2ONCO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCOOH + hv = CH3CO3 + C3H7CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX2ONCOOH'; 
fHEX2ONCOOH(i)=fHEX2ONCOOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCOOH + hv = HEX2ONCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX2ONCOOH'; 
fHEX2ONCOOH(i)=fHEX2ONCOOH(i)-1; fHEX2ONCO(i)=fHEX2ONCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX2ONCO = C3H7CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'HEX2ONCO'; 
fHEX2ONCO(i)=fHEX2ONCO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO23C6 + OH = CO23C65O2';
k(:,i) = 4.81e-12;
Gstr{i,1} = 'CO23C6'; Gstr{i,2} = 'OH'; 
fCO23C6(i)=fCO23C6(i)-1; fOH(i)=fOH(i)-1; fCO23C65O2(i)=fCO23C65O2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C6 + hv = CH3CO3 + C3H7CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO23C6'; 
fCO23C6(i)=fCO23C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOOH + OH = CO24C6 + OH';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'HEX3ONAOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONAOOH(i)=fHEX3ONAOOH(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOOH + OH = HEX3ONAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX3ONAOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONAOOH(i)=fHEX3ONAOOH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONAO2(i)=fHEX3ONAO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOOH + hv = HEX3ONAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX3ONAOOH'; 
fHEX3ONAOOH(i)=fHEX3ONAOOH(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOOH + hv = IC3H7O2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONAOOH'; 
fHEX3ONAOOH(i)=fHEX3ONAOOH(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONANO3 + OH = CO24C6 + NO2';
k(:,i) = 2.96e-12;
Gstr{i,1} = 'HEX3ONANO3'; Gstr{i,2} = 'OH'; 
fHEX3ONANO3(i)=fHEX3ONANO3(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONANO3 + hv = HEX3ONAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HEX3ONANO3'; 
fHEX3ONANO3(i)=fHEX3ONANO3(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONANO3 + hv = HEX3ONAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONANO3'; 
fHEX3ONANO3(i)=fHEX3ONANO3(i)-1; fHEX3ONAO(i)=fHEX3ONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAO = C6CO3OH5O2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'HEX3ONAO'; 
fHEX3ONAO(i)=fHEX3ONAO(i)-1; fC6CO3OH5O2(i)=fC6CO3OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOH + OH = CO24C6 + HO2';
k(:,i) = 2.97e-11;
Gstr{i,1} = 'HEX3ONAOH'; Gstr{i,2} = 'OH'; 
fHEX3ONAOH(i)=fHEX3ONAOH(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONAOH + hv = IPROPOLO2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONAOH'; 
fHEX3ONAOH(i)=fHEX3ONAOH(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBOOH + OH = C6CO34 + OH';
k(:,i) = 2.84e-11;
Gstr{i,1} = 'HEX3ONBOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONBOOH(i)=fHEX3ONBOOH(i)-1; fOH(i)=fOH(i)-1; fC6CO34(i)=fC6CO34(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBOOH + OH = HEX3ONBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX3ONBOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONBOOH(i)=fHEX3ONBOOH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONBO2(i)=fHEX3ONBO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBOOH + hv = C2H5CHO + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONBOOH'; 
fHEX3ONBOOH(i)=fHEX3ONBOOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBOOH + hv = HEX3ONBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX3ONBOOH'; 
fHEX3ONBOOH(i)=fHEX3ONBOOH(i)-1; fHEX3ONBO(i)=fHEX3ONBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONBO = C2H5CHO + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'HEX3ONBO'; 
fHEX3ONBO(i)=fHEX3ONBO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34 + OH = C6CO34O2';
k(:,i) = 2.54e-12;
Gstr{i,1} = 'C6CO34'; Gstr{i,2} = 'OH'; 
fC6CO34(i)=fC6CO34(i)-1; fOH(i)=fOH(i)-1; fC6CO34O2(i)=fC6CO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34 + hv = C2H5CO3 + C2H5CO3';
k(:,i) = J35;
Gstr{i,1} = 'C6CO34'; 
fC6CO34(i)=fC6CO34(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO4 + OH = C6CO34 + HO2';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'C6CO3HO4'; Gstr{i,2} = 'OH'; 
fC6CO3HO4(i)=fC6CO3HO4(i)-1; fOH(i)=fOH(i)-1; fC6CO34(i)=fC6CO34(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO4 + hv = C2H5CO3 + C2H5CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CO3HO4'; 
fC6CO3HO4(i)=fC6CO3HO4(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOOH + OH = CO23C6 + OH';
k(:,i) = 2.34e-11;
Gstr{i,1} = 'HEX3ONCOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONCOOH(i)=fHEX3ONCOOH(i)-1; fOH(i)=fOH(i)-1; fCO23C6(i)=fCO23C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOOH + OH = HEX3ONCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX3ONCOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONCOOH(i)=fHEX3ONCOOH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONCO2(i)=fHEX3ONCO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOOH + hv = CH3CHO + C3H7CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONCOOH'; 
fHEX3ONCOOH(i)=fHEX3ONCOOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCOOH + hv = HEX3ONCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX3ONCOOH'; 
fHEX3ONCOOH(i)=fHEX3ONCOOH(i)-1; fHEX3ONCO(i)=fHEX3ONCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONCO = CH3CHO + C3H7CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'HEX3ONCO'; 
fHEX3ONCO(i)=fHEX3ONCO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOOH + OH = C3COCCHO + OH';
k(:,i) = 5.34e-11;
Gstr{i,1} = 'HEX3ONDOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONDOOH(i)=fHEX3ONDOOH(i)-1; fOH(i)=fOH(i)-1; fC3COCCHO(i)=fC3COCCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOOH + OH = HEX3ONDO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HEX3ONDOOH'; Gstr{i,2} = 'OH'; 
fHEX3ONDOOH(i)=fHEX3ONDOOH(i)-1; fOH(i)=fOH(i)-1; fHEX3ONDO2(i)=fHEX3ONDO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOOH + hv = HEX3ONDO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HEX3ONDOOH'; 
fHEX3ONDOOH(i)=fHEX3ONDOOH(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOOH + hv = HEX3ONDO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONDOOH'; 
fHEX3ONDOOH(i)=fHEX3ONDOOH(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDNO3 + OH = C3COCCHO + NO2';
k(:,i) = 3.40e-12;
Gstr{i,1} = 'HEX3ONDNO3'; Gstr{i,2} = 'OH'; 
fHEX3ONDNO3(i)=fHEX3ONDNO3(i)-1; fOH(i)=fOH(i)-1; fC3COCCHO(i)=fC3COCCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDNO3 + hv = HEX3ONDO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HEX3ONDNO3'; 
fHEX3ONDNO3(i)=fHEX3ONDNO3(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDNO3 + hv = HEX3ONDO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONDNO3'; 
fHEX3ONDNO3(i)=fHEX3ONDNO3(i)-1; fHEX3ONDO(i)=fHEX3ONDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDO = C6HO1CO3O2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'HEX3ONDO'; 
fHEX3ONDO(i)=fHEX3ONDO(i)-1; fC6HO1CO3O2(i)=fC6HO1CO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCHO + NO3 = C3COCCO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C3COCCHO'; Gstr{i,2} = 'NO3'; 
fC3COCCHO(i)=fC3COCCHO(i)-1; fNO3(i)=fNO3(i)-1; fC3COCCO3(i)=fC3COCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCHO + OH = C3COCCO3';
k(:,i) = 7.61e-11;
Gstr{i,1} = 'C3COCCHO'; Gstr{i,2} = 'OH'; 
fC3COCCHO(i)=fC3COCCHO(i)-1; fOH(i)=fOH(i)-1; fC3COCCO3(i)=fC3COCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCHO + hv = C3H7CO3 + HCOCH2O2';
k(:,i) = J22;
Gstr{i,1} = 'C3COCCHO'; 
fC3COCCHO(i)=fC3COCCHO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCHO + hv = PEN2ONE1O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C3COCCHO'; 
fC3COCCHO(i)=fC3COCCHO(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOH + OH = C3COCCHO + HO2';
k(:,i) = 1.81e-11;
Gstr{i,1} = 'HEX3ONDOH'; Gstr{i,2} = 'OH'; 
fHEX3ONDOH(i)=fHEX3ONDOH(i)-1; fOH(i)=fOH(i)-1; fC3COCCHO(i)=fC3COCCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HEX3ONDOH + hv = HOC2H4CO3 + NC3H7O2';
k(:,i) = J22;
Gstr{i,1} = 'HEX3ONDOH'; 
fHEX3ONDOH(i)=fHEX3ONDOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOOH + OH = MIBKAO2';
k(:,i) = 4.89e-12;
Gstr{i,1} = 'MIBKAOOH'; Gstr{i,2} = 'OH'; 
fMIBKAOOH(i)=fMIBKAOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKAO2(i)=fMIBKAO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOOH + hv = MIBKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBKAOOH'; 
fMIBKAOOH(i)=fMIBKAOOH(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAOOH + hv = MIBKAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIBKAOOH'; 
fMIBKAOOH(i)=fMIBKAOOH(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKANO3 + OH = MGLYOX + CH3COCH3 + NO2';
k(:,i) = 3.86e-13;
Gstr{i,1} = 'MIBKANO3'; Gstr{i,2} = 'OH'; 
fMIBKANO3(i)=fMIBKANO3(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKANO3 + hv = MIBKAO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'MIBKANO3'; 
fMIBKANO3(i)=fMIBKANO3(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKANO3 + hv = MIBKAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'MIBKANO3'; 
fMIBKANO3(i)=fMIBKANO3(i)-1; fMIBKAO(i)=fMIBKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO = CH3COCH3 + CH3COCH2O2';
k(:,i) = 2.70e14.*exp(-6543./T);
Gstr{i,1} = 'MIBKAO'; 
fMIBKAO(i)=fMIBKAO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKAO = MIBKHO4O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'MIBKAO'; 
fMIBKAO(i)=fMIBKAO(i)-1; fMIBKHO4O2(i)=fMIBKHO4O2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOOH + OH = MIBK3CO + OH';
k(:,i) = 3.18e-11;
Gstr{i,1} = 'MIBKBOOH'; Gstr{i,2} = 'OH'; 
fMIBKBOOH(i)=fMIBKBOOH(i)-1; fOH(i)=fOH(i)-1; fMIBK3CO(i)=fMIBK3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOOH + OH = MIBKBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MIBKBOOH'; Gstr{i,2} = 'OH'; 
fMIBKBOOH(i)=fMIBKBOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKBO2(i)=fMIBKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOOH + hv = IPRCHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MIBKBOOH'; 
fMIBKBOOH(i)=fMIBKBOOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOOH + hv = MIBKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBKBOOH'; 
fMIBKBOOH(i)=fMIBKBOOH(i)-1; fMIBKBO(i)=fMIBKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBO = CH3CO3 + IPRCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBKBO'; 
fMIBKBO(i)=fMIBKBO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIPRCHO(i)=fIPRCHO(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3CO + OH = MIBK3COO2';
k(:,i) = 2.77e-12;
Gstr{i,1} = 'MIBK3CO'; Gstr{i,2} = 'OH'; 
fMIBK3CO(i)=fMIBK3CO(i)-1; fOH(i)=fOH(i)-1; fMIBK3COO2(i)=fMIBK3COO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3CO + hv = IPRCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'MIBK3CO'; 
fMIBK3CO(i)=fMIBK3CO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOH + OH = MIBK3CO + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'MIBKBOH'; Gstr{i,2} = 'OH'; 
fMIBKBOH(i)=fMIBKBOH(i)-1; fOH(i)=fOH(i)-1; fMIBK3CO(i)=fMIBK3CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKBOH + hv = IPRCHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MIBKBOH'; 
fMIBKBOH(i)=fMIBKBOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKOOH + hv = MTBKO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBKOOH'; 
fMTBKOOH(i)=fMTBKOOH(i)-1; fMTBKO(i)=fMTBKO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBKOOH + hv = MTBKO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MTBKOOH'; 
fMTBKOOH(i)=fMTBKOOH(i)-1; fMTBKO(i)=fMTBKO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MTBKOOH = CO2M33CHO + OH';
k(:,i) = 5.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MTBKOOH'; 
fOH(i)=fOH(i)-1; fMTBKOOH(i)=fMTBKOOH(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBKNO3 + hv = MTBKO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MTBKNO3'; 
fMTBKNO3(i)=fMTBKNO3(i)-1; fMTBKO(i)=fMTBKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKNO3 + hv = MTBKO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'MTBKNO3'; 
fMTBKNO3(i)=fMTBKNO3(i)-1; fMTBKO(i)=fMTBKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MTBKNO3 = CO2M33CHO + NO2';
k(:,i) = 1.57e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MTBKNO3'; 
fOH(i)=fOH(i)-1; fMTBKNO3(i)=fMTBKNO3(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO = C612O2';
k(:,i) = 1.30e11.*exp(-4127./T);
Gstr{i,1} = 'MTBKO'; 
fMTBKO(i)=fMTBKO(i)-1; fC612O2(i)=fC612O2(i)+1; 

i=i+1;
Rnames{i} = 'MTBKO = CO2M33CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MTBKO'; 
fMTBKO(i)=fMTBKO(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CHO + hv = MIPKBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CO2M33CHO'; 
fCO2M33CHO(i)=fCO2M33CHO(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2M33CHO = CO2M33CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2M33CHO'; 
fNO3(i)=fNO3(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)-1; fCO2M33CO3(i)=fCO2M33CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M33CHO = CO2M33CO3';
k(:,i) = 7.22e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M33CHO'; 
fOH(i)=fOH(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)-1; fCO2M33CO3(i)=fCO2M33CO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBKOH + hv = MTBKO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MTBKOH'; 
fMTBKOH(i)=fMTBKOH(i)-1; fMTBKO(i)=fMTBKO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MTBKOH = CO2M33CHO + HO2';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MTBKOH'; 
fOH(i)=fOH(i)-1; fMTBKOH(i)=fMTBKOH(i)-1; fCO2M33CHO(i)=fCO2M33CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAOOH + OH = CYC613DION + OH';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'CYHXONAOOH'; Gstr{i,2} = 'OH'; 
fCYHXONAOOH(i)=fCYHXONAOOH(i)-1; fOH(i)=fOH(i)-1; fCYC613DION(i)=fCYC613DION(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAOOH + hv = CYHXONAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CYHXONAOOH'; 
fCYHXONAOOH(i)=fCYHXONAOOH(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAOOH + hv = CYHXONAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'CYHXONAOOH'; 
fCYHXONAOOH(i)=fCYHXONAOOH(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONANO3 + OH = CYC613DION + NO2';
k(:,i) = 6.28e-12;
Gstr{i,1} = 'CYHXONANO3'; Gstr{i,2} = 'OH'; 
fCYHXONANO3(i)=fCYHXONANO3(i)-1; fOH(i)=fOH(i)-1; fCYC613DION(i)=fCYC613DION(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONANO3 + hv = CYHXONAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'CYHXONANO3'; 
fCYHXONANO3(i)=fCYHXONANO3(i)-1; fCYHXONAO(i)=fCYHXONAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO = C6COCHOO2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'CYHXONAO'; 
fCYHXONAO(i)=fCYHXONAO(i)-1; fC6COCHOO2(i)=fC6COCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAO = CYC613DION + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CYHXONAO'; 
fCYHXONAO(i)=fCYHXONAO(i)-1; fCYC613DION(i)=fCYC613DION(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYC613DION + OH = CY6DIONO2';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'CYC613DION'; Gstr{i,2} = 'OH'; 
fCYC613DION(i)=fCYC613DION(i)-1; fOH(i)=fOH(i)-1; fCY6DIONO2(i)=fCY6DIONO2(i)+1; 

i=i+1;
Rnames{i} = 'CYC613DION + hv = ACR + CO + C2H4';
k(:,i) = J22.*2;
Gstr{i,1} = 'CYC613DION'; 
fCYC613DION(i)=fCYC613DION(i)-1; fACR(i)=fACR(i)+1; fCO(i)=fCO(i)+1; fC2H4(i)=fC2H4(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAOH + OH = CYC613DION + HO2';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'CYHXONAOH'; Gstr{i,2} = 'OH'; 
fCYHXONAOH(i)=fCYHXONAOH(i)-1; fOH(i)=fOH(i)-1; fCYC613DION(i)=fCYC613DION(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CYHXONAOH + hv = C3H6 + VINOH + OH';
k(:,i) = J22;
Gstr{i,1} = 'CYHXONAOH'; 
fCYHXONAOH(i)=fCYHXONAOH(i)-1; fC3H6(i)=fC3H6(i)+1; fVINOH(i)=fVINOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAOOH + OH = NAPINAO2';
k(:,i) = 6.87e-12;
Gstr{i,1} = 'NAPINAOOH'; Gstr{i,2} = 'OH'; 
fNAPINAOOH(i)=fNAPINAOOH(i)-1; fOH(i)=fOH(i)-1; fNAPINAO2(i)=fNAPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAOOH + hv = NAPINAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NAPINAOOH'; 
fNAPINAOOH(i)=fNAPINAOOH(i)-1; fNAPINAO(i)=fNAPINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINAO = PINAL + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NAPINAO'; 
fNAPINAO(i)=fNAPINAO(i)-1; fPINAL(i)=fPINAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBNO3 + OH = APINBCO + NO2';
k(:,i) = 3.64e-12;
Gstr{i,1} = 'APINBNO3'; Gstr{i,2} = 'OH'; 
fAPINBNO3(i)=fAPINBNO3(i)-1; fOH(i)=fOH(i)-1; fAPINBCO(i)=fAPINBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBOOH + OH = NAPINBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NAPINBOOH'; Gstr{i,2} = 'OH'; 
fNAPINBOOH(i)=fNAPINBOOH(i)-1; fOH(i)=fOH(i)-1; fNAPINBO2(i)=fNAPINBO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBOOH + OH = NC101CO + OH';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'NAPINBOOH'; Gstr{i,2} = 'OH'; 
fNAPINBOOH(i)=fNAPINBOOH(i)-1; fOH(i)=fOH(i)-1; fNC101CO(i)=fNC101CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBOOH + hv = NAPINBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NAPINBOOH'; 
fNAPINBOOH(i)=fNAPINBOOH(i)-1; fNAPINBO(i)=fNAPINBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO = NC101CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NAPINBO'; 
fNAPINBO(i)=fNAPINBO(i)-1; fNC101CO(i)=fNC101CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NAPINBO = PINAL + NO2';
k(:,i) = 4.00e05;
Gstr{i,1} = 'NAPINBO'; 
fNAPINBO(i)=fNAPINBO(i)-1; fPINAL(i)=fPINAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINANO3 + OH = PINAL + NO2';
k(:,i) = 5.50e-12;
Gstr{i,1} = 'APINANO3'; Gstr{i,2} = 'OH'; 
fAPINANO3(i)=fAPINANO3(i)-1; fOH(i)=fOH(i)-1; fPINAL(i)=fPINAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC101CO + OH = NC101O2';
k(:,i) = 5.55e-12;
Gstr{i,1} = 'NC101CO'; Gstr{i,2} = 'OH'; 
fNC101CO(i)=fNC101CO(i)-1; fOH(i)=fOH(i)-1; fNC101O2(i)=fNC101O2(i)+1; 

i=i+1;
Rnames{i} = 'NC101CO + hv = C96CO3 + NO2';
k(:,i) = J55;
Gstr{i,1} = 'NC101CO'; 
fNC101CO(i)=fNC101CO(i)-1; fC96CO3(i)=fC96CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C107O2 + HO2 = C107OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C107O2'; Gstr{i,2} = 'HO2'; 
fC107O2(i)=fC107O2(i)-1; fHO2(i)=fHO2(i)-1; fC107OOH(i)=fC107OOH(i)+1; 

i=i+1;
Rnames{i} = 'C107O2 + NO = C107O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C107O2'; Gstr{i,2} = 'NO'; 
fC107O2(i)=fC107O2(i)-1; fNO(i)=fNO(i)-1; fC107O(i)=fC107O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C107O2 + NO3 = C107O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C107O2'; Gstr{i,2} = 'NO3'; 
fC107O2(i)=fC107O2(i)-1; fNO3(i)=fNO3(i)-1; fC107O(i)=fC107O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C107O2 + RO2 = C107O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C107O2'; Gstr{i,2} = 'RO2';
fC107O2(i)=fC107O2(i)-1; fC107O(i)=fC107O(i)+1; 

i=i+1;
Rnames{i} = 'C107O2 + RO2 = C107OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C107O2'; Gstr{i,2} = 'RO2';
fC107O2(i)=fC107O2(i)-1; fC107OH(i)=fC107OH(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + HO2 = C109OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'HO2'; 
fC109O2(i)=fC109O2(i)-1; fHO2(i)=fHO2(i)-1; fC109OOH(i)=fC109OOH(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + NO = C109O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'NO'; 
fC109O2(i)=fC109O2(i)-1; fNO(i)=fNO(i)-1; fC109O(i)=fC109O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + NO3 = C109O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'NO3'; 
fC109O2(i)=fC109O2(i)-1; fNO3(i)=fNO3(i)-1; fC109O(i)=fC109O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + RO2 = C109CO';
k(:,i) = 2.00e-12.*0.05;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'RO2';
fC109O2(i)=fC109O2(i)-1; fC109CO(i)=fC109CO(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + RO2 = C109O';
k(:,i) = 2.00e-12.*0.90;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'RO2';
fC109O2(i)=fC109O2(i)-1; fC109O(i)=fC109O(i)+1; 

i=i+1;
Rnames{i} = 'C109O2 + RO2 = C109OH';
k(:,i) = 2.00e-12.*0.05;
Gstr{i,1} = 'C109O2'; Gstr{i,2} = 'RO2';
fC109O2(i)=fC109O2(i)-1; fC109OH(i)=fC109OH(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO + CO = PINAL';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'APINBOO'; Gstr{i,2} = 'CO'; 
fAPINBOO(i)=fAPINBOO(i)-1; fCO(i)=fCO(i)-1; fPINAL(i)=fPINAL(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO + NO = PINAL + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'APINBOO'; Gstr{i,2} = 'NO'; 
fAPINBOO(i)=fAPINBOO(i)-1; fNO(i)=fNO(i)-1; fPINAL(i)=fPINAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO + NO2 = PINAL + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'APINBOO'; Gstr{i,2} = 'NO2'; 
fAPINBOO(i)=fAPINBOO(i)-1; fNO2(i)=fNO2(i)-1; fPINAL(i)=fPINAL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO + SO2 = PINAL + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'APINBOO'; Gstr{i,2} = 'SO2'; 
fAPINBOO(i)=fAPINBOO(i)-1; fSO2(i)=fSO2(i)-1; fPINAL(i)=fPINAL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO = PINAL + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'APINBOO'; 
fAPINBOO(i)=fAPINBOO(i)-1; fPINAL(i)=fPINAL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'APINBOO = PINONIC';
k(:,i) = 2.00e-18.*H2O;
Gstr{i,1} = 'APINBOO'; 
fAPINBOO(i)=fAPINBOO(i)-1; fPINONIC(i)=fPINONIC(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + HO2 = C96OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'HO2'; 
fC96O2(i)=fC96O2(i)-1; fHO2(i)=fHO2(i)-1; fC96OOH(i)=fC96OOH(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + NO = C96NO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'NO'; 
fC96O2(i)=fC96O2(i)-1; fNO(i)=fNO(i)-1; fC96NO3(i)=fC96NO3(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + NO = C96O + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'NO'; 
fC96O2(i)=fC96O2(i)-1; fNO(i)=fNO(i)-1; fC96O(i)=fC96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + NO3 = C96O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'NO3'; 
fC96O2(i)=fC96O2(i)-1; fNO3(i)=fNO3(i)-1; fC96O(i)=fC96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + RO2 = C96O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'RO2';
fC96O2(i)=fC96O2(i)-1; fC96O(i)=fC96O(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + RO2 = C96OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'RO2';
fC96O2(i)=fC96O2(i)-1; fC96OH(i)=fC96OH(i)+1; 

i=i+1;
Rnames{i} = 'C96O2 + RO2 = NORPINAL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C96O2'; Gstr{i,2} = 'RO2';
fC96O2(i)=fC96O2(i)-1; fNORPINAL(i)=fNORPINAL(i)+1; 

i=i+1;
Rnames{i} = 'APINAOOH + OH = APINAO2';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'APINAOOH'; Gstr{i,2} = 'OH'; 
fAPINAOOH(i)=fAPINAOOH(i)-1; fOH(i)=fOH(i)-1; fAPINAO2(i)=fAPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'APINAOOH + hv = APINAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'APINAOOH'; 
fAPINAOOH(i)=fAPINAOOH(i)-1; fAPINAO(i)=fAPINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINAO = PINAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'APINAO'; 
fAPINAO(i)=fAPINAO(i)-1; fPINAL(i)=fPINAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBOH + OH = APINBCO + HO2';
k(:,i) = 1.49e-11;
Gstr{i,1} = 'APINBOH'; Gstr{i,2} = 'OH'; 
fAPINBOH(i)=fAPINBOH(i)-1; fOH(i)=fOH(i)-1; fAPINBCO(i)=fAPINBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBOOH + OH = APINBCO + OH';
k(:,i) = 3.28e-11;
Gstr{i,1} = 'APINBOOH'; Gstr{i,2} = 'OH'; 
fAPINBOOH(i)=fAPINBOOH(i)-1; fOH(i)=fOH(i)-1; fAPINBCO(i)=fAPINBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINBOOH + hv = APINBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'APINBOOH'; 
fAPINBOOH(i)=fAPINBOOH(i)-1; fAPINBO(i)=fAPINBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINBO = PINAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'APINBO'; 
fAPINBO(i)=fAPINBO(i)-1; fPINAL(i)=fPINAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'APINBCO + OH = C96CO3';
k(:,i) = 8.18e-12;
Gstr{i,1} = 'APINBCO'; Gstr{i,2} = 'OH'; 
fAPINBCO(i)=fAPINBCO(i)-1; fOH(i)=fOH(i)-1; fC96CO3(i)=fC96CO3(i)+1; 

i=i+1;
Rnames{i} = 'APINCOOH + OH = APINCO2';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'APINCOOH'; Gstr{i,2} = 'OH'; 
fAPINCOOH(i)=fAPINCOOH(i)-1; fOH(i)=fOH(i)-1; fAPINCO2(i)=fAPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'APINCOOH + hv = APINCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'APINCOOH'; 
fAPINCOOH(i)=fAPINCOOH(i)-1; fAPINCO(i)=fAPINCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'APINCNO3 + OH = CH3COCH3 + HCC7CO + NO2';
k(:,i) = 9.87e-11;
Gstr{i,1} = 'APINCNO3'; Gstr{i,2} = 'OH'; 
fAPINCNO3(i)=fAPINCNO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCC7CO(i)=fHCC7CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINCNO3 + hv = APINCO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'APINCNO3'; 
fAPINCNO3(i)=fAPINCNO3(i)-1; fAPINCO(i)=fAPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'APINCO = CH3COCH3 + C720O2';
k(:,i) = KDEC;
Gstr{i,1} = 'APINCO'; 
fAPINCO(i)=fAPINCO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC720O2(i)=fC720O2(i)+1; 

i=i+1;
Rnames{i} = 'APINCOH + OH = APINCO';
k(:,i) = 9.91e-11;
Gstr{i,1} = 'APINCOH'; Gstr{i,2} = 'OH'; 
fAPINCOH(i)=fAPINCOH(i)-1; fOH(i)=fOH(i)-1; fAPINCO(i)=fAPINCO(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAOOH + OH = NBPINAO2';
k(:,i) = 9.58e-12;
Gstr{i,1} = 'NBPINAOOH'; Gstr{i,2} = 'OH'; 
fNBPINAOOH(i)=fNBPINAOOH(i)-1; fOH(i)=fOH(i)-1; fNBPINAO2(i)=fNBPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAOOH + hv = NBPINAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBPINAOOH'; 
fNBPINAOOH(i)=fNBPINAOOH(i)-1; fNBPINAO(i)=fNBPINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINAO = NOPINONE + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBPINAO'; 
fNBPINAO(i)=fNBPINAO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINBNO3 + OH = C918CHO + NO2';
k(:,i) = 6.12e-12;
Gstr{i,1} = 'BPINBNO3'; Gstr{i,2} = 'OH'; 
fBPINBNO3(i)=fBPINBNO3(i)-1; fOH(i)=fOH(i)-1; fC918CHO(i)=fC918CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBOOH + OH = NC91CHO + OH';
k(:,i) = 9.08e-12;
Gstr{i,1} = 'NBPINBOOH'; Gstr{i,2} = 'OH'; 
fNBPINBOOH(i)=fNBPINBOOH(i)-1; fOH(i)=fOH(i)-1; fNC91CHO(i)=fNC91CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBOOH + hv = NBPINBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBPINBOOH'; 
fNBPINBOOH(i)=fNBPINBOOH(i)-1; fNBPINBO(i)=fNBPINBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBPINBO = NOPINONE + HCHO + NO2';
k(:,i) = 7.00e03;
Gstr{i,1} = 'NBPINBO'; 
fNBPINBO(i)=fNBPINBO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINANO3 + OH = NOPINONE + HCHO + NO2';
k(:,i) = 4.70e-12;
Gstr{i,1} = 'BPINANO3'; Gstr{i,2} = 'OH'; 
fBPINANO3(i)=fBPINANO3(i)-1; fOH(i)=fOH(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC91CHO + NO3 = NC91CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NC91CHO'; Gstr{i,2} = 'NO3'; 
fNC91CHO(i)=fNC91CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC91CO3(i)=fNC91CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC91CHO + OH = NC91CO3';
k(:,i) = 8.63e-12;
Gstr{i,1} = 'NC91CHO'; Gstr{i,2} = 'OH'; 
fNC91CHO(i)=fNC91CHO(i)-1; fOH(i)=fOH(i)-1; fNC91CO3(i)=fNC91CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC91CHO + hv = NOPINONE + CO + HO2 + NO2';
k(:,i) = J15;
Gstr{i,1} = 'NC91CHO'; 
fNC91CHO(i)=fNC91CHO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + HO2 = NOPINAOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'HO2'; 
fNOPINAO2(i)=fNOPINAO2(i)-1; fHO2(i)=fHO2(i)-1; fNOPINAOOH(i)=fNOPINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + NO = NOPINANO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'NO'; 
fNOPINAO2(i)=fNOPINAO2(i)-1; fNO(i)=fNO(i)-1; fNOPINANO3(i)=fNOPINANO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + NO = NOPINAO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'NO'; 
fNOPINAO2(i)=fNOPINAO2(i)-1; fNO(i)=fNO(i)-1; fNOPINAO(i)=fNOPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + NO3 = NOPINAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'NO3'; 
fNOPINAO2(i)=fNOPINAO2(i)-1; fNO3(i)=fNO3(i)-1; fNOPINAO(i)=fNOPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + RO2 = C9DC';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'RO2';
fNOPINAO2(i)=fNOPINAO2(i)-1; fC9DC(i)=fC9DC(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + RO2 = NOPINAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'RO2';
fNOPINAO2(i)=fNOPINAO2(i)-1; fNOPINAO(i)=fNOPINAO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO2 + RO2 = NOPINAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NOPINAO2'; Gstr{i,2} = 'RO2';
fNOPINAO2(i)=fNOPINAO2(i)-1; fNOPINAOH(i)=fNOPINAOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + HO2 = NOPINBOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'HO2'; 
fNOPINBO2(i)=fNOPINBO2(i)-1; fHO2(i)=fHO2(i)-1; fNOPINBOOH(i)=fNOPINBOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + NO = NOPINBNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'NO'; 
fNOPINBO2(i)=fNOPINBO2(i)-1; fNO(i)=fNO(i)-1; fNOPINBNO3(i)=fNOPINBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + NO = NOPINBO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'NO'; 
fNOPINBO2(i)=fNOPINBO2(i)-1; fNO(i)=fNO(i)-1; fNOPINBO(i)=fNOPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + NO3 = NOPINBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'NO3'; 
fNOPINBO2(i)=fNOPINBO2(i)-1; fNO3(i)=fNO3(i)-1; fNOPINBO(i)=fNOPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + RO2 = NOPINBCO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'RO2';
fNOPINBO2(i)=fNOPINBO2(i)-1; fNOPINBCO(i)=fNOPINBCO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + RO2 = NOPINBO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'RO2';
fNOPINBO2(i)=fNOPINBO2(i)-1; fNOPINBO(i)=fNOPINBO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO2 + RO2 = NOPINBOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'NOPINBO2'; Gstr{i,2} = 'RO2';
fNOPINBO2(i)=fNOPINBO2(i)-1; fNOPINBOH(i)=fNOPINBOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + HO2 = NOPINCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'HO2'; 
fNOPINCO2(i)=fNOPINCO2(i)-1; fHO2(i)=fHO2(i)-1; fNOPINCOOH(i)=fNOPINCOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + NO = NOPINCNO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'NO'; 
fNOPINCO2(i)=fNOPINCO2(i)-1; fNO(i)=fNO(i)-1; fNOPINCNO3(i)=fNOPINCNO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + NO = NOPINCO + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'NO'; 
fNOPINCO2(i)=fNOPINCO2(i)-1; fNO(i)=fNO(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + NO3 = NOPINCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'NO3'; 
fNOPINCO2(i)=fNOPINCO2(i)-1; fNO3(i)=fNO3(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + RO2 = NOPINCO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'RO2';
fNOPINCO2(i)=fNOPINCO2(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO2 + RO2 = NOPINCOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'NOPINCO2'; Gstr{i,2} = 'RO2';
fNOPINCO2(i)=fNOPINCO2(i)-1; fNOPINCOH(i)=fNOPINCOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + HO2 = NOPINDOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'HO2'; 
fNOPINDO2(i)=fNOPINDO2(i)-1; fHO2(i)=fHO2(i)-1; fNOPINDOOH(i)=fNOPINDOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + NO = NOPINDO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'NO'; 
fNOPINDO2(i)=fNOPINDO2(i)-1; fNO(i)=fNO(i)-1; fNOPINDO(i)=fNOPINDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + NO3 = NOPINDO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'NO3'; 
fNOPINDO2(i)=fNOPINDO2(i)-1; fNO3(i)=fNO3(i)-1; fNOPINDO(i)=fNOPINDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + RO2 = NOPINDCO';
k(:,i) = 2.00e-12.*0.05;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'RO2';
fNOPINDO2(i)=fNOPINDO2(i)-1; fNOPINDCO(i)=fNOPINDCO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + RO2 = NOPINDO';
k(:,i) = 2.00e-12.*0.9;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'RO2';
fNOPINDO2(i)=fNOPINDO2(i)-1; fNOPINDO(i)=fNOPINDO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO2 + RO2 = NOPINDOH';
k(:,i) = 2.00e-12.*0.05;
Gstr{i,1} = 'NOPINDO2'; Gstr{i,2} = 'RO2';
fNOPINDO2(i)=fNOPINDO2(i)-1; fNOPINDOH(i)=fNOPINDOH(i)+1; 

i=i+1;
Rnames{i} = 'C8BC + OH = C8BCO2';
k(:,i) = 3.04e-12;
Gstr{i,1} = 'C8BC'; Gstr{i,2} = 'OH'; 
fC8BC(i)=fC8BC(i)-1; fOH(i)=fOH(i)-1; fC8BCO2(i)=fC8BCO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOO + CO = NOPINONE';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'NOPINOO'; Gstr{i,2} = 'CO'; 
fNOPINOO(i)=fNOPINOO(i)-1; fCO(i)=fCO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOO + NO = NOPINONE + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'NOPINOO'; Gstr{i,2} = 'NO'; 
fNOPINOO(i)=fNOPINOO(i)-1; fNO(i)=fNO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOO + NO2 = NOPINONE + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'NOPINOO'; Gstr{i,2} = 'NO2'; 
fNOPINOO(i)=fNOPINOO(i)-1; fNO2(i)=fNO2(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOO + SO2 = NOPINONE + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'NOPINOO'; Gstr{i,2} = 'SO2'; 
fNOPINOO(i)=fNOPINOO(i)-1; fSO2(i)=fSO2(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINOO = NOPINONE + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'NOPINOO'; 
fNOPINOO(i)=fNOPINOO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BPINAOOH + OH = BPINAO2';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'BPINAOOH'; Gstr{i,2} = 'OH'; 
fBPINAOOH(i)=fBPINAOOH(i)-1; fOH(i)=fOH(i)-1; fBPINAO2(i)=fBPINAO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINAOOH + hv = BPINAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BPINAOOH'; 
fBPINAOOH(i)=fBPINAOOH(i)-1; fBPINAO(i)=fBPINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINAO = NOPINONE + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BPINAO'; 
fBPINAO(i)=fBPINAO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINAOH + OH = C918CHO + HO2';
k(:,i) = 9.88e-12;
Gstr{i,1} = 'BPINAOH'; Gstr{i,2} = 'OH'; 
fBPINAOH(i)=fBPINAOH(i)-1; fOH(i)=fOH(i)-1; fC918CHO(i)=fC918CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINBOOH + OH = C918CHO + OH';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'BPINBOOH'; Gstr{i,2} = 'OH'; 
fBPINBOOH(i)=fBPINBOOH(i)-1; fOH(i)=fOH(i)-1; fC918CHO(i)=fC918CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINBOOH + hv = BPINBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BPINBOOH'; 
fBPINBOOH(i)=fBPINBOOH(i)-1; fBPINBO(i)=fBPINBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINBO = NOPINONE + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BPINBO'; 
fBPINBO(i)=fBPINBO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C918CHO + NO3 = C918CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C918CHO'; Gstr{i,2} = 'NO3'; 
fC918CHO(i)=fC918CHO(i)-1; fNO3(i)=fNO3(i)-1; fC918CO3(i)=fC918CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C918CHO + OH = C918CO3';
k(:,i) = 3.17e-11;
Gstr{i,1} = 'C918CHO'; Gstr{i,2} = 'OH'; 
fC918CHO(i)=fC918CHO(i)-1; fOH(i)=fOH(i)-1; fC918CO3(i)=fC918CO3(i)+1; 

i=i+1;
Rnames{i} = 'C918CHO + hv = NOPINONE + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C918CHO'; 
fC918CHO(i)=fC918CHO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCOOH + OH = BPINCO2';
k(:,i) = 9.72e-11;
Gstr{i,1} = 'BPINCOOH'; Gstr{i,2} = 'OH'; 
fBPINCOOH(i)=fBPINCOOH(i)-1; fOH(i)=fOH(i)-1; fBPINCO2(i)=fBPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCOOH + hv = BPINCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BPINCOOH'; 
fBPINCOOH(i)=fBPINCOOH(i)-1; fBPINCO(i)=fBPINCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BPINCNO3 + OH = HCC7CO + CH3COCH3 + NO2';
k(:,i) = 9.38e-11;
Gstr{i,1} = 'BPINCNO3'; Gstr{i,2} = 'OH'; 
fBPINCNO3(i)=fBPINCNO3(i)-1; fOH(i)=fOH(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCNO3 + hv = BPINCO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'BPINCNO3'; 
fBPINCNO3(i)=fBPINCNO3(i)-1; fBPINCO(i)=fBPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BPINCO = C720O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'BPINCO'; 
fBPINCO(i)=fBPINCO(i)-1; fC720O2(i)=fC720O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'BPINCOH + OH = BPINCO';
k(:,i) = 9.37e-11;
Gstr{i,1} = 'BPINCOH'; Gstr{i,2} = 'OH'; 
fBPINCOH(i)=fBPINCOH(i)-1; fOH(i)=fOH(i)-1; fBPINCO(i)=fBPINCO(i)+1; 

i=i+1;
Rnames{i} = 'NLIMOOH + OH = NLIMO2';
k(:,i) = 4.28e-11;
Gstr{i,1} = 'NLIMOOH'; Gstr{i,2} = 'OH'; 
fNLIMOOH(i)=fNLIMOOH(i)-1; fOH(i)=fOH(i)-1; fNLIMO2(i)=fNLIMO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMOOH + hv = NLIMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NLIMOOH'; 
fNLIMOOH(i)=fNLIMOOH(i)-1; fNLIMO(i)=fNLIMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMO = LIMAL + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NLIMO'; 
fNLIMO(i)=fNLIMO(i)-1; fLIMAL(i)=fLIMAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBNO3 + OH = LIMBCO + NO2';
k(:,i) = 5.91e-11;
Gstr{i,1} = 'LIMBNO3'; Gstr{i,2} = 'OH'; 
fLIMBNO3(i)=fLIMBNO3(i)-1; fOH(i)=fOH(i)-1; fLIMBCO(i)=fLIMBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + HO2 = LIMALAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'HO2'; 
fLIMALAO2(i)=fLIMALAO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMALAOOH(i)=fLIMALAOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + NO = LIMALAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'NO'; 
fLIMALAO2(i)=fLIMALAO2(i)-1; fNO(i)=fNO(i)-1; fLIMALAO(i)=fLIMALAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + NO3 = LIMALAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'NO3'; 
fLIMALAO2(i)=fLIMALAO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMALAO(i)=fLIMALAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + RO2 = LIMALACO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'RO2';
fLIMALAO2(i)=fLIMALAO2(i)-1; fLIMALACO(i)=fLIMALACO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + RO2 = LIMALAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'RO2';
fLIMALAO2(i)=fLIMALAO2(i)-1; fLIMALAO(i)=fLIMALAO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO2 + RO2 = LIMALAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LIMALAO2'; Gstr{i,2} = 'RO2';
fLIMALAO2(i)=fLIMALAO2(i)-1; fLIMALAOH(i)=fLIMALAOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + HO2 = LIMALBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'HO2'; 
fLIMALBO2(i)=fLIMALBO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMALBOOH(i)=fLIMALBOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + NO = LIMALBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'NO'; 
fLIMALBO2(i)=fLIMALBO2(i)-1; fNO(i)=fNO(i)-1; fLIMALBO(i)=fLIMALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + NO3 = LIMALBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'NO3'; 
fLIMALBO2(i)=fLIMALBO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMALBO(i)=fLIMALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + RO2 = LIMALBCO';
k(:,i) = 8.80e-13.*0.05;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'RO2';
fLIMALBO2(i)=fLIMALBO2(i)-1; fLIMALBCO(i)=fLIMALBCO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + RO2 = LIMALBO';
k(:,i) = 8.80e-13.*0.9;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'RO2';
fLIMALBO2(i)=fLIMALBO2(i)-1; fLIMALBO(i)=fLIMALBO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO2 + RO2 = LIMALBOH';
k(:,i) = 8.80e-13.*0.05;
Gstr{i,1} = 'LIMALBO2'; Gstr{i,2} = 'RO2';
fLIMALBO2(i)=fLIMALBO2(i)-1; fLIMALBOH(i)=fLIMALBOH(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + HO2 = C923OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'HO2'; 
fC923O2(i)=fC923O2(i)-1; fHO2(i)=fHO2(i)-1; fC923OOH(i)=fC923OOH(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + NO = C923NO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'NO'; 
fC923O2(i)=fC923O2(i)-1; fNO(i)=fNO(i)-1; fC923NO3(i)=fC923NO3(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + NO = C923O + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'NO'; 
fC923O2(i)=fC923O2(i)-1; fNO(i)=fNO(i)-1; fC923O(i)=fC923O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + NO3 = C923O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'NO3'; 
fC923O2(i)=fC923O2(i)-1; fNO3(i)=fNO3(i)-1; fC923O(i)=fC923O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + RO2 = C923O';
k(:,i) = 1.32e-12.*0.6;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'RO2';
fC923O2(i)=fC923O2(i)-1; fC923O(i)=fC923O(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + RO2 = C923OH';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'RO2';
fC923O2(i)=fC923O2(i)-1; fC923OH(i)=fC923OH(i)+1; 

i=i+1;
Rnames{i} = 'C923O2 + RO2 = NORLIMAL';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C923O2'; Gstr{i,2} = 'RO2';
fC923O2(i)=fC923O2(i)-1; fNORLIMAL(i)=fNORLIMAL(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO + CO = LIMAL';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'LIMBOO'; Gstr{i,2} = 'CO'; 
fLIMBOO(i)=fLIMBOO(i)-1; fCO(i)=fCO(i)-1; fLIMAL(i)=fLIMAL(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO + NO = LIMAL + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'LIMBOO'; Gstr{i,2} = 'NO'; 
fLIMBOO(i)=fLIMBOO(i)-1; fNO(i)=fNO(i)-1; fLIMAL(i)=fLIMAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO + NO2 = LIMAL + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'LIMBOO'; Gstr{i,2} = 'NO2'; 
fLIMBOO(i)=fLIMBOO(i)-1; fNO2(i)=fNO2(i)-1; fLIMAL(i)=fLIMAL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO + SO2 = LIMAL + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'LIMBOO'; Gstr{i,2} = 'SO2'; 
fLIMBOO(i)=fLIMBOO(i)-1; fSO2(i)=fSO2(i)-1; fLIMAL(i)=fLIMAL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO = LIMAL + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'LIMBOO'; 
fLIMBOO(i)=fLIMBOO(i)-1; fLIMAL(i)=fLIMAL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOO = LIMONONIC';
k(:,i) = 2.00e-18.*H2O;
Gstr{i,1} = 'LIMBOO'; 
fLIMBOO(i)=fLIMBOO(i)-1; fLIMONONIC(i)=fLIMONONIC(i)+1; 

i=i+1;
Rnames{i} = 'LIMAOOH + OH = LIMAO2';
k(:,i) = 7.36e-11;
Gstr{i,1} = 'LIMAOOH'; Gstr{i,2} = 'OH'; 
fLIMAOOH(i)=fLIMAOOH(i)-1; fOH(i)=fOH(i)-1; fLIMAO2(i)=fLIMAO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAOOH + hv = LIMAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMAOOH'; 
fLIMAOOH(i)=fLIMAOOH(i)-1; fLIMAO(i)=fLIMAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMANO3 + OH = LIMAL + NO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'LIMANO3'; Gstr{i,2} = 'OH'; 
fLIMANO3(i)=fLIMANO3(i)-1; fOH(i)=fOH(i)-1; fLIMAL(i)=fLIMAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAO = LIMAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMAO'; 
fLIMAO(i)=fLIMAO(i)-1; fLIMAL(i)=fLIMAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAOH + OH = LIMBCO + HO2';
k(:,i) = 7.02e-11;
Gstr{i,1} = 'LIMAOH'; Gstr{i,2} = 'OH'; 
fLIMAOH(i)=fLIMAOH(i)-1; fOH(i)=fOH(i)-1; fLIMBCO(i)=fLIMBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOOH + OH = LIMBCO + OH';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'LIMBOOH'; Gstr{i,2} = 'OH'; 
fLIMBOOH(i)=fLIMBOOH(i)-1; fOH(i)=fOH(i)-1; fLIMBCO(i)=fLIMBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMBOOH + hv = LIMBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMBOOH'; 
fLIMBOOH(i)=fLIMBOOH(i)-1; fLIMBO(i)=fLIMBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMBO = LIMAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMBO'; 
fLIMBO(i)=fLIMBO(i)-1; fLIMAL(i)=fLIMAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMBCO + OH = C923CO3';
k(:,i) = 6.70e-11;
Gstr{i,1} = 'LIMBCO'; Gstr{i,2} = 'OH'; 
fLIMBCO(i)=fLIMBCO(i)-1; fOH(i)=fOH(i)-1; fC923CO3(i)=fC923CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMCOOH + OH = LIMCO2';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'LIMCOOH'; Gstr{i,2} = 'OH'; 
fLIMCOOH(i)=fLIMCOOH(i)-1; fOH(i)=fOH(i)-1; fLIMCO2(i)=fLIMCO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMCOOH + hv = LIMCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMCOOH'; 
fLIMCOOH(i)=fLIMCOOH(i)-1; fLIMCO(i)=fLIMCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMCNO3 + OH = LIMKET + HCHO + NO2';
k(:,i) = 9.31e-11;
Gstr{i,1} = 'LIMCNO3'; Gstr{i,2} = 'OH'; 
fLIMCNO3(i)=fLIMCNO3(i)-1; fOH(i)=fOH(i)-1; fLIMKET(i)=fLIMKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMCO = LIMKET + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMCO'; 
fLIMCO(i)=fLIMCO(i)-1; fLIMKET(i)=fLIMKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMCOH + OH = LIMKET + HCHO + HO2';
k(:,i) = 9.94e-11;
Gstr{i,1} = 'LIMCOH'; Gstr{i,2} = 'OH'; 
fLIMCOH(i)=fLIMCOH(i)-1; fOH(i)=fOH(i)-1; fLIMKET(i)=fLIMKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCOOH + OH = NBCO2';
k(:,i) = 6.25e-11;
Gstr{i,1} = 'NBCOOH'; Gstr{i,2} = 'OH'; 
fNBCOOH(i)=fNBCOOH(i)-1; fOH(i)=fOH(i)-1; fNBCO2(i)=fNBCO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCOOH + hv = NBCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBCOOH'; 
fNBCOOH(i)=fNBCOOH(i)-1; fNBCO(i)=fNBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCO = BCAL + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBCO'; 
fNBCO(i)=fNBCO(i)-1; fBCAL(i)=fBCAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBNO3 + OH = BCBCO + NO2';
k(:,i) = 5.91e-11;
Gstr{i,1} = 'BCBNO3'; Gstr{i,2} = 'OH'; 
fBCBNO3(i)=fBCBNO3(i)-1; fOH(i)=fOH(i)-1; fBCBCO(i)=fBCBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + NO3 = C141CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'NO3'; 
fBCAL(i)=fBCAL(i)-1; fNO3(i)=fNO3(i)-1; fC141CO3(i)=fC141CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + NO3 = NBCALO2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'NO3'; 
fBCAL(i)=fBCAL(i)-1; fNO3(i)=fNO3(i)-1; fNBCALO2(i)=fNBCALO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + O3 = BCALOOA + HCHO';
k(:,i) = 1.10e-16.*0.670;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'O3'; 
fBCAL(i)=fBCAL(i)-1; fO3(i)=fO3(i)-1; fBCALOOA(i)=fBCALOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + O3 = BCLKET + CH2OOF';
k(:,i) = 1.10e-16.*0.330;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'O3'; 
fBCAL(i)=fBCAL(i)-1; fO3(i)=fO3(i)-1; fBCLKET(i)=fBCLKET(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + OH = BCALAO2';
k(:,i) = 8.55e-11.*0.012;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'OH'; 
fBCAL(i)=fBCAL(i)-1; fOH(i)=fOH(i)-1; fBCALAO2(i)=fBCALAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + OH = BCALBO2';
k(:,i) = 8.55e-11.*0.001;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'OH'; 
fBCAL(i)=fBCAL(i)-1; fOH(i)=fOH(i)-1; fBCALBO2(i)=fBCALBO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + OH = BCALCO2';
k(:,i) = 8.55e-11.*0.012;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'OH'; 
fBCAL(i)=fBCAL(i)-1; fOH(i)=fOH(i)-1; fBCALCO2(i)=fBCALCO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + OH = BCALO2';
k(:,i) = 8.55e-11.*0.695;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'OH'; 
fBCAL(i)=fBCAL(i)-1; fOH(i)=fOH(i)-1; fBCALO2(i)=fBCALO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + OH = C141CO3';
k(:,i) = 8.55e-11.*0.281;
Gstr{i,1} = 'BCAL'; Gstr{i,2} = 'OH'; 
fBCAL(i)=fBCAL(i)-1; fOH(i)=fOH(i)-1; fC141CO3(i)=fC141CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCAL + hv = C141O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCAL'; 
fBCAL(i)=fBCAL(i)-1; fC141O2(i)=fC141O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZ + O3 = BCKSOZ + CH2OOF';
k(:,i) = 1.10e-16.*0.4;
Gstr{i,1} = 'BCSOZ'; Gstr{i,2} = 'O3'; 
fBCSOZ(i)=fBCSOZ(i)-1; fO3(i)=fO3(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZ + O3 = BCKSZOO + HCHO';
k(:,i) = 1.10e-16.*0.6;
Gstr{i,1} = 'BCSOZ'; Gstr{i,2} = 'O3'; 
fBCSOZ(i)=fBCSOZ(i)-1; fO3(i)=fO3(i)-1; fBCKSZOO(i)=fBCKSZOO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZ + OH = BCSOZO2';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'BCSOZ'; Gstr{i,2} = 'OH'; 
fBCSOZ(i)=fBCSOZ(i)-1; fOH(i)=fOH(i)-1; fBCSOZO2(i)=fBCSOZO2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO2H + O3 = C131CO2H + CH2OOF';
k(:,i) = 1.10e-16.*0.330;
Gstr{i,1} = 'C141CO2H'; Gstr{i,2} = 'O3'; 
fC141CO2H(i)=fC141CO2H(i)-1; fO3(i)=fO3(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C141CO2H + O3 = C141OOA + HCHO';
k(:,i) = 1.10e-16.*0.670;
Gstr{i,1} = 'C141CO2H'; Gstr{i,2} = 'O3'; 
fC141CO2H(i)=fC141CO2H(i)-1; fO3(i)=fO3(i)-1; fC141OOA(i)=fC141OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C141CO2H + OH = C151O2';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'C141CO2H'; Gstr{i,2} = 'OH'; 
fC141CO2H(i)=fC141CO2H(i)-1; fOH(i)=fOH(i)-1; fC151O2(i)=fC151O2(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + HO2 = BCALAOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'HO2'; 
fBCALAO2(i)=fBCALAO2(i)-1; fHO2(i)=fHO2(i)-1; fBCALAOOH(i)=fBCALAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + NO = BCALAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'NO'; 
fBCALAO2(i)=fBCALAO2(i)-1; fNO(i)=fNO(i)-1; fBCALAO(i)=fBCALAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + NO3 = BCALAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'NO3'; 
fBCALAO2(i)=fBCALAO2(i)-1; fNO3(i)=fNO3(i)-1; fBCALAO(i)=fBCALAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + RO2 = BCALACO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'RO2';
fBCALAO2(i)=fBCALAO2(i)-1; fBCALACO(i)=fBCALACO(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + RO2 = BCALAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'RO2';
fBCALAO2(i)=fBCALAO2(i)-1; fBCALAO(i)=fBCALAO(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO2 + RO2 = BCALAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALAO2'; Gstr{i,2} = 'RO2';
fBCALAO2(i)=fBCALAO2(i)-1; fBCALAOH(i)=fBCALAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + HO2 = BCALBOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'HO2'; 
fBCALBO2(i)=fBCALBO2(i)-1; fHO2(i)=fHO2(i)-1; fBCALBOOH(i)=fBCALBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + NO = BCALBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'NO'; 
fBCALBO2(i)=fBCALBO2(i)-1; fNO(i)=fNO(i)-1; fBCALBO(i)=fBCALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + NO3 = BCALBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'NO3'; 
fBCALBO2(i)=fBCALBO2(i)-1; fNO3(i)=fNO3(i)-1; fBCALBO(i)=fBCALBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + RO2 = BCALBCO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'RO2';
fBCALBO2(i)=fBCALBO2(i)-1; fBCALBCO(i)=fBCALBCO(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + RO2 = BCALBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'RO2';
fBCALBO2(i)=fBCALBO2(i)-1; fBCALBO(i)=fBCALBO(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO2 + RO2 = BCALBOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALBO2'; Gstr{i,2} = 'RO2';
fBCALBO2(i)=fBCALBO2(i)-1; fBCALBOH(i)=fBCALBOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOC + O3 = BCBOOA + HCHO';
k(:,i) = 1.10e-16.*0.670;
Gstr{i,1} = 'BCALBOC'; Gstr{i,2} = 'O3'; 
fBCALBOC(i)=fBCALBOC(i)-1; fO3(i)=fO3(i)-1; fBCBOOA(i)=fBCBOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOC + O3 = BCLKBOC + CH2OOF';
k(:,i) = 1.10e-16.*0.330;
Gstr{i,1} = 'BCALBOC'; Gstr{i,2} = 'O3'; 
fBCALBOC(i)=fBCALBOC(i)-1; fO3(i)=fO3(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOC + OH = C152O2';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'BCALBOC'; Gstr{i,2} = 'OH'; 
fBCALBOC(i)=fBCALBOC(i)-1; fOH(i)=fOH(i)-1; fC152O2(i)=fC152O2(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + HO2 = C136OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'HO2'; 
fC136O2(i)=fC136O2(i)-1; fHO2(i)=fHO2(i)-1; fC136OOH(i)=fC136OOH(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + NO = C136NO3';
k(:,i) = KRO2NO.*0.178;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'NO'; 
fC136O2(i)=fC136O2(i)-1; fNO(i)=fNO(i)-1; fC136NO3(i)=fC136NO3(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + NO = C136O + NO2';
k(:,i) = KRO2NO.*0.822;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'NO'; 
fC136O2(i)=fC136O2(i)-1; fNO(i)=fNO(i)-1; fC136O(i)=fC136O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + NO3 = C136O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'NO3'; 
fC136O2(i)=fC136O2(i)-1; fNO3(i)=fNO3(i)-1; fC136O(i)=fC136O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + RO2 = C126CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'RO2';
fC136O2(i)=fC136O2(i)-1; fC126CHO(i)=fC126CHO(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + RO2 = C136O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'RO2';
fC136O2(i)=fC136O2(i)-1; fC136O(i)=fC136O(i)+1; 

i=i+1;
Rnames{i} = 'C136O2 + RO2 = C136OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C136O2'; Gstr{i,2} = 'RO2';
fC136O2(i)=fC136O2(i)-1; fC136OH(i)=fC136OH(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + HO2 = BCALCOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'HO2'; 
fBCALCO2(i)=fBCALCO2(i)-1; fHO2(i)=fHO2(i)-1; fBCALCOOH(i)=fBCALCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + NO = BCALCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'NO'; 
fBCALCO2(i)=fBCALCO2(i)-1; fNO(i)=fNO(i)-1; fBCALCO(i)=fBCALCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + NO3 = BCALCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'NO3'; 
fBCALCO2(i)=fBCALCO2(i)-1; fNO3(i)=fNO3(i)-1; fBCALCO(i)=fBCALCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + RO2 = BCALCCO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'RO2';
fBCALCO2(i)=fBCALCO2(i)-1; fBCALCCO(i)=fBCALCCO(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + RO2 = BCALCO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'RO2';
fBCALCO2(i)=fBCALCO2(i)-1; fBCALCO(i)=fBCALCO(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO2 + RO2 = BCALCOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCALCO2'; Gstr{i,2} = 'RO2';
fBCALCO2(i)=fBCALCO2(i)-1; fBCALCOH(i)=fBCALCOH(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + HO2 = C141OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'HO2'; 
fC141O2(i)=fC141O2(i)-1; fHO2(i)=fHO2(i)-1; fC141OOH(i)=fC141OOH(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + NO = C141NO3';
k(:,i) = KRO2NO.*0.180;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'NO'; 
fC141O2(i)=fC141O2(i)-1; fNO(i)=fNO(i)-1; fC141NO3(i)=fC141NO3(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + NO = C141O + NO2';
k(:,i) = KRO2NO.*0.820;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'NO'; 
fC141O2(i)=fC141O2(i)-1; fNO(i)=fNO(i)-1; fC141O(i)=fC141O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + NO3 = C141O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'NO3'; 
fC141O2(i)=fC141O2(i)-1; fNO3(i)=fNO3(i)-1; fC141O(i)=fC141O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + RO2 = C141CO';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'RO2';
fC141O2(i)=fC141O2(i)-1; fC141CO(i)=fC141CO(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + RO2 = C141O';
k(:,i) = 1.32e-12.*0.6;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'RO2';
fC141O2(i)=fC141O2(i)-1; fC141O(i)=fC141O(i)+1; 

i=i+1;
Rnames{i} = 'C141O2 + RO2 = C141OH';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C141O2'; Gstr{i,2} = 'RO2';
fC141O2(i)=fC141O2(i)-1; fC141OH(i)=fC141OH(i)+1; 

i=i+1;
Rnames{i} = 'BCAOOH + OH = BCAO2';
k(:,i) = 7.36e-11;
Gstr{i,1} = 'BCAOOH'; Gstr{i,2} = 'OH'; 
fBCAOOH(i)=fBCAOOH(i)-1; fOH(i)=fOH(i)-1; fBCAO2(i)=fBCAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAOOH + hv = BCAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCAOOH'; 
fBCAOOH(i)=fBCAOOH(i)-1; fBCAO(i)=fBCAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCANO3 + OH = BCAL + NO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'BCANO3'; Gstr{i,2} = 'OH'; 
fBCANO3(i)=fBCANO3(i)-1; fOH(i)=fOH(i)-1; fBCAL(i)=fBCAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAO = BCAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCAO'; 
fBCAO(i)=fBCAO(i)-1; fBCAL(i)=fBCAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCAOH + OH = BCBCO + HO2';
k(:,i) = 7.02e-11;
Gstr{i,1} = 'BCAOH'; Gstr{i,2} = 'OH'; 
fBCAOH(i)=fBCAOH(i)-1; fOH(i)=fOH(i)-1; fBCBCO(i)=fBCBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBOOH + OH = BCBCO + OH';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'BCBOOH'; Gstr{i,2} = 'OH'; 
fBCBOOH(i)=fBCBOOH(i)-1; fOH(i)=fOH(i)-1; fBCBCO(i)=fBCBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCBOOH + hv = BCBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCBOOH'; 
fBCBOOH(i)=fBCBOOH(i)-1; fBCBO(i)=fBCBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCBO = BCAL + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCBO'; 
fBCBO(i)=fBCBO(i)-1; fBCAL(i)=fBCAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBCO + OH = C141CO3';
k(:,i) = 6.70e-11;
Gstr{i,1} = 'BCBCO'; Gstr{i,2} = 'OH'; 
fBCBCO(i)=fBCBCO(i)-1; fOH(i)=fOH(i)-1; fC141CO3(i)=fC141CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCCOOH + OH = BCCO2';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'BCCOOH'; Gstr{i,2} = 'OH'; 
fBCCOOH(i)=fBCCOOH(i)-1; fOH(i)=fOH(i)-1; fBCCO2(i)=fBCCO2(i)+1; 

i=i+1;
Rnames{i} = 'BCCOOH + hv = BCCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCCOOH'; 
fBCCOOH(i)=fBCCOOH(i)-1; fBCCO(i)=fBCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCCNO3 + OH = BCKET + HCHO + NO2';
k(:,i) = 9.31e-11;
Gstr{i,1} = 'BCCNO3'; Gstr{i,2} = 'OH'; 
fBCCNO3(i)=fBCCNO3(i)-1; fOH(i)=fOH(i)-1; fBCKET(i)=fBCKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCCO = BCKET + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCCO'; 
fBCCO(i)=fBCCO(i)-1; fBCKET(i)=fBCKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCCOH + OH = BCKET + HCHO + HO2';
k(:,i) = 9.94e-11;
Gstr{i,1} = 'BCCOH'; Gstr{i,2} = 'OH'; 
fBCCOH(i)=fBCCOH(i)-1; fOH(i)=fOH(i)-1; fBCKET(i)=fBCKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMAOOH + OH = MMF + OH';
k(:,i) = 1.09e-10;
Gstr{i,1} = 'DMMAOOH'; Gstr{i,2} = 'OH'; 
fDMMAOOH(i)=fDMMAOOH(i)-1; fOH(i)=fOH(i)-1; fMMF(i)=fMMF(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMAOOH + hv = DMMAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMMAOOH'; 
fDMMAOOH(i)=fDMMAOOH(i)-1; fDMMAO(i)=fDMMAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMANO3 + OH = MMF + NO2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'DMMANO3'; Gstr{i,2} = 'OH'; 
fDMMANO3(i)=fDMMANO3(i)-1; fOH(i)=fOH(i)-1; fMMF(i)=fMMF(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMANO3 + hv = DMMAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'DMMANO3'; 
fDMMANO3(i)=fDMMANO3(i)-1; fDMMAO(i)=fDMMAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMAO = MMF + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'DMMAO'; 
fDMMAO(i)=fDMMAO(i)-1; fMMF(i)=fMMF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMAOH + OH = MMF + HO2';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'DMMAOH'; Gstr{i,2} = 'OH'; 
fDMMAOH(i)=fDMMAOH(i)-1; fOH(i)=fOH(i)-1; fMMF(i)=fMMF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMF + OH = MMFO2';
k(:,i) = 3.29e-12;
Gstr{i,1} = 'MMF'; Gstr{i,2} = 'OH'; 
fMMF(i)=fMMF(i)-1; fOH(i)=fOH(i)-1; fMMFO2(i)=fMMFO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBOOH + OH = DMC + OH';
k(:,i) = 4.29e-11;
Gstr{i,1} = 'DMMBOOH'; Gstr{i,2} = 'OH'; 
fDMMBOOH(i)=fDMMBOOH(i)-1; fOH(i)=fOH(i)-1; fDMC(i)=fDMC(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMBOOH + hv = DMMBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMMBOOH'; 
fDMMBOOH(i)=fDMMBOOH(i)-1; fDMMBO(i)=fDMMBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMBNO3 + OH = DMC + NO2';
k(:,i) = 4.13e-12;
Gstr{i,1} = 'DMMBNO3'; Gstr{i,2} = 'OH'; 
fDMMBNO3(i)=fDMMBNO3(i)-1; fOH(i)=fOH(i)-1; fDMC(i)=fDMC(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBNO3 + hv = DMMBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'DMMBNO3'; 
fDMMBNO3(i)=fDMMBNO3(i)-1; fDMMBO(i)=fDMMBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBO = DMC + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'DMMBO'; 
fDMMBO(i)=fDMMBO(i)-1; fDMC(i)=fDMC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMBOH + OH = DMC + HO2';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'DMMBOH'; Gstr{i,2} = 'OH'; 
fDMMBOH(i)=fDMMBOH(i)-1; fOH(i)=fOH(i)-1; fDMC(i)=fDMC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCOOH + OH = DMCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DMCOOH'; Gstr{i,2} = 'OH'; 
fDMCOOH(i)=fDMCOOH(i)-1; fOH(i)=fOH(i)-1; fDMCO2(i)=fDMCO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCOOH + OH = MMCF + OH';
k(:,i) = 1.96e-11;
Gstr{i,1} = 'DMCOOH'; Gstr{i,2} = 'OH'; 
fDMCOOH(i)=fDMCOOH(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMCOOH + hv = DMCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMCOOH'; 
fDMCOOH(i)=fDMCOOH(i)-1; fDMCO(i)=fDMCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMCNO3 + OH = MMCF + NO2';
k(:,i) = 2.20e-13;
Gstr{i,1} = 'DMCNO3'; Gstr{i,2} = 'OH'; 
fDMCNO3(i)=fDMCNO3(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCNO3 + hv = DMCO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'DMCNO3'; 
fDMCNO3(i)=fDMCNO3(i)-1; fDMCO(i)=fDMCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCO = HCHO + CH3O';
k(:,i) = 2.70e14.*exp(-6765./T);
Gstr{i,1} = 'DMCO'; 
fDMCO(i)=fDMCO(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3O(i)=fCH3O(i)+1; 

i=i+1;
Rnames{i} = 'DMCO = MMCF + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'DMCO'; 
fDMCO(i)=fDMCO(i)-1; fMMCF(i)=fMMCF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMCOH + OH = MMCF + HO2';
k(:,i) = 5.53e-12;
Gstr{i,1} = 'DMCOH'; Gstr{i,2} = 'OH'; 
fDMCOH(i)=fDMCOH(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCF + OH = MMCFO2';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'MMCF'; Gstr{i,2} = 'OH'; 
fMMCF(i)=fMMCF(i)-1; fOH(i)=fOH(i)-1; fMMCFO2(i)=fMMCFO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2OOH + OH = CH3SCHO + OH';
k(:,i) = 7.03e-11;
Gstr{i,1} = 'CH3SCH2OOH'; Gstr{i,2} = 'OH'; 
fCH3SCH2OOH(i)=fCH3SCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCH3SCHO(i)=fCH3SCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2OOH + hv = CH3SCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3SCH2OOH'; 
fCH3SCH2OOH(i)=fCH3SCH2OOH(i)-1; fCH3SCH2O(i)=fCH3SCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2O = CH3S + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3SCH2O'; 
fCH3SCH2O(i)=fCH3SCH2O(i)-1; fCH3S(i)=fCH3S(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCH2OH + OH = CH3SCHO + HO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'CH3SCH2OH'; Gstr{i,2} = 'OH'; 
fCH3SCH2OH(i)=fCH3SCH2OH(i)-1; fOH(i)=fOH(i)-1; fCH3SCHO(i)=fCH3SCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCHO + OH = CH3S + CO';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'CH3SCHO'; Gstr{i,2} = 'OH'; 
fCH3SCHO(i)=fCH3SCHO(i)-1; fOH(i)=fOH(i)-1; fCH3S(i)=fCH3S(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SCHO + hv = CH3S + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CH3SCHO'; 
fCH3SCHO(i)=fCH3SCHO(i)-1; fCH3S(i)=fCH3S(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2 + OH = DMSO2O2';
k(:,i) = 4.40e-14;
Gstr{i,1} = 'DMSO2'; Gstr{i,2} = 'OH'; 
fDMSO2(i)=fDMSO2(i)-1; fOH(i)=fOH(i)-1; fDMSO2O2(i)=fDMSO2O2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO + OH = MSIA + CH3O2';
k(:,i) = 6.10e-12.*exp(800./T);
Gstr{i,1} = 'DMSO'; Gstr{i,2} = 'OH'; 
fDMSO(i)=fDMSO(i)-1; fOH(i)=fOH(i)-1; fMSIA(i)=fMSIA(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXOOH + OH = ETHOXO2';
k(:,i) = 7.15e-12;
Gstr{i,1} = 'ETHOXOOH'; Gstr{i,2} = 'OH'; 
fETHOXOOH(i)=fETHOXOOH(i)-1; fOH(i)=fOH(i)-1; fETHOXO2(i)=fETHOXO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHOXOOH + hv = CHOOCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETHOXOOH'; 
fETHOXOOH(i)=fETHOXOOH(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + HO2 = HOC2H4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'HO2'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC2H4CO2H(i)=fHOC2H4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + HO2 = HOC2H4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'HO2'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC2H4CO3H(i)=fHOC2H4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + HO2 = HOCH2CH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'HO2'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + NO = HOCH2CH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'NO'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fNO(i)=fNO(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + NO2 = C3PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'NO2'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC3PAN1(i)=fC3PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + NO3 = HOCH2CH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'NO3'; 
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + RO2 = HOC2H4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'RO2';
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fHOC2H4CO2H(i)=fHOC2H4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3 + RO2 = HOCH2CH2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HOC2H4CO3'; Gstr{i,2} = 'RO2';
fHOC2H4CO3(i)=fHOC2H4CO3(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + HO2 = HOIPRCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'HO2'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fHOIPRCO2H(i)=fHOIPRCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + HO2 = HOIPRCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'HO2'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fHOIPRCO3H(i)=fHOIPRCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + HO2 = HYPROPO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'HO2'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fHO2(i)=fHO2(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + NO = HYPROPO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'NO'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fNO(i)=fNO(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + NO2 = C4PAN4';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'NO2'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN4(i)=fC4PAN4(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + NO3 = HYPROPO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'NO3'; 
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fNO3(i)=fNO3(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + RO2 = HOIPRCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'RO2';
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fHOIPRCO2H(i)=fHOIPRCO2H(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3 + RO2 = HYPROPO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HOIPRCO3'; Gstr{i,2} = 'RO2';
fHOIPRCO3(i)=fHOIPRCO3(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + HO2 = HO13C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'HO2'; 
fHO13C5O2(i)=fHO13C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO13C5OOH(i)=fHO13C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + NO = HO13C5NO3';
k(:,i) = KRO2NO.*0.026;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'NO'; 
fHO13C5O2(i)=fHO13C5O2(i)-1; fNO(i)=fNO(i)-1; fHO13C5NO3(i)=fHO13C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + NO = HO13C5O + NO2';
k(:,i) = KRO2NO.*0.974;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'NO'; 
fHO13C5O2(i)=fHO13C5O2(i)-1; fNO(i)=fNO(i)-1; fHO13C5O(i)=fHO13C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + NO3 = HO13C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'NO3'; 
fHO13C5O2(i)=fHO13C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO13C5O(i)=fHO13C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + RO2 = HO134C5';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'RO2';
fHO13C5O2(i)=fHO13C5O2(i)-1; fHO134C5(i)=fHO134C5(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + RO2 = HO13C5O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'RO2';
fHO13C5O2(i)=fHO13C5O2(i)-1; fHO13C5O(i)=fHO13C5O(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O2 + RO2 = HO13CO4C5';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'HO13C5O2'; Gstr{i,2} = 'RO2';
fHO13C5O2(i)=fHO13C5O2(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + HO2 = HO3C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'HO2'; 
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C4CO3H(i)=fHO3C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + HO2 = HO3C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'HO2'; 
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + NO = HO3C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'NO'; 
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fNO(i)=fNO(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + NO2 = C5PAN8';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'NO2'; 
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN8(i)=fC5PAN8(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + NO3 = HO3C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'NO3'; 
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3 + RO2 = HO3C4O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO3C4CO3'; Gstr{i,2} = 'RO2';
fHO3C4CO3(i)=fHO3C4CO3(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUT2CO2H = SC4H9O2';
k(:,i) = 6.26e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUT2CO2H'; 
fOH(i)=fOH(i)-1; fBUT2CO2H(i)=fBUT2CO2H(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'BUT2CO3H + hv = SC4H9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUT2CO3H'; 
fBUT2CO3H(i)=fBUT2CO3H(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BUT2CO3H = BUT2CO3';
k(:,i) = 9.72e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BUT2CO3H'; 
fOH(i)=fOH(i)-1; fBUT2CO3H(i)=fBUT2CO3H(i)-1; fBUT2CO3(i)=fBUT2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN4 = BUT2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN4'; 
fC5PAN4(i)=fC5PAN4(i)-1; fBUT2CO3(i)=fBUT2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN4 = MEK + CO + NO2';
k(:,i) = 2.20e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN4'; 
fOH(i)=fOH(i)-1; fC5PAN4(i)=fC5PAN4(i)-1; fMEK(i)=fMEK(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO2H + OH = IC4H9O2';
k(:,i) = 8.88e-12;
Gstr{i,1} = 'C3ME3CO2H'; Gstr{i,2} = 'OH'; 
fC3ME3CO2H(i)=fC3ME3CO2H(i)-1; fOH(i)=fOH(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3H + OH = C3ME3CO3';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'C3ME3CO3H'; Gstr{i,2} = 'OH'; 
fC3ME3CO3H(i)=fC3ME3CO3H(i)-1; fOH(i)=fOH(i)-1; fC3ME3CO3(i)=fC3ME3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CO3H + hv = IC4H9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3ME3CO3H'; 
fC3ME3CO3H(i)=fC3ME3CO3H(i)-1; fIC4H9O2(i)=fIC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3PAN + OH = IPRCHO + CO + NO2';
k(:,i) = 3.07e-12;
Gstr{i,1} = 'C3ME3PAN'; Gstr{i,2} = 'OH'; 
fC3ME3PAN(i)=fC3ME3PAN(i)-1; fOH(i)=fOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3PAN = C3ME3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3ME3PAN'; 
fC3ME3PAN(i)=fC3ME3PAN(i)-1; fC3ME3CO3(i)=fC3ME3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHOOOH + OH = C3ME3CHOO2';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'C3M3CHOOOH'; Gstr{i,2} = 'OH'; 
fC3M3CHOOOH(i)=fC3M3CHOOOH(i)-1; fOH(i)=fOH(i)-1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHOOOH + hv = C3ME3CHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3M3CHOOOH'; 
fC3M3CHOOOH(i)=fC3M3CHOOOH(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHOOOH + hv = C3ME3CHOO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C3M3CHOOOH'; 
fC3M3CHOOOH(i)=fC3M3CHOOOH(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHONO3 + OH = GLYOX + CH3COCH3 + NO2';
k(:,i) = 2.10e-11;
Gstr{i,1} = 'C3M3CHONO3'; Gstr{i,2} = 'OH'; 
fC3M3CHONO3(i)=fC3M3CHONO3(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHONO3 + hv = C3ME3CHOO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C3M3CHONO3'; 
fC3M3CHONO3(i)=fC3M3CHONO3(i)-1; fC3ME3CHOO(i)=fC3ME3CHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3CHONO3 + hv = MPRBNO3O2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C3M3CHONO3'; 
fC3M3CHONO3(i)=fC3M3CHONO3(i)-1; fMPRBNO3O2(i)=fMPRBNO3O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3ME3CHOO = HCOCH2O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C3ME3CHOO'; 
fC3ME3CHOO(i)=fC3ME3CHOO(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'IPRGLYOX + NO3 = IPRCO3 + CO + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'IPRGLYOX'; Gstr{i,2} = 'NO3'; 
fIPRGLYOX(i)=fIPRGLYOX(i)-1; fNO3(i)=fNO3(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRGLYOX + OH = IPRCO3 + CO';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'IPRGLYOX'; Gstr{i,2} = 'OH'; 
fIPRGLYOX(i)=fIPRGLYOX(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPRGLYOX + hv = IPRCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'IPRGLYOX'; 
fIPRGLYOX(i)=fIPRGLYOX(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + HO2 = C54OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'HO2'; 
fC54O2(i)=fC54O2(i)-1; fHO2(i)=fHO2(i)-1; fC54OOH(i)=fC54OOH(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + NO = C54NO3';
k(:,i) = KRO2NO.*0.010;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'NO'; 
fC54O2(i)=fC54O2(i)-1; fNO(i)=fNO(i)-1; fC54NO3(i)=fC54NO3(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + NO = C54O + NO2';
k(:,i) = KRO2NO.*0.990;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'NO'; 
fC54O2(i)=fC54O2(i)-1; fNO(i)=fNO(i)-1; fC54O(i)=fC54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + NO3 = C54O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'NO3'; 
fC54O2(i)=fC54O2(i)-1; fNO3(i)=fNO3(i)-1; fC54O(i)=fC54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + RO2 = C54O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'RO2';
fC54O2(i)=fC54O2(i)-1; fC54O(i)=fC54O(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + RO2 = C54OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'RO2';
fC54O2(i)=fC54O2(i)-1; fC54OH(i)=fC54OH(i)+1; 

i=i+1;
Rnames{i} = 'C54O2 + RO2 = H13C43CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C54O2'; Gstr{i,2} = 'RO2';
fC54O2(i)=fC54O2(i)-1; fH13C43CHO(i)=fH13C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + HO2 = H2M2C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'HO2'; 
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M2C3CO3H(i)=fH2M2C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + HO2 = TBUTOLO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'HO2'; 
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + NO = TBUTOLO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'NO'; 
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fNO(i)=fNO(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + NO2 = C5PAN11';
k(:,i) = KFPAN;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'NO2'; 
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN11(i)=fC5PAN11(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + NO3 = TBUTOLO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'NO3'; 
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3 + RO2 = TBUTOLO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H2M2C3CO3'; Gstr{i,2} = 'RO2';
fH2M2C3CO3(i)=fH2M2C3CO3(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + HO2 = MEK + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'HO2'; 
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fHO2(i)=fHO2(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + HO2 = PROL1MCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'HO2'; 
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fHO2(i)=fHO2(i)-1; fPROL1MCO3H(i)=fPROL1MCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + NO = MEK + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'NO'; 
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fNO(i)=fNO(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + NO2 = PROL1MPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'NO2'; 
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fNO2(i)=fNO2(i)-1; fPROL1MPAN(i)=fPROL1MPAN(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + NO3 = MEK + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'NO3'; 
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fNO3(i)=fNO3(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3 + RO2 = MEK + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'PROL1MCO3'; Gstr{i,2} = 'RO2';
fPROL1MCO3(i)=fPROL1MCO3(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + HO2 = C56OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'HO2'; 
fC56O2(i)=fC56O2(i)-1; fHO2(i)=fHO2(i)-1; fC56OOH(i)=fC56OOH(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + NO = C56NO3';
k(:,i) = KRO2NO.*0.010;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'NO'; 
fC56O2(i)=fC56O2(i)-1; fNO(i)=fNO(i)-1; fC56NO3(i)=fC56NO3(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + NO = C56O + NO2';
k(:,i) = KRO2NO.*0.990;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'NO'; 
fC56O2(i)=fC56O2(i)-1; fNO(i)=fNO(i)-1; fC56O(i)=fC56O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + NO3 = C56O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'NO3'; 
fC56O2(i)=fC56O2(i)-1; fNO3(i)=fNO3(i)-1; fC56O(i)=fC56O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + RO2 = C42CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'RO2';
fC56O2(i)=fC56O2(i)-1; fC42CHO(i)=fC42CHO(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + RO2 = C56O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'RO2';
fC56O2(i)=fC56O2(i)-1; fC56O(i)=fC56O(i)+1; 

i=i+1;
Rnames{i} = 'C56O2 + RO2 = C56OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C56O2'; Gstr{i,2} = 'RO2';
fC56O2(i)=fC56O2(i)-1; fC56OH(i)=fC56OH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + HO2 = BUT2OLO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'HO2'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + HO2 = HO2C43CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'HO2'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C43CO2H(i)=fHO2C43CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + HO2 = HO2C43CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'HO2'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C43CO3H(i)=fHO2C43CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + NO = BUT2OLO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'NO'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fNO(i)=fNO(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + NO2 = C5PAN14';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'NO2'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN14(i)=fC5PAN14(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + NO3 = BUT2OLO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'NO3'; 
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fNO3(i)=fNO3(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + RO2 = BUT2OLO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'RO2';
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3 + RO2 = HO2C43CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HO2C43CO3'; Gstr{i,2} = 'RO2';
fHO2C43CO3(i)=fHO2C43CO3(i)-1; fHO2C43CO2H(i)=fHO2C43CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C6DIAL + NO3 = CHOC4CO3 + HNO3';
k(:,i) = 2.*KNO3AL.*5.5;
Gstr{i,1} = 'C6DIAL'; Gstr{i,2} = 'NO3'; 
fC6DIAL(i)=fC6DIAL(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4CO3(i)=fCHOC4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C6DIAL + OH = C6DIALO2';
k(:,i) = 5.22e-11.*0.178;
Gstr{i,1} = 'C6DIAL'; Gstr{i,2} = 'OH'; 
fC6DIAL(i)=fC6DIAL(i)-1; fOH(i)=fOH(i)-1; fC6DIALO2(i)=fC6DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIAL + OH = CHOC4CO3';
k(:,i) = 5.22e-11.*0.822;
Gstr{i,1} = 'C6DIAL'; Gstr{i,2} = 'OH'; 
fC6DIAL(i)=fC6DIAL(i)-1; fOH(i)=fOH(i)-1; fCHOC4CO3(i)=fCHOC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6DIAL + hv = CHOC4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C6DIAL'; 
fC6DIAL(i)=fC6DIAL(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONE + OH = CYC6DIONO2';
k(:,i) = 1.07e-11;
Gstr{i,1} = 'CYC6DIONE'; Gstr{i,2} = 'OH'; 
fCYC6DIONE(i)=fCYC6DIONE(i)-1; fOH(i)=fOH(i)-1; fCYC6DIONO2(i)=fCYC6DIONO2(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONE + hv = C4H6 + CO + CO';
k(:,i) = J22;
Gstr{i,1} = 'CYC6DIONE'; 
fCYC6DIONE(i)=fCYC6DIONE(i)-1; fC4H6(i)=fC4H6(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + ALLYLOH = ACR + HO2';
k(:,i) = 2.59e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ALLYLOH'; 
fOH(i)=fOH(i)-1; fALLYLOH(i)=fALLYLOH(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKCOOHO2 + HO2 = MBKCOOHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBKCOOHO2'; Gstr{i,2} = 'HO2'; 
fMIBKCOOHO2(i)=fMIBKCOOHO2(i)-1; fHO2(i)=fHO2(i)-1; fMBKCOOHOOH(i)=fMBKCOOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKCOOHO2 + NO = MIBKCOOHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIBKCOOHO2'; Gstr{i,2} = 'NO'; 
fMIBKCOOHO2(i)=fMIBKCOOHO2(i)-1; fNO(i)=fNO(i)-1; fMIBKCOOHO(i)=fMIBKCOOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKCOOHO2 + NO3 = MIBKCOOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBKCOOHO2'; Gstr{i,2} = 'NO3'; 
fMIBKCOOHO2(i)=fMIBKCOOHO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBKCOOHO(i)=fMIBKCOOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBKCOOHO2 + RO2 = MIBKCOOHO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'MIBKCOOHO2'; Gstr{i,2} = 'RO2';
fMIBKCOOHO2(i)=fMIBKCOOHO2(i)-1; fMIBKCOOHO(i)=fMIBKCOOHO(i)+1; 

i=i+1;
Rnames{i} = 'C64O = HCHO + HO2 + CO24C5';
k(:,i) = 2.00e14.*exp(-5902./T);
Gstr{i,1} = 'C64O'; 
fC64O(i)=fC64O(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO24C5(i)=fCO24C5(i)+1; 

i=i+1;
Rnames{i} = 'C65O = CO24C5 + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C65O'; 
fC65O(i)=fC65O(i)-1; fCO24C5(i)=fCO24C5(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO2H + OH = HCHO + HO2';
k(:,i) = 2.73e-12;
Gstr{i,1} = 'HOCH2CO2H'; Gstr{i,2} = 'OH'; 
fHOCH2CO2H(i)=fHOCH2CO2H(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3H + OH = HOCH2CO3';
k(:,i) = 6.19e-12;
Gstr{i,1} = 'HOCH2CO3H'; Gstr{i,2} = 'OH'; 
fHOCH2CO3H(i)=fHOCH2CO3H(i)-1; fOH(i)=fOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2CO3H + hv = HCHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOCH2CO3H'; 
fHOCH2CO3H(i)=fHOCH2CO3H(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHAN + OH = HCHO + CO + NO2';
k(:,i) = 1.12e-12;
Gstr{i,1} = 'PHAN'; Gstr{i,2} = 'OH'; 
fPHAN(i)=fPHAN(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHAN = HOCH2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PHAN'; 
fPHAN(i)=fPHAN(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLPER + OH = CH3CHOHCO3';
k(:,i) = 9.34e-12;
Gstr{i,1} = 'IPROPOLPER'; Gstr{i,2} = 'OH'; 
fIPROPOLPER(i)=fIPROPOLPER(i)-1; fOH(i)=fOH(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLPER + hv = CH3CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPROPOLPER'; 
fIPROPOLPER(i)=fIPROPOLPER(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLPAN + OH = CH3CHO + CO + NO2';
k(:,i) = 2.34e-12;
Gstr{i,1} = 'IPROPOLPAN'; Gstr{i,2} = 'OH'; 
fIPROPOLPAN(i)=fIPROPOLPAN(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROPOLPAN = CH3CHOHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IPROPOLPAN'; 
fIPROPOLPAN(i)=fIPROPOLPAN(i)-1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O = CH3COCH3 + NO3CH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C4MCONO3O'; 
fC4MCONO3O(i)=fC4MCONO3O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + HO2 = IBUTALOH + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'HO2'; 
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + HO2 = NC4OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'HO2'; 
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fNC4OHCO3H(i)=fNC4OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + NO = IBUTALOH + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'NO'; 
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fNO(i)=fNO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + NO2 = NC4OHCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'NO2'; 
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fNC4OHCPAN(i)=fNC4OHCPAN(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + NO3 = IBUTALOH + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'NO3'; 
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3 + RO2 = IBUTALOH + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'NC4OHCO3'; Gstr{i,2} = 'RO2';
fNC4OHCO3(i)=fNC4OHCO3(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO2H + OH = CH3COCH3 + HO2';
k(:,i) = 1.72e-12;
Gstr{i,1} = 'IPRHOCO2H'; Gstr{i,2} = 'OH'; 
fIPRHOCO2H(i)=fIPRHOCO2H(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRHOCO3H + hv = CH3COCH3 + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRHOCO3H'; 
fIPRHOCO3H(i)=fIPRHOCO3H(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IPRHOCO3H = IPRHOCO3';
k(:,i) = 4.80e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IPRHOCO3H'; 
fOH(i)=fOH(i)-1; fIPRHOCO3H(i)=fIPRHOCO3H(i)-1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN5 = IPRHOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN5'; 
fC4PAN5(i)=fC4PAN5(i)-1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN5 = CH3COCH3 + CO + NO2';
k(:,i) = 4.75e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN5'; 
fOH(i)=fOH(i)-1; fC4PAN5(i)=fC4PAN5(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MBOCOCO + OH = CO + IPRHOCO3';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'MBOCOCO'; Gstr{i,2} = 'OH'; 
fMBOCOCO(i)=fMBOCOCO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'MBOCOCO + hv = CO + HO2 + IPRHOCO3';
k(:,i) = J34;
Gstr{i,1} = 'MBOCOCO'; 
fMBOCOCO(i)=fMBOCOCO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + HO2 = C4OH2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'HO2'; 
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4OH2CO3H(i)=fC4OH2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + HO2 = IBUTALOH + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'HO2'; 
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + NO = IBUTALOH + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'NO'; 
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fNO(i)=fNO(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + NO2 = C4OH2CPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'NO2'; 
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4OH2CPAN(i)=fC4OH2CPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + NO3 = IBUTALOH + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'NO3'; 
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3 + RO2 = IBUTALOH + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4OH2CO3'; Gstr{i,2} = 'RO2';
fC4OH2CO3(i)=fC4OH2CO3(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + HO2 = CH3COCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'HO2'; 
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + HO2 = CO2C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'HO2'; 
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C3CO3H(i)=fCO2C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + NO = CH3COCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'NO'; 
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fNO(i)=fNO(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + NO2 = CO2C3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'NO2'; 
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fCO2C3PAN(i)=fCO2C3PAN(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + NO3 = CH3COCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'NO3'; 
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3 + RO2 = CH3COCH2O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO2C3CO3'; Gstr{i,2} = 'RO2';
fCO2C3CO3(i)=fCO2C3CO3(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + HO2 = HO2C3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'HO2'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C3CO2H(i)=fHO2C3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + HO2 = HO2C3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'HO2'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C3CO3H(i)=fHO2C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + HO2 = IPROPOLO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'HO2'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + NO = IPROPOLO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'NO'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fNO(i)=fNO(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + NO2 = C4PAN3';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'NO2'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN3(i)=fC4PAN3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + NO3 = IPROPOLO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'NO3'; 
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + RO2 = HO2C3CO3H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'RO2';
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fHO2C3CO3H(i)=fHO2C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3 + RO2 = IPROPOLO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HO2C3CO3'; Gstr{i,2} = 'RO2';
fHO2C3CO3(i)=fHO2C3CO3(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + HO2 = PROPALO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'HO2'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + HO2 = PRPAL2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'HO2'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fPRPAL2CO2H(i)=fPRPAL2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + HO2 = PRPAL2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'HO2'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fPRPAL2CO3H(i)=fPRPAL2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + NO = PROPALO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'NO'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fNO(i)=fNO(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + NO2 = IBUDIALPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'NO2'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fNO2(i)=fNO2(i)-1; fIBUDIALPAN(i)=fIBUDIALPAN(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + NO3 = PROPALO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'NO3'; 
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fNO3(i)=fNO3(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + RO2 = PROPALO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'RO2';
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALCO3 + RO2 = PRPAL2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'IBUDIALCO3'; Gstr{i,2} = 'RO2';
fIBUDIALCO3(i)=fIBUDIALCO3(i)-1; fPRPAL2CO2H(i)=fPRPAL2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + HO2 = PROPALOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'HO2'; 
fPROPALO2(i)=fPROPALO2(i)-1; fHO2(i)=fHO2(i)-1; fPROPALOOH(i)=fPROPALOOH(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + NO = PROPALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'NO'; 
fPROPALO2(i)=fPROPALO2(i)-1; fNO(i)=fNO(i)-1; fPROPALO(i)=fPROPALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + NO3 = PROPALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'NO3'; 
fPROPALO2(i)=fPROPALO2(i)-1; fNO3(i)=fNO3(i)-1; fPROPALO(i)=fPROPALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + RO2 = CH3CHOHCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'RO2';
fPROPALO2(i)=fPROPALO2(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + RO2 = MGLYOX';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'RO2';
fPROPALO2(i)=fPROPALO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO2 + RO2 = PROPALO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'PROPALO2'; Gstr{i,2} = 'RO2';
fPROPALO2(i)=fPROPALO2(i)-1; fPROPALO(i)=fPROPALO(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + HO2 = CO3C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3C4CO2H(i)=fCO3C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + HO2 = CO3C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3C4CO3H(i)=fCO3C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + HO2 = MEKCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + NO = MEKCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'NO'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fNO(i)=fNO(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + NO2 = C5PAN16';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'NO2'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN16(i)=fC5PAN16(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + NO3 = MEKCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'NO3'; 
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + RO2 = CO3C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'RO2';
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fCO3C4CO2H(i)=fCO3C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3 + RO2 = MEKCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO3C4CO3'; Gstr{i,2} = 'RO2';
fCO3C4CO3(i)=fCO3C4CO3(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + HO2 = HO1C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'HO2'; 
fHO1C4O2(i)=fHO1C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHO1C4OOH(i)=fHO1C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + NO = HO1C4NO3';
k(:,i) = KRO2NO.*0.013;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'NO'; 
fHO1C4O2(i)=fHO1C4O2(i)-1; fNO(i)=fNO(i)-1; fHO1C4NO3(i)=fHO1C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + NO = HO1C4O + NO2';
k(:,i) = KRO2NO.*0.987;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'NO'; 
fHO1C4O2(i)=fHO1C4O2(i)-1; fNO(i)=fNO(i)-1; fHO1C4O(i)=fHO1C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + NO3 = HO1C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'NO3'; 
fHO1C4O2(i)=fHO1C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1C4O(i)=fHO1C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + RO2 = HO1C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'RO2';
fHO1C4O2(i)=fHO1C4O2(i)-1; fHO1C4O(i)=fHO1C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + RO2 = HOC3H6CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'RO2';
fHO1C4O2(i)=fHO1C4O2(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O2 + RO2 = HOC4H8OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO1C4O2'; Gstr{i,2} = 'RO2';
fHO1C4O2(i)=fHO1C4O2(i)-1; fHOC4H8OH(i)=fHOC4H8OH(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + HO2 = A2PANO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'HO2'; 
fA2PANOO(i)=fA2PANOO(i)-1; fHO2(i)=fHO2(i)-1; fA2PANO(i)=fA2PANO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + HO2 = C2OHOCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'HO2'; 
fA2PANOO(i)=fA2PANOO(i)-1; fHO2(i)=fHO2(i)-1; fC2OHOCO2H(i)=fC2OHOCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + HO2 = C2OHOCOOH';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'HO2'; 
fA2PANOO(i)=fA2PANOO(i)-1; fHO2(i)=fHO2(i)-1; fC2OHOCOOH(i)=fC2OHOCOOH(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + NO = A2PANO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'NO'; 
fA2PANOO(i)=fA2PANOO(i)-1; fNO(i)=fNO(i)-1; fA2PANO(i)=fA2PANO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + NO2 = A2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'NO2'; 
fA2PANOO(i)=fA2PANOO(i)-1; fNO2(i)=fNO2(i)-1; fA2PAN(i)=fA2PAN(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + NO3 =  A2PANO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'NO3'; 
fA2PANOO(i)=fA2PANOO(i)-1; fNO3(i)=fNO3(i)-1; fA2PANO(i)=fA2PANO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + RO2 = A2PANO';
k(:,i) = 1.00E-11.*0.7;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'RO2';
fA2PANOO(i)=fA2PANOO(i)-1; fA2PANO(i)=fA2PANO(i)+1; 

i=i+1;
Rnames{i} = 'A2PANOO + RO2 = C2OHOCO2H';
k(:,i) = 1.00E-11.*0.3;
Gstr{i,1} = 'A2PANOO'; Gstr{i,2} = 'RO2';
fA2PANOO(i)=fA2PANOO(i)-1; fC2OHOCO2H(i)=fC2OHOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + HO2 = GLYOX + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'HO2'; 
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + HO2 = HCOCOHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'HO2'; 
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCOHCO3H(i)=fHCOCOHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + NO = GLYOX + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'NO'; 
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fNO(i)=fNO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + NO2 = HCOCOHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'NO2'; 
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fNO2(i)=fNO2(i)-1; fHCOCOHPAN(i)=fHCOCOHPAN(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + NO3 = GLYOX + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'NO3'; 
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fNO3(i)=fNO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3 + RO2 = GLYOX + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HCOCOHCO3'; Gstr{i,2} = 'RO2';
fHCOCOHCO3(i)=fHCOCOHCO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMGLYOX + hv = NO2 + HCHO + CO + CO + HO2';
k(:,i) = J53;
Gstr{i,1} = 'NMGLYOX'; 
fNMGLYOX(i)=fNMGLYOX(i)-1; fNO2(i)=fNO2(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMGLYOX + hv = NO3CH2CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'NMGLYOX'; 
fNMGLYOX(i)=fNMGLYOX(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + NMGLYOX = NO3CH2CO3 + CO + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'NMGLYOX'; 
fNO3(i)=fNO3(i)-1; fNMGLYOX(i)=fNMGLYOX(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + NMGLYOX = NO3CH2CO3 + CO';
k(:,i) = 1.24e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NMGLYOX'; 
fOH(i)=fOH(i)-1; fNMGLYOX(i)=fNMGLYOX(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + HO2 = HCOCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'HO2'; 
fHCOCO3(i)=fHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + HO2 = HCOCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'HO2'; 
fHCOCO3(i)=fHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCO3H(i)=fHCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + HO2 = HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'HO2'; 
fHCOCO3(i)=fHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + NO = HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'NO'; 
fHCOCO3(i)=fHCOCO3(i)-1; fNO(i)=fNO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + NO2 = HO2 + CO + NO3';
k(:,i) = KFPAN;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'NO2'; 
fHCOCO3(i)=fHCOCO3(i)-1; fNO2(i)=fNO2(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + NO3 = HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'NO3'; 
fHCOCO3(i)=fHCOCO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + RO2 = CO + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'RO2';
fHCOCO3(i)=fHCOCO3(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3 + RO2 = HCOCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HCOCO3'; Gstr{i,2} = 'RO2';
fHCOCO3(i)=fHCOCO3(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO2H + hv = HO2 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'HCOCO2H'; 
fHCOCO2H(i)=fHCOCO2H(i)-1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOCO2H = CO + HO2';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOCO2H'; 
fOH(i)=fOH(i)-1; fHCOCO2H(i)=fHCOCO2H(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HMML = CH3CO3 + HCOOH';
k(:,i) = 4.33e-12.*0.3;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HMML'; 
fOH(i)=fOH(i)-1; fHMML(i)=fHMML(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOOH(i)=fHCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HMML = MGLYOX + OH';
k(:,i) = 4.33e-12.*0.7;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HMML'; 
fOH(i)=fOH(i)-1; fHMML(i)=fHMML(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MAE = CH3COCH2O2';
k(:,i) = 8.83e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MAE'; 
fOH(i)=fOH(i)-1; fMAE(i)=fMAE(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CHO + OH = CONM2CO3';
k(:,i) = 6.78e-12;
Gstr{i,1} = 'CONM2CHO'; Gstr{i,2} = 'OH'; 
fCONM2CHO(i)=fCONM2CHO(i)-1; fOH(i)=fOH(i)-1; fCONM2CO3(i)=fCONM2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CHO + hv = MGLYOX + NO2 + CO + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CONM2CHO'; 
fCONM2CHO(i)=fCONM2CHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + HO2 = ACETOL + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'HO2'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fHO2(i)=fHO2(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + HO2 = MACRNCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'HO2'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNCO2H(i)=fMACRNCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + HO2 = MACRNCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'HO2'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNCO3H(i)=fMACRNCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + NO = ACETOL + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'NO'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fNO(i)=fNO(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + NO2 = MACRNPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'NO2'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fNO2(i)=fNO2(i)-1; fMACRNPAN(i)=fMACRNPAN(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + NO3 = ACETOL + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'NO3'; 
fMACRNCO3(i)=fMACRNCO3(i)-1; fNO3(i)=fNO3(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + RO2 = ACETOL + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'RO2';
fMACRNCO3(i)=fMACRNCO3(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3 + RO2 = MACRNCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MACRNCO3'; Gstr{i,2} = 'RO2';
fMACRNCO3(i)=fMACRNCO3(i)-1; fMACRNCO2H(i)=fMACRNCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + HO2 = MACRNBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'HO2'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNBCO2H(i)=fMACRNBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + HO2 = MACRNBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'HO2'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNBCO3H(i)=fMACRNBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + HO2 = NOA + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'HO2'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + NO = NOA + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'NO'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fNO(i)=fNO(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + NO2 = MACRNBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'NO2'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fNO2(i)=fNO2(i)-1; fMACRNBPAN(i)=fMACRNBPAN(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + NO3 = NOA + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'NO3'; 
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fNO3(i)=fNO3(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + RO2 = MACRNBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'RO2';
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fMACRNBCO2H(i)=fMACRNBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3 + RO2 = NOA + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MACRNBCO3'; Gstr{i,2} = 'RO2';
fMACRNBCO3(i)=fMACRNBCO3(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + HO2 = CHOMOHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'HO2'; 
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOMOHCO3H(i)=fCHOMOHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + HO2 = MGLYOX + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'HO2'; 
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + NO = MGLYOX + NO2 + HO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'NO'; 
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + NO2 = CHOMOHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'NO2'; 
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fNO2(i)=fNO2(i)-1; fCHOMOHPAN(i)=fCHOMOHPAN(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + NO3 = MGLYOX + NO2 + HO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'NO3'; 
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fNO3(i)=fNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3 + RO2 = MGLYOX + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CHOMOHCO3'; Gstr{i,2} = 'RO2';
fCHOMOHCO3(i)=fCHOMOHCO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O = GLYOX + CH3CO3';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4CO2O'; 
fC4CO2O(i)=fC4CO2O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O = MGLYOX + HO2 + CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4CO2O'; 
fC4CO2O(i)=fC4CO2O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + HO2 = CO2H3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'HO2'; 
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2H3CO3H(i)=fCO2H3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + HO2 = MGLYOX + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'HO2'; 
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + NO = MGLYOX + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'NO'; 
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + NO2 = C4PAN6';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'NO2'; 
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN6(i)=fC4PAN6(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + NO3 = MGLYOX + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'NO3'; 
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fNO3(i)=fNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3 + RO2 = MGLYOX + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO2H3CO3'; Gstr{i,2} = 'RO2';
fCO2H3CO3(i)=fCO2H3CO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + HO2 = HO1C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'HO2'; 
fHO1C5O2(i)=fHO1C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO1C5OOH(i)=fHO1C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + NO = HO1C5NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'NO'; 
fHO1C5O2(i)=fHO1C5O2(i)-1; fNO(i)=fNO(i)-1; fHO1C5NO3(i)=fHO1C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + NO = HO1C5O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'NO'; 
fHO1C5O2(i)=fHO1C5O2(i)-1; fNO(i)=fNO(i)-1; fHO1C5O(i)=fHO1C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + NO3 = HO1C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'NO3'; 
fHO1C5O2(i)=fHO1C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1C5O(i)=fHO1C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + RO2 = CO2C5OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'RO2';
fHO1C5O2(i)=fHO1C5O2(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + RO2 = HO1C5O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'RO2';
fHO1C5O2(i)=fHO1C5O2(i)-1; fHO1C5O(i)=fHO1C5O(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O2 + RO2 = HO2C5OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1C5O2'; Gstr{i,2} = 'RO2';
fHO1C5O2(i)=fHO1C5O2(i)-1; fHO2C5OH(i)=fHO2C5OH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + HO2 = HO2C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'HO2'; 
fHO2C5O2(i)=fHO2C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2C5OOH(i)=fHO2C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + NO = HO2C5NO3';
k(:,i) = KRO2NO.*0.021;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'NO'; 
fHO2C5O2(i)=fHO2C5O2(i)-1; fNO(i)=fNO(i)-1; fHO2C5NO3(i)=fHO2C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + NO = HO2C5O + NO2';
k(:,i) = KRO2NO.*0.979;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'NO'; 
fHO2C5O2(i)=fHO2C5O2(i)-1; fNO(i)=fNO(i)-1; fHO2C5O(i)=fHO2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + NO3 = HO2C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'NO3'; 
fHO2C5O2(i)=fHO2C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2C5O(i)=fHO2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + RO2 = HO2C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'RO2';
fHO2C5O2(i)=fHO2C5O2(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + RO2 = HO2C5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'RO2';
fHO2C5O2(i)=fHO2C5O2(i)-1; fHO2C5O(i)=fHO2C5O(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O2 + RO2 = HO2C5OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2C5O2'; Gstr{i,2} = 'RO2';
fHO2C5O2(i)=fHO2C5O2(i)-1; fHO2C5OH(i)=fHO2C5OH(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + HO2 = C52OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'HO2'; 
fC52O2(i)=fC52O2(i)-1; fHO2(i)=fHO2(i)-1; fC52OOH(i)=fC52OOH(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + NO = C52NO3';
k(:,i) = KRO2NO.*0.021;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'NO'; 
fC52O2(i)=fC52O2(i)-1; fNO(i)=fNO(i)-1; fC52NO3(i)=fC52NO3(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + NO = C52O + NO2';
k(:,i) = KRO2NO.*0.979;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'NO'; 
fC52O2(i)=fC52O2(i)-1; fNO(i)=fNO(i)-1; fC52O(i)=fC52O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + NO3 = C52O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'NO3'; 
fC52O2(i)=fC52O2(i)-1; fNO3(i)=fNO3(i)-1; fC52O(i)=fC52O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + RO2 = C52O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'RO2';
fC52O2(i)=fC52O2(i)-1; fC52O(i)=fC52O(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + RO2 = C52OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'RO2';
fC52O2(i)=fC52O2(i)-1; fC52OH(i)=fC52OH(i)+1; 

i=i+1;
Rnames{i} = 'C52O2 + RO2 = HOIBUTCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C52O2'; Gstr{i,2} = 'RO2';
fC52O2(i)=fC52O2(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + HO2 = TBUTCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'HO2'; 
fTBUTCO3(i)=fTBUTCO3(i)-1; fHO2(i)=fHO2(i)-1; fTBUTCO3H(i)=fTBUTCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + HO2 = TC4H9O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'HO2'; 
fTBUTCO3(i)=fTBUTCO3(i)-1; fHO2(i)=fHO2(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + NO = TC4H9O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'NO'; 
fTBUTCO3(i)=fTBUTCO3(i)-1; fNO(i)=fNO(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + NO2 = C5PAN6';
k(:,i) = KFPAN;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'NO2'; 
fTBUTCO3(i)=fTBUTCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN6(i)=fC5PAN6(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + NO3 = TC4H9O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'NO3'; 
fTBUTCO3(i)=fTBUTCO3(i)-1; fNO3(i)=fNO3(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3 + RO2 = TC4H9O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'TBUTCO3'; Gstr{i,2} = 'RO2';
fTBUTCO3(i)=fTBUTCO3(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + HO2 = HO1C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'HO2'; 
fHO1C6O2(i)=fHO1C6O2(i)-1; fHO2(i)=fHO2(i)-1; fHO1C6OOH(i)=fHO1C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + NO = HO1C6NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'NO'; 
fHO1C6O2(i)=fHO1C6O2(i)-1; fNO(i)=fNO(i)-1; fHO1C6NO3(i)=fHO1C6NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + NO = HO1C6O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'NO'; 
fHO1C6O2(i)=fHO1C6O2(i)-1; fNO(i)=fNO(i)-1; fHO1C6O(i)=fHO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + NO3 = HO1C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'NO3'; 
fHO1C6O2(i)=fHO1C6O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1C6O(i)=fHO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + RO2 = HO14C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'RO2';
fHO1C6O2(i)=fHO1C6O2(i)-1; fHO14C6(i)=fHO14C6(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + RO2 = HO1C6O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'RO2';
fHO1C6O2(i)=fHO1C6O2(i)-1; fHO1C6O(i)=fHO1C6O(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O2 + RO2 = HO1CO4C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1C6O2'; Gstr{i,2} = 'RO2';
fHO1C6O2(i)=fHO1C6O2(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + HO2 = C5H11CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'HO2'; 
fC5H11CO3(i)=fC5H11CO3(i)-1; fHO2(i)=fHO2(i)-1; fC5H11CO3H(i)=fC5H11CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + HO2 = PEAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'HO2'; 
fC5H11CO3(i)=fC5H11CO3(i)-1; fHO2(i)=fHO2(i)-1; fPEAO2(i)=fPEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + NO = PEAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'NO'; 
fC5H11CO3(i)=fC5H11CO3(i)-1; fNO(i)=fNO(i)-1; fPEAO2(i)=fPEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + NO2 = PHXN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'NO2'; 
fC5H11CO3(i)=fC5H11CO3(i)-1; fNO2(i)=fNO2(i)-1; fPHXN(i)=fPHXN(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + NO3 = PEAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'NO3'; 
fC5H11CO3(i)=fC5H11CO3(i)-1; fNO3(i)=fNO3(i)-1; fPEAO2(i)=fPEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3 + RO2 = PEAO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5H11CO3'; Gstr{i,2} = 'RO2';
fC5H11CO3(i)=fC5H11CO3(i)-1; fPEAO2(i)=fPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + HO2 = HO2C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'HO2'; 
fHO2C6O2(i)=fHO2C6O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2C6OOH(i)=fHO2C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + NO = HO2C6NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'NO'; 
fHO2C6O2(i)=fHO2C6O2(i)-1; fNO(i)=fNO(i)-1; fHO2C6NO3(i)=fHO2C6NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + NO = HO2C6O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'NO'; 
fHO2C6O2(i)=fHO2C6O2(i)-1; fNO(i)=fNO(i)-1; fHO2C6O(i)=fHO2C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + NO3 = HO2C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'NO3'; 
fHO2C6O2(i)=fHO2C6O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2C6O(i)=fHO2C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + RO2 = HO25C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'RO2';
fHO2C6O2(i)=fHO2C6O2(i)-1; fHO25C6(i)=fHO25C6(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + RO2 = HO2C6O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'RO2';
fHO2C6O2(i)=fHO2C6O2(i)-1; fHO2C6O(i)=fHO2C6O(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O2 + RO2 = HO2CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO2C6O2'; Gstr{i,2} = 'RO2';
fHO2C6O2(i)=fHO2C6O2(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + HO2 = HO3C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'HO2'; 
fHO3C6O2(i)=fHO3C6O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C6OOH(i)=fHO3C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + NO = HO3C6NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'NO'; 
fHO3C6O2(i)=fHO3C6O2(i)-1; fNO(i)=fNO(i)-1; fHO3C6NO3(i)=fHO3C6NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + NO = HO3C6O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'NO'; 
fHO3C6O2(i)=fHO3C6O2(i)-1; fNO(i)=fNO(i)-1; fHO3C6O(i)=fHO3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + NO3 = HO3C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'NO3'; 
fHO3C6O2(i)=fHO3C6O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C6O(i)=fHO3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + RO2 = HO14C6';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'RO2';
fHO3C6O2(i)=fHO3C6O2(i)-1; fHO14C6(i)=fHO14C6(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + RO2 = HO3C5CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'RO2';
fHO3C6O2(i)=fHO3C6O2(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O2 + RO2 = HO3C6O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO3C6O2'; Gstr{i,2} = 'RO2';
fHO3C6O2(i)=fHO3C6O2(i)-1; fHO3C6O(i)=fHO3C6O(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + HO2 = HO1MC5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'HO2'; 
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO1MC5OOH(i)=fHO1MC5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + NO = HO1MC5NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'NO'; 
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fNO(i)=fNO(i)-1; fHO1MC5NO3(i)=fHO1MC5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + NO = HO1MC5O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'NO'; 
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fNO(i)=fNO(i)-1; fHO1MC5O(i)=fHO1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + NO3 = HO1MC5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'NO3'; 
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1MC5O(i)=fHO1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + RO2 = CO2MC5OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'RO2';
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + RO2 = HO14MC5';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'RO2';
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fHO14MC5(i)=fHO14MC5(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O2 + RO2 = HO1MC5O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO1MC5O2'; Gstr{i,2} = 'RO2';
fHO1MC5O2(i)=fHO1MC5O2(i)-1; fHO1MC5O(i)=fHO1MC5O(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + HO2 = C54CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'HO2'; 
fC54CO3(i)=fC54CO3(i)-1; fHO2(i)=fHO2(i)-1; fC54CO3H(i)=fC54CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + HO2 = PEBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'HO2'; 
fC54CO3(i)=fC54CO3(i)-1; fHO2(i)=fHO2(i)-1; fPEBO2(i)=fPEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + NO = PEBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'NO'; 
fC54CO3(i)=fC54CO3(i)-1; fNO(i)=fNO(i)-1; fPEBO2(i)=fPEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + NO2 = C6PAN3';
k(:,i) = KFPAN;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'NO2'; 
fC54CO3(i)=fC54CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN3(i)=fC6PAN3(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + NO3 = PEBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'NO3'; 
fC54CO3(i)=fC54CO3(i)-1; fNO3(i)=fNO3(i)-1; fPEBO2(i)=fPEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3 + RO2 = PEBO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C54CO3'; Gstr{i,2} = 'RO2';
fC54CO3(i)=fC54CO3(i)-1; fPEBO2(i)=fPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + HO2 = HO2MC5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'HO2'; 
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2MC5OOH(i)=fHO2MC5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + NO = HO2MC5NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'NO'; 
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fNO(i)=fNO(i)-1; fHO2MC5NO3(i)=fHO2MC5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + NO = HO2MC5O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'NO'; 
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fNO(i)=fNO(i)-1; fHO2MC5O(i)=fHO2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + NO3 = HO2MC5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'NO3'; 
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2MC5O(i)=fHO2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + RO2 = HO14MC5';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'RO2';
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fHO14MC5(i)=fHO14MC5(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + RO2 = HO2C54CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'RO2';
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O2 + RO2 = HO2MC5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO2MC5O2'; Gstr{i,2} = 'RO2';
fHO2MC5O2(i)=fHO2MC5O2(i)-1; fHO2MC5O(i)=fHO2MC5O(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO2 + HO2 = EIPKAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'EIPKAO2'; Gstr{i,2} = 'HO2'; 
fEIPKAO2(i)=fEIPKAO2(i)-1; fHO2(i)=fHO2(i)-1; fEIPKAOOH(i)=fEIPKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO2 + NO = EIPKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EIPKAO2'; Gstr{i,2} = 'NO'; 
fEIPKAO2(i)=fEIPKAO2(i)-1; fNO(i)=fNO(i)-1; fEIPKAO(i)=fEIPKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO2 + NO3 = EIPKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EIPKAO2'; Gstr{i,2} = 'NO3'; 
fEIPKAO2(i)=fEIPKAO2(i)-1; fNO3(i)=fNO3(i)-1; fEIPKAO(i)=fEIPKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO2 + RO2 = EIPKAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'EIPKAO2'; Gstr{i,2} = 'RO2';
fEIPKAO2(i)=fEIPKAO2(i)-1; fEIPKAO(i)=fEIPKAO(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO2 + RO2 = EIPKAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'EIPKAO2'; Gstr{i,2} = 'RO2';
fEIPKAO2(i)=fEIPKAO2(i)-1; fEIPKAOH(i)=fEIPKAOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + HO2 = EIPKBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'HO2'; 
fEIPKBO2(i)=fEIPKBO2(i)-1; fHO2(i)=fHO2(i)-1; fEIPKBOOH(i)=fEIPKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + NO = EIPKBNO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'NO'; 
fEIPKBO2(i)=fEIPKBO2(i)-1; fNO(i)=fNO(i)-1; fEIPKBNO3(i)=fEIPKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + NO = EIPKBO + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'NO'; 
fEIPKBO2(i)=fEIPKBO2(i)-1; fNO(i)=fNO(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + NO3 = EIPKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'NO3'; 
fEIPKBO2(i)=fEIPKBO2(i)-1; fNO3(i)=fNO3(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + RO2 = CO3C54CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'RO2';
fEIPKBO2(i)=fEIPKBO2(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + RO2 = EIPKBO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'RO2';
fEIPKBO2(i)=fEIPKBO2(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO2 + RO2 = EIPKBOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'EIPKBO2'; Gstr{i,2} = 'RO2';
fEIPKBO2(i)=fEIPKBO2(i)-1; fEIPKBOH(i)=fEIPKBOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + HO2 = HO2M2C5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'HO2'; 
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2M2C5OOH(i)=fHO2M2C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + NO = HO2M2C5NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'NO'; 
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fNO(i)=fNO(i)-1; fHO2M2C5NO3(i)=fHO2M2C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + NO = HO2M2C5O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'NO'; 
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fNO(i)=fNO(i)-1; fHO2M2C5O(i)=fHO2M2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + NO3 = HO2M2C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'NO3'; 
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2M2C5O(i)=fHO2M2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + RO2 = H2M2C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'RO2';
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + RO2 = HO2M2C5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'RO2';
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fHO2M2C5O(i)=fHO2M2C5O(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O2 + RO2 = HO2M2C5OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2M2C5O2'; Gstr{i,2} = 'RO2';
fHO2M2C5O2(i)=fHO2M2C5O2(i)-1; fHO2M2C5OH(i)=fHO2M2C5OH(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + HO2 = H1MC5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'HO2'; 
fH1MC5O2(i)=fH1MC5O2(i)-1; fHO2(i)=fHO2(i)-1; fH1MC5OOH(i)=fH1MC5OOH(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + NO = H1MC5NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'NO'; 
fH1MC5O2(i)=fH1MC5O2(i)-1; fNO(i)=fNO(i)-1; fH1MC5NO3(i)=fH1MC5NO3(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + NO = H1MC5O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'NO'; 
fH1MC5O2(i)=fH1MC5O2(i)-1; fNO(i)=fNO(i)-1; fH1MC5O(i)=fH1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + NO3 = H1MC5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'NO3'; 
fH1MC5O2(i)=fH1MC5O2(i)-1; fNO3(i)=fNO3(i)-1; fH1MC5O(i)=fH1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + RO2 = CO2M3C5OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'RO2';
fH1MC5O2(i)=fH1MC5O2(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + RO2 = H1MC5O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'RO2';
fH1MC5O2(i)=fH1MC5O2(i)-1; fH1MC5O(i)=fH1MC5O(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O2 + RO2 = HO14M3C5';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H1MC5O2'; Gstr{i,2} = 'RO2';
fH1MC5O2(i)=fH1MC5O2(i)-1; fHO14M3C5(i)=fHO14M3C5(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + HO2 = IPEAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'HO2'; 
fM3C4CO3(i)=fM3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + HO2 = M3C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'HO2'; 
fM3C4CO3(i)=fM3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fM3C4CO3H(i)=fM3C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + NO = IPEAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'NO'; 
fM3C4CO3(i)=fM3C4CO3(i)-1; fNO(i)=fNO(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + NO2 = C6PAN10';
k(:,i) = KFPAN;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'NO2'; 
fM3C4CO3(i)=fM3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN10(i)=fC6PAN10(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + NO3 = IPEAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'NO3'; 
fM3C4CO3(i)=fM3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3 + RO2 = IPEAO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'M3C4CO3'; Gstr{i,2} = 'RO2';
fM3C4CO3(i)=fM3C4CO3(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + HO2 = H2MC5OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'HO2'; 
fH2MC5O2(i)=fH2MC5O2(i)-1; fHO2(i)=fHO2(i)-1; fH2MC5OOH(i)=fH2MC5OOH(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + NO = H2MC5NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'NO'; 
fH2MC5O2(i)=fH2MC5O2(i)-1; fNO(i)=fNO(i)-1; fH2MC5NO3(i)=fH2MC5NO3(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + NO = H2MC5O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'NO'; 
fH2MC5O2(i)=fH2MC5O2(i)-1; fNO(i)=fNO(i)-1; fH2MC5O(i)=fH2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + NO3 = H2MC5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'NO3'; 
fH2MC5O2(i)=fH2MC5O2(i)-1; fNO3(i)=fNO3(i)-1; fH2MC5O(i)=fH2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + RO2 = H2M3C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'RO2';
fH2MC5O2(i)=fH2MC5O2(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + RO2 = H2MC5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'RO2';
fH2MC5O2(i)=fH2MC5O2(i)-1; fH2MC5O(i)=fH2MC5O(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O2 + RO2 = HO14M3C5';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H2MC5O2'; Gstr{i,2} = 'RO2';
fH2MC5O2(i)=fH2MC5O2(i)-1; fHO14M3C5(i)=fHO14M3C5(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + HO2 = M2BKAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'HO2'; 
fM2BKAO2(i)=fM2BKAO2(i)-1; fHO2(i)=fHO2(i)-1; fM2BKAOOH(i)=fM2BKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + NO = M2BKANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'NO'; 
fM2BKAO2(i)=fM2BKAO2(i)-1; fNO(i)=fNO(i)-1; fM2BKANO3(i)=fM2BKANO3(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + NO = M2BKAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'NO'; 
fM2BKAO2(i)=fM2BKAO2(i)-1; fNO(i)=fNO(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + NO3 = M2BKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'NO3'; 
fM2BKAO2(i)=fM2BKAO2(i)-1; fNO3(i)=fNO3(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + RO2 = CO24M3C5';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'RO2';
fM2BKAO2(i)=fM2BKAO2(i)-1; fCO24M3C5(i)=fCO24M3C5(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + RO2 = M2BKAO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'RO2';
fM2BKAO2(i)=fM2BKAO2(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO2 + RO2 = M2BKAOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'M2BKAO2'; Gstr{i,2} = 'RO2';
fM2BKAO2(i)=fM2BKAO2(i)-1; fM2BKAOH(i)=fM2BKAOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO2 + HO2 = M2BKBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'M2BKBO2'; Gstr{i,2} = 'HO2'; 
fM2BKBO2(i)=fM2BKBO2(i)-1; fHO2(i)=fHO2(i)-1; fM2BKBOOH(i)=fM2BKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO2 + NO = M2BKBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'M2BKBO2'; Gstr{i,2} = 'NO'; 
fM2BKBO2(i)=fM2BKBO2(i)-1; fNO(i)=fNO(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO2 + NO3 = M2BKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'M2BKBO2'; Gstr{i,2} = 'NO3'; 
fM2BKBO2(i)=fM2BKBO2(i)-1; fNO3(i)=fNO3(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO2 + RO2 = M2BKBO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'M2BKBO2'; Gstr{i,2} = 'RO2';
fM2BKBO2(i)=fM2BKBO2(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO2 + RO2 = M2BKBOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'M2BKBO2'; Gstr{i,2} = 'RO2';
fM2BKBO2(i)=fM2BKBO2(i)-1; fM2BKBOH(i)=fM2BKBOH(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + HO2 = HM33C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'HO2'; 
fHM33C4O2(i)=fHM33C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHM33C4OOH(i)=fHM33C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + NO = HM33C4NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'NO'; 
fHM33C4O2(i)=fHM33C4O2(i)-1; fNO(i)=fNO(i)-1; fHM33C4NO3(i)=fHM33C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + NO = HM33C4O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'NO'; 
fHM33C4O2(i)=fHM33C4O2(i)-1; fNO(i)=fNO(i)-1; fHM33C4O(i)=fHM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + NO3 = HM33C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'NO3'; 
fHM33C4O2(i)=fHM33C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHM33C4O(i)=fHM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + RO2 = HM33C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'RO2';
fHM33C4O2(i)=fHM33C4O2(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + RO2 = HM33C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'RO2';
fHM33C4O2(i)=fHM33C4O2(i)-1; fHM33C4O(i)=fHM33C4O(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O2 + RO2 = HM33C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM33C4O2'; Gstr{i,2} = 'RO2';
fHM33C4O2(i)=fHM33C4O2(i)-1; fHM33C4OH(i)=fHM33C4OH(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + HO2 = M22C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'HO2'; 
fM22C3CO3(i)=fM22C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fM22C3CO3H(i)=fM22C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + HO2 = NEOPO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'HO2'; 
fM22C3CO3(i)=fM22C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + NO = NEOPO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'NO'; 
fM22C3CO3(i)=fM22C3CO3(i)-1; fNO(i)=fNO(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + NO2 = C6PAN17';
k(:,i) = KFPAN;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'NO2'; 
fM22C3CO3(i)=fM22C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN17(i)=fC6PAN17(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + NO3 = NEOPO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'NO3'; 
fM22C3CO3(i)=fM22C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3 + RO2 = NEOPO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'M22C3CO3'; Gstr{i,2} = 'RO2';
fM22C3CO3(i)=fM22C3CO3(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + HO2 = HM22C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'HO2'; 
fHM22C4O2(i)=fHM22C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHM22C4OOH(i)=fHM22C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + NO = HM22C4NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'NO'; 
fHM22C4O2(i)=fHM22C4O2(i)-1; fNO(i)=fNO(i)-1; fHM22C4NO3(i)=fHM22C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + NO = HM22C4O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'NO'; 
fHM22C4O2(i)=fHM22C4O2(i)-1; fNO(i)=fNO(i)-1; fHM22C4O(i)=fHM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + NO3 = HM22C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'NO3'; 
fHM22C4O2(i)=fHM22C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHM22C4O(i)=fHM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + RO2 = HM22C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'RO2';
fHM22C4O2(i)=fHM22C4O2(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + RO2 = HM22C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'RO2';
fHM22C4O2(i)=fHM22C4O2(i)-1; fHM22C4O(i)=fHM22C4O(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O2 + RO2 = HM33C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM22C4O2'; Gstr{i,2} = 'RO2';
fHM22C4O2(i)=fHM22C4O2(i)-1; fHM33C4OH(i)=fHM33C4OH(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + HO2 = IPECO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'HO2'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPECO2(i)=fIPECO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + HO2 = M33C3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'HO2'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fM33C3CO2H(i)=fM33C3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + HO2 = M33C3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'HO2'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fM33C3CO3H(i)=fM33C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + NO = IPECO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'NO'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fNO(i)=fNO(i)-1; fIPECO2(i)=fIPECO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + NO2 = C6PAN15';
k(:,i) = KFPAN;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'NO2'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN15(i)=fC6PAN15(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + NO3 = IPECO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'NO3'; 
fM33C3CO3(i)=fM33C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPECO2(i)=fIPECO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + RO2 = IPECO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'RO2';
fM33C3CO3(i)=fM33C3CO3(i)-1; fIPECO2(i)=fIPECO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3 + RO2 = M33C3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'M33C3CO3'; Gstr{i,2} = 'RO2';
fM33C3CO3(i)=fM33C3CO3(i)-1; fM33C3CO2H(i)=fM33C3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + HO2 = HM23C4OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'HO2'; 
fHM23C4O2(i)=fHM23C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHM23C4OOH(i)=fHM23C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + NO = HM23C4NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'NO'; 
fHM23C4O2(i)=fHM23C4O2(i)-1; fNO(i)=fNO(i)-1; fHM23C4NO3(i)=fHM23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + NO = HM23C4O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'NO'; 
fHM23C4O2(i)=fHM23C4O2(i)-1; fNO(i)=fNO(i)-1; fHM23C4O(i)=fHM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + NO3 = HM23C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'NO3'; 
fHM23C4O2(i)=fHM23C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHM23C4O(i)=fHM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + RO2 = HM23C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'RO2';
fHM23C4O2(i)=fHM23C4O2(i)-1; fHM23C4O(i)=fHM23C4O(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + RO2 = HM23C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'RO2';
fHM23C4O2(i)=fHM23C4O2(i)-1; fHM23C4OH(i)=fHM23C4OH(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O2 + RO2 = HM2C43CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM23C4O2'; Gstr{i,2} = 'RO2';
fHM23C4O2(i)=fHM23C4O2(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + HO2 = IPEBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'HO2'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + HO2 = M2C43CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'HO2'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fM2C43CO2H(i)=fM2C43CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + HO2 = M2C43CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'HO2'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fM2C43CO3H(i)=fM2C43CO3H(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + NO = IPEBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'NO'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fNO(i)=fNO(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + NO2 = C6PAN18';
k(:,i) = KFPAN;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'NO2'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN18(i)=fC6PAN18(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + NO3 = IPEBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'NO3'; 
fM2C43CO3(i)=fM2C43CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + RO2 = IPEBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'RO2';
fM2C43CO3(i)=fM2C43CO3(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3 + RO2 = M2C43CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'M2C43CO3'; Gstr{i,2} = 'RO2';
fM2C43CO3(i)=fM2C43CO3(i)-1; fM2C43CO2H(i)=fM2C43CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + HO2 = HO3C76OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'HO2'; 
fHO3C76O2(i)=fHO3C76O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C76OOH(i)=fHO3C76OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + NO = HO3C76NO3';
k(:,i) = KRO2NO.*0.111;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'NO'; 
fHO3C76O2(i)=fHO3C76O2(i)-1; fNO(i)=fNO(i)-1; fHO3C76NO3(i)=fHO3C76NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + NO = HO3C76O + NO2';
k(:,i) = KRO2NO.*0.889;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'NO'; 
fHO3C76O2(i)=fHO3C76O2(i)-1; fNO(i)=fNO(i)-1; fHO3C76O(i)=fHO3C76O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + NO3 = HO3C76O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'NO3'; 
fHO3C76O2(i)=fHO3C76O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C76O(i)=fHO3C76O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + RO2 = HO25C7';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'RO2';
fHO3C76O2(i)=fHO3C76O2(i)-1; fHO25C7(i)=fHO25C7(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + RO2 = HO3C76O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'RO2';
fHO3C76O2(i)=fHO3C76O2(i)-1; fHO3C76O(i)=fHO3C76O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O2 + RO2 = HO3CO6C7';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C76O2'; Gstr{i,2} = 'RO2';
fHO3C76O2(i)=fHO3C76O2(i)-1; fHO3CO6C7(i)=fHO3CO6C7(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75O2 + HO2 = CO3C75OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'CO3C75O2'; Gstr{i,2} = 'HO2'; 
fCO3C75O2(i)=fCO3C75O2(i)-1; fHO2(i)=fHO2(i)-1; fCO3C75OOH(i)=fCO3C75OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75O2 + NO = CO3C75O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO3C75O2'; Gstr{i,2} = 'NO'; 
fCO3C75O2(i)=fCO3C75O2(i)-1; fNO(i)=fNO(i)-1; fCO3C75O(i)=fCO3C75O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75O2 + NO3 = CO3C75O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO3C75O2'; Gstr{i,2} = 'NO3'; 
fCO3C75O2(i)=fCO3C75O2(i)-1; fNO3(i)=fNO3(i)-1; fCO3C75O(i)=fCO3C75O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75O2 + RO2 = CO3C75O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'CO3C75O2'; Gstr{i,2} = 'RO2';
fCO3C75O2(i)=fCO3C75O2(i)-1; fCO3C75O(i)=fCO3C75O(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + HO2 = H2M5C65OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'HO2'; 
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fHO2(i)=fHO2(i)-1; fH2M5C65OOH(i)=fH2M5C65OOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + NO = H2M5C65NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'NO'; 
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M5C65NO3(i)=fH2M5C65NO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + NO = H2M5C65O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'NO'; 
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M5C65O(i)=fH2M5C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + NO3 = H2M5C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'NO3'; 
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fNO3(i)=fNO3(i)-1; fH2M5C65O(i)=fH2M5C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + RO2 = H25M2C6';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'RO2';
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fH25M2C6(i)=fH25M2C6(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O2 + RO2 = H2M5C65O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'H2M5C65O2'; Gstr{i,2} = 'RO2';
fH2M5C65O2(i)=fH2M5C65O2(i)-1; fH2M5C65O(i)=fH2M5C65O(i)+1; 

i=i+1;
Rnames{i} = 'C75O2 + HO2 = C75OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C75O2'; Gstr{i,2} = 'HO2'; 
fC75O2(i)=fC75O2(i)-1; fHO2(i)=fHO2(i)-1; fC75OOH(i)=fC75OOH(i)+1; 

i=i+1;
Rnames{i} = 'C75O2 + NO = C75O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C75O2'; Gstr{i,2} = 'NO'; 
fC75O2(i)=fC75O2(i)-1; fNO(i)=fNO(i)-1; fC75O(i)=fC75O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C75O2 + NO3 = C75O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C75O2'; Gstr{i,2} = 'NO3'; 
fC75O2(i)=fC75O2(i)-1; fNO3(i)=fNO3(i)-1; fC75O(i)=fC75O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C75O2 + RO2 = C75O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C75O2'; Gstr{i,2} = 'RO2';
fC75O2(i)=fC75O2(i)-1; fC75O(i)=fC75O(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + HO2 = H2M2C65OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'HO2'; 
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fHO2(i)=fHO2(i)-1; fH2M2C65OOH(i)=fH2M2C65OOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + NO = H2M2C65NO3';
k(:,i) = KRO2NO.*0.111;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'NO'; 
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M2C65NO3(i)=fH2M2C65NO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + NO = H2M2C65O + NO2';
k(:,i) = KRO2NO.*0.889;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'NO'; 
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M2C65O(i)=fH2M2C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + NO3 = H2M2C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'NO3'; 
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fNO3(i)=fNO3(i)-1; fH2M2C65O(i)=fH2M2C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + RO2 = H25M2C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'RO2';
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fH25M2C6(i)=fH25M2C6(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + RO2 = H2M2C65O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'RO2';
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fH2M2C65O(i)=fH2M2C65O(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O2 + RO2 = H2M2CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H2M2C65O2'; Gstr{i,2} = 'RO2';
fH2M2C65O2(i)=fH2M2C65O2(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + HO2 = H2M4C65OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'HO2'; 
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fHO2(i)=fHO2(i)-1; fH2M4C65OOH(i)=fH2M4C65OOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + NO = H2M4C65NO3';
k(:,i) = KRO2NO.*0.111;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'NO'; 
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M4C65NO3(i)=fH2M4C65NO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + NO = H2M4C65O + NO2';
k(:,i) = KRO2NO.*0.889;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'NO'; 
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fNO(i)=fNO(i)-1; fH2M4C65O(i)=fH2M4C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + NO3 = H2M4C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'NO3'; 
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fNO3(i)=fNO3(i)-1; fH2M4C65O(i)=fH2M4C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + RO2 = H25M3C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'RO2';
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fH25M3C6(i)=fH25M3C6(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + RO2 = H2M4C65O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'RO2';
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fH2M4C65O(i)=fH2M4C65O(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O2 + RO2 = H2M4CO5C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'H2M4C65O2'; Gstr{i,2} = 'RO2';
fH2M4C65O2(i)=fH2M4C65O2(i)-1; fH2M4CO5C6(i)=fH2M4CO5C6(i)+1; 

i=i+1;
Rnames{i} = 'C710O2 + HO2 = C710OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C710O2'; Gstr{i,2} = 'HO2'; 
fC710O2(i)=fC710O2(i)-1; fHO2(i)=fHO2(i)-1; fC710OOH(i)=fC710OOH(i)+1; 

i=i+1;
Rnames{i} = 'C710O2 + NO = C710O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C710O2'; Gstr{i,2} = 'NO'; 
fC710O2(i)=fC710O2(i)-1; fNO(i)=fNO(i)-1; fC710O(i)=fC710O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C710O2 + NO3 = C710O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C710O2'; Gstr{i,2} = 'NO3'; 
fC710O2(i)=fC710O2(i)-1; fNO3(i)=fNO3(i)-1; fC710O(i)=fC710O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C710O2 + RO2 = C710O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C710O2'; Gstr{i,2} = 'RO2';
fC710O2(i)=fC710O2(i)-1; fC710O(i)=fC710O(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + HO2 = H3M3C6OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'HO2'; 
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C6OOH(i)=fH3M3C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + NO = H3M3C6NO3';
k(:,i) = KRO2NO.*0.044;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'NO'; 
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fNO(i)=fNO(i)-1; fH3M3C6NO3(i)=fH3M3C6NO3(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + NO = H3M3C6O + NO2';
k(:,i) = KRO2NO.*0.956;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'NO'; 
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fNO(i)=fNO(i)-1; fH3M3C6O(i)=fH3M3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + NO3 = H3M3C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'NO3'; 
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fNO3(i)=fNO3(i)-1; fH3M3C6O(i)=fH3M3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + RO2 = H14M4C6';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'RO2';
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fH14M4C6(i)=fH14M4C6(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + RO2 = H3M3C5CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'RO2';
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O2 + RO2 = H3M3C6O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'H3M3C6O2'; Gstr{i,2} = 'RO2';
fH3M3C6O2(i)=fH3M3C6O2(i)-1; fH3M3C6O(i)=fH3M3C6O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + HO2 = HO3C86OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'HO2'; 
fHO3C86O2(i)=fHO3C86O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C86OOH(i)=fHO3C86OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + NO = HO3C86NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'NO'; 
fHO3C86O2(i)=fHO3C86O2(i)-1; fNO(i)=fNO(i)-1; fHO3C86NO3(i)=fHO3C86NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + NO = HO3C86O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'NO'; 
fHO3C86O2(i)=fHO3C86O2(i)-1; fNO(i)=fNO(i)-1; fHO3C86O(i)=fHO3C86O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + NO3 = HO3C86O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'NO3'; 
fHO3C86O2(i)=fHO3C86O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C86O(i)=fHO3C86O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + RO2 = HO36C8';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'RO2';
fHO3C86O2(i)=fHO3C86O2(i)-1; fHO36C8(i)=fHO36C8(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + RO2 = HO3C86O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'RO2';
fHO3C86O2(i)=fHO3C86O2(i)-1; fHO3C86O(i)=fHO3C86O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O2 + RO2 = HO3CO6C8';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C86O2'; Gstr{i,2} = 'RO2';
fHO3C86O2(i)=fHO3C86O2(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85O2 + HO2 = CO3C85OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'CO3C85O2'; Gstr{i,2} = 'HO2'; 
fCO3C85O2(i)=fCO3C85O2(i)-1; fHO2(i)=fHO2(i)-1; fCO3C85OOH(i)=fCO3C85OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85O2 + NO = CO3C85O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO3C85O2'; Gstr{i,2} = 'NO'; 
fCO3C85O2(i)=fCO3C85O2(i)-1; fNO(i)=fNO(i)-1; fCO3C85O(i)=fCO3C85O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85O2 + NO3 = CO3C85O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO3C85O2'; Gstr{i,2} = 'NO3'; 
fCO3C85O2(i)=fCO3C85O2(i)-1; fNO3(i)=fNO3(i)-1; fCO3C85O(i)=fCO3C85O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85O2 + RO2 = CO3C85O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'CO3C85O2'; Gstr{i,2} = 'RO2';
fCO3C85O2(i)=fCO3C85O2(i)-1; fCO3C85O(i)=fCO3C85O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + HO2 = HO3C96OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'HO2'; 
fHO3C96O2(i)=fHO3C96O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C96OOH(i)=fHO3C96OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + NO = HO3C96NO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'NO'; 
fHO3C96O2(i)=fHO3C96O2(i)-1; fNO(i)=fNO(i)-1; fHO3C96NO3(i)=fHO3C96NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + NO = HO3C96O + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'NO'; 
fHO3C96O2(i)=fHO3C96O2(i)-1; fNO(i)=fNO(i)-1; fHO3C96O(i)=fHO3C96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + NO3 = HO3C96O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'NO3'; 
fHO3C96O2(i)=fHO3C96O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C96O(i)=fHO3C96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + RO2 = HO36C9';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'RO2';
fHO3C96O2(i)=fHO3C96O2(i)-1; fHO36C9(i)=fHO36C9(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + RO2 = HO3C96O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'RO2';
fHO3C96O2(i)=fHO3C96O2(i)-1; fHO3C96O(i)=fHO3C96O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O2 + RO2 = HO4CO7C9';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C96O2'; Gstr{i,2} = 'RO2';
fHO3C96O2(i)=fHO3C96O2(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)+1; 

i=i+1;
Rnames{i} = 'C91O2 + HO2 = C91OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C91O2'; Gstr{i,2} = 'HO2'; 
fC91O2(i)=fC91O2(i)-1; fHO2(i)=fHO2(i)-1; fC91OOH(i)=fC91OOH(i)+1; 

i=i+1;
Rnames{i} = 'C91O2 + NO = C91O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C91O2'; Gstr{i,2} = 'NO'; 
fC91O2(i)=fC91O2(i)-1; fNO(i)=fNO(i)-1; fC91O(i)=fC91O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C91O2 + NO3 = C91O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C91O2'; Gstr{i,2} = 'NO3'; 
fC91O2(i)=fC91O2(i)-1; fNO3(i)=fNO3(i)-1; fC91O(i)=fC91O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C91O2 + RO2 = C91O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C91O2'; Gstr{i,2} = 'RO2';
fC91O2(i)=fC91O2(i)-1; fC91O(i)=fC91O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + HO2 = HO3C106OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'HO2'; 
fHO3C106O2(i)=fHO3C106O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C106OOH(i)=fHO3C106OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + NO = HO3C106NO3';
k(:,i) = KRO2NO.*0.167;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'NO'; 
fHO3C106O2(i)=fHO3C106O2(i)-1; fNO(i)=fNO(i)-1; fHO3C106NO3(i)=fHO3C106NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + NO = HO3C106O + NO2';
k(:,i) = KRO2NO.*0.833;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'NO'; 
fHO3C106O2(i)=fHO3C106O2(i)-1; fNO(i)=fNO(i)-1; fHO3C106O(i)=fHO3C106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + NO3 = HO3C106O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'NO3'; 
fHO3C106O2(i)=fHO3C106O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C106O(i)=fHO3C106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + RO2 = HO36C10';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'RO2';
fHO3C106O2(i)=fHO3C106O2(i)-1; fHO36C10(i)=fHO36C10(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + RO2 = HO3C106O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'RO2';
fHO3C106O2(i)=fHO3C106O2(i)-1; fHO3C106O(i)=fHO3C106O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O2 + RO2 = HO5CO8C10';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C106O2'; Gstr{i,2} = 'RO2';
fHO3C106O2(i)=fHO3C106O2(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)+1; 

i=i+1;
Rnames{i} = 'C101O2 + HO2 = C101OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C101O2'; Gstr{i,2} = 'HO2'; 
fC101O2(i)=fC101O2(i)-1; fHO2(i)=fHO2(i)-1; fC101OOH(i)=fC101OOH(i)+1; 

i=i+1;
Rnames{i} = 'C101O2 + NO = C101O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C101O2'; Gstr{i,2} = 'NO'; 
fC101O2(i)=fC101O2(i)-1; fNO(i)=fNO(i)-1; fC101O(i)=fC101O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C101O2 + NO3 = C101O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C101O2'; Gstr{i,2} = 'NO3'; 
fC101O2(i)=fC101O2(i)-1; fNO3(i)=fNO3(i)-1; fC101O(i)=fC101O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C101O2 + RO2 = C101O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C101O2'; Gstr{i,2} = 'RO2';
fC101O2(i)=fC101O2(i)-1; fC101O(i)=fC101O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + HO2 = HO3C116OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'HO2'; 
fHO3C116O2(i)=fHO3C116O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C116OOH(i)=fHO3C116OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + NO = HO3C116NO3';
k(:,i) = KRO2NO.*0.172;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'NO'; 
fHO3C116O2(i)=fHO3C116O2(i)-1; fNO(i)=fNO(i)-1; fHO3C116NO3(i)=fHO3C116NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + NO = HO3C116O + NO2';
k(:,i) = KRO2NO.*0.828;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'NO'; 
fHO3C116O2(i)=fHO3C116O2(i)-1; fNO(i)=fNO(i)-1; fHO3C116O(i)=fHO3C116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + NO3 = HO3C116O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'NO3'; 
fHO3C116O2(i)=fHO3C116O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C116O(i)=fHO3C116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + RO2 = HO36C11';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'RO2';
fHO3C116O2(i)=fHO3C116O2(i)-1; fHO36C11(i)=fHO36C11(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + RO2 = HO3C116O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'RO2';
fHO3C116O2(i)=fHO3C116O2(i)-1; fHO3C116O(i)=fHO3C116O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O2 + RO2 = HO6CO9C11';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C116O2'; Gstr{i,2} = 'RO2';
fHO3C116O2(i)=fHO3C116O2(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)+1; 

i=i+1;
Rnames{i} = 'C111O2 + HO2 = C111OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C111O2'; Gstr{i,2} = 'HO2'; 
fC111O2(i)=fC111O2(i)-1; fHO2(i)=fHO2(i)-1; fC111OOH(i)=fC111OOH(i)+1; 

i=i+1;
Rnames{i} = 'C111O2 + NO = C111O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C111O2'; Gstr{i,2} = 'NO'; 
fC111O2(i)=fC111O2(i)-1; fNO(i)=fNO(i)-1; fC111O(i)=fC111O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C111O2 + NO3 = C111O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C111O2'; Gstr{i,2} = 'NO3'; 
fC111O2(i)=fC111O2(i)-1; fNO3(i)=fNO3(i)-1; fC111O(i)=fC111O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C111O2 + RO2 = C111O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C111O2'; Gstr{i,2} = 'RO2';
fC111O2(i)=fC111O2(i)-1; fC111O(i)=fC111O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + HO2 = HO3C126OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'HO2'; 
fHO3C126O2(i)=fHO3C126O2(i)-1; fHO2(i)=fHO2(i)-1; fHO3C126OOH(i)=fHO3C126OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + NO = HO3C126NO3';
k(:,i) = KRO2NO.*0.176;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'NO'; 
fHO3C126O2(i)=fHO3C126O2(i)-1; fNO(i)=fNO(i)-1; fHO3C126NO3(i)=fHO3C126NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + NO = HO3C126O + NO2';
k(:,i) = KRO2NO.*0.824;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'NO'; 
fHO3C126O2(i)=fHO3C126O2(i)-1; fNO(i)=fNO(i)-1; fHO3C126O(i)=fHO3C126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + NO3 = HO3C126O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'NO3'; 
fHO3C126O2(i)=fHO3C126O2(i)-1; fNO3(i)=fNO3(i)-1; fHO3C126O(i)=fHO3C126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + RO2 = HO36C12';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'RO2';
fHO3C126O2(i)=fHO3C126O2(i)-1; fHO36C12(i)=fHO36C12(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + RO2 = HO3C126O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'RO2';
fHO3C126O2(i)=fHO3C126O2(i)-1; fHO3C126O(i)=fHO3C126O(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O2 + RO2 = HO7CO10C12';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO3C126O2'; Gstr{i,2} = 'RO2';
fHO3C126O2(i)=fHO3C126O2(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)+1; 

i=i+1;
Rnames{i} = 'C121O2 + HO2 = C121OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C121O2'; Gstr{i,2} = 'HO2'; 
fC121O2(i)=fC121O2(i)-1; fHO2(i)=fHO2(i)-1; fC121OOH(i)=fC121OOH(i)+1; 

i=i+1;
Rnames{i} = 'C121O2 + NO = C121O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C121O2'; Gstr{i,2} = 'NO'; 
fC121O2(i)=fC121O2(i)-1; fNO(i)=fNO(i)-1; fC121O(i)=fC121O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C121O2 + NO3 = C121O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C121O2'; Gstr{i,2} = 'NO3'; 
fC121O2(i)=fC121O2(i)-1; fNO3(i)=fNO3(i)-1; fC121O(i)=fC121O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C121O2 + RO2 = C121O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C121O2'; Gstr{i,2} = 'RO2';
fC121O2(i)=fC121O2(i)-1; fC121O(i)=fC121O(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + HO2 = CO1C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'HO2'; 
fCO1C6O2(i)=fCO1C6O2(i)-1; fHO2(i)=fHO2(i)-1; fCO1C6OOH(i)=fCO1C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + NO = CO1C6NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'NO'; 
fCO1C6O2(i)=fCO1C6O2(i)-1; fNO(i)=fNO(i)-1; fCO1C6NO3(i)=fCO1C6NO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + NO = CO1C6O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'NO'; 
fCO1C6O2(i)=fCO1C6O2(i)-1; fNO(i)=fNO(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + NO3 = CO1C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'NO3'; 
fCO1C6O2(i)=fCO1C6O2(i)-1; fNO3(i)=fNO3(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + RO2 = C6DIAL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'RO2';
fCO1C6O2(i)=fCO1C6O2(i)-1; fC6DIAL(i)=fC6DIAL(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + RO2 = CO1C6O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'RO2';
fCO1C6O2(i)=fCO1C6O2(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O2 + RO2 = CO1C6OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'CO1C6O2'; Gstr{i,2} = 'RO2';
fCO1C6O2(i)=fCO1C6O2(i)-1; fCO1C6OH(i)=fCO1C6OH(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + HO2 = HCHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'HO2'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + HO2 = NO3CH2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'HO2'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fNO3CH2CO2H(i)=fNO3CH2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + HO2 = NO3CH2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'HO2'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fNO3CH2CO3H(i)=fNO3CH2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + NO = HCHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'NO'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fNO(i)=fNO(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + NO2 = NO3CH2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'NO2'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fNO3CH2PAN(i)=fNO3CH2PAN(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + NO3 = HCHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'NO3'; 
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + RO2 = HCHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'RO2';
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3 + RO2 = NO3CH2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'NO3CH2CO3'; Gstr{i,2} = 'RO2';
fNO3CH2CO3(i)=fNO3CH2CO3(i)-1; fNO3CH2CO2H(i)=fNO3CH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + HO2 = CH3CHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'HO2'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + HO2 = PRNO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'HO2'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fPRNO3CO2H(i)=fPRNO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + HO2 = PRNO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'HO2'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fPRNO3CO3H(i)=fPRNO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + NO = CH3CHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'NO'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fNO(i)=fNO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + NO2 = PRNO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'NO2'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fPRNO3PAN(i)=fPRNO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + NO3 = CH3CHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'NO3'; 
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + RO2 = CH3CHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'RO2';
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3 + RO2 = PRNO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'PRNO3CO3'; Gstr{i,2} = 'RO2';
fPRNO3CO3(i)=fPRNO3CO3(i)-1; fPRNO3CO2H(i)=fPRNO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'PROPALO = CH3CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'PROPALO'; 
fPROPALO(i)=fPROPALO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + HO2 = COC4NO3OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'HO2'; 
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fHO2(i)=fHO2(i)-1; fCOC4NO3OOH(i)=fCOC4NO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + NO = CO3C4NO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'NO'; 
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fNO(i)=fNO(i)-1; fCO3C4NO3O(i)=fCO3C4NO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + NO3 = CO3C4NO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'NO3'; 
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fNO3(i)=fNO3(i)-1; fCO3C4NO3O(i)=fCO3C4NO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + RO2 = CO23C4NO3';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'RO2';
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + RO2 = CO3C4NO3O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'RO2';
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fCO3C4NO3O(i)=fCO3C4NO3O(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O2 + RO2 = CO3C4NO3OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CO3C4NO3O2'; Gstr{i,2} = 'RO2';
fCO3C4NO3O2(i)=fCO3C4NO3O2(i)-1; fCO3C4NO3OH(i)=fCO3C4NO3OH(i)+1; 

i=i+1;
Rnames{i} = 'BUTAL2O = C2H5CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'BUTAL2O'; 
fBUTAL2O(i)=fBUTAL2O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + HO2 = C2H5CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'HO2'; 
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + HO2 = HO3C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'HO2'; 
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C3CO3H(i)=fHO3C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + NO = C2H5CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'NO'; 
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fNO(i)=fNO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + NO2 = HO3C3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'NO2'; 
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fHO3C3PAN(i)=fHO3C3PAN(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + NO3 = C2H5CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'NO3'; 
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3 + RO2 = C2H5CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO3C3CO3'; Gstr{i,2} = 'RO2';
fHO3C3CO3(i)=fHO3C3CO3(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + HO2 = CH3COCH3 + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'HO2'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + HO2 = MPRNO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'HO2'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMPRNO3CO2H(i)=fMPRNO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + HO2 = MPRNO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'HO2'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMPRNO3CO3H(i)=fMPRNO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + NO = CH3COCH3 + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'NO'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fNO(i)=fNO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + NO2 = MPRBNO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'NO2'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fMPRBNO3PAN(i)=fMPRBNO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + NO3 = CH3COCH3 + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'NO3'; 
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + RO2 = CH3COCH3 + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'RO2';
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3CO3 + RO2 = MPRNO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MPRBNO3CO3'; Gstr{i,2} = 'RO2';
fMPRBNO3CO3(i)=fMPRBNO3CO3(i)-1; fMPRNO3CO2H(i)=fMPRNO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + HO2 = C5NO3OAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'HO2'; 
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fHO2(i)=fHO2(i)-1; fC5NO3OAOOH(i)=fC5NO3OAOOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + NO = C5NO3COAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'NO'; 
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fNO(i)=fNO(i)-1; fC5NO3COAO(i)=fC5NO3COAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + NO3 = C5NO3COAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'NO3'; 
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fNO3(i)=fNO3(i)-1; fC5NO3COAO(i)=fC5NO3COAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + RO2 = C51NO324CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'RO2';
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fC51NO324CO(i)=fC51NO324CO(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + RO2 = C5NO3CO4OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'RO2';
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fC5NO3CO4OH(i)=fC5NO3CO4OH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO2 + RO2 = C5NO3COAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C5NO3COAO2'; Gstr{i,2} = 'RO2';
fC5NO3COAO2(i)=fC5NO3COAO2(i)-1; fC5NO3COAO(i)=fC5NO3COAO(i)+1; 

i=i+1;
Rnames{i} = 'PEN2ONE1O = C3H7CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PEN2ONE1O'; 
fPEN2ONE1O(i)=fPEN2ONE1O(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + HO2 = C3H7CHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'HO2'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + HO2 = C4NO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'HO2'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4NO3CO2H(i)=fC4NO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + HO2 = C4NO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'HO2'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4NO3CO3H(i)=fC4NO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + NO = C3H7CHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'NO'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fNO(i)=fNO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + NO2 = C4NO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'NO2'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4NO3PAN(i)=fC4NO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + NO3 = C3H7CHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'NO3'; 
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + RO2 = C3H7CHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'RO2';
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3 + RO2 = C4NO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C4NO3CO3'; Gstr{i,2} = 'RO2';
fC4NO3CO3(i)=fC4NO3CO3(i)-1; fC4NO3CO2H(i)=fC4NO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C4CHO2O = C3H7CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C4CHO2O'; 
fC4CHO2O(i)=fC4CHO2O(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5OH2CO4O2 + HO2 = C5OHCO4OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5OH2CO4O2'; Gstr{i,2} = 'HO2'; 
fC5OH2CO4O2(i)=fC5OH2CO4O2(i)-1; fHO2(i)=fHO2(i)-1; fC5OHCO4OOH(i)=fC5OHCO4OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5OH2CO4O2 + NO = C5OH2CO4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5OH2CO4O2'; Gstr{i,2} = 'NO'; 
fC5OH2CO4O2(i)=fC5OH2CO4O2(i)-1; fNO(i)=fNO(i)-1; fC5OH2CO4O(i)=fC5OH2CO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5OH2CO4O2 + NO3 = C5OH2CO4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5OH2CO4O2'; Gstr{i,2} = 'NO3'; 
fC5OH2CO4O2(i)=fC5OH2CO4O2(i)-1; fNO3(i)=fNO3(i)-1; fC5OH2CO4O(i)=fC5OH2CO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5OH2CO4O2 + RO2 = C5OH2CO4O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C5OH2CO4O2'; Gstr{i,2} = 'RO2';
fC5OH2CO4O2(i)=fC5OH2CO4O2(i)-1; fC5OH2CO4O(i)=fC5OH2CO4O(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + HO2 = C3H7CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'HO2'; 
fC4OHCO3(i)=fC4OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + HO2 = C4OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'HO2'; 
fC4OHCO3(i)=fC4OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4OHCO3H(i)=fC4OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + NO = C3H7CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'NO'; 
fC4OHCO3(i)=fC4OHCO3(i)-1; fNO(i)=fNO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + NO2 = C4OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'NO2'; 
fC4OHCO3(i)=fC4OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4OHPAN(i)=fC4OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + NO3 = C3H7CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'NO3'; 
fC4OHCO3(i)=fC4OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3 + RO2 = C3H7CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4OHCO3'; Gstr{i,2} = 'RO2';
fC4OHCO3(i)=fC4OHCO3(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4O2 + HO2 = C5NO3O4OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5NO3CO4O2'; Gstr{i,2} = 'HO2'; 
fC5NO3CO4O2(i)=fC5NO3CO4O2(i)-1; fHO2(i)=fHO2(i)-1; fC5NO3O4OOH(i)=fC5NO3O4OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4O2 + NO = C5NO3CO4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5NO3CO4O2'; Gstr{i,2} = 'NO'; 
fC5NO3CO4O2(i)=fC5NO3CO4O2(i)-1; fNO(i)=fNO(i)-1; fC5NO3CO4O(i)=fC5NO3CO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4O2 + NO3 = C5NO3CO4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5NO3CO4O2'; Gstr{i,2} = 'NO3'; 
fC5NO3CO4O2(i)=fC5NO3CO4O2(i)-1; fNO3(i)=fNO3(i)-1; fC5NO3CO4O(i)=fC5NO3CO4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4O2 + RO2 = C5NO3CO4O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C5NO3CO4O2'; Gstr{i,2} = 'RO2';
fC5NO3CO4O2(i)=fC5NO3CO4O2(i)-1; fC5NO3CO4O(i)=fC5NO3CO4O(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O2 + HO2 = C5ONO34OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5CONO34O2'; Gstr{i,2} = 'HO2'; 
fC5CONO34O2(i)=fC5CONO34O2(i)-1; fHO2(i)=fHO2(i)-1; fC5ONO34OOH(i)=fC5ONO34OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O2 + NO = C5CONO34O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5CONO34O2'; Gstr{i,2} = 'NO'; 
fC5CONO34O2(i)=fC5CONO34O2(i)-1; fNO(i)=fNO(i)-1; fC5CONO34O(i)=fC5CONO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O2 + NO3 = C5CONO34O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5CONO34O2'; Gstr{i,2} = 'NO3'; 
fC5CONO34O2(i)=fC5CONO34O2(i)-1; fNO3(i)=fNO3(i)-1; fC5CONO34O(i)=fC5CONO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O2 + RO2 = C5CONO34O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C5CONO34O2'; Gstr{i,2} = 'RO2';
fC5CONO34O2(i)=fC5CONO34O2(i)-1; fC5CONO34O(i)=fC5CONO34O(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + HO2 = C43NO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'HO2'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC43NO3CO2H(i)=fC43NO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + HO2 = C43NO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'HO2'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC43NO3CO3H(i)=fC43NO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + HO2 = MEK + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'HO2'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + NO = MEK + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'NO'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fNO(i)=fNO(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + NO2 = C43NO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'NO2'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC43NO3PAN(i)=fC43NO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + NO3 = MEK + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'NO3'; 
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + RO2 = C43NO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'RO2';
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fC43NO3CO2H(i)=fC43NO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3 + RO2 = MEK + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C43NO3CO3'; Gstr{i,2} = 'RO2';
fC43NO3CO3(i)=fC43NO3CO3(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CHO2O = MEK + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C42CHO2O'; 
fC42CHO2O(i)=fC42CHO2O(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O2 + HO2 = C5CONO3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4MCONO3O2'; Gstr{i,2} = 'HO2'; 
fC4MCONO3O2(i)=fC4MCONO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CONO3OOH(i)=fC5CONO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O2 + NO = C4MCONO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4MCONO3O2'; Gstr{i,2} = 'NO'; 
fC4MCONO3O2(i)=fC4MCONO3O2(i)-1; fNO(i)=fNO(i)-1; fC4MCONO3O(i)=fC4MCONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O2 + NO3 = C4MCONO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4MCONO3O2'; Gstr{i,2} = 'NO3'; 
fC4MCONO3O2(i)=fC4MCONO3O2(i)-1; fNO3(i)=fNO3(i)-1; fC4MCONO3O(i)=fC4MCONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O2 + RO2 = C4MCONO3O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C4MCONO3O2'; Gstr{i,2} = 'RO2';
fC4MCONO3O2(i)=fC4MCONO3O2(i)-1; fC4MCONO3O(i)=fC4MCONO3O(i)+1; 

i=i+1;
Rnames{i} = 'C4MCONO3O2 + RO2 = C4MCONO3OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C4MCONO3O2'; Gstr{i,2} = 'RO2';
fC4MCONO3O2(i)=fC4MCONO3O2(i)-1; fC4MCONO3OH(i)=fC4MCONO3OH(i)+1; 

i=i+1;
Rnames{i} = 'IPRCOMO = HCHO + IPRCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'IPRCOMO'; 
fIPRCOMO(i)=fIPRCOMO(i)-1; fHCHO(i)=fHCHO(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + HO2 = C3MNO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'HO2'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3MNO3CO2H(i)=fC3MNO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + HO2 = C3MNO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'HO2'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3MNO3CO3H(i)=fC3MNO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + HO2 = IPRCHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'HO2'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + NO = IPRCHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'NO'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fNO(i)=fNO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + NO2 = C3MNO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'NO2'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC3MNO3PAN(i)=fC3MNO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + NO3 = IPRCHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'NO3'; 
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + RO2 = C3MNO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'RO2';
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fC3MNO3CO2H(i)=fC3MNO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3 + RO2 = IPRCHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C3MNO3CO3'; Gstr{i,2} = 'RO2';
fC3MNO3CO3(i)=fC3MNO3CO3(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BUTAL2O = IPRCHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'M3BUTAL2O'; 
fM3BUTAL2O(i)=fM3BUTAL2O(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + HO2 = C3M3OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'HO2'; 
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC3M3OHCO3H(i)=fC3M3OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + HO2 = IPRCHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'HO2'; 
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + NO = IPRCHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'NO'; 
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fNO(i)=fNO(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + NO2 = C3M3OH2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'NO2'; 
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC3M3OH2PAN(i)=fC3M3OH2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + NO3 = IPRCHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'NO3'; 
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2CO3 + RO2 = IPRCHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C3M3OH2CO3'; Gstr{i,2} = 'RO2';
fC3M3OH2CO3(i)=fC3M3OH2CO3(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O2 + HO2 = C4MCNO3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MC4CONO3O2'; Gstr{i,2} = 'HO2'; 
fMC4CONO3O2(i)=fMC4CONO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC4MCNO3OOH(i)=fC4MCNO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O2 + NO = MC4CONO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MC4CONO3O2'; Gstr{i,2} = 'NO'; 
fMC4CONO3O2(i)=fMC4CONO3O2(i)-1; fNO(i)=fNO(i)-1; fMC4CONO3O(i)=fMC4CONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O2 + NO3 = MC4CONO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MC4CONO3O2'; Gstr{i,2} = 'NO3'; 
fMC4CONO3O2(i)=fMC4CONO3O2(i)-1; fNO3(i)=fNO3(i)-1; fMC4CONO3O(i)=fMC4CONO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O2 + RO2 = MC4CONO3O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'MC4CONO3O2'; Gstr{i,2} = 'RO2';
fMC4CONO3O2(i)=fMC4CONO3O2(i)-1; fMC4CONO3O(i)=fMC4CONO3O(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + HO2 = C4H9CHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'HO2'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + HO2 = C65NO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'HO2'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fHO2(i)=fHO2(i)-1; fC65NO3CO2H(i)=fC65NO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + HO2 = C65NO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'HO2'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fHO2(i)=fHO2(i)-1; fC65NO3CO3H(i)=fC65NO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + NO = C4H9CHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'NO'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fNO(i)=fNO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + NO2 = C65NO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'NO2'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fNO2(i)=fNO2(i)-1; fC65NO3PAN(i)=fC65NO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + NO3 = C4H9CHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'NO3'; 
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fNO3(i)=fNO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + RO2 = C4H9CHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'RO2';
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO36CO3 + RO2 = C65NO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C65NO36CO3'; Gstr{i,2} = 'RO2';
fC65NO36CO3(i)=fC65NO36CO3(i)-1; fC65NO3CO2H(i)=fC65NO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + HO2 = C6NO3COOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'HO2'; 
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fHO2(i)=fHO2(i)-1; fC6NO3COOOH(i)=fC6NO3COOOH(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + NO = MNO3COC4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'NO'; 
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fNO(i)=fNO(i)-1; fMNO3COC4O(i)=fMNO3COC4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + NO3 = MNO3COC4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'NO3'; 
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fNO3(i)=fNO3(i)-1; fMNO3COC4O(i)=fMNO3COC4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + RO2 = C6NO324CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'RO2';
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fC6NO324CO(i)=fC6NO324CO(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + RO2 = C6NO3CO4OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'RO2';
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fC6NO3CO4OH(i)=fC6NO3CO4OH(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O2 + RO2 = MNO3COC4O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'MNO3COC4O2'; Gstr{i,2} = 'RO2';
fMNO3COC4O2(i)=fMNO3COC4O2(i)-1; fMNO3COC4O(i)=fMNO3COC4O(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + HO2 = C4COMOHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'HO2'; 
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fHO2(i)=fHO2(i)-1; fC4COMOHOOH(i)=fC4COMOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + NO = C4COMOH3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'NO'; 
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fNO(i)=fNO(i)-1; fC4COMOH3O(i)=fC4COMOH3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + NO3 = C4COMOH3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'NO3'; 
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fNO3(i)=fNO3(i)-1; fC4COMOH3O(i)=fC4COMOH3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + RO2 = C4COMOH3O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'RO2';
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fC4COMOH3O(i)=fC4COMOH3O(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + RO2 = C4COMOH3OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'RO2';
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fC4COMOH3OH(i)=fC4COMOH3OH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O2 + RO2 = HO1CO24C6';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C4COMOH3O2'; Gstr{i,2} = 'RO2';
fC4COMOH3O2(i)=fC4COMOH3O2(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + HO2 = C4H9CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'HO2'; 
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + HO2 = HO5C5CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'HO2'; 
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO5C5CO3H(i)=fHO5C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + NO = C4H9CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'NO'; 
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fNO(i)=fNO(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + NO2 = C6PAN23';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'NO2'; 
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN23(i)=fC6PAN23(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + NO3 = C4H9CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'NO3'; 
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3 + RO2 = C4H9CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO5C5CO3'; Gstr{i,2} = 'RO2';
fHO5C5CO3(i)=fHO5C5CO3(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + HO2 = C6CONO3OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'HO2'; 
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fHO2(i)=fHO2(i)-1; fC6CONO3OOH(i)=fC6CONO3OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + NO = C6NO3CO5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'NO'; 
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fNO(i)=fNO(i)-1; fC6NO3CO5O(i)=fC6NO3CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + NO3 = C6NO3CO5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'NO3'; 
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fNO3(i)=fNO3(i)-1; fC6NO3CO5O(i)=fC6NO3CO5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + RO2 = C62NO335CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'RO2';
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fC62NO335CO(i)=fC62NO335CO(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + RO2 = C6NO3CO5O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'RO2';
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fC6NO3CO5O(i)=fC6NO3CO5O(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O2 + RO2 = C6NO3CO5OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C6NO3CO5O2'; Gstr{i,2} = 'RO2';
fC6NO3CO5O2(i)=fC6NO3CO5O2(i)-1; fC6NO3CO5OH(i)=fC6NO3CO5OH(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + HO2 = CONO3C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'HO2'; 
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fHO2(i)=fHO2(i)-1; fCONO3C6OOH(i)=fCONO3C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + NO = C6CONO34O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'NO'; 
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fNO(i)=fNO(i)-1; fC6CONO34O(i)=fC6CONO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + NO3 = C6CONO34O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'NO3'; 
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fNO3(i)=fNO3(i)-1; fC6CONO34O(i)=fC6CONO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + RO2 = C64NO335CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'RO2';
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fC64NO335CO(i)=fC64NO335CO(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + RO2 = C6CONO34O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'RO2';
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fC6CONO34O(i)=fC6CONO34O(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O2 + RO2 = C6CONO34OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6CONO34O2'; Gstr{i,2} = 'RO2';
fC6CONO34O2(i)=fC6CONO34O2(i)-1; fC6CONO34OH(i)=fC6CONO34OH(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONE + NO3 = NBZFUO2';
k(:,i) = 3.00e-13;
Gstr{i,1} = 'BZFUONE'; Gstr{i,2} = 'NO3'; 
fBZFUONE(i)=fBZFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNBZFUO2(i)=fNBZFUO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONE + O3 = BZFUONOOA';
k(:,i) = 2.20e-19;
Gstr{i,1} = 'BZFUONE'; Gstr{i,2} = 'O3'; 
fBZFUONE(i)=fBZFUONE(i)-1; fO3(i)=fO3(i)-1; fBZFUONOOA(i)=fBZFUONOOA(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONE + OH = BZFUO2';
k(:,i) = 4.45e-11;
Gstr{i,1} = 'BZFUONE'; Gstr{i,2} = 'OH'; 
fBZFUONE(i)=fBZFUONE(i)-1; fOH(i)=fOH(i)-1; fBZFUO2(i)=fBZFUO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + HO2 = MALDALCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'HO2'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + HO2 = MALDALCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'HO2'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fMALDALCO3H(i)=fMALDALCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + HO2 = MALDIALCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'HO2'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fHO2(i)=fHO2(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + NO = MALDIALCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'NO'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fNO(i)=fNO(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + NO2 = MALDIALPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'NO2'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fNO2(i)=fNO2(i)-1; fMALDIALPAN(i)=fMALDIALPAN(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + NO3 = MALDIALCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'NO3'; 
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fNO3(i)=fNO3(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + RO2 = MALDALCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'RO2';
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO3 + RO2 = MALDIALCO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'MALDIALCO3'; Gstr{i,2} = 'RO2';
fMALDIALCO3(i)=fMALDIALCO3(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO2H + OH = C5DIALO2';
k(:,i) = 4.06e-11;
Gstr{i,1} = 'BZEMUCCO2H'; Gstr{i,2} = 'OH'; 
fBZEMUCCO2H(i)=fBZEMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO2H + hv = C5DIALO2 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'BZEMUCCO2H'; 
fBZEMUCCO2H(i)=fBZEMUCCO2H(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO2H + hv = C5DIALO2 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'BZEMUCCO2H'; 
fBZEMUCCO2H(i)=fBZEMUCCO2H(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3H + OH = BZEMUCCO3';
k(:,i) = 4.37e-11;
Gstr{i,1} = 'BZEMUCCO3H'; Gstr{i,2} = 'OH'; 
fBZEMUCCO3H(i)=fBZEMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fBZEMUCCO3(i)=fBZEMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3H + hv = C5DIALO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'BZEMUCCO3H'; 
fBZEMUCCO3H(i)=fBZEMUCCO3H(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3H + hv = C5DIALO2 + OH';
k(:,i) = J18;
Gstr{i,1} = 'BZEMUCCO3H'; 
fBZEMUCCO3H(i)=fBZEMUCCO3H(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO3H + hv = C5DIALO2 + OH';
k(:,i) = J19;
Gstr{i,1} = 'BZEMUCCO3H'; 
fBZEMUCCO3H(i)=fBZEMUCCO3H(i)-1; fC5DIALO2(i)=fC5DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCPAN + OH = MALDIAL + CO + NO2';
k(:,i) = 4.05e-11;
Gstr{i,1} = 'BZEMUCPAN'; Gstr{i,2} = 'OH'; 
fBZEMUCPAN(i)=fBZEMUCPAN(i)-1; fOH(i)=fOH(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCPAN = BZEMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'BZEMUCPAN'; 
fBZEMUCPAN(i)=fBZEMUCPAN(i)-1; fBZEMUCCO3(i)=fBZEMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + HO2 = C3DIALO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + HO2 = EPXDLCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXDLCO2H(i)=fEPXDLCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + HO2 = EPXDLCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXDLCO3H(i)=fEPXDLCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + NO = C3DIALO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'NO'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fNO(i)=fNO(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + NO2 = EPXDLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'NO2'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXDLPAN(i)=fEPXDLPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + NO3 = C3DIALO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'NO3'; 
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fNO3(i)=fNO3(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + RO2 = C3DIALO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'RO2';
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3 + RO2 = EPXDLCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'EPXDLCO3'; Gstr{i,2} = 'RO2';
fEPXDLCO3(i)=fEPXDLCO3(i)-1; fEPXDLCO2H(i)=fEPXDLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + HO2 = C3DIALOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'HO2'; 
fC3DIALO2(i)=fC3DIALO2(i)-1; fHO2(i)=fHO2(i)-1; fC3DIALOOH(i)=fC3DIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + NO = C3DIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'NO'; 
fC3DIALO2(i)=fC3DIALO2(i)-1; fNO(i)=fNO(i)-1; fC3DIALO(i)=fC3DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + NO3 = C3DIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'NO3'; 
fC3DIALO2(i)=fC3DIALO2(i)-1; fNO3(i)=fNO3(i)-1; fC3DIALO(i)=fC3DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + RO2 = C32OH13CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'RO2';
fC3DIALO2(i)=fC3DIALO2(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + RO2 = C33CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'RO2';
fC3DIALO2(i)=fC3DIALO2(i)-1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO2 + RO2 = C3DIALO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C3DIALO2'; Gstr{i,2} = 'RO2';
fC3DIALO2(i)=fC3DIALO2(i)-1; fC3DIALO(i)=fC3DIALO(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCOOH + OH = BZEMUCCO + OH';
k(:,i) = 1.31e-10;
Gstr{i,1} = 'BZEMUCOOH'; Gstr{i,2} = 'OH'; 
fBZEMUCOOH(i)=fBZEMUCOOH(i)-1; fOH(i)=fOH(i)-1; fBZEMUCCO(i)=fBZEMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCOOH + hv = BZEMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BZEMUCOOH'; 
fBZEMUCOOH(i)=fBZEMUCOOH(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCOOH + hv = BZEMUCO + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'BZEMUCOOH'; 
fBZEMUCOOH(i)=fBZEMUCOOH(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCNO3 + OH = BZEMUCCO + NO2';
k(:,i) = 4.38e-11;
Gstr{i,1} = 'BZEMUCNO3'; Gstr{i,2} = 'OH'; 
fBZEMUCNO3(i)=fBZEMUCNO3(i)-1; fOH(i)=fOH(i)-1; fBZEMUCCO(i)=fBZEMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCNO3 + hv = EPXC4DIAL + NO2 + GLYOX + HO2';
k(:,i) = J17;
Gstr{i,1} = 'BZEMUCNO3'; 
fBZEMUCNO3(i)=fBZEMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO = C3DIALO2 + C32OH13CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BZEMUCO'; 
fBZEMUCO(i)=fBZEMUCO(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fC32OH13CO(i)=fC32OH13CO(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCO = EPXC4DIAL + GLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BZEMUCO'; 
fBZEMUCO(i)=fBZEMUCO(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO + OH = EPXDLCO3 + GLYOX';
k(:,i) = 9.20e-11;
Gstr{i,1} = 'BZEMUCCO'; Gstr{i,2} = 'OH'; 
fBZEMUCCO(i)=fBZEMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXDLCO3(i)=fEPXDLCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO + hv = HCOCOHCO3 + C3DIALO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'BZEMUCCO'; 
fBZEMUCCO(i)=fBZEMUCCO(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCCO + hv = HCOCOHCO3 + C3DIALO2';
k(:,i) = J22;
Gstr{i,1} = 'BZEMUCCO'; 
fBZEMUCCO(i)=fBZEMUCCO(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCOH + OH = BZEMUCCO + HO2';
k(:,i) = 8.23e-11;
Gstr{i,1} = 'BZEMUCOH'; Gstr{i,2} = 'OH'; 
fBZEMUCOH(i)=fBZEMUCOH(i)-1; fOH(i)=fOH(i)-1; fBZEMUCCO(i)=fBZEMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZEMUCOH + hv = BZEMUCO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'BZEMUCOH'; 
fBZEMUCOH(i)=fBZEMUCOH(i)-1; fBZEMUCO(i)=fBZEMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOOH + OH = C5DIALCO + OH';
k(:,i) = 7.52e-11;
Gstr{i,1} = 'C5DIALOOH'; Gstr{i,2} = 'OH'; 
fC5DIALOOH(i)=fC5DIALOOH(i)-1; fOH(i)=fOH(i)-1; fC5DIALCO(i)=fC5DIALCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOOH + hv = C5DIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5DIALOOH'; 
fC5DIALOOH(i)=fC5DIALOOH(i)-1; fC5DIALO(i)=fC5DIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOOH + hv = MALDIAL + CO + HO2 + OH';
k(:,i) = J18;
Gstr{i,1} = 'C5DIALOOH'; 
fC5DIALOOH(i)=fC5DIALOOH(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOOH + hv = MALDIAL + CO + HO2 + OH';
k(:,i) = J19;
Gstr{i,1} = 'C5DIALOOH'; 
fC5DIALOOH(i)=fC5DIALOOH(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALO = MALDIAL + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C5DIALO'; 
fC5DIALO(i)=fC5DIALO(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALCO + OH = MALDIALCO3 + CO';
k(:,i) = 4.90e-11;
Gstr{i,1} = 'C5DIALCO'; Gstr{i,2} = 'OH'; 
fC5DIALCO(i)=fC5DIALCO(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALCO + hv = MALDIALCO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C5DIALCO'; 
fC5DIALCO(i)=fC5DIALCO(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALCO + hv = MALDIALCO3 + CO + HO2';
k(:,i) = J18;
Gstr{i,1} = 'C5DIALCO'; 
fC5DIALCO(i)=fC5DIALCO(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALCO + hv = MALDIALCO3 + CO + HO2';
k(:,i) = J19;
Gstr{i,1} = 'C5DIALCO'; 
fC5DIALCO(i)=fC5DIALCO(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOH + OH = C5DIALCO + HO2';
k(:,i) = 7.75e-11;
Gstr{i,1} = 'C5DIALOH'; Gstr{i,2} = 'OH'; 
fC5DIALOH(i)=fC5DIALOH(i)-1; fOH(i)=fOH(i)-1; fC5DIALCO(i)=fC5DIALCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOH + hv = MALDIAL + CO + HO2 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'C5DIALOH'; 
fC5DIALOH(i)=fC5DIALOH(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DIALOH + hv = MALDIAL + CO + HO2 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'C5DIALOH'; 
fC5DIALOH(i)=fC5DIALOH(i)-1; fMALDIAL(i)=fMALDIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + HO2 = MALDIALOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'HO2'; 
fMALDIALO2(i)=fMALDIALO2(i)-1; fHO2(i)=fHO2(i)-1; fMALDIALOOH(i)=fMALDIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + NO = MALDIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'NO'; 
fMALDIALO2(i)=fMALDIALO2(i)-1; fNO(i)=fNO(i)-1; fMALDIALO(i)=fMALDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + NO3 = MALDIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'NO3'; 
fMALDIALO2(i)=fMALDIALO2(i)-1; fNO3(i)=fNO3(i)-1; fMALDIALO(i)=fMALDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + RO2 = HOCOC4DIAL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'RO2';
fMALDIALO2(i)=fMALDIALO2(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + RO2 = HOHOC4DIAL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'RO2';
fMALDIALO2(i)=fMALDIALO2(i)-1; fHOHOC4DIAL(i)=fHOHOC4DIAL(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO2 + RO2 = MALDIALO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'MALDIALO2'; Gstr{i,2} = 'RO2';
fMALDIALO2(i)=fMALDIALO2(i)-1; fMALDIALO(i)=fMALDIALO(i)+1; 

i=i+1;
Rnames{i} = 'HOC6H4NO2 + NO3 = NPHEN1O + HNO3';
k(:,i) = 9.00e-14;
Gstr{i,1} = 'HOC6H4NO2'; Gstr{i,2} = 'NO3'; 
fHOC6H4NO2(i)=fHOC6H4NO2(i)-1; fNO3(i)=fNO3(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HOC6H4NO2 + OH = NPHEN1O';
k(:,i) = 9.00e-13;
Gstr{i,1} = 'HOC6H4NO2'; Gstr{i,2} = 'OH'; 
fHOC6H4NO2(i)=fHOC6H4NO2(i)-1; fOH(i)=fOH(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; 

i=i+1;
Rnames{i} = 'NPHENOOH + OH = NPHENO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NPHENOOH'; Gstr{i,2} = 'OH'; 
fNPHENOOH(i)=fNPHENOOH(i)-1; fOH(i)=fOH(i)-1; fNPHENO2(i)=fNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENOOH + hv = MALDALCO2H + GLYOX + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPHENOOH'; 
fNPHENOOH(i)=fNPHENOOH(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENOOH + hv = NPHENO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPHENOOH'; 
fNPHENOOH(i)=fNPHENOOH(i)-1; fNPHENO(i)=fNPHENO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPHENO = MALDALCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPHENO'; 
fNPHENO(i)=fNPHENO(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHENOH + OH = NPHENO';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'NPHENOH'; Gstr{i,2} = 'OH'; 
fNPHENOH(i)=fNPHENOH(i)-1; fOH(i)=fOH(i)-1; fNPHENO(i)=fNPHENO(i)+1; 

i=i+1;
Rnames{i} = 'NPHENOH + hv = MALDALCO2H + GLYOX + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPHENOH'; 
fNPHENOH(i)=fNPHENOH(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O + NO2 = NCATECHOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'CATEC1O'; Gstr{i,2} = 'NO2'; 
fCATEC1O(i)=fCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fNCATECHOL(i)=fNCATECHOL(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O + O3 = CATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'CATEC1O'; Gstr{i,2} = 'O3'; 
fCATEC1O(i)=fCATEC1O(i)-1; fO3(i)=fO3(i)-1; fCATEC1O2(i)=fCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'CATECOOA = MALDALCO2H + HCOCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'CATECOOA'; 
fCATECOOA(i)=fCATECOOA(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHENOOH + OH = PHENO2';
k(:,i) = 1.16e-10;
Gstr{i,1} = 'PHENOOH'; Gstr{i,2} = 'OH'; 
fPHENOOH(i)=fPHENOOH(i)-1; fOH(i)=fOH(i)-1; fPHENO2(i)=fPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENOOH + hv = PHENO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHENOOH'; 
fPHENOOH(i)=fPHENOOH(i)-1; fPHENO(i)=fPHENO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHENO = MALDALCO2H + GLYOX + HO2';
k(:,i) = KDEC.*0.71;
Gstr{i,1} = 'PHENO'; 
fPHENO(i)=fPHENO(i)-1; fMALDALCO2H(i)=fMALDALCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENO = PBZQONE + HO2';
k(:,i) = KDEC.*0.29;
Gstr{i,1} = 'PHENO'; 
fPHENO(i)=fPHENO(i)-1; fPBZQONE(i)=fPBZQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHENOH + OH = PHENO';
k(:,i) = 1.13e-10;
Gstr{i,1} = 'PHENOH'; Gstr{i,2} = 'OH'; 
fPHENOH(i)=fPHENOH(i)-1; fOH(i)=fOH(i)-1; fPHENO(i)=fPHENO(i)+1; 

i=i+1;
Rnames{i} = 'CRESOOH + OH = CRESO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'CRESOOH'; Gstr{i,2} = 'OH'; 
fCRESOOH(i)=fCRESOOH(i)-1; fOH(i)=fOH(i)-1; fCRESO2(i)=fCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESOOH + hv = CRESO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CRESOOH'; 
fCRESOOH(i)=fCRESOOH(i)-1; fCRESO(i)=fCRESO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CRESO = C5CO14OH + GLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'CRESO'; 
fCRESO(i)=fCRESO(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESO = PTLQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'CRESO'; 
fCRESO(i)=fCRESO(i)-1; fPTLQONE(i)=fPTLQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CRESOH + OH = CRESO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'CRESOH'; Gstr{i,2} = 'OH'; 
fCRESOH(i)=fCRESOH(i)-1; fOH(i)=fOH(i)-1; fCRESO(i)=fCRESO(i)+1; 

i=i+1;
Rnames{i} = 'NCRESOOH + OH = NCRESO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NCRESOOH'; Gstr{i,2} = 'OH'; 
fNCRESOOH(i)=fNCRESOOH(i)-1; fOH(i)=fOH(i)-1; fNCRESO2(i)=fNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRESOOH + hv = CRESO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NCRESOOH'; 
fNCRESOOH(i)=fNCRESOOH(i)-1; fCRESO(i)=fCRESO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRESOOH + hv = NCRESO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NCRESOOH'; 
fNCRESOOH(i)=fNCRESOOH(i)-1; fNCRESO(i)=fNCRESO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NCRESO = C5CO14OH + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NCRESO'; 
fNCRESO(i)=fNCRESO(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRESOH + OH = NCRESO';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'NCRESOH'; Gstr{i,2} = 'OH'; 
fNCRESOH(i)=fNCRESOH(i)-1; fOH(i)=fOH(i)-1; fNCRESO(i)=fNCRESO(i)+1; 

i=i+1;
Rnames{i} = 'NCRESOH + hv = CRESO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NCRESOH'; 
fNCRESOH(i)=fNCRESOH(i)-1; fCRESO(i)=fCRESO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TOL1OHNO2 + NO3 = NCRES1O + HNO3';
k(:,i) = 3.13e-13.*1.0;
Gstr{i,1} = 'TOL1OHNO2'; Gstr{i,2} = 'NO3'; 
fTOL1OHNO2(i)=fTOL1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TOL1OHNO2 + OH = NCRES1O';
k(:,i) = 2.8e-12;
Gstr{i,1} = 'TOL1OHNO2'; Gstr{i,2} = 'OH'; 
fTOL1OHNO2(i)=fTOL1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1O2 + HO2 = OXYL1OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'OXYL1O2'; Gstr{i,2} = 'HO2'; 
fOXYL1O2(i)=fOXYL1O2(i)-1; fHO2(i)=fHO2(i)-1; fOXYL1OOH(i)=fOXYL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1O2 + NO = TOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXYL1O2'; Gstr{i,2} = 'NO'; 
fOXYL1O2(i)=fOXYL1O2(i)-1; fNO(i)=fNO(i)-1; fTOL1O(i)=fTOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1O2 + NO3 = TOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYL1O2'; Gstr{i,2} = 'NO3'; 
fOXYL1O2(i)=fOXYL1O2(i)-1; fNO3(i)=fNO3(i)-1; fTOL1O(i)=fTOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1O2 + RO2 = TOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'OXYL1O2'; Gstr{i,2} = 'RO2';
fOXYL1O2(i)=fOXYL1O2(i)-1; fTOL1O(i)=fTOL1O(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O + NO2 = MNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'MCATEC1O'; Gstr{i,2} = 'NO2'; 
fMCATEC1O(i)=fMCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fMNCATECH(i)=fMNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O + O3 = MCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'MCATEC1O'; Gstr{i,2} = 'O3'; 
fMCATEC1O(i)=fMCATEC1O(i)-1; fO3(i)=fO3(i)-1; fMCATEC1O2(i)=fMCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MCATECOOA = MC3ODBCO2H + HCOCO2H + HO2 + OH';
k(:,i) = KDEC.*1.0;
Gstr{i,1} = 'MCATECOOA'; 
fMCATECOOA(i)=fMCATECOOA(i)-1; fMC3ODBCO2H(i)=fMC3ODBCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + NO3 = C3MCODBCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'NO3'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fNO3(i)=fNO3(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + NO3 = MC3CODBCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'NO3'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fNO3(i)=fNO3(i)-1; fMC3CODBCO3(i)=fMC3CODBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + O3 = MGLYOOA + GLYOX';
k(:,i) = 5.00e-18.*0.50;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'O3'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fO3(i)=fO3(i)-1; fMGLYOOA(i)=fMGLYOOA(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + O3 = MGLYOX + GLYOOC';
k(:,i) = 5.00e-18.*0.50;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'O3'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fO3(i)=fO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fGLYOOC(i)=fGLYOOC(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + OH = C3MCODBCO3';
k(:,i) = 4.41e-11.*0.385;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'OH'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fOH(i)=fOH(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + OH = C4M2ALOHO2';
k(:,i) = 4.41e-11.*0.23;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'OH'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fOH(i)=fOH(i)-1; fC4M2ALOHO2(i)=fC4M2ALOHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + OH = MC3CODBCO3';
k(:,i) = 4.41e-11.*0.385;
Gstr{i,1} = 'C4MDIAL'; Gstr{i,2} = 'OH'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fOH(i)=fOH(i)-1; fMC3CODBCO3(i)=fMC3CODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + hv = C3MCODBCO3 + HO2 + CO';
k(:,i) = J4.*0.2.*0.3;
Gstr{i,1} = 'C4MDIAL'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + hv = MC3CODBCO3 + HO2 + CO';
k(:,i) = J4.*0.2.*0.3;
Gstr{i,1} = 'C4MDIAL'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fMC3CODBCO3(i)=fMC3CODBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MDIAL + hv = PXYFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C4MDIAL'; 
fC4MDIAL(i)=fC4MDIAL(i)-1; fPXYFUONE(i)=fPXYFUONE(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + NO3 = C5CO14O2 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'C5DICARB'; Gstr{i,2} = 'NO3'; 
fC5DICARB(i)=fC5DICARB(i)-1; fNO3(i)=fNO3(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + O3 = GLYOX + MGLOOB';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C5DICARB'; Gstr{i,2} = 'O3'; 
fC5DICARB(i)=fC5DICARB(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + O3 = MGLYOX + GLYOOA';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C5DICARB'; Gstr{i,2} = 'O3'; 
fC5DICARB(i)=fC5DICARB(i)-1; fO3(i)=fO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + OH = C5CO14O2';
k(:,i) = 6.2e-11.*0.48;
Gstr{i,1} = 'C5DICARB'; Gstr{i,2} = 'OH'; 
fC5DICARB(i)=fC5DICARB(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + OH = C5DICARBO2';
k(:,i) = 6.2e-11.*0.52;
Gstr{i,1} = 'C5DICARB'; Gstr{i,2} = 'OH'; 
fC5DICARB(i)=fC5DICARB(i)-1; fOH(i)=fOH(i)-1; fC5DICARBO2(i)=fC5DICARBO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + hv = C5CO14O2 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C5DICARB'; 
fC5DICARB(i)=fC5DICARB(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARB + hv = TLFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C5DICARB'; 
fC5DICARB(i)=fC5DICARB(i)-1; fTLFUONE(i)=fTLFUONE(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONE + NO3 = NTLFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'TLFUONE'; Gstr{i,2} = 'NO3'; 
fTLFUONE(i)=fTLFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNTLFUO2(i)=fNTLFUO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONE + O3 = TLFUONOOA';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'TLFUONE'; Gstr{i,2} = 'O3'; 
fTLFUONE(i)=fTLFUONE(i)-1; fO3(i)=fO3(i)-1; fTLFUONOOA(i)=fTLFUONOOA(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONE + OH = TLFUO2';
k(:,i) = 6.90e-11;
Gstr{i,1} = 'TLFUONE'; Gstr{i,2} = 'OH'; 
fTLFUONE(i)=fTLFUONE(i)-1; fOH(i)=fOH(i)-1; fTLFUO2(i)=fTLFUO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + HO2 = C5CO14CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'HO2'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + HO2 = C5CO14OH + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'HO2'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + HO2 = C5CO14OOH';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'HO2'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CO14OOH(i)=fC5CO14OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + NO = C5CO14CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'NO'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fNO(i)=fNO(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + NO2 = C5COO2NO2';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'NO2'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fNO2(i)=fNO2(i)-1; fC5COO2NO2(i)=fC5COO2NO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + NO3 = C5CO14CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'NO3'; 
fC5CO14O2(i)=fC5CO14O2(i)-1; fNO3(i)=fNO3(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + RO2 = C5CO14CO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'RO2';
fC5CO14O2(i)=fC5CO14O2(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14O2 + RO2 = C5CO14OH';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'C5CO14O2'; Gstr{i,2} = 'RO2';
fC5CO14O2(i)=fC5CO14O2(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO2H + OH = C615CO2O2';
k(:,i) = 5.98e-11;
Gstr{i,1} = 'TLEMUCCO2H'; Gstr{i,2} = 'OH'; 
fTLEMUCCO2H(i)=fTLEMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO2H + hv = C615CO2O2 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'TLEMUCCO2H'; 
fTLEMUCCO2H(i)=fTLEMUCCO2H(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO2H + hv = C615CO2O2 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'TLEMUCCO2H'; 
fTLEMUCCO2H(i)=fTLEMUCCO2H(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3H + OH = TLEMUCCO3';
k(:,i) = 6.29e-11;
Gstr{i,1} = 'TLEMUCCO3H'; Gstr{i,2} = 'OH'; 
fTLEMUCCO3H(i)=fTLEMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fTLEMUCCO3(i)=fTLEMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3H + hv = C615CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TLEMUCCO3H'; 
fTLEMUCCO3H(i)=fTLEMUCCO3H(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3H + hv = C615CO2O2 + OH';
k(:,i) = J18;
Gstr{i,1} = 'TLEMUCCO3H'; 
fTLEMUCCO3H(i)=fTLEMUCCO3H(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO3H + hv = C615CO2O2 + OH';
k(:,i) = J19;
Gstr{i,1} = 'TLEMUCCO3H'; 
fTLEMUCCO3H(i)=fTLEMUCCO3H(i)-1; fC615CO2O2(i)=fC615CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCPAN + OH = C5DICARB + CO + NO2';
k(:,i) = 5.96e-11;
Gstr{i,1} = 'TLEMUCPAN'; Gstr{i,2} = 'OH'; 
fTLEMUCPAN(i)=fTLEMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCPAN = TLEMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TLEMUCPAN'; 
fTLEMUCPAN(i)=fTLEMUCPAN(i)-1; fTLEMUCCO3(i)=fTLEMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO + CO = MGLYOX';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'MGLOO'; Gstr{i,2} = 'CO'; 
fMGLOO(i)=fMGLOO(i)-1; fCO(i)=fCO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO + NO = MGLYOX + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'MGLOO'; Gstr{i,2} = 'NO'; 
fMGLOO(i)=fMGLOO(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO + NO2 = MGLYOX + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'MGLOO'; Gstr{i,2} = 'NO2'; 
fMGLOO(i)=fMGLOO(i)-1; fNO2(i)=fNO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO + SO2 = MGLYOX + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'MGLOO'; Gstr{i,2} = 'SO2'; 
fMGLOO(i)=fMGLOO(i)-1; fSO2(i)=fSO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO = CH3COCO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'MGLOO'; 
fMGLOO(i)=fMGLOO(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MGLOO = MGLYOX + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'MGLOO'; 
fMGLOO(i)=fMGLOO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOOH + OH = TLEMUCCO + OH';
k(:,i) = 7.04e-11;
Gstr{i,1} = 'TLEMUCOOH'; Gstr{i,2} = 'OH'; 
fTLEMUCOOH(i)=fTLEMUCOOH(i)-1; fOH(i)=fOH(i)-1; fTLEMUCCO(i)=fTLEMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOOH + hv = TLEMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TLEMUCOOH'; 
fTLEMUCOOH(i)=fTLEMUCOOH(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOOH + hv = TLEMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'TLEMUCOOH'; 
fTLEMUCOOH(i)=fTLEMUCOOH(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOOH + hv = TLEMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'TLEMUCOOH'; 
fTLEMUCOOH(i)=fTLEMUCOOH(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCNO3 + OH = TLEMUCCO + NO2';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'TLEMUCNO3'; Gstr{i,2} = 'OH'; 
fTLEMUCNO3(i)=fTLEMUCNO3(i)-1; fOH(i)=fOH(i)-1; fTLEMUCCO(i)=fTLEMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCNO3 + hv = EPXC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TLEMUCNO3'; 
fTLEMUCNO3(i)=fTLEMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCNO3 + hv = EPXC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TLEMUCNO3'; 
fTLEMUCNO3(i)=fTLEMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO = C3DIALO2 + CO2H3CHO';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'TLEMUCO'; 
fTLEMUCO(i)=fTLEMUCO(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCO = EPXC4DIAL + MGLYOX + HO2';
k(:,i) = KDEC.*0.50;
Gstr{i,1} = 'TLEMUCO'; 
fTLEMUCO(i)=fTLEMUCO(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO + OH = CH3CO3 + EPXC4DIAL + CO';
k(:,i) = 4.06e-11;
Gstr{i,1} = 'TLEMUCCO'; Gstr{i,2} = 'OH'; 
fTLEMUCCO(i)=fTLEMUCCO(i)-1; fOH(i)=fOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO + hv = CH3CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TLEMUCCO'; 
fTLEMUCCO(i)=fTLEMUCCO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCCO + hv = CH3CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'TLEMUCCO'; 
fTLEMUCCO(i)=fTLEMUCCO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOH + OH = TLEMUCCO + HO2';
k(:,i) = 6.17e-11;
Gstr{i,1} = 'TLEMUCOH'; Gstr{i,2} = 'OH'; 
fTLEMUCOH(i)=fTLEMUCOH(i)-1; fOH(i)=fOH(i)-1; fTLEMUCCO(i)=fTLEMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOH + hv = TLEMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TLEMUCOH'; 
fTLEMUCOH(i)=fTLEMUCOH(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLEMUCOH + hv = TLEMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TLEMUCOH'; 
fTLEMUCOH(i)=fTLEMUCOH(i)-1; fTLEMUCO(i)=fTLEMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OOH + OH = C6125CO + OH';
k(:,i) = 9.42e-11;
Gstr{i,1} = 'C615CO2OOH'; Gstr{i,2} = 'OH'; 
fC615CO2OOH(i)=fC615CO2OOH(i)-1; fOH(i)=fOH(i)-1; fC6125CO(i)=fC6125CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OOH + hv = C5DICARB + CO + HO2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'C615CO2OOH'; 
fC615CO2OOH(i)=fC615CO2OOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OOH + hv = C5DICARB + CO + HO2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'C615CO2OOH'; 
fC615CO2OOH(i)=fC615CO2OOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OOH + hv = C615CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C615CO2OOH'; 
fC615CO2OOH(i)=fC615CO2OOH(i)-1; fC615CO2O(i)=fC615CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2O = C5DICARB + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C615CO2O'; 
fC615CO2O(i)=fC615CO2O(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6125CO + OH = C5CO14O2 + CO';
k(:,i) = 6.45e-11;
Gstr{i,1} = 'C6125CO'; Gstr{i,2} = 'OH'; 
fC6125CO(i)=fC6125CO(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6125CO + hv = C5CO14O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C6125CO'; 
fC6125CO(i)=fC6125CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6125CO + hv = C5CO14O2 + CO + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C6125CO'; 
fC6125CO(i)=fC6125CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6125CO + hv = C5CO14O2 + CO + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C6125CO'; 
fC6125CO(i)=fC6125CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OH + OH = C6125CO + HO2';
k(:,i) = 1.18e-10;
Gstr{i,1} = 'C615CO2OH'; Gstr{i,2} = 'OH'; 
fC615CO2OH(i)=fC615CO2OH(i)-1; fOH(i)=fOH(i)-1; fC6125CO(i)=fC6125CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OH + hv = C5DICARB + CO + HO2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C615CO2OH'; 
fC615CO2OH(i)=fC615CO2OH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2OH + hv = C5DICARB + CO + HO2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C615CO2OH'; 
fC615CO2OH(i)=fC615CO2OH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + HO2 = OXYL1O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'HO2'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + HO2 = OXYLCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'HO2'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fOXYLCO2H(i)=fOXYLCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + HO2 = OXYLCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'HO2'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fOXYLCO3H(i)=fOXYLCO3H(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + NO = OXYL1O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'NO'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fNO(i)=fNO(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + NO2 = OXYLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'NO2'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fNO2(i)=fNO2(i)-1; fOXYLPAN(i)=fOXYLPAN(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + NO3 = OXYL1O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'NO3'; 
fOXYLCO3(i)=fOXYLCO3(i)-1; fNO3(i)=fNO3(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + RO2 = OXYL1O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'RO2';
fOXYLCO3(i)=fOXYLCO3(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3 + RO2 = OXYLCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'OXYLCO3'; Gstr{i,2} = 'RO2';
fOXYLCO3(i)=fOXYLCO3(i)-1; fOXYLCO2H(i)=fOXYLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'TLCOBIPEOH + OH = MALDIALCO3 + MGLYOX';
k(:,i) = 8.06e-11;
Gstr{i,1} = 'TLCOBIPEOH'; Gstr{i,2} = 'OH'; 
fTLCOBIPEOH(i)=fTLCOBIPEOH(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TLCOBIPEOH + hv = MALDIALCO3 + MGLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TLCOBIPEOH'; 
fTLCOBIPEOH(i)=fTLCOBIPEOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + NO3 = MC4CODBCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'MC5DICARB'; Gstr{i,2} = 'NO3'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fNO3(i)=fNO3(i)-1; fMC4CODBCO3(i)=fMC4CODBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + O3 = BIACET + GLYOOC';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'MC5DICARB'; Gstr{i,2} = 'O3'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fO3(i)=fO3(i)-1; fBIACET(i)=fBIACET(i)+1; fGLYOOC(i)=fGLYOOC(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + O3 = GLYOX + MEK2OOA';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'MC5DICARB'; Gstr{i,2} = 'O3'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMEK2OOA(i)=fMEK2OOA(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + OH = MC4CODBCO3';
k(:,i) = 7.10e-11.*0.28;
Gstr{i,1} = 'MC5DICARB'; Gstr{i,2} = 'OH'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fOH(i)=fOH(i)-1; fMC4CODBCO3(i)=fMC4CODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + OH = MC5CO2OHO2';
k(:,i) = 7.10e-11.*0.72;
Gstr{i,1} = 'MC5DICARB'; Gstr{i,2} = 'OH'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fOH(i)=fOH(i)-1; fMC5CO2OHO2(i)=fMC5CO2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + hv = MC4CODBCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'MC5DICARB'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fMC4CODBCO3(i)=fMC4CODBCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5DICARB + hv = TMB1FUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'MC5DICARB'; 
fMC5DICARB(i)=fMC5DICARB(i)-1; fTMB1FUONE(i)=fTMB1FUONE(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUONE + NO3 = NOXYFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'OXYFUONE'; Gstr{i,2} = 'NO3'; 
fOXYFUONE(i)=fOXYFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNOXYFUO2(i)=fNOXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUONE + O3 = C6OTKETO2 + OH';
k(:,i) = 1.40e-18;
Gstr{i,1} = 'OXYFUONE'; Gstr{i,2} = 'O3'; 
fOXYFUONE(i)=fOXYFUONE(i)-1; fO3(i)=fO3(i)-1; fC6OTKETO2(i)=fC6OTKETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUONE + OH = OXYFUO2';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'OXYFUONE'; Gstr{i,2} = 'OH'; 
fOXYFUONE(i)=fOXYFUONE(i)-1; fOH(i)=fOH(i)-1; fOXYFUO2(i)=fOXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO2H + OH = MC6CO2O2';
k(:,i) = 3.98e-11;
Gstr{i,1} = 'OXYMUCCO2H'; Gstr{i,2} = 'OH'; 
fOXYMUCCO2H(i)=fOXYMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO2H + hv = MC6CO2O2 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'OXYMUCCO2H'; 
fOXYMUCCO2H(i)=fOXYMUCCO2H(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO2H + hv = MC6CO2O2 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'OXYMUCCO2H'; 
fOXYMUCCO2H(i)=fOXYMUCCO2H(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3H + OH = OXYMUCCO3';
k(:,i) = 4.28e-11;
Gstr{i,1} = 'OXYMUCCO3H'; Gstr{i,2} = 'OH'; 
fOXYMUCCO3H(i)=fOXYMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fOXYMUCCO3(i)=fOXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3H + hv = MC6CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYMUCCO3H'; 
fOXYMUCCO3H(i)=fOXYMUCCO3H(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3H + hv = MC6CO2O2 + OH';
k(:,i) = J18;
Gstr{i,1} = 'OXYMUCCO3H'; 
fOXYMUCCO3H(i)=fOXYMUCCO3H(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO3H + hv = MC6CO2O2 + OH';
k(:,i) = J19;
Gstr{i,1} = 'OXYMUCCO3H'; 
fOXYMUCCO3H(i)=fOXYMUCCO3H(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCPAN + OH = C5DICARB + CH3O2 + CO + NO2';
k(:,i) = 3.96e-11;
Gstr{i,1} = 'OXYMUCPAN'; Gstr{i,2} = 'OH'; 
fOXYMUCPAN(i)=fOXYMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCPAN = OXYMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'OXYMUCPAN'; 
fOXYMUCPAN(i)=fOXYMUCPAN(i)-1; fOXYMUCCO3(i)=fOXYMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + HO2 = C4MCO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'HO2'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + HO2 = EPXM2DCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'HO2'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXM2DCO2H(i)=fEPXM2DCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + HO2 = EPXM2DCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'HO2'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXM2DCO3H(i)=fEPXM2DCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + NO = C4MCO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'NO'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fNO(i)=fNO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + NO2 = EPXM2DLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'NO2'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXM2DLPAN(i)=fEPXM2DLPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + NO3 = C4MCO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'NO3'; 
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fNO3(i)=fNO3(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + RO2 = C4MCO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'RO2';
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLCO3 + RO2 = EPXM2DCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXM2DLCO3'; Gstr{i,2} = 'RO2';
fEPXM2DLCO3(i)=fEPXM2DLCO3(i)-1; fEPXM2DCO2H(i)=fEPXM2DCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O2 + HO2 = C4MCO2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4MCO2O2'; Gstr{i,2} = 'HO2'; 
fC4MCO2O2(i)=fC4MCO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC4MCO2OOH(i)=fC4MCO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O2 + NO = C4MCO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4MCO2O2'; Gstr{i,2} = 'NO'; 
fC4MCO2O2(i)=fC4MCO2O2(i)-1; fNO(i)=fNO(i)-1; fC4MCO2O(i)=fC4MCO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O2 + NO3 = C4MCO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4MCO2O2'; Gstr{i,2} = 'NO3'; 
fC4MCO2O2(i)=fC4MCO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC4MCO2O(i)=fC4MCO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O2 + RO2 = C4MCO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C4MCO2O2'; Gstr{i,2} = 'RO2';
fC4MCO2O2(i)=fC4MCO2O2(i)-1; fC4MCO2O(i)=fC4MCO2O(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCOOH + OH = OXYMUCCO + OH';
k(:,i) = 9.33e-11;
Gstr{i,1} = 'OXYMUCOOH'; Gstr{i,2} = 'OH'; 
fOXYMUCOOH(i)=fOXYMUCOOH(i)-1; fOH(i)=fOH(i)-1; fOXYMUCCO(i)=fOXYMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCOOH + hv = OXYMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYMUCOOH'; 
fOXYMUCOOH(i)=fOXYMUCOOH(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCOOH + hv = OXYMUCO + OH';
k(:,i) = J17.*2;
Gstr{i,1} = 'OXYMUCOOH'; 
fOXYMUCOOH(i)=fOXYMUCOOH(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCNO3 + OH = OXYMUCCO + NO2';
k(:,i) = 3.27e-11;
Gstr{i,1} = 'OXYMUCNO3'; Gstr{i,2} = 'OH'; 
fOXYMUCNO3(i)=fOXYMUCNO3(i)-1; fOH(i)=fOH(i)-1; fOXYMUCCO(i)=fOXYMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCNO3 + hv = EPXM2C4DAL + NO2 + HO2 + CO + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'OXYMUCNO3'; 
fOXYMUCNO3(i)=fOXYMUCNO3(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO = C4MCO2O2 + C32OH13CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'OXYMUCO'; 
fOXYMUCO(i)=fOXYMUCO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fC32OH13CO(i)=fC32OH13CO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCO = EPXM2C4DAL + GLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'OXYMUCO'; 
fOXYMUCO(i)=fOXYMUCO(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO + OH = EPXM2C4DAL + HO2 + CO';
k(:,i) = 4.84e-11;
Gstr{i,1} = 'OXYMUCCO'; Gstr{i,2} = 'OH'; 
fOXYMUCCO(i)=fOXYMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO + hv = EPXM2C4DAL + HO2 + CO + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'OXYMUCCO'; 
fOXYMUCCO(i)=fOXYMUCCO(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCCO + hv = EPXM2C4DAL + HO2 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'OXYMUCCO'; 
fOXYMUCCO(i)=fOXYMUCCO(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCOH + OH = OXYMUCCO + HO2';
k(:,i) = 8.11e-11;
Gstr{i,1} = 'OXYMUCOH'; Gstr{i,2} = 'OH'; 
fOXYMUCOH(i)=fOXYMUCOH(i)-1; fOH(i)=fOH(i)-1; fOXYMUCCO(i)=fOXYMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYMUCOH + hv = OXYMUCO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'OXYMUCOH'; 
fOXYMUCOH(i)=fOXYMUCOH(i)-1; fOXYMUCO(i)=fOXYMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OOH + OH = MC6CO2O2';
k(:,i) = 4.28e-11;
Gstr{i,1} = 'MC6CO2OOH'; Gstr{i,2} = 'OH'; 
fMC6CO2OOH(i)=fMC6CO2OOH(i)-1; fOH(i)=fOH(i)-1; fMC6CO2O2(i)=fMC6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OOH + hv = C4MCO2OOH + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'MC6CO2OOH'; 
fMC6CO2OOH(i)=fMC6CO2OOH(i)-1; fC4MCO2OOH(i)=fC4MCO2OOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OOH + hv = C4MCO2OOH + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'MC6CO2OOH'; 
fMC6CO2OOH(i)=fMC6CO2OOH(i)-1; fC4MCO2OOH(i)=fC4MCO2OOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OOH + hv = CH3CO3 + C5DICARB + OH';
k(:,i) = J22;
Gstr{i,1} = 'MC6CO2OOH'; 
fMC6CO2OOH(i)=fMC6CO2OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC5DICARB(i)=fC5DICARB(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OOH + hv = MC6CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MC6CO2OOH'; 
fMC6CO2OOH(i)=fMC6CO2OOH(i)-1; fMC6CO2O(i)=fMC6CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2O = C5DICARB + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MC6CO2O'; 
fMC6CO2O(i)=fMC6CO2O(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OH + OH = C5DICARB + CH3CO3';
k(:,i) = 5.24e-11;
Gstr{i,1} = 'MC6CO2OH'; Gstr{i,2} = 'OH'; 
fMC6CO2OH(i)=fMC6CO2OH(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OH + hv = C4MCO2OH + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'MC6CO2OH'; 
fMC6CO2OH(i)=fMC6CO2OH(i)-1; fC4MCO2OH(i)=fC4MCO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OH + hv = C4MCO2OH + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'MC6CO2OH'; 
fMC6CO2OH(i)=fMC6CO2OH(i)-1; fC4MCO2OH(i)=fC4MCO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC6CO2OH + hv = C5DICARB + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MC6CO2OH'; 
fMC6CO2OH(i)=fMC6CO2OH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLOOH + OH = NOXYOLO2';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'NOXYOLOOH'; Gstr{i,2} = 'OH'; 
fNOXYOLOOH(i)=fNOXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fNOXYOLO2(i)=fNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLOOH + hv = NOXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOXYOLOOH'; 
fNOXYOLOOH(i)=fNOXYOLOOH(i)-1; fNOXYOLO(i)=fNOXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLOOH + hv = OXYOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOXYOLOOH'; 
fNOXYOLOOH(i)=fNOXYOLOOH(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLO = C5DBCOCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOXYOLO'; 
fNOXYOLO(i)=fNOXYOLO(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLOH + OH = NOXYOLO';
k(:,i) = 1.40e-10;
Gstr{i,1} = 'NOXYOLOH'; Gstr{i,2} = 'OH'; 
fNOXYOLOH(i)=fNOXYOLOH(i)-1; fOH(i)=fOH(i)-1; fNOXYOLO(i)=fNOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOLOH + hv = OXYOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOXYOLOH'; 
fNOXYOLOH(i)=fNOXYOLOH(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXY1OHNO2 + NO3 = NOXYOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'OXY1OHNO2'; Gstr{i,2} = 'NO3'; 
fOXY1OHNO2(i)=fOXY1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OXY1OHNO2 + OH = NOXYOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'OXY1OHNO2'; Gstr{i,2} = 'OH'; 
fOXY1OHNO2(i)=fOXY1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'DM123O2 + HO2 = DM123OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DM123O2'; Gstr{i,2} = 'HO2'; 
fDM123O2(i)=fDM123O2(i)-1; fHO2(i)=fHO2(i)-1; fDM123OOH(i)=fDM123OOH(i)+1; 

i=i+1;
Rnames{i} = 'DM123O2 + NO = OXY1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DM123O2'; Gstr{i,2} = 'NO'; 
fDM123O2(i)=fDM123O2(i)-1; fNO(i)=fNO(i)-1; fOXY1O(i)=fOXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM123O2 + NO3 = OXY1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DM123O2'; Gstr{i,2} = 'NO3'; 
fDM123O2(i)=fDM123O2(i)-1; fNO3(i)=fNO3(i)-1; fOXY1O(i)=fOXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM123O2 + RO2 = OXY1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'DM123O2'; Gstr{i,2} = 'RO2';
fDM123O2(i)=fDM123O2(i)-1; fOXY1O(i)=fOXY1O(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLOOH + OH = OXYOLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'OXYOLOOH'; Gstr{i,2} = 'OH'; 
fOXYOLOOH(i)=fOXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fOXYOLO2(i)=fOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLOOH + hv = OXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYOLOOH'; 
fOXYOLOOH(i)=fOXYOLOOH(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO = C5DBCOCO2H + GLYOX + HO2';
k(:,i) = KDEC.*0.52;
Gstr{i,1} = 'OXYOLO'; 
fOXYOLO(i)=fOXYOLO(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLO = OXYQONE + HO2';
k(:,i) = KDEC.*0.48;
Gstr{i,1} = 'OXYOLO'; 
fOXYOLO(i)=fOXYOLO(i)-1; fOXYQONE(i)=fOXYQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYOLOH + OH = OXYOLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'OXYOLOH'; Gstr{i,2} = 'OH'; 
fOXYOLOH(i)=fOXYOLOH(i)-1; fOH(i)=fOH(i)-1; fOXYOLO(i)=fOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O + NO2 = OXNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'OXCATEC1O'; Gstr{i,2} = 'NO2'; 
fOXCATEC1O(i)=fOXCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fOXNCATECH(i)=fOXNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O + O3 = OXCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'OXCATEC1O'; Gstr{i,2} = 'O3'; 
fOXCATEC1O(i)=fOXCATEC1O(i)-1; fO3(i)=fO3(i)-1; fOXCATEC1O2(i)=fOXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'OXCATECOOA = C5CO14OH + CH3COCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'OXCATECOOA'; 
fOXCATECOOA(i)=fOXCATECOOA(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + HO2 = MXYL1O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'HO2'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + HO2 = MXYLCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'HO2'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fMXYLCO2H(i)=fMXYLCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + HO2 = MXYLCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'HO2'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fMXYLCO3H(i)=fMXYLCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + NO = MXYL1O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'NO'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fNO(i)=fNO(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + NO2 = MXYLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'NO2'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fNO2(i)=fNO2(i)-1; fMXYLPAN(i)=fMXYLPAN(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + NO3 = MXYL1O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'NO3'; 
fMXYLCO3(i)=fMXYLCO3(i)-1; fNO3(i)=fNO3(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + RO2 = MXYL1O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'RO2';
fMXYLCO3(i)=fMXYLCO3(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3 + RO2 = MXYLCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'MXYLCO3'; Gstr{i,2} = 'RO2';
fMXYLCO3(i)=fMXYLCO3(i)-1; fMXYLCO2H(i)=fMXYLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1O2 + HO2 = MXYL1OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MXYL1O2'; Gstr{i,2} = 'HO2'; 
fMXYL1O2(i)=fMXYL1O2(i)-1; fHO2(i)=fHO2(i)-1; fMXYL1OOH(i)=fMXYL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1O2 + NO = MXYL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXYL1O2'; Gstr{i,2} = 'NO'; 
fMXYL1O2(i)=fMXYL1O2(i)-1; fNO(i)=fNO(i)-1; fMXYL1O(i)=fMXYL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1O2 + NO3 = MXYL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYL1O2'; Gstr{i,2} = 'NO3'; 
fMXYL1O2(i)=fMXYL1O2(i)-1; fNO3(i)=fNO3(i)-1; fMXYL1O(i)=fMXYL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1O2 + RO2 = MXYL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'MXYL1O2'; Gstr{i,2} = 'RO2';
fMXYL1O2(i)=fMXYL1O2(i)-1; fMXYL1O(i)=fMXYL1O(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + NO3 = C4MCODBCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C5MDICARB'; Gstr{i,2} = 'NO3'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fNO3(i)=fNO3(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + O3 = MGLOOC + MGLYOX';
k(:,i) = 2.0e-18.*0.5;
Gstr{i,1} = 'C5MDICARB'; Gstr{i,2} = 'O3'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fO3(i)=fO3(i)-1; fMGLOOC(i)=fMGLOOC(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + O3 = MGLYOOA + MGLYOX';
k(:,i) = 2.0e-18.*0.5;
Gstr{i,1} = 'C5MDICARB'; Gstr{i,2} = 'O3'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fO3(i)=fO3(i)-1; fMGLYOOA(i)=fMGLYOOA(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + OH = C4MCODBCO3';
k(:,i) = 7.00e-11.*0.5;
Gstr{i,1} = 'C5MDICARB'; Gstr{i,2} = 'OH'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fOH(i)=fOH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + OH = C5MCO2OHO2';
k(:,i) = 7.00e-11.*0.5;
Gstr{i,1} = 'C5MDICARB'; Gstr{i,2} = 'OH'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fOH(i)=fOH(i)-1; fC5MCO2OHO2(i)=fC5MCO2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + hv = C4MCODBCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C5MDICARB'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MDICARB + hv = MXYFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C5MDICARB'; 
fC5MDICARB(i)=fC5MDICARB(i)-1; fMXYFUONE(i)=fMXYFUONE(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUONE + NO3 = NMXYFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'MXYFUONE'; Gstr{i,2} = 'NO3'; 
fMXYFUONE(i)=fMXYFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNMXYFUO2(i)=fNMXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUONE + O3 = OH + CO + C23O3MO2';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'MXYFUONE'; Gstr{i,2} = 'O3'; 
fMXYFUONE(i)=fMXYFUONE(i)-1; fO3(i)=fO3(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fC23O3MO2(i)=fC23O3MO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUONE + OH = MXYFUO2';
k(:,i) = 2.67e-11;
Gstr{i,1} = 'MXYFUONE'; Gstr{i,2} = 'OH'; 
fMXYFUONE(i)=fMXYFUONE(i)-1; fOH(i)=fOH(i)-1; fMXYFUO2(i)=fMXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUONE + NO3 = NPXYFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PXYFUONE'; Gstr{i,2} = 'NO3'; 
fPXYFUONE(i)=fPXYFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNPXYFUO2(i)=fNPXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUONE + O3 = OH + CO + MCOCOMOXO2';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'PXYFUONE'; Gstr{i,2} = 'O3'; 
fPXYFUONE(i)=fPXYFUONE(i)-1; fO3(i)=fO3(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUONE + OH = PXYFUO2';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'PXYFUONE'; Gstr{i,2} = 'OH'; 
fPXYFUONE(i)=fPXYFUONE(i)-1; fOH(i)=fOH(i)-1; fPXYFUO2(i)=fPXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + HO2 = C3MCODBCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'HO2'; 
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3MCODBCO2(i)=fC3MCODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + HO2 = C5PACALD1';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'HO2'; 
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5PACALD1(i)=fC5PACALD1(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + NO = C3MCODBCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'NO'; 
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fNO(i)=fNO(i)-1; fC3MCODBCO2(i)=fC3MCODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + NO2 = C3MCODBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'NO2'; 
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC3MCODBPAN(i)=fC3MCODBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + NO3 = NO2 + C3MCODBCO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'NO3'; 
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fC3MCODBCO2(i)=fC3MCODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO3 + RO2 = C3MCODBCO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C3MCODBCO3'; Gstr{i,2} = 'RO2';
fC3MCODBCO3(i)=fC3MCODBCO3(i)-1; fC3MCODBCO2(i)=fC3MCODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO2H + OH = C726CO5O2';
k(:,i) = 6.00e-11;
Gstr{i,1} = 'MXYMUCCO2H'; Gstr{i,2} = 'OH'; 
fMXYMUCCO2H(i)=fMXYMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO2H + hv = C726CO5O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'MXYMUCCO2H'; 
fMXYMUCCO2H(i)=fMXYMUCCO2H(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO2H + hv = C726CO5O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'MXYMUCCO2H'; 
fMXYMUCCO2H(i)=fMXYMUCCO2H(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3H + OH = MXYMUCCO3';
k(:,i) = 6.31e-11;
Gstr{i,1} = 'MXYMUCCO3H'; Gstr{i,2} = 'OH'; 
fMXYMUCCO3H(i)=fMXYMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fMXYMUCCO3(i)=fMXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3H + hv = C726CO5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYMUCCO3H'; 
fMXYMUCCO3H(i)=fMXYMUCCO3H(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3H + hv = C726CO5O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'MXYMUCCO3H'; 
fMXYMUCCO3H(i)=fMXYMUCCO3H(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO3H + hv = C726CO5O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'MXYMUCCO3H'; 
fMXYMUCCO3H(i)=fMXYMUCCO3H(i)-1; fC726CO5O2(i)=fC726CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCPAN + OH = C5DICARB + CH3O2 + CO + NO2';
k(:,i) = 5.99e-11;
Gstr{i,1} = 'MXYMUCPAN'; Gstr{i,2} = 'OH'; 
fMXYMUCPAN(i)=fMXYMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCPAN = MXYMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MXYMUCPAN'; 
fMXYMUCPAN(i)=fMXYMUCPAN(i)-1; fMXYMUCCO3(i)=fMXYMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + HO2 = C3MDIALO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + HO2 = EPXMDLCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMDLCO2H(i)=fEPXMDLCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + HO2 = EPXMDLCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMDLCO3H(i)=fEPXMDLCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + NO = C3MDIALO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'NO'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fNO(i)=fNO(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + NO2 = EPXMDLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'NO2'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXMDLPAN(i)=fEPXMDLPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + NO3 = C3MDIALO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'NO3'; 
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fNO3(i)=fNO3(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + RO2 = C3MDIALO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'RO2';
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3 + RO2 = EPXMDLCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXMDLCO3'; Gstr{i,2} = 'RO2';
fEPXMDLCO3(i)=fEPXMDLCO3(i)-1; fEPXMDLCO2H(i)=fEPXMDLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO2 + HO2 = C3MDIALOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C3MDIALO2'; Gstr{i,2} = 'HO2'; 
fC3MDIALO2(i)=fC3MDIALO2(i)-1; fHO2(i)=fHO2(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO2 + NO = C3MDIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C3MDIALO2'; Gstr{i,2} = 'NO'; 
fC3MDIALO2(i)=fC3MDIALO2(i)-1; fNO(i)=fNO(i)-1; fC3MDIALO(i)=fC3MDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO2 + NO3 = C3MDIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3MDIALO2'; Gstr{i,2} = 'NO3'; 
fC3MDIALO2(i)=fC3MDIALO2(i)-1; fNO3(i)=fNO3(i)-1; fC3MDIALO(i)=fC3MDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO2 + RO2 = C3MDIALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C3MDIALO2'; Gstr{i,2} = 'RO2';
fC3MDIALO2(i)=fC3MDIALO2(i)-1; fC3MDIALO(i)=fC3MDIALO(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO2 + RO2 = C3MDIALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C3MDIALO2'; Gstr{i,2} = 'RO2';
fC3MDIALO2(i)=fC3MDIALO2(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOOH + OH = MXYMUCCO + OH';
k(:,i) = 7.41e-11;
Gstr{i,1} = 'MXYMUCOOH'; Gstr{i,2} = 'OH'; 
fMXYMUCOOH(i)=fMXYMUCOOH(i)-1; fOH(i)=fOH(i)-1; fMXYMUCCO(i)=fMXYMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOOH + hv = MXYMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYMUCOOH'; 
fMXYMUCOOH(i)=fMXYMUCOOH(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOOH + hv = MXYMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'MXYMUCOOH'; 
fMXYMUCOOH(i)=fMXYMUCOOH(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOOH + hv = MXYMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MXYMUCOOH'; 
fMXYMUCOOH(i)=fMXYMUCOOH(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCNO3 + OH = MXYMUCCO + NO2';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'MXYMUCNO3'; Gstr{i,2} = 'OH'; 
fMXYMUCNO3(i)=fMXYMUCNO3(i)-1; fOH(i)=fOH(i)-1; fMXYMUCCO(i)=fMXYMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCNO3 + hv = EPXMC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'MXYMUCNO3'; 
fMXYMUCNO3(i)=fMXYMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCNO3 + hv = EPXMC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MXYMUCNO3'; 
fMXYMUCNO3(i)=fMXYMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO = CO2H3CHO + C3MDIALO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'MXYMUCO'; 
fMXYMUCO(i)=fMXYMUCO(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCO = EPXMC4DIAL + MGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'MXYMUCO'; 
fMXYMUCO(i)=fMXYMUCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO + OH = EPXMC4DIAL + CH3CO3 + CO';
k(:,i) = 4.08e-11;
Gstr{i,1} = 'MXYMUCCO'; Gstr{i,2} = 'OH'; 
fMXYMUCCO(i)=fMXYMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO + hv = CH3CO3 + EPXMC4DIAL + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'MXYMUCCO'; 
fMXYMUCCO(i)=fMXYMUCCO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCCO + hv = CH3CO3 + EPXMC4DIAL + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'MXYMUCCO'; 
fMXYMUCCO(i)=fMXYMUCCO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOH + OH = MXYMUCCO + HO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'MXYMUCOH'; Gstr{i,2} = 'OH'; 
fMXYMUCOH(i)=fMXYMUCOH(i)-1; fOH(i)=fOH(i)-1; fMXYMUCCO(i)=fMXYMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOH + hv = MXYMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'MXYMUCOH'; 
fMXYMUCOH(i)=fMXYMUCOH(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYMUCOH + hv = MXYMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MXYMUCOH'; 
fMXYMUCOH(i)=fMXYMUCOH(i)-1; fMXYMUCO(i)=fMXYMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5OOH + OH = C7236CO + OH';
k(:,i) = 7.36e-11;
Gstr{i,1} = 'C726CO5OOH'; Gstr{i,2} = 'OH'; 
fC726CO5OOH(i)=fC726CO5OOH(i)-1; fOH(i)=fOH(i)-1; fC7236CO(i)=fC7236CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5OOH + hv = C726CO5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C726CO5OOH'; 
fC726CO5OOH(i)=fC726CO5OOH(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5OOH + hv = C726CO5O + OH';
k(:,i) = J23;
Gstr{i,1} = 'C726CO5OOH'; 
fC726CO5OOH(i)=fC726CO5OOH(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5OOH + hv = C726CO5O + OH';
k(:,i) = J24;
Gstr{i,1} = 'C726CO5OOH'; 
fC726CO5OOH(i)=fC726CO5OOH(i)-1; fC726CO5O(i)=fC726CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C726CO5O = C5DICARB + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C726CO5O'; 
fC726CO5O(i)=fC726CO5O(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7236CO + OH = C5CO14O2 + CH3CO3';
k(:,i) = 5.22e-11;
Gstr{i,1} = 'C7236CO'; Gstr{i,2} = 'OH'; 
fC7236CO(i)=fC7236CO(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7236CO + hv = C5CO14O2 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C7236CO'; 
fC7236CO(i)=fC7236CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7236CO + hv = C5CO14O2 + CH3CO3';
k(:,i) = J23;
Gstr{i,1} = 'C7236CO'; 
fC7236CO(i)=fC7236CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7236CO + hv = C5CO14O2 + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'C7236CO'; 
fC7236CO(i)=fC7236CO(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C726CO3OH + OH = C7236CO + HO2';
k(:,i) = 9.76e-11;
Gstr{i,1} = 'C726CO3OH'; Gstr{i,2} = 'OH'; 
fC726CO3OH(i)=fC726CO3OH(i)-1; fOH(i)=fOH(i)-1; fC7236CO(i)=fC7236CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C726CO3OH + hv = CH3CO3 + C5DICARB + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C726CO3OH'; 
fC726CO3OH(i)=fC726CO3OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC5DICARB(i)=fC5DICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C726CO3OH + hv = CH3CO3 + C5DICARB + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C726CO3OH'; 
fC726CO3OH(i)=fC726CO3OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC5DICARB(i)=fC5DICARB(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1OHNO2 + NO3 = NMXYOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'MXY1OHNO2'; Gstr{i,2} = 'NO3'; 
fMXY1OHNO2(i)=fMXY1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MXY1OHNO2 + OH = NMXYOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'MXY1OHNO2'; Gstr{i,2} = 'OH'; 
fMXY1OHNO2(i)=fMXY1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O2 + HO2 = MXY1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXY1O2'; Gstr{i,2} = 'HO2'; 
fMXY1O2(i)=fMXY1O2(i)-1; fHO2(i)=fHO2(i)-1; fMXY1OOH(i)=fMXY1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O2 + NO = MXY1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXY1O2'; Gstr{i,2} = 'NO'; 
fMXY1O2(i)=fMXY1O2(i)-1; fNO(i)=fNO(i)-1; fMXY1O(i)=fMXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O2 + NO3 = MXY1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXY1O2'; Gstr{i,2} = 'NO3'; 
fMXY1O2(i)=fMXY1O2(i)-1; fNO3(i)=fNO3(i)-1; fMXY1O(i)=fMXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1O2 + RO2 = MXY1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'MXY1O2'; Gstr{i,2} = 'RO2';
fMXY1O2(i)=fMXY1O2(i)-1; fMXY1O(i)=fMXY1O(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLOOH + OH = MXYOLO2';
k(:,i) = 1.13e-10;
Gstr{i,1} = 'MXYOLOOH'; Gstr{i,2} = 'OH'; 
fMXYOLOOH(i)=fMXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fMXYOLO2(i)=fMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLOOH + hv = MXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYOLOOH'; 
fMXYOLOOH(i)=fMXYOLOOH(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO = C5CO14OH + MGLYOX + HO2';
k(:,i) = KDEC.*0.85;
Gstr{i,1} = 'MXYOLO'; 
fMXYOLO(i)=fMXYOLO(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLO = MXYQONE + HO2';
k(:,i) = KDEC.*0.15;
Gstr{i,1} = 'MXYOLO'; 
fMXYOLO(i)=fMXYOLO(i)-1; fMXYQONE(i)=fMXYQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOLOH + OH = MXYOLO';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'MXYOLOH'; Gstr{i,2} = 'OH'; 
fMXYOLOH(i)=fMXYOLOH(i)-1; fOH(i)=fOH(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLOOH + OH = NMXYOLO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NMXYOLOOH'; Gstr{i,2} = 'OH'; 
fNMXYOLOOH(i)=fNMXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fNMXYOLO2(i)=fNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLOOH + hv = MXYOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NMXYOLOOH'; 
fNMXYOLOOH(i)=fNMXYOLOOH(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLOOH + hv = NMXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMXYOLOOH'; 
fNMXYOLOOH(i)=fNMXYOLOOH(i)-1; fNMXYOLO(i)=fNMXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLO = C5CO14OH + MGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMXYOLO'; 
fNMXYOLO(i)=fNMXYOLO(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLOH + OH = NMXYOLO';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'NMXYOLOH'; Gstr{i,2} = 'OH'; 
fNMXYOLOH(i)=fNMXYOLOH(i)-1; fOH(i)=fOH(i)-1; fNMXYOLO(i)=fNMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOLOH + hv = MXYOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NMXYOLOH'; 
fNMXYOLOH(i)=fNMXYOLOH(i)-1; fMXYOLO(i)=fMXYOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O + NO2 = MXNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'MXCATEC1O'; Gstr{i,2} = 'NO2'; 
fMXCATEC1O(i)=fMXCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fMXNCATECH(i)=fMXNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O + O3 = MXCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'MXCATEC1O'; Gstr{i,2} = 'O3'; 
fMXCATEC1O(i)=fMXCATEC1O(i)-1; fO3(i)=fO3(i)-1; fMXCATEC1O2(i)=fMXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXCATECOOA = C3MCOCO2H + CH3COCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'MXCATECOOA'; 
fMXCATECOOA(i)=fMXCATECOOA(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + HO2 = PXYL1O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'HO2'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + HO2 = PXYLCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'HO2'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fPXYLCO2H(i)=fPXYLCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + HO2 = PXYLCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'HO2'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fHO2(i)=fHO2(i)-1; fPXYLCO3H(i)=fPXYLCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + NO = PXYL1O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'NO'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fNO(i)=fNO(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + NO2 = PXYLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'NO2'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fNO2(i)=fNO2(i)-1; fPXYLPAN(i)=fPXYLPAN(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + NO3 = PXYL1O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'NO3'; 
fPXYLCO3(i)=fPXYLCO3(i)-1; fNO3(i)=fNO3(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + RO2 = PXYL1O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'RO2';
fPXYLCO3(i)=fPXYLCO3(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3 + RO2 = PXYLCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'PXYLCO3'; Gstr{i,2} = 'RO2';
fPXYLCO3(i)=fPXYLCO3(i)-1; fPXYLCO2H(i)=fPXYLCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1O2 + HO2 = PXYL1OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PXYL1O2'; Gstr{i,2} = 'HO2'; 
fPXYL1O2(i)=fPXYL1O2(i)-1; fHO2(i)=fHO2(i)-1; fPXYL1OOH(i)=fPXYL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1O2 + NO = PXYL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXYL1O2'; Gstr{i,2} = 'NO'; 
fPXYL1O2(i)=fPXYL1O2(i)-1; fNO(i)=fNO(i)-1; fPXYL1O(i)=fPXYL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1O2 + NO3 = PXYL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYL1O2'; Gstr{i,2} = 'NO3'; 
fPXYL1O2(i)=fPXYL1O2(i)-1; fNO3(i)=fNO3(i)-1; fPXYL1O(i)=fPXYL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1O2 + RO2 = PXYL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'PXYL1O2'; Gstr{i,2} = 'RO2';
fPXYL1O2(i)=fPXYL1O2(i)-1; fPXYL1O(i)=fPXYL1O(i)+1; 

i=i+1;
Rnames{i} = 'C4DBDIKET + O3 = MGLOOB + MGLYOX';
k(:,i) = 5.00e-18;
Gstr{i,1} = 'C4DBDIKET'; Gstr{i,2} = 'O3'; 
fC4DBDIKET(i)=fC4DBDIKET(i)-1; fO3(i)=fO3(i)-1; fMGLOOB(i)=fMGLOOB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C4DBDIKET + OH = DMKOHO2';
k(:,i) = 4.90e-11;
Gstr{i,1} = 'C4DBDIKET'; Gstr{i,2} = 'OH'; 
fC4DBDIKET(i)=fC4DBDIKET(i)-1; fOH(i)=fOH(i)-1; fDMKOHO2(i)=fDMKOHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBDIKET + hv = MGLYOX + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.0057;
Gstr{i,1} = 'C4DBDIKET'; 
fC4DBDIKET(i)=fC4DBDIKET(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO2H + OH = C6M5CO2O2';
k(:,i) = 5.87e-11;
Gstr{i,1} = 'PXYMUCCO2H'; Gstr{i,2} = 'OH'; 
fPXYMUCCO2H(i)=fPXYMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO2H + hv = C6M5CO2O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'PXYMUCCO2H'; 
fPXYMUCCO2H(i)=fPXYMUCCO2H(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO2H + hv = C6M5CO2O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'PXYMUCCO2H'; 
fPXYMUCCO2H(i)=fPXYMUCCO2H(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3H + OH = PXYMUCCO3';
k(:,i) = 6.18e-11;
Gstr{i,1} = 'PXYMUCCO3H'; Gstr{i,2} = 'OH'; 
fPXYMUCCO3H(i)=fPXYMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fPXYMUCCO3(i)=fPXYMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3H + hv = C6M5CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYMUCCO3H'; 
fPXYMUCCO3H(i)=fPXYMUCCO3H(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3H + hv = C6M5CO2O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'PXYMUCCO3H'; 
fPXYMUCCO3H(i)=fPXYMUCCO3H(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO3H + hv = C6M5CO2O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'PXYMUCCO3H'; 
fPXYMUCCO3H(i)=fPXYMUCCO3H(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCPAN + OH = C4DBDIKET + CO + NO2';
k(:,i) = 5.85e-11;
Gstr{i,1} = 'PXYMUCPAN'; Gstr{i,2} = 'OH'; 
fPXYMUCPAN(i)=fPXYMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCPAN = PXYMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PXYMUCPAN'; 
fPXYMUCPAN(i)=fPXYMUCPAN(i)-1; fPXYMUCCO3(i)=fPXYMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOOH + OH = PXYMUCCO + OH';
k(:,i) = 7.26e-11;
Gstr{i,1} = 'PXYMUCOOH'; Gstr{i,2} = 'OH'; 
fPXYMUCOOH(i)=fPXYMUCOOH(i)-1; fOH(i)=fOH(i)-1; fPXYMUCCO(i)=fPXYMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOOH + hv = PXYMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYMUCOOH'; 
fPXYMUCOOH(i)=fPXYMUCOOH(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOOH + hv = PXYMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'PXYMUCOOH'; 
fPXYMUCOOH(i)=fPXYMUCOOH(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOOH + hv = PXYMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'PXYMUCOOH'; 
fPXYMUCOOH(i)=fPXYMUCOOH(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCNO3 + OH = PXYMUCCO + NO2';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'PXYMUCNO3'; Gstr{i,2} = 'OH'; 
fPXYMUCNO3(i)=fPXYMUCNO3(i)-1; fOH(i)=fOH(i)-1; fPXYMUCCO(i)=fPXYMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCNO3 + hv = EPXMC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PXYMUCNO3'; 
fPXYMUCNO3(i)=fPXYMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCNO3 + hv = EPXMC4DIAL + NO2 + CH3CO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PXYMUCNO3'; 
fPXYMUCNO3(i)=fPXYMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO = CO2H3CHO + C4CO2O2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PXYMUCO'; 
fPXYMUCO(i)=fPXYMUCO(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fC4CO2O2(i)=fC4CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCO = EPXMC4DIAL + MGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PXYMUCO'; 
fPXYMUCO(i)=fPXYMUCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO + OH = EPXMC4DIAL + CH3CO3 + CO';
k(:,i) = 3.58e-11;
Gstr{i,1} = 'PXYMUCCO'; Gstr{i,2} = 'OH'; 
fPXYMUCCO(i)=fPXYMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO + hv = EPXMC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'PXYMUCCO'; 
fPXYMUCCO(i)=fPXYMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCCO + hv = EPXMC4DIAL + CH3CO3 + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'PXYMUCCO'; 
fPXYMUCCO(i)=fPXYMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOH + OH = PXYMUCCO + HO2';
k(:,i) = 6.03e-11;
Gstr{i,1} = 'PXYMUCOH'; Gstr{i,2} = 'OH'; 
fPXYMUCOH(i)=fPXYMUCOH(i)-1; fOH(i)=fOH(i)-1; fPXYMUCCO(i)=fPXYMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOH + hv = PXYMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PXYMUCOH'; 
fPXYMUCOH(i)=fPXYMUCOH(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYMUCOH + hv = PXYMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PXYMUCOH'; 
fPXYMUCOH(i)=fPXYMUCOH(i)-1; fPXYMUCO(i)=fPXYMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OOH + OH = C6M5CO2O2';
k(:,i) = 8.25e-11;
Gstr{i,1} = 'C6M5CO2OOH'; Gstr{i,2} = 'OH'; 
fC6M5CO2OOH(i)=fC6M5CO2OOH(i)-1; fOH(i)=fOH(i)-1; fC6M5CO2O2(i)=fC6M5CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OOH + hv = C3MDIALOOH + CH3CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C6M5CO2OOH'; 
fC6M5CO2OOH(i)=fC6M5CO2OOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OOH + hv = C3MDIALOOH + CH3CO3 + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'C6M5CO2OOH'; 
fC6M5CO2OOH(i)=fC6M5CO2OOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OOH + hv = C6M5CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6M5CO2OOH'; 
fC6M5CO2OOH(i)=fC6M5CO2OOH(i)-1; fC6M5CO2O(i)=fC6M5CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OOH + hv = HO2 + CO + C4DBDIKET + OH';
k(:,i) = J17;
Gstr{i,1} = 'C6M5CO2OOH'; 
fC6M5CO2OOH(i)=fC6M5CO2OOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2O = C4DBDIKET + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C6M5CO2O'; 
fC6M5CO2O(i)=fC6M5CO2O(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OH + OH = C6M5CO2O';
k(:,i) = 1.14e-10;
Gstr{i,1} = 'C6M5CO2OH'; Gstr{i,2} = 'OH'; 
fC6M5CO2OH(i)=fC6M5CO2OH(i)-1; fOH(i)=fOH(i)-1; fC6M5CO2O(i)=fC6M5CO2O(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OH + hv = C3MDIALOH + CH3CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C6M5CO2OH'; 
fC6M5CO2OH(i)=fC6M5CO2OH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OH + hv = C3MDIALOH + CH3CO3 + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'C6M5CO2OH'; 
fC6M5CO2OH(i)=fC6M5CO2OH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6M5CO2OH + hv = HO2 + CO + C4DBDIKET + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C6M5CO2OH'; 
fC6M5CO2OH(i)=fC6M5CO2OH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLOOH + OH = NPXYOLO2';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'NPXYOLOOH'; Gstr{i,2} = 'OH'; 
fNPXYOLOOH(i)=fNPXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fNPXYOLO2(i)=fNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLOOH + hv = NPXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPXYOLOOH'; 
fNPXYOLOOH(i)=fNPXYOLOOH(i)-1; fNPXYOLO(i)=fNPXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLOOH + hv = PXYOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPXYOLOOH'; 
fNPXYOLOOH(i)=fNPXYOLOOH(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLO = C3MCOCO2H + MGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPXYOLO'; 
fNPXYOLO(i)=fNPXYOLO(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLOH + OH = NPXYOLO';
k(:,i) = 1.40e-10;
Gstr{i,1} = 'NPXYOLOH'; Gstr{i,2} = 'OH'; 
fNPXYOLOH(i)=fNPXYOLOH(i)-1; fOH(i)=fOH(i)-1; fNPXYOLO(i)=fNPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOLOH + hv = PXYOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPXYOLOH'; 
fNPXYOLOH(i)=fNPXYOLOH(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1OHNO2 + NO3 = NPXYOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'PXY1OHNO2'; Gstr{i,2} = 'NO3'; 
fPXY1OHNO2(i)=fPXY1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PXY1OHNO2 + OH = NPXYOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'PXY1OHNO2'; Gstr{i,2} = 'OH'; 
fPXY1OHNO2(i)=fPXY1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O2 + HO2 = PXY1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXY1O2'; Gstr{i,2} = 'HO2'; 
fPXY1O2(i)=fPXY1O2(i)-1; fHO2(i)=fHO2(i)-1; fPXY1OOH(i)=fPXY1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O2 + NO = PXY1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXY1O2'; Gstr{i,2} = 'NO'; 
fPXY1O2(i)=fPXY1O2(i)-1; fNO(i)=fNO(i)-1; fPXY1O(i)=fPXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O2 + NO3 = PXY1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXY1O2'; Gstr{i,2} = 'NO3'; 
fPXY1O2(i)=fPXY1O2(i)-1; fNO3(i)=fNO3(i)-1; fPXY1O(i)=fPXY1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1O2 + RO2 = PXY1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'PXY1O2'; Gstr{i,2} = 'RO2';
fPXY1O2(i)=fPXY1O2(i)-1; fPXY1O(i)=fPXY1O(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLOOH + OH = PXYOLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'PXYOLOOH'; Gstr{i,2} = 'OH'; 
fPXYOLOOH(i)=fPXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fPXYOLO2(i)=fPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLOOH + hv = PXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYOLOOH'; 
fPXYOLOOH(i)=fPXYOLOOH(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO = C3MCOCO2H + MGLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'PXYOLO'; 
fPXYOLO(i)=fPXYOLO(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLO = PXYQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'PXYOLO'; 
fPXYOLO(i)=fPXYOLO(i)-1; fPXYQONE(i)=fPXYQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYOLOH + OH = PXYOLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'PXYOLOH'; Gstr{i,2} = 'OH'; 
fPXYOLOH(i)=fPXYOLOH(i)-1; fOH(i)=fOH(i)-1; fPXYOLO(i)=fPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O + NO2 = PXNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PXCATEC1O'; Gstr{i,2} = 'NO2'; 
fPXCATEC1O(i)=fPXCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fPXNCATECH(i)=fPXNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O + O3 = PXCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PXCATEC1O'; Gstr{i,2} = 'O3'; 
fPXCATEC1O(i)=fPXCATEC1O(i)-1; fO3(i)=fO3(i)-1; fPXCATEC1O2(i)=fPXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXCATECOOA = MC3ODBCO2H + CH3COCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PXCATECOOA'; 
fPXCATECOOA(i)=fPXCATECOOA(i)-1; fMC3ODBCO2H(i)=fMC3ODBCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + HO2 = C6H5C2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H5C2CO2H(i)=fC6H5C2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + HO2 = C6H5C2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H5C2CO3H(i)=fC6H5C2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + HO2 = C6H5CH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'HO2'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + NO = C6H5CH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'NO'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fNO(i)=fNO(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + NO2 = C6H5CH2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'NO2'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6H5CH2PAN(i)=fC6H5CH2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + NO3 = C6H5CH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'NO3'; 
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + RO2 = C6H5C2CO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'RO2';
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fC6H5C2CO2H(i)=fC6H5C2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2CO3 + RO2 = C6H5CH2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'C6H5CH2CO3'; Gstr{i,2} = 'RO2';
fC6H5CH2CO3(i)=fC6H5CH2CO3(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'EBNZOHNO2 + NO3 = NEBNZ1O + HNO3';
k(:,i) = 3.13e-13.*1.0;
Gstr{i,1} = 'EBNZOHNO2'; Gstr{i,2} = 'NO3'; 
fEBNZOHNO2(i)=fEBNZOHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'EBNZOHNO2 + OH = NEBNZ1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'EBNZOHNO2'; Gstr{i,2} = 'OH'; 
fEBNZOHNO2(i)=fEBNZOHNO2(i)-1; fOH(i)=fOH(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO2 + HO2 = EBENZOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'EBENZO2'; Gstr{i,2} = 'HO2'; 
fEBENZO2(i)=fEBENZO2(i)-1; fHO2(i)=fHO2(i)-1; fEBENZOOH(i)=fEBENZOOH(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO2 + NO = EBENZO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EBENZO2'; Gstr{i,2} = 'NO'; 
fEBENZO2(i)=fEBENZO2(i)-1; fNO(i)=fNO(i)-1; fEBENZO(i)=fEBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO2 + NO3 = EBENZO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EBENZO2'; Gstr{i,2} = 'NO3'; 
fEBENZO2(i)=fEBENZO2(i)-1; fNO3(i)=fNO3(i)-1; fEBENZO(i)=fEBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZO2 + RO2 = EBENZO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'EBENZO2'; Gstr{i,2} = 'RO2';
fEBENZO2(i)=fEBENZO2(i)-1; fEBENZO(i)=fEBENZO(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLOOH + OH = EBENZOLO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'EBENZOLOOH'; Gstr{i,2} = 'OH'; 
fEBENZOLOOH(i)=fEBENZOLOOH(i)-1; fOH(i)=fOH(i)-1; fEBENZOLO2(i)=fEBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLOOH + hv = EBENZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBENZOLOOH'; 
fEBENZOLOOH(i)=fEBENZOLOOH(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO = C6DCRBBOH + GLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'EBENZOLO'; 
fEBENZOLO(i)=fEBENZOLO(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLO = PEBQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'EBENZOLO'; 
fEBENZOLO(i)=fEBENZOLO(i)-1; fPEBQONE(i)=fPEBQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOLOH + OH = EBENZOLO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'EBENZOLOH'; Gstr{i,2} = 'OH'; 
fEBENZOLOH(i)=fEBENZOLOH(i)-1; fOH(i)=fOH(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLOOH + OH = NEBNZOLO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NEBNZOLOOH'; Gstr{i,2} = 'OH'; 
fNEBNZOLOOH(i)=fNEBNZOLOOH(i)-1; fOH(i)=fOH(i)-1; fNEBNZOLO2(i)=fNEBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLOOH + hv = EBENZOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NEBNZOLOOH'; 
fNEBNZOLOOH(i)=fNEBNZOLOOH(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLOOH + hv = NEBNZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NEBNZOLOOH'; 
fNEBNZOLOOH(i)=fNEBNZOLOOH(i)-1; fNEBNZOLO(i)=fNEBNZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLO = C6DCRBBOH + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NEBNZOLO'; 
fNEBNZOLO(i)=fNEBNZOLO(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLOH + OH = NEBNZOLO';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'NEBNZOLOH'; Gstr{i,2} = 'OH'; 
fNEBNZOLOH(i)=fNEBNZOLOH(i)-1; fOH(i)=fOH(i)-1; fNEBNZOLO(i)=fNEBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZOLOH + hv = EBENZOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NEBNZOLOH'; 
fNEBNZOLOH(i)=fNEBNZOLOH(i)-1; fEBENZOLO(i)=fEBENZOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O + NO2 = ENCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'ECATEC1O'; Gstr{i,2} = 'NO2'; 
fECATEC1O(i)=fECATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fENCATECH(i)=fENCATECH(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O + O3 = ECATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'ECATEC1O'; Gstr{i,2} = 'O3'; 
fECATEC1O(i)=fECATEC1O(i)-1; fO3(i)=fO3(i)-1; fECATEC1O2(i)=fECATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'ECATECOOA = RGDCO2H + HCOCO2H + HO2 + OH';
k(:,i) = KDEC.*1.0;
Gstr{i,1} = 'ECATECOOA'; 
fECATECOOA(i)=fECATECOOA(i)-1; fRGDCO2H(i)=fRGDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + NO3 = C6DCARBBO2 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'C6DICARB'; Gstr{i,2} = 'NO3'; 
fC6DICARB(i)=fC6DICARB(i)-1; fNO3(i)=fNO3(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + O3 = EGLYOX + GLYOOA';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C6DICARB'; Gstr{i,2} = 'O3'; 
fC6DICARB(i)=fC6DICARB(i)-1; fO3(i)=fO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + O3 = GLYOX + EGLYOOB';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C6DICARB'; Gstr{i,2} = 'O3'; 
fC6DICARB(i)=fC6DICARB(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fEGLYOOB(i)=fEGLYOOB(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + OH = C6DCARBBO2';
k(:,i) = 5.58e-11.*0.5;
Gstr{i,1} = 'C6DICARB'; Gstr{i,2} = 'OH'; 
fC6DICARB(i)=fC6DICARB(i)-1; fOH(i)=fOH(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + OH = C6DICARBO2';
k(:,i) = 5.58e-11.*0.5;
Gstr{i,1} = 'C6DICARB'; Gstr{i,2} = 'OH'; 
fC6DICARB(i)=fC6DICARB(i)-1; fOH(i)=fOH(i)-1; fC6DICARBO2(i)=fC6DICARBO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + hv = C6DCARBBO2 + HO2 + CO';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C6DICARB'; 
fC6DICARB(i)=fC6DICARB(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARB + hv = EBFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C6DICARB'; 
fC6DICARB(i)=fC6DICARB(i)-1; fEBFUONE(i)=fEBFUONE(i)+1; 

i=i+1;
Rnames{i} = 'EBFUONE + NO3 = NEBFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'EBFUONE'; Gstr{i,2} = 'NO3'; 
fEBFUONE(i)=fEBFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNEBFUO2(i)=fNEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUONE + O3 = CO + BUTALAO2 + OH';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'EBFUONE'; Gstr{i,2} = 'O3'; 
fEBFUONE(i)=fEBFUONE(i)-1; fO3(i)=fO3(i)-1; fCO(i)=fCO(i)+1; fBUTALAO2(i)=fBUTALAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBFUONE + OH = EBFUO2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'EBFUONE'; Gstr{i,2} = 'OH'; 
fEBFUONE(i)=fEBFUONE(i)-1; fOH(i)=fOH(i)-1; fEBFUO2(i)=fEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + HO2 = C6DCARBBO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'HO2'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fHO2(i)=fHO2(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + HO2 = C6DCRBBOH + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'HO2'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fHO2(i)=fHO2(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + HO2 = C6DCRBBOOH';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'HO2'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fHO2(i)=fHO2(i)-1; fC6DCRBBOOH(i)=fC6DCRBBOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + NO = C6DCARBBO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'NO'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fNO(i)=fNO(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + NO2 = C6DCARBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'NO2'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fNO2(i)=fNO2(i)-1; fC6DCARBPAN(i)=fC6DCARBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + NO3 = C6DCARBBO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'NO3'; 
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fNO3(i)=fNO3(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + RO2 = C6DCARBBO';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'RO2';
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO2 + RO2 = C6DCRBBOH';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'C6DCARBBO2'; Gstr{i,2} = 'RO2';
fC6DCARBBO2(i)=fC6DCARBBO2(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO2H + OH = C715CO2O2';
k(:,i) = 6.09e-11;
Gstr{i,1} = 'EBZMUCCO2H'; Gstr{i,2} = 'OH'; 
fEBZMUCCO2H(i)=fEBZMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO2H + hv = C715CO2O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'EBZMUCCO2H'; 
fEBZMUCCO2H(i)=fEBZMUCCO2H(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO2H + hv = C715CO2O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'EBZMUCCO2H'; 
fEBZMUCCO2H(i)=fEBZMUCCO2H(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3H + OH = EBZMUCCO3';
k(:,i) = 6.40e-11;
Gstr{i,1} = 'EBZMUCCO3H'; Gstr{i,2} = 'OH'; 
fEBZMUCCO3H(i)=fEBZMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fEBZMUCCO3(i)=fEBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3H + hv = C715CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBZMUCCO3H'; 
fEBZMUCCO3H(i)=fEBZMUCCO3H(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3H + hv = C715CO2O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'EBZMUCCO3H'; 
fEBZMUCCO3H(i)=fEBZMUCCO3H(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO3H + hv = C715CO2O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'EBZMUCCO3H'; 
fEBZMUCCO3H(i)=fEBZMUCCO3H(i)-1; fC715CO2O2(i)=fC715CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCPAN + OH = C6DICARB + CO + NO2';
k(:,i) = 6.08e-11;
Gstr{i,1} = 'EBZMUCPAN'; Gstr{i,2} = 'OH'; 
fEBZMUCPAN(i)=fEBZMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCPAN = EBZMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EBZMUCPAN'; 
fEBZMUCPAN(i)=fEBZMUCPAN(i)-1; fEBZMUCCO3(i)=fEBZMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO + CO = EGLYOX';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'EGLYOO'; Gstr{i,2} = 'CO'; 
fEGLYOO(i)=fEGLYOO(i)-1; fCO(i)=fCO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO + NO = EGLYOX + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'EGLYOO'; Gstr{i,2} = 'NO'; 
fEGLYOO(i)=fEGLYOO(i)-1; fNO(i)=fNO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO + NO2 = EGLYOX + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'EGLYOO'; Gstr{i,2} = 'NO2'; 
fEGLYOO(i)=fEGLYOO(i)-1; fNO2(i)=fNO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO + SO2 = EGLYOX + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'EGLYOO'; Gstr{i,2} = 'SO2'; 
fEGLYOO(i)=fEGLYOO(i)-1; fSO2(i)=fSO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO = ECOCO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'EGLYOO'; 
fEGLYOO(i)=fEGLYOO(i)-1; fECOCO2H(i)=fECOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'EGLYOO = EGLYOX + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'EGLYOO'; 
fEGLYOO(i)=fEGLYOO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOOH + OH = EBZMUCCO + OH';
k(:,i) = 7.51e-11;
Gstr{i,1} = 'EBZMUCOOH'; Gstr{i,2} = 'OH'; 
fEBZMUCOOH(i)=fEBZMUCOOH(i)-1; fOH(i)=fOH(i)-1; fEBZMUCCO(i)=fEBZMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOOH + hv = EBZMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBZMUCOOH'; 
fEBZMUCOOH(i)=fEBZMUCOOH(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOOH + hv = EBZMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'EBZMUCOOH'; 
fEBZMUCOOH(i)=fEBZMUCOOH(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOOH + hv = EBZMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'EBZMUCOOH'; 
fEBZMUCOOH(i)=fEBZMUCOOH(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCNO3 + OH = EBZMUCCO + NO2';
k(:,i) = 3.17e-11;
Gstr{i,1} = 'EBZMUCNO3'; Gstr{i,2} = 'OH'; 
fEBZMUCNO3(i)=fEBZMUCNO3(i)-1; fOH(i)=fOH(i)-1; fEBZMUCCO(i)=fEBZMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCNO3 + hv = EPXC4DIAL + NO2 + C2H5CO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EBZMUCNO3'; 
fEBZMUCNO3(i)=fEBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCNO3 + hv = EPXC4DIAL + NO2 + C2H5CO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EBZMUCNO3'; 
fEBZMUCNO3(i)=fEBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO = CO3H4CHO + C3DIALO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'EBZMUCO'; 
fEBZMUCO(i)=fEBZMUCO(i)-1; fCO3H4CHO(i)=fCO3H4CHO(i)+1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCO = EPXC4DIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'EBZMUCO'; 
fEBZMUCO(i)=fEBZMUCO(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO + OH = C2H5CO3 + EPXC4DIAL + CO';
k(:,i) = 4.25e-11;
Gstr{i,1} = 'EBZMUCCO'; Gstr{i,2} = 'OH'; 
fEBZMUCCO(i)=fEBZMUCCO(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO + hv = C2H5CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EBZMUCCO'; 
fEBZMUCCO(i)=fEBZMUCCO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCCO + hv = C2H5CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'EBZMUCCO'; 
fEBZMUCCO(i)=fEBZMUCCO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOH + OH = EBZMUCCO + HO2';
k(:,i) = 6.29e-11;
Gstr{i,1} = 'EBZMUCOH'; Gstr{i,2} = 'OH'; 
fEBZMUCOH(i)=fEBZMUCOH(i)-1; fOH(i)=fOH(i)-1; fEBZMUCCO(i)=fEBZMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOH + hv = EBZMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EBZMUCOH'; 
fEBZMUCOH(i)=fEBZMUCOH(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBZMUCOH + hv = EBZMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EBZMUCOH'; 
fEBZMUCOH(i)=fEBZMUCOH(i)-1; fEBZMUCO(i)=fEBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OOH + OH = C7CO2DBAL + OH';
k(:,i) = 9.53e-11;
Gstr{i,1} = 'C715CO2OOH'; Gstr{i,2} = 'OH'; 
fC715CO2OOH(i)=fC715CO2OOH(i)-1; fOH(i)=fOH(i)-1; fC7CO2DBAL(i)=fC7CO2DBAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OOH + hv = C6DICARB + CO + HO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'C715CO2OOH'; 
fC715CO2OOH(i)=fC715CO2OOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OOH + hv = C6DICARB + CO + HO2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'C715CO2OOH'; 
fC715CO2OOH(i)=fC715CO2OOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OOH + hv = C715CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C715CO2OOH'; 
fC715CO2OOH(i)=fC715CO2OOH(i)-1; fC715CO2O(i)=fC715CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OOH + hv = C715CO2O + OH';
k(:,i) = J24;
Gstr{i,1} = 'C715CO2OOH'; 
fC715CO2OOH(i)=fC715CO2OOH(i)-1; fC715CO2O(i)=fC715CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2O = C6DICARB + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C715CO2O'; 
fC715CO2O(i)=fC715CO2O(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OH + OH = C7CO2DBAL + HO2';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'C715CO2OH'; Gstr{i,2} = 'OH'; 
fC715CO2OH(i)=fC715CO2OH(i)-1; fOH(i)=fOH(i)-1; fC7CO2DBAL(i)=fC7CO2DBAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OH + hv = C6DICARB + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C715CO2OH'; 
fC715CO2OH(i)=fC715CO2OH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OH + hv = C6DICARB + CO + HO2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C715CO2OH'; 
fC715CO2OH(i)=fC715CO2OH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715CO2OH + hv = C6DICARB + CO + HO2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C715CO2OH'; 
fC715CO2OH(i)=fC715CO2OH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBAL + OH = C7CO3OHO2';
k(:,i) = 6.78e-11;
Gstr{i,1} = 'C7CO2DBAL'; Gstr{i,2} = 'OH'; 
fC7CO2DBAL(i)=fC7CO2DBAL(i)-1; fOH(i)=fOH(i)-1; fC7CO3OHO2(i)=fC7CO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBAL + hv = C6DCARBBO2 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C7CO2DBAL'; 
fC7CO2DBAL(i)=fC7CO2DBAL(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + HO2 = PHCOETOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'HO2'; 
fPHCOETO2(i)=fPHCOETO2(i)-1; fHO2(i)=fHO2(i)-1; fPHCOETOOH(i)=fPHCOETOOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + NO = PHCOETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'NO'; 
fPHCOETO2(i)=fPHCOETO2(i)-1; fNO(i)=fNO(i)-1; fPHCOETO(i)=fPHCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + NO3 = PHCOETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'NO3'; 
fPHCOETO2(i)=fPHCOETO2(i)-1; fNO3(i)=fNO3(i)-1; fPHCOETO(i)=fPHCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + RO2 = PHCOCOME';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'RO2';
fPHCOETO2(i)=fPHCOETO2(i)-1; fPHCOCOME(i)=fPHCOCOME(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + RO2 = PHCOETO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'RO2';
fPHCOETO2(i)=fPHCOETO2(i)-1; fPHCOETO(i)=fPHCOETO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO2 + RO2 = PHCOETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PHCOETO2'; Gstr{i,2} = 'RO2';
fPHCOETO2(i)=fPHCOETO2(i)-1; fPHCOETOH(i)=fPHCOETOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLOOH + OH = NPBNZOLO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NPBNZOLOOH'; Gstr{i,2} = 'OH'; 
fNPBNZOLOOH(i)=fNPBNZOLOOH(i)-1; fOH(i)=fOH(i)-1; fNPBNZOLO2(i)=fNPBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLOOH + hv = NPBNZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPBNZOLOOH'; 
fNPBNZOLOOH(i)=fNPBNZOLOOH(i)-1; fNPBNZOLO(i)=fNPBNZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLOOH + hv = PBENZOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPBNZOLOOH'; 
fNPBNZOLOOH(i)=fNPBNZOLOOH(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLO = C7DCCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPBNZOLO'; 
fNPBNZOLO(i)=fNPBNZOLO(i)-1; fC7DCCO2H(i)=fC7DCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLOH + OH = NPBNZOLO';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'NPBNZOLOH'; Gstr{i,2} = 'OH'; 
fNPBNZOLOH(i)=fNPBNZOLOH(i)-1; fOH(i)=fOH(i)-1; fNPBNZOLO(i)=fNPBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZOLOH + hv = PBENZOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPBNZOLOH'; 
fNPBNZOLOH(i)=fNPBNZOLOH(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBNZOHNO2 + NO3 = NPBNZ1O + HNO3';
k(:,i) = 3.13e-13.*1.0;
Gstr{i,1} = 'PBNZOHNO2'; Gstr{i,2} = 'NO3'; 
fPBNZOHNO2(i)=fPBNZOHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PBNZOHNO2 + OH = NPBNZ1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'PBNZOHNO2'; Gstr{i,2} = 'OH'; 
fPBNZOHNO2(i)=fPBNZOHNO2(i)-1; fOH(i)=fOH(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO2 + HO2 = PBENZOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PBENZO2'; Gstr{i,2} = 'HO2'; 
fPBENZO2(i)=fPBENZO2(i)-1; fHO2(i)=fHO2(i)-1; fPBENZOOH(i)=fPBENZOOH(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO2 + NO = PBENZO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PBENZO2'; Gstr{i,2} = 'NO'; 
fPBENZO2(i)=fPBENZO2(i)-1; fNO(i)=fNO(i)-1; fPBENZO(i)=fPBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO2 + NO3 = PBENZO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBENZO2'; Gstr{i,2} = 'NO3'; 
fPBENZO2(i)=fPBENZO2(i)-1; fNO3(i)=fNO3(i)-1; fPBENZO(i)=fPBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZO2 + RO2 = PBENZO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'PBENZO2'; Gstr{i,2} = 'RO2';
fPBENZO2(i)=fPBENZO2(i)-1; fPBENZO(i)=fPBENZO(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLOOH + OH = PBENZOLO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'PBENZOLOOH'; Gstr{i,2} = 'OH'; 
fPBENZOLOOH(i)=fPBENZOLOOH(i)-1; fOH(i)=fOH(i)-1; fPBENZOLO2(i)=fPBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLOOH + hv = PBENZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBENZOLOOH'; 
fPBENZOLOOH(i)=fPBENZOLOOH(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO = C7DCCO2H + GLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'PBENZOLO'; 
fPBENZOLO(i)=fPBENZOLO(i)-1; fC7DCCO2H(i)=fC7DCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLO = PPRBQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'PBENZOLO'; 
fPBENZOLO(i)=fPBENZOLO(i)-1; fPPRBQONE(i)=fPPRBQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOLOH + OH = PBENZOLO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'PBENZOLOH'; Gstr{i,2} = 'OH'; 
fPBENZOLOH(i)=fPBENZOLOH(i)-1; fOH(i)=fOH(i)-1; fPBENZOLO(i)=fPBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O + NO2 = PNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PCATEC1O'; Gstr{i,2} = 'NO2'; 
fPCATEC1O(i)=fPCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fPNCATECH(i)=fPNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O + O3 = PCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PCATEC1O'; Gstr{i,2} = 'O3'; 
fPCATEC1O(i)=fPCATEC1O(i)-1; fO3(i)=fO3(i)-1; fPCATEC1O2(i)=fPCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PCATECOOA = PC3ODBCO2H + HCOCO2H + HO2 + OH';
k(:,i) = KDEC.*1.0;
Gstr{i,1} = 'PCATECOOA'; 
fPCATECOOA(i)=fPCATECOOA(i)-1; fPC3ODBCO2H(i)=fPC3ODBCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PGLYOX + NO3 = C3H7CO3 + CO + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'PGLYOX'; Gstr{i,2} = 'NO3'; 
fPGLYOX(i)=fPGLYOX(i)-1; fNO3(i)=fNO3(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PGLYOX + OH = C3H7CO3 + CO';
k(:,i) = 1.67e-11;
Gstr{i,1} = 'PGLYOX'; Gstr{i,2} = 'OH'; 
fPGLYOX(i)=fPGLYOX(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PGLYOX + hv = C3H7CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'PGLYOX'; 
fPGLYOX(i)=fPGLYOX(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + NO3 = C7DCCO3 + HNO3';
k(:,i) = KNO3AL.*2.75;
Gstr{i,1} = 'C7DICARB'; Gstr{i,2} = 'NO3'; 
fC7DICARB(i)=fC7DICARB(i)-1; fNO3(i)=fNO3(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + O3 = PGLOOB + GLYOX';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C7DICARB'; Gstr{i,2} = 'O3'; 
fC7DICARB(i)=fC7DICARB(i)-1; fO3(i)=fO3(i)-1; fPGLOOB(i)=fPGLOOB(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + O3 = PGLYOX + GLYOOA';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'C7DICARB'; Gstr{i,2} = 'O3'; 
fC7DICARB(i)=fC7DICARB(i)-1; fO3(i)=fO3(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + OH = C7DCCO3';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7DICARB'; Gstr{i,2} = 'OH'; 
fC7DICARB(i)=fC7DICARB(i)-1; fOH(i)=fOH(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + OH = C7DCO2';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7DICARB'; Gstr{i,2} = 'OH'; 
fC7DICARB(i)=fC7DICARB(i)-1; fOH(i)=fOH(i)-1; fC7DCO2(i)=fC7DCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + hv = C7DCCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C7DICARB'; 
fC7DICARB(i)=fC7DICARB(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DICARB + hv = PBFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C7DICARB'; 
fC7DICARB(i)=fC7DICARB(i)-1; fPBFUONE(i)=fPBFUONE(i)+1; 

i=i+1;
Rnames{i} = 'PBFUONE + NO3 = NPBFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PBFUONE'; Gstr{i,2} = 'NO3'; 
fPBFUONE(i)=fPBFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNPBFUO2(i)=fNPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUONE + O3 = CO + C4CHOAO2 + OH';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'PBFUONE'; Gstr{i,2} = 'O3'; 
fPBFUONE(i)=fPBFUONE(i)-1; fO3(i)=fO3(i)-1; fCO(i)=fCO(i)+1; fC4CHOAO2(i)=fC4CHOAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBFUONE + OH = PBFUO2';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'PBFUONE'; Gstr{i,2} = 'OH'; 
fPBFUONE(i)=fPBFUONE(i)-1; fOH(i)=fOH(i)-1; fPBFUO2(i)=fPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + HO2 = C7DCCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'HO2'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + HO2 = C7DCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'HO2'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DCCO2H(i)=fC7DCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + HO2 = C7DCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'HO2'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DCCO3H(i)=fC7DCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + NO = C7DCCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'NO'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fNO(i)=fNO(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + NO2 = C7DCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'NO2'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7DCPAN(i)=fC7DCPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + NO3 = C7DCCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'NO3'; 
fC7DCCO3(i)=fC7DCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + RO2 = C7DCCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'RO2';
fC7DCCO3(i)=fC7DCCO3(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3 + RO2 = C7DCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C7DCCO3'; Gstr{i,2} = 'RO2';
fC7DCCO3(i)=fC7DCCO3(i)-1; fC7DCCO2H(i)=fC7DCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO2H + OH = C815CO2O2';
k(:,i) = 6.44e-11;
Gstr{i,1} = 'PBZMUCCO2H'; Gstr{i,2} = 'OH'; 
fPBZMUCCO2H(i)=fPBZMUCCO2H(i)-1; fOH(i)=fOH(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO2H + hv = C815CO2O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'PBZMUCCO2H'; 
fPBZMUCCO2H(i)=fPBZMUCCO2H(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO2H + hv = C815CO2O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'PBZMUCCO2H'; 
fPBZMUCCO2H(i)=fPBZMUCCO2H(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3H + OH = PBZMUCCO3';
k(:,i) = 6.74e-11;
Gstr{i,1} = 'PBZMUCCO3H'; Gstr{i,2} = 'OH'; 
fPBZMUCCO3H(i)=fPBZMUCCO3H(i)-1; fOH(i)=fOH(i)-1; fPBZMUCCO3(i)=fPBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3H + hv = C815CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBZMUCCO3H'; 
fPBZMUCCO3H(i)=fPBZMUCCO3H(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3H + hv = C815CO2O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'PBZMUCCO3H'; 
fPBZMUCCO3H(i)=fPBZMUCCO3H(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO3H + hv = C815CO2O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'PBZMUCCO3H'; 
fPBZMUCCO3H(i)=fPBZMUCCO3H(i)-1; fC815CO2O2(i)=fC815CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCPAN + OH = C7DICARB + CO + NO2';
k(:,i) = 6.42e-11;
Gstr{i,1} = 'PBZMUCPAN'; Gstr{i,2} = 'OH'; 
fPBZMUCPAN(i)=fPBZMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCPAN = PBZMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PBZMUCPAN'; 
fPBZMUCPAN(i)=fPBZMUCPAN(i)-1; fPBZMUCCO3(i)=fPBZMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO + CO = PGLYOX';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'PGLOO'; Gstr{i,2} = 'CO'; 
fPGLOO(i)=fPGLOO(i)-1; fCO(i)=fCO(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO + NO = PGLYOX + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'PGLOO'; Gstr{i,2} = 'NO'; 
fPGLOO(i)=fPGLOO(i)-1; fNO(i)=fNO(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO + NO2 = PGLYOX + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'PGLOO'; Gstr{i,2} = 'NO2'; 
fPGLOO(i)=fPGLOO(i)-1; fNO2(i)=fNO2(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO + SO2 = PGLYOX + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'PGLOO'; Gstr{i,2} = 'SO2'; 
fPGLOO(i)=fPGLOO(i)-1; fSO2(i)=fSO2(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO = PGLYOX + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'PGLOO'; 
fPGLOO(i)=fPGLOO(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'PGLOO = PGLYOXOH';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'PGLOO'; 
fPGLOO(i)=fPGLOO(i)-1; fPGLYOXOH(i)=fPGLYOXOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOOH + OH = PBZMUCCO + OH';
k(:,i) = 7.85e-11;
Gstr{i,1} = 'PBZMUCOOH'; Gstr{i,2} = 'OH'; 
fPBZMUCOOH(i)=fPBZMUCOOH(i)-1; fOH(i)=fOH(i)-1; fPBZMUCCO(i)=fPBZMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOOH + hv = PBZMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBZMUCOOH'; 
fPBZMUCOOH(i)=fPBZMUCOOH(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOOH + hv = PBZMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'PBZMUCOOH'; 
fPBZMUCOOH(i)=fPBZMUCOOH(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOOH + hv = PBZMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'PBZMUCOOH'; 
fPBZMUCOOH(i)=fPBZMUCOOH(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCNO3 + OH = PBZMUCCO + NO2';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'PBZMUCNO3'; Gstr{i,2} = 'OH'; 
fPBZMUCNO3(i)=fPBZMUCNO3(i)-1; fOH(i)=fOH(i)-1; fPBZMUCCO(i)=fPBZMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCNO3 + hv = EPXC4DIAL + NO2 + C3H7CO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PBZMUCNO3'; 
fPBZMUCNO3(i)=fPBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCNO3 + hv = EPXC4DIAL + NO2 + C3H7CO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PBZMUCNO3'; 
fPBZMUCNO3(i)=fPBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO = C6O132OH + C3DIALO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PBZMUCO'; 
fPBZMUCO(i)=fPBZMUCO(i)-1; fC6O132OH(i)=fC6O132OH(i)+1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCO = EPXC4DIAL + PGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PBZMUCO'; 
fPBZMUCO(i)=fPBZMUCO(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO + OH = C3H7CO3 + EPXC4DIAL + CO';
k(:,i) = 4.61e-11;
Gstr{i,1} = 'PBZMUCCO'; Gstr{i,2} = 'OH'; 
fPBZMUCCO(i)=fPBZMUCCO(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO + hv = C3H7CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PBZMUCCO'; 
fPBZMUCCO(i)=fPBZMUCCO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCCO + hv = C3H7CO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'PBZMUCCO'; 
fPBZMUCCO(i)=fPBZMUCCO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOH + OH = PBZMUCCO + HO2';
k(:,i) = 6.63e-11;
Gstr{i,1} = 'PBZMUCOH'; Gstr{i,2} = 'OH'; 
fPBZMUCOH(i)=fPBZMUCOH(i)-1; fOH(i)=fOH(i)-1; fPBZMUCCO(i)=fPBZMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOH + hv = PBZMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PBZMUCOH'; 
fPBZMUCOH(i)=fPBZMUCOH(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZMUCOH + hv = PBZMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PBZMUCOH'; 
fPBZMUCOH(i)=fPBZMUCOH(i)-1; fPBZMUCO(i)=fPBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OOH + OH = C8CO2DBAL + OH';
k(:,i) = 9.87e-11;
Gstr{i,1} = 'C815CO2OOH'; Gstr{i,2} = 'OH'; 
fC815CO2OOH(i)=fC815CO2OOH(i)-1; fOH(i)=fOH(i)-1; fC8CO2DBAL(i)=fC8CO2DBAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OOH + hv = C7DICARB + CO + HO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'C815CO2OOH'; 
fC815CO2OOH(i)=fC815CO2OOH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OOH + hv = C7DICARB + CO + HO2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'C815CO2OOH'; 
fC815CO2OOH(i)=fC815CO2OOH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OOH + hv = C815CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C815CO2OOH'; 
fC815CO2OOH(i)=fC815CO2OOH(i)-1; fC815CO2O(i)=fC815CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OOH + hv = C815CO2O + OH';
k(:,i) = J24;
Gstr{i,1} = 'C815CO2OOH'; 
fC815CO2OOH(i)=fC815CO2OOH(i)-1; fC815CO2O(i)=fC815CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2O = C7DICARB + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C815CO2O'; 
fC815CO2O(i)=fC815CO2O(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OH + OH = C8CO2DBAL + HO2';
k(:,i) = 1.23e-10;
Gstr{i,1} = 'C815CO2OH'; Gstr{i,2} = 'OH'; 
fC815CO2OH(i)=fC815CO2OH(i)-1; fOH(i)=fOH(i)-1; fC8CO2DBAL(i)=fC8CO2DBAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OH + hv = C7DICARB + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C815CO2OH'; 
fC815CO2OH(i)=fC815CO2OH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OH + hv = C7DICARB + CO + HO2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C815CO2OH'; 
fC815CO2OH(i)=fC815CO2OH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C815CO2OH + hv = C7DICARB + CO + HO2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C815CO2OH'; 
fC815CO2OH(i)=fC815CO2OH(i)-1; fC7DICARB(i)=fC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBAL + OH = C8CO3OHO2';
k(:,i) = 6.91e-11;
Gstr{i,1} = 'C8CO2DBAL'; Gstr{i,2} = 'OH'; 
fC8CO2DBAL(i)=fC8CO2DBAL(i)-1; fOH(i)=fOH(i)-1; fC8CO3OHO2(i)=fC8CO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBAL + hv = C7DCCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C8CO2DBAL'; 
fC8CO2DBAL(i)=fC8CO2DBAL(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOME + OH = PHCOMEO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'PHCOME'; Gstr{i,2} = 'OH'; 
fPHCOME(i)=fPHCOME(i)-1; fOH(i)=fOH(i)-1; fPHCOMEO2(i)=fPHCOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOME + hv = C6H5CO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'PHCOME'; 
fPHCOME(i)=fPHCOME(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBNZOHNO2 + NO3 = NIPBNZ1O + HNO3';
k(:,i) = 3.13e-13.*1.0;
Gstr{i,1} = 'IPBNZOHNO2'; Gstr{i,2} = 'NO3'; 
fIPBNZOHNO2(i)=fIPBNZOHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBNZOHNO2 + OH = NIPBNZ1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'IPBNZOHNO2'; Gstr{i,2} = 'OH'; 
fIPBNZOHNO2(i)=fIPBNZOHNO2(i)-1; fOH(i)=fOH(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO2 + HO2 = IPBENZOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'IPBENZO2'; Gstr{i,2} = 'HO2'; 
fIPBENZO2(i)=fIPBENZO2(i)-1; fHO2(i)=fHO2(i)-1; fIPBENZOOH(i)=fIPBENZOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO2 + NO = IPBENZO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPBENZO2'; Gstr{i,2} = 'NO'; 
fIPBENZO2(i)=fIPBENZO2(i)-1; fNO(i)=fNO(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO2 + NO3 = IPBENZO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPBENZO2'; Gstr{i,2} = 'NO3'; 
fIPBENZO2(i)=fIPBENZO2(i)-1; fNO3(i)=fNO3(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZO2 + RO2 = IPBENZO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'IPBENZO2'; Gstr{i,2} = 'RO2';
fIPBENZO2(i)=fIPBENZO2(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZOLOOH + OH = IPBENZOLO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'IPBZOLOOH'; Gstr{i,2} = 'OH'; 
fIPBZOLOOH(i)=fIPBZOLOOH(i)-1; fOH(i)=fOH(i)-1; fIPBENZOLO2(i)=fIPBENZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZOLOOH + hv = IPBENZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBZOLOOH'; 
fIPBZOLOOH(i)=fIPBZOLOOH(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO = IC7DCCO2H + GLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'IPBENZOLO'; 
fIPBENZOLO(i)=fIPBENZOLO(i)-1; fIC7DCCO2H(i)=fIC7DCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLO = IPRBQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'IPBENZOLO'; 
fIPBENZOLO(i)=fIPBENZOLO(i)-1; fIPRBQONE(i)=fIPRBQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOLOH + OH = IPBENZOLO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'IPBENZOLOH'; Gstr{i,2} = 'OH'; 
fIPBENZOLOH(i)=fIPBENZOLOH(i)-1; fOH(i)=fOH(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NIPBZOLOOH + OH = NIPBNZOLO2';
k(:,i) = 1.07e-10;
Gstr{i,1} = 'NIPBZOLOOH'; Gstr{i,2} = 'OH'; 
fNIPBZOLOOH(i)=fNIPBZOLOOH(i)-1; fOH(i)=fOH(i)-1; fNIPBNZOLO2(i)=fNIPBNZOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBZOLOOH + hv = IPBENZOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NIPBZOLOOH'; 
fNIPBZOLOOH(i)=fNIPBZOLOOH(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBZOLOOH + hv = NIPBNZOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NIPBZOLOOH'; 
fNIPBZOLOOH(i)=fNIPBZOLOOH(i)-1; fNIPBNZOLO(i)=fNIPBNZOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLO = IC7DCCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NIPBNZOLO'; 
fNIPBNZOLO(i)=fNIPBNZOLO(i)-1; fIC7DCCO2H(i)=fIC7DCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLOH + OH = NIPBNZOLO';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'NIPBNZOLOH'; Gstr{i,2} = 'OH'; 
fNIPBNZOLOH(i)=fNIPBNZOLOH(i)-1; fOH(i)=fOH(i)-1; fNIPBNZOLO(i)=fNIPBNZOLO(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZOLOH + hv = IPBENZOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NIPBNZOLOH'; 
fNIPBNZOLOH(i)=fNIPBNZOLOH(i)-1; fIPBENZOLO(i)=fIPBENZOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O + NO2 = IPNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'IPCATEC1O'; Gstr{i,2} = 'NO2'; 
fIPCATEC1O(i)=fIPCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fIPNCATECH(i)=fIPNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O + O3 = IPCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'IPCATEC1O'; Gstr{i,2} = 'O3'; 
fIPCATEC1O(i)=fIPCATEC1O(i)-1; fO3(i)=fO3(i)-1; fIPCATEC1O2(i)=fIPCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATECOOA = IP3ODBCO2H + HCOCO2H + HO2 + OH';
k(:,i) = KDEC.*1.0;
Gstr{i,1} = 'IPCATECOOA'; 
fIPCATECOOA(i)=fIPCATECOOA(i)-1; fIP3ODBCO2H(i)=fIP3ODBCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + NO3 = IC7DCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'IC7DICARB'; Gstr{i,2} = 'NO3'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fNO3(i)=fNO3(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + O3 = IPGLOOB + GLYOX';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'IC7DICARB'; Gstr{i,2} = 'O3'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fO3(i)=fO3(i)-1; fIPGLOOB(i)=fIPGLOOB(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + O3 = IPRGLYOX + GLYOOA';
k(:,i) = 2.00e-18.*0.5;
Gstr{i,1} = 'IC7DICARB'; Gstr{i,2} = 'O3'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fO3(i)=fO3(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fGLYOOA(i)=fGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + OH = IC7DCCO3';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'IC7DICARB'; Gstr{i,2} = 'OH'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fOH(i)=fOH(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + OH = IC7DCO2';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'IC7DICARB'; Gstr{i,2} = 'OH'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fOH(i)=fOH(i)-1; fIC7DCO2(i)=fIC7DCO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + hv = IC7DCCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'IC7DICARB'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + hv = IPBFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'IC7DICARB'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fIPBFUONE(i)=fIPBFUONE(i)+1; 

i=i+1;
Rnames{i} = 'IC7DICARB + hv = IPRCO3 + GLYOX + HO2 + CO';
k(:,i) = J4.*0.05.*0.34;
Gstr{i,1} = 'IC7DICARB'; 
fIC7DICARB(i)=fIC7DICARB(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUONE + NO3 = NIPBFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'IPBFUONE'; Gstr{i,2} = 'NO3'; 
fIPBFUONE(i)=fIPBFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNIPBFUO2(i)=fNIPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUONE + O3 = CO + IC4CHOAO2 + OH';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'IPBFUONE'; Gstr{i,2} = 'O3'; 
fIPBFUONE(i)=fIPBFUONE(i)-1; fO3(i)=fO3(i)-1; fCO(i)=fCO(i)+1; fIC4CHOAO2(i)=fIC4CHOAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUONE + OH = IPBFUO2';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'IPBFUONE'; Gstr{i,2} = 'OH'; 
fIPBFUONE(i)=fIPBFUONE(i)-1; fOH(i)=fOH(i)-1; fIPBFUO2(i)=fIPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + HO2 = IC7DCCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'HO2'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + HO2 = IC7DCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'HO2'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIC7DCCO2H(i)=fIC7DCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + HO2 = IC7DCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'HO2'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIC7DCCO3H(i)=fIC7DCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + NO = IC7DCCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'NO'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fNO(i)=fNO(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + NO2 = IC7DCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'NO2'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fNO2(i)=fNO2(i)-1; fIC7DCPAN(i)=fIC7DCPAN(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + NO3 = IC7DCCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'NO3'; 
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fNO3(i)=fNO3(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + RO2 = IC7DCCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'RO2';
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3 + RO2 = IC7DCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'IC7DCCO3'; Gstr{i,2} = 'RO2';
fIC7DCCO3(i)=fIC7DCCO3(i)-1; fIC7DCCO2H(i)=fIC7DCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2H + OH = C7M15CO2O2';
k(:,i) = 6.22e-11;
Gstr{i,1} = 'IPBZMUCO2H'; Gstr{i,2} = 'OH'; 
fIPBZMUCO2H(i)=fIPBZMUCO2H(i)-1; fOH(i)=fOH(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2H + hv = C7M15CO2O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'IPBZMUCO2H'; 
fIPBZMUCO2H(i)=fIPBZMUCO2H(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO2H + hv = C7M15CO2O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'IPBZMUCO2H'; 
fIPBZMUCO2H(i)=fIPBZMUCO2H(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO3H + OH = IPBZMUCCO3';
k(:,i) = 6.53e-11;
Gstr{i,1} = 'IPBZMUCO3H'; Gstr{i,2} = 'OH'; 
fIPBZMUCO3H(i)=fIPBZMUCO3H(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCCO3(i)=fIPBZMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO3H + hv = C7M15CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBZMUCO3H'; 
fIPBZMUCO3H(i)=fIPBZMUCO3H(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO3H + hv = C7M15CO2O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'IPBZMUCO3H'; 
fIPBZMUCO3H(i)=fIPBZMUCO3H(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO3H + hv = C7M15CO2O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'IPBZMUCO3H'; 
fIPBZMUCO3H(i)=fIPBZMUCO3H(i)-1; fC7M15CO2O2(i)=fC7M15CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCPAN + OH = IC7DICARB + CO + NO2';
k(:,i) = 6.21e-11;
Gstr{i,1} = 'IPBZMUCPAN'; Gstr{i,2} = 'OH'; 
fIPBZMUCPAN(i)=fIPBZMUCPAN(i)-1; fOH(i)=fOH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCPAN = IPBZMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IPBZMUCPAN'; 
fIPBZMUCPAN(i)=fIPBZMUCPAN(i)-1; fIPBZMUCCO3(i)=fIPBZMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO + CO = IPRGLYOX';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'IPGLOO'; Gstr{i,2} = 'CO'; 
fIPGLOO(i)=fIPGLOO(i)-1; fCO(i)=fCO(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO + NO = IPRGLYOX + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'IPGLOO'; Gstr{i,2} = 'NO'; 
fIPGLOO(i)=fIPGLOO(i)-1; fNO(i)=fNO(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO + NO2 = IPRGLYOX + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'IPGLOO'; Gstr{i,2} = 'NO2'; 
fIPGLOO(i)=fIPGLOO(i)-1; fNO2(i)=fNO2(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO + SO2 = IPRGLYOX + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'IPGLOO'; Gstr{i,2} = 'SO2'; 
fIPGLOO(i)=fIPGLOO(i)-1; fSO2(i)=fSO2(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO = IPGLYOXOH';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'IPGLOO'; 
fIPGLOO(i)=fIPGLOO(i)-1; fIPGLYOXOH(i)=fIPGLYOXOH(i)+1; 

i=i+1;
Rnames{i} = 'IPGLOO = IPRGLYOX + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'IPGLOO'; 
fIPGLOO(i)=fIPGLOO(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOOH + OH = IPBZMUCCO + OH';
k(:,i) = 7.64e-11;
Gstr{i,1} = 'IPBZMUCOOH'; Gstr{i,2} = 'OH'; 
fIPBZMUCOOH(i)=fIPBZMUCOOH(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCCO(i)=fIPBZMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOOH + hv = IPBZMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBZMUCOOH'; 
fIPBZMUCOOH(i)=fIPBZMUCOOH(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOOH + hv = IPBZMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'IPBZMUCOOH'; 
fIPBZMUCOOH(i)=fIPBZMUCOOH(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOOH + hv = IPBZMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'IPBZMUCOOH'; 
fIPBZMUCOOH(i)=fIPBZMUCOOH(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCNO3 + OH = IPBZMUCCO + NO2';
k(:,i) = 3.30e-11;
Gstr{i,1} = 'IPBZMUCNO3'; Gstr{i,2} = 'OH'; 
fIPBZMUCNO3(i)=fIPBZMUCNO3(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCCO(i)=fIPBZMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCNO3 + hv = EPXC4DIAL + NO2 + IPRCO3 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IPBZMUCNO3'; 
fIPBZMUCNO3(i)=fIPBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCNO3 + hv = EPXC4DIAL + NO2 + IPRCO3 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IPBZMUCNO3'; 
fIPBZMUCNO3(i)=fIPBZMUCNO3(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO = C5MO132OH + C3DIALO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'IPBZMUCO'; 
fIPBZMUCO(i)=fIPBZMUCO(i)-1; fC5MO132OH(i)=fC5MO132OH(i)+1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCO = EPXC4DIAL + IPRGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'IPBZMUCO'; 
fIPBZMUCO(i)=fIPBZMUCO(i)-1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO + OH = IPRCO3 + EPXC4DIAL + CO';
k(:,i) = 4.47e-11;
Gstr{i,1} = 'IPBZMUCCO'; Gstr{i,2} = 'OH'; 
fIPBZMUCCO(i)=fIPBZMUCCO(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO + hv = IPRCO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IPBZMUCCO'; 
fIPBZMUCCO(i)=fIPBZMUCCO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCCO + hv = IPRCO3 + EPXC4DIAL + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'IPBZMUCCO'; 
fIPBZMUCCO(i)=fIPBZMUCCO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fEPXC4DIAL(i)=fEPXC4DIAL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOH + OH = IPBZMUCCO + HO2';
k(:,i) = 6.42e-11;
Gstr{i,1} = 'IPBZMUCOH'; Gstr{i,2} = 'OH'; 
fIPBZMUCOH(i)=fIPBZMUCOH(i)-1; fOH(i)=fOH(i)-1; fIPBZMUCCO(i)=fIPBZMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOH + hv = IPBZMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IPBZMUCOH'; 
fIPBZMUCOH(i)=fIPBZMUCOH(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBZMUCOH + hv = IPBZMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IPBZMUCOH'; 
fIPBZMUCOH(i)=fIPBZMUCOH(i)-1; fIPBZMUCO(i)=fIPBZMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2OOH + OH = C7MCO2DBAL + OH';
k(:,i) = 9.66e-11;
Gstr{i,1} = 'C7MCO2OOH'; Gstr{i,2} = 'OH'; 
fC7MCO2OOH(i)=fC7MCO2OOH(i)-1; fOH(i)=fOH(i)-1; fC7MCO2DBAL(i)=fC7MCO2DBAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2OOH + hv = C7M15CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7MCO2OOH'; 
fC7MCO2OOH(i)=fC7MCO2OOH(i)-1; fC7M15CO2O(i)=fC7M15CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2OOH + hv = C7M15CO2O + OH';
k(:,i) = J24;
Gstr{i,1} = 'C7MCO2OOH'; 
fC7MCO2OOH(i)=fC7MCO2OOH(i)-1; fC7M15CO2O(i)=fC7M15CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2OOH + hv = IC7DICARB + CO + HO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'C7MCO2OOH'; 
fC7MCO2OOH(i)=fC7MCO2OOH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2OOH + hv = IC7DICARB + CO + HO2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'C7MCO2OOH'; 
fC7MCO2OOH(i)=fC7MCO2OOH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2O = IC7DICARB + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7M15CO2O'; 
fC7M15CO2O(i)=fC7M15CO2O(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2OH + OH = C7MCO2DBAL + HO2';
k(:,i) = 1.21e-10;
Gstr{i,1} = 'C7M15CO2OH'; Gstr{i,2} = 'OH'; 
fC7M15CO2OH(i)=fC7M15CO2OH(i)-1; fOH(i)=fOH(i)-1; fC7MCO2DBAL(i)=fC7MCO2DBAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2OH + hv = IC7DICARB + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C7M15CO2OH'; 
fC7M15CO2OH(i)=fC7M15CO2OH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2OH + hv = IC7DICARB + CO + HO2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'C7M15CO2OH'; 
fC7M15CO2OH(i)=fC7M15CO2OH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M15CO2OH + hv = IC7DICARB + CO + HO2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'C7M15CO2OH'; 
fC7M15CO2OH(i)=fC7M15CO2OH(i)-1; fIC7DICARB(i)=fIC7DICARB(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2DBAL + OH = C7MCO3OHO2';
k(:,i) = 6.70e-11;
Gstr{i,1} = 'C7MCO2DBAL'; Gstr{i,2} = 'OH'; 
fC7MCO2DBAL(i)=fC7MCO2DBAL(i)-1; fOH(i)=fOH(i)-1; fC7MCO3OHO2(i)=fC7MCO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO2DBAL + hv = IC7DCCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C7MCO2DBAL'; 
fC7MCO2DBAL(i)=fC7MCO2DBAL(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + HO2 = DM123O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'HO2'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fHO2(i)=fHO2(i)-1; fDM123O2(i)=fDM123O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + HO2 = TM123BCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'HO2'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM123BCO2H(i)=fTM123BCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + HO2 = TM123BCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'HO2'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM123BCO3H(i)=fTM123BCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + NO = DM123O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'NO'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fNO(i)=fNO(i)-1; fDM123O2(i)=fDM123O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + NO2 = TM123BPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'NO2'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fNO2(i)=fNO2(i)-1; fTM123BPAN(i)=fTM123BPAN(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + NO3 = DM123O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'NO3'; 
fTM123BCO3(i)=fTM123BCO3(i)-1; fNO3(i)=fNO3(i)-1; fDM123O2(i)=fDM123O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + RO2 = DM123O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'RO2';
fTM123BCO3(i)=fTM123BCO3(i)-1; fDM123O2(i)=fDM123O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3 + RO2 = TM123BCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'TM123BCO3'; Gstr{i,2} = 'RO2';
fTM123BCO3(i)=fTM123BCO3(i)-1; fTM123BCO2H(i)=fTM123BCO2H(i)+1; 

i=i+1;
Rnames{i} = 'NTM123LOOH + OH = NTM123OLO2';
k(:,i) = 1.85e-10;
Gstr{i,1} = 'NTM123LOOH'; Gstr{i,2} = 'OH'; 
fNTM123LOOH(i)=fNTM123LOOH(i)-1; fOH(i)=fOH(i)-1; fNTM123OLO2(i)=fNTM123OLO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123LOOH + hv = NTM123OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTM123LOOH'; 
fNTM123LOOH(i)=fNTM123LOOH(i)-1; fNTM123OLO(i)=fNTM123OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM123LOOH + hv = TM123OLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM123LOOH'; 
fNTM123LOOH(i)=fNTM123LOOH(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLO = C7ADCCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTM123OLO'; 
fNTM123OLO(i)=fNTM123OLO(i)-1; fC7ADCCO2H(i)=fC7ADCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLOH + OH = NTM123OLO';
k(:,i) = 1.81e-10;
Gstr{i,1} = 'NTM123OLOH'; Gstr{i,2} = 'OH'; 
fNTM123OLOH(i)=fNTM123OLOH(i)-1; fOH(i)=fOH(i)-1; fNTM123OLO(i)=fNTM123OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM123OLOH + hv = TM123OLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM123OLOH'; 
fNTM123OLOH(i)=fNTM123OLOH(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OHNO2 + NO3 = NT123L1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'TM123OHNO2'; Gstr{i,2} = 'NO3'; 
fTM123OHNO2(i)=fTM123OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123OHNO2 + OH = NT123L1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'TM123OHNO2'; Gstr{i,2} = 'OH'; 
fTM123OHNO2(i)=fTM123OHNO2(i)-1; fOH(i)=fOH(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; 

i=i+1;
Rnames{i} = 'TM123O2 + HO2 = TM123OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'TM123O2'; Gstr{i,2} = 'HO2'; 
fTM123O2(i)=fTM123O2(i)-1; fHO2(i)=fHO2(i)-1; fTM123OOH(i)=fTM123OOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123O2 + NO = TM123O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM123O2'; Gstr{i,2} = 'NO'; 
fTM123O2(i)=fTM123O2(i)-1; fNO(i)=fNO(i)-1; fTM123O(i)=fTM123O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123O2 + NO3 = TM123O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM123O2'; Gstr{i,2} = 'NO3'; 
fTM123O2(i)=fTM123O2(i)-1; fNO3(i)=fNO3(i)-1; fTM123O(i)=fTM123O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123O2 + RO2 = TM123O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'TM123O2'; Gstr{i,2} = 'RO2';
fTM123O2(i)=fTM123O2(i)-1; fTM123O(i)=fTM123O(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLOOH + OH = TM123OLO2';
k(:,i) = 1.89e-10;
Gstr{i,1} = 'TM123OLOOH'; Gstr{i,2} = 'OH'; 
fTM123OLOOH(i)=fTM123OLOOH(i)-1; fOH(i)=fOH(i)-1; fTM123OLO2(i)=fTM123OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLOOH + hv = TM123OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123OLOOH'; 
fTM123OLOOH(i)=fTM123OLOOH(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLO = C7ADCCO2H + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TM123OLO'; 
fTM123OLO(i)=fTM123OLO(i)-1; fC7ADCCO2H(i)=fC7ADCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OLOH + OH = TM123OLO';
k(:,i) = 1.85e-10;
Gstr{i,1} = 'TM123OLOH'; Gstr{i,2} = 'OH'; 
fTM123OLOH(i)=fTM123OLOH(i)-1; fOH(i)=fOH(i)-1; fTM123OLO(i)=fTM123OLO(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O + NO2 = T123NCATEC';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'T123CAT1O'; Gstr{i,2} = 'NO2'; 
fT123CAT1O(i)=fT123CAT1O(i)-1; fNO2(i)=fNO2(i)-1; fT123NCATEC(i)=fT123NCATEC(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O + O3 = T123CAT1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'T123CAT1O'; Gstr{i,2} = 'O3'; 
fT123CAT1O(i)=fT123CAT1O(i)-1; fO3(i)=fO3(i)-1; fT123CAT1O2(i)=fT123CAT1O2(i)+1; 

i=i+1;
Rnames{i} = 'T123CTCOOA = C5DBCOCO2H + CH3COCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'T123CTCOOA'; 
fT123CTCOOA(i)=fT123CTCOOA(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADICARB + NO3 = C7ADCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C7ADICARB'; Gstr{i,2} = 'NO3'; 
fC7ADICARB(i)=fC7ADICARB(i)-1; fNO3(i)=fNO3(i)-1; fC7ADCCO3(i)=fC7ADCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ADICARB + OH = C7ADCCO3';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7ADICARB'; Gstr{i,2} = 'OH'; 
fC7ADICARB(i)=fC7ADICARB(i)-1; fOH(i)=fOH(i)-1; fC7ADCCO3(i)=fC7ADCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ADICARB + OH = C7ADCO2';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7ADICARB'; Gstr{i,2} = 'OH'; 
fC7ADICARB(i)=fC7ADICARB(i)-1; fOH(i)=fOH(i)-1; fC7ADCO2(i)=fC7ADCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADICARB + hv = C7ADCCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C7ADICARB'; 
fC7ADICARB(i)=fC7ADICARB(i)-1; fC7ADCCO3(i)=fC7ADCCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADICARB + hv = TMB2FUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C7ADICARB'; 
fC7ADICARB(i)=fC7ADICARB(i)-1; fTMB2FUONE(i)=fTMB2FUONE(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUONE + NO3 = NTMB1FUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'TMB1FUONE'; Gstr{i,2} = 'NO3'; 
fTMB1FUONE(i)=fTMB1FUONE(i)-1; fNO3(i)=fNO3(i)-1; fNTMB1FUO2(i)=fNTMB1FUO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUONE + O3 = C5OCO3M';
k(:,i) = 8.00e-17;
Gstr{i,1} = 'TMB1FUONE'; Gstr{i,2} = 'O3'; 
fTMB1FUONE(i)=fTMB1FUONE(i)-1; fO3(i)=fO3(i)-1; fC5OCO3M(i)=fC5OCO3M(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUONE + OH = TMB1FUO2';
k(:,i) = 2.66e-11;
Gstr{i,1} = 'TMB1FUONE'; Gstr{i,2} = 'OH'; 
fTMB1FUONE(i)=fTMB1FUONE(i)-1; fOH(i)=fOH(i)-1; fTMB1FUO2(i)=fTMB1FUO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUONE + NO3 = NTMB2FUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'TMB2FUONE'; Gstr{i,2} = 'NO3'; 
fTMB2FUONE(i)=fTMB2FUONE(i)-1; fNO3(i)=fNO3(i)-1; fNTMB2FUO2(i)=fNTMB2FUO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUONE + O3 = MC6OTKETO2 + OH';
k(:,i) = 1.40e-18;
Gstr{i,1} = 'TMB2FUONE'; Gstr{i,2} = 'O3'; 
fTMB2FUONE(i)=fTMB2FUONE(i)-1; fO3(i)=fO3(i)-1; fMC6OTKETO2(i)=fMC6OTKETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUONE + OH = TMB2FUO2';
k(:,i) = 3.26e-11;
Gstr{i,1} = 'TMB2FUONE'; Gstr{i,2} = 'OH'; 
fTMB2FUONE(i)=fTMB2FUONE(i)-1; fOH(i)=fOH(i)-1; fTMB2FUO2(i)=fTMB2FUO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + HO2 = C4MCO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'HO2'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + HO2 = EPXKTMCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'HO2'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXKTMCO2H(i)=fEPXKTMCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + HO2 = EPXKTMCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'HO2'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXKTMCO3H(i)=fEPXKTMCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + NO = C4MCO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'NO'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fNO(i)=fNO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + NO2 = EPXKTMPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'NO2'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXKTMPAN(i)=fEPXKTMPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + NO3 = C4MCO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'NO3'; 
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fNO3(i)=fNO3(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + RO2 = C4MCO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'RO2';
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3 + RO2 = EPXKTMCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXKTMCO3'; Gstr{i,2} = 'RO2';
fEPXKTMCO3(i)=fEPXKTMCO3(i)-1; fEPXKTMCO2H(i)=fEPXKTMCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O2 + HO2 = C4CO2OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C4CO2O2'; Gstr{i,2} = 'HO2'; 
fC4CO2O2(i)=fC4CO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC4CO2OOH(i)=fC4CO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O2 + NO = C4CO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4CO2O2'; Gstr{i,2} = 'NO'; 
fC4CO2O2(i)=fC4CO2O2(i)-1; fNO(i)=fNO(i)-1; fC4CO2O(i)=fC4CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O2 + NO3 = C4CO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4CO2O2'; Gstr{i,2} = 'NO3'; 
fC4CO2O2(i)=fC4CO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC4CO2O(i)=fC4CO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2O2 + RO2 = C4CO2O';
k(:,i) = 8.80e-12;
Gstr{i,1} = 'C4CO2O2'; Gstr{i,2} = 'RO2';
fC4CO2O2(i)=fC4CO2O2(i)-1; fC4CO2O(i)=fC4CO2O(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUOOH + OH = TM123MUCCO + OH';
k(:,i) = 9.05e-11;
Gstr{i,1} = 'TM123MUOOH'; Gstr{i,2} = 'OH'; 
fTM123MUOOH(i)=fTM123MUOOH(i)-1; fOH(i)=fOH(i)-1; fTM123MUCCO(i)=fTM123MUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUOOH + hv = TM123MUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123MUOOH'; 
fTM123MUOOH(i)=fTM123MUOOH(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUOOH + hv = TM123MUCO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'TM123MUOOH'; 
fTM123MUOOH(i)=fTM123MUOOH(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO = C4MCO2O2 + CO2H3CHO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM123MUCO'; 
fTM123MUCO(i)=fTM123MUCO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCO = EPXALMKT + MGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM123MUCO'; 
fTM123MUCO(i)=fTM123MUCO(i)-1; fEPXALMKT(i)=fEPXALMKT(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUNO3 + OH = TM123MUCCO + NO2';
k(:,i) = 2.88e-12;
Gstr{i,1} = 'TM123MUNO3'; Gstr{i,2} = 'OH'; 
fTM123MUNO3(i)=fTM123MUNO3(i)-1; fOH(i)=fOH(i)-1; fTM123MUCCO(i)=fTM123MUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUNO3 + hv = EPXALMKT + NO2 + MGLYOX + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'TM123MUNO3'; 
fTM123MUNO3(i)=fTM123MUNO3(i)-1; fEPXALMKT(i)=fEPXALMKT(i)+1; fNO2(i)=fNO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCCO + OH = EPXKTMCO3 + MGLYOX';
k(:,i) = 5.65e-12;
Gstr{i,1} = 'TM123MUCCO'; Gstr{i,2} = 'OH'; 
fTM123MUCCO(i)=fTM123MUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCCO + hv = C4MCO2O2 + CO2H3CO3';
k(:,i) = J22;
Gstr{i,1} = 'TM123MUCCO'; 
fTM123MUCCO(i)=fTM123MUCCO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCCO + hv = EPXKTMCO3 + MGLYOX + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'TM123MUCCO'; 
fTM123MUCCO(i)=fTM123MUCCO(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCOH + OH = TM123MUCCO + HO2';
k(:,i) = 4.14e-11;
Gstr{i,1} = 'TM123MUCOH'; Gstr{i,2} = 'OH'; 
fTM123MUCOH(i)=fTM123MUCOH(i)-1; fOH(i)=fOH(i)-1; fTM123MUCCO(i)=fTM123MUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123MUCOH + hv = TM123MUCO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'TM123MUCOH'; 
fTM123MUCOH(i)=fTM123MUCOH(i)-1; fTM123MUCO(i)=fTM123MUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + HO2 = DM124O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'HO2'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fHO2(i)=fHO2(i)-1; fDM124O2(i)=fDM124O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + HO2 = TM124BCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'HO2'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM124BCO2H(i)=fTM124BCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + HO2 = TM124BCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'HO2'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fHO2(i)=fHO2(i)-1; fTM124BCO3H(i)=fTM124BCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + NO = DM124O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'NO'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fNO(i)=fNO(i)-1; fDM124O2(i)=fDM124O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + NO2 = TM124BPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'NO2'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fNO2(i)=fNO2(i)-1; fTM124BPAN(i)=fTM124BPAN(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + NO3 = DM124O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'NO3'; 
fTM124BCO3(i)=fTM124BCO3(i)-1; fNO3(i)=fNO3(i)-1; fDM124O2(i)=fDM124O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + RO2 = DM124O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'RO2';
fTM124BCO3(i)=fTM124BCO3(i)-1; fDM124O2(i)=fDM124O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3 + RO2 = TM124BCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'TM124BCO3'; Gstr{i,2} = 'RO2';
fTM124BCO3(i)=fTM124BCO3(i)-1; fTM124BCO2H(i)=fTM124BCO2H(i)+1; 

i=i+1;
Rnames{i} = 'DM124O2 + HO2 = DM124OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DM124O2'; Gstr{i,2} = 'HO2'; 
fDM124O2(i)=fDM124O2(i)-1; fHO2(i)=fHO2(i)-1; fDM124OOH(i)=fDM124OOH(i)+1; 

i=i+1;
Rnames{i} = 'DM124O2 + NO = DM124O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DM124O2'; Gstr{i,2} = 'NO'; 
fDM124O2(i)=fDM124O2(i)-1; fNO(i)=fNO(i)-1; fDM124O(i)=fDM124O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM124O2 + NO3 = DM124O2 + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DM124O2'; Gstr{i,2} = 'NO3'; 
fDM124O2(i)=fDM124O2(i)-1; fNO3(i)=fNO3(i)-1; fDM124O2(i)=fDM124O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM124O2 + RO2 = DM124O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'DM124O2'; Gstr{i,2} = 'RO2';
fDM124O2(i)=fDM124O2(i)-1; fDM124O(i)=fDM124O(i)+1; 

i=i+1;
Rnames{i} = 'C7BDICARB + O3 = BIACET + MGLOOC';
k(:,i) = 1.25e-17.*0.5;
Gstr{i,1} = 'C7BDICARB'; Gstr{i,2} = 'O3'; 
fC7BDICARB(i)=fC7BDICARB(i)-1; fO3(i)=fO3(i)-1; fBIACET(i)=fBIACET(i)+1; fMGLOOC(i)=fMGLOOC(i)+1; 

i=i+1;
Rnames{i} = 'C7BDICARB + O3 = MEK2OOC + MGLYOX';
k(:,i) = 1.25e-17.*0.5;
Gstr{i,1} = 'C7BDICARB'; Gstr{i,2} = 'O3'; 
fC7BDICARB(i)=fC7BDICARB(i)-1; fO3(i)=fO3(i)-1; fMEK2OOC(i)=fMEK2OOC(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C7BDICARB + OH = C7BDCO2';
k(:,i) = 6.90e-11;
Gstr{i,1} = 'C7BDICARB'; Gstr{i,2} = 'OH'; 
fC7BDICARB(i)=fC7BDICARB(i)-1; fOH(i)=fOH(i)-1; fC7BDCO2(i)=fC7BDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDICARB + hv = CH3CO3 + BIACET + HO2 + CO';
k(:,i) = J4.*0.0057.*0.5;
Gstr{i,1} = 'C7BDICARB'; 
fC7BDICARB(i)=fC7BDICARB(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7BDICARB + hv = CH3CO3 + CH3CO3 + MGLYOX';
k(:,i) = J4.*0.0057.*0.5;
Gstr{i,1} = 'C7BDICARB'; 
fC7BDICARB(i)=fC7BDICARB(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'NTM124LOOH + OH = NTM124OLO2';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'NTM124LOOH'; Gstr{i,2} = 'OH'; 
fNTM124LOOH(i)=fNTM124LOOH(i)-1; fOH(i)=fOH(i)-1; fNTM124OLO2(i)=fNTM124OLO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124LOOH + hv = NTM124OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTM124LOOH'; 
fNTM124LOOH(i)=fNTM124LOOH(i)-1; fNTM124OLO(i)=fNTM124OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM124LOOH + hv = TM124OLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM124LOOH'; 
fNTM124LOOH(i)=fNTM124LOOH(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLO = C3M2COCO2H + MGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTM124OLO'; 
fNTM124OLO(i)=fNTM124OLO(i)-1; fC3M2COCO2H(i)=fC3M2COCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLOH + OH = NTM124OLO';
k(:,i) = 1.40e-10;
Gstr{i,1} = 'NTM124OLOH'; Gstr{i,2} = 'OH'; 
fNTM124OLOH(i)=fNTM124OLOH(i)-1; fOH(i)=fOH(i)-1; fNTM124OLO(i)=fNTM124OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM124OLOH + hv = TM124OLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM124OLOH'; 
fNTM124OLOH(i)=fNTM124OLOH(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OHNO2 + NO3 = NT124L1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'TM124OHNO2'; Gstr{i,2} = 'NO3'; 
fTM124OHNO2(i)=fTM124OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124OHNO2 + OH = NT124L1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'TM124OHNO2'; Gstr{i,2} = 'OH'; 
fTM124OHNO2(i)=fTM124OHNO2(i)-1; fOH(i)=fOH(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; 

i=i+1;
Rnames{i} = 'TM124O2 + HO2 = TM124OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'TM124O2'; Gstr{i,2} = 'HO2'; 
fTM124O2(i)=fTM124O2(i)-1; fHO2(i)=fHO2(i)-1; fTM124OOH(i)=fTM124OOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124O2 + NO = TM124O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM124O2'; Gstr{i,2} = 'NO'; 
fTM124O2(i)=fTM124O2(i)-1; fNO(i)=fNO(i)-1; fTM124O(i)=fTM124O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124O2 + NO3 = TM124O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124O2'; Gstr{i,2} = 'NO3'; 
fTM124O2(i)=fTM124O2(i)-1; fNO3(i)=fNO3(i)-1; fTM124O(i)=fTM124O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124O2 + RO2 = TM124O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'TM124O2'; Gstr{i,2} = 'RO2';
fTM124O2(i)=fTM124O2(i)-1; fTM124O(i)=fTM124O(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLOOH + OH = TM124OLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'TM124OLOOH'; Gstr{i,2} = 'OH'; 
fTM124OLOOH(i)=fTM124OLOOH(i)-1; fOH(i)=fOH(i)-1; fTM124OLO2(i)=fTM124OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLOOH + hv = TM124OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124OLOOH'; 
fTM124OLOOH(i)=fTM124OLOOH(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO = C3M2COCO2H + MGLYOX + HO2';
k(:,i) = KDEC.*0.78;
Gstr{i,1} = 'TM124OLO'; 
fTM124OLO(i)=fTM124OLO(i)-1; fC3M2COCO2H(i)=fC3M2COCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLO = TM124QONE + HO2';
k(:,i) = KDEC.*0.22;
Gstr{i,1} = 'TM124OLO'; 
fTM124OLO(i)=fTM124OLO(i)-1; fTM124QONE(i)=fTM124QONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OLOH + OH = TM124OLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'TM124OLOH'; Gstr{i,2} = 'OH'; 
fTM124OLOH(i)=fTM124OLOH(i)-1; fOH(i)=fOH(i)-1; fTM124OLO(i)=fTM124OLO(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O + NO2 = T124NCATEC';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'T124CAT1O'; Gstr{i,2} = 'NO2'; 
fT124CAT1O(i)=fT124CAT1O(i)-1; fNO2(i)=fNO2(i)-1; fT124NCATEC(i)=fT124NCATEC(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O + O3 = T124CAT1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'T124CAT1O'; Gstr{i,2} = 'O3'; 
fT124CAT1O(i)=fT124CAT1O(i)-1; fO3(i)=fO3(i)-1; fT124CAT1O2(i)=fT124CAT1O2(i)+1; 

i=i+1;
Rnames{i} = 'T124CTCOOA = C5CODBCO2H + CH3COCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'T124CTCOOA'; 
fT124CTCOOA(i)=fT124CTCOOA(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO2H + OH = C7CO2M5O2';
k(:,i) = 5.89e-11;
Gstr{i,1} = 'TM124MUO2H'; Gstr{i,2} = 'OH'; 
fTM124MUO2H(i)=fTM124MUO2H(i)-1; fOH(i)=fOH(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO2H + hv = EPXM2DCO2H + HO2 + CO + CH3CO3';
k(:,i) = J23;
Gstr{i,1} = 'TM124MUO2H'; 
fTM124MUO2H(i)=fTM124MUO2H(i)-1; fEPXM2DCO2H(i)=fEPXM2DCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO2H + hv = EPXM2DCO2H + HO2 + CO + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'TM124MUO2H'; 
fTM124MUO2H(i)=fTM124MUO2H(i)-1; fEPXM2DCO2H(i)=fEPXM2DCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO3H + OH = TM124MUCO3';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'TM124MUO3H'; Gstr{i,2} = 'OH'; 
fTM124MUO3H(i)=fTM124MUO3H(i)-1; fOH(i)=fOH(i)-1; fTM124MUCO3(i)=fTM124MUCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO3H + hv = C7CO2M5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124MUO3H'; 
fTM124MUO3H(i)=fTM124MUO3H(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO3H + hv = EPXM2DCO3H + CH3CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'TM124MUO3H'; 
fTM124MUO3H(i)=fTM124MUO3H(i)-1; fEPXM2DCO3H(i)=fEPXM2DCO3H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUO3H + hv = EPXM2DCO3H + CH3CO3 + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'TM124MUO3H'; 
fTM124MUO3H(i)=fTM124MUO3H(i)-1; fEPXM2DCO3H(i)=fEPXM2DCO3H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUPAN + OH = C4DBDIKET + CH3O2 + CO + NO2';
k(:,i) = 5.88e-11;
Gstr{i,1} = 'TM124MUPAN'; Gstr{i,2} = 'OH'; 
fTM124MUPAN(i)=fTM124MUPAN(i)-1; fOH(i)=fOH(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUPAN = TM124MUCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TM124MUPAN'; 
fTM124MUPAN(i)=fTM124MUPAN(i)-1; fTM124MUCO3(i)=fTM124MUCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUOOH + OH = TM124MUCCO + OH';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'TM124MUOOH'; Gstr{i,2} = 'OH'; 
fTM124MUOOH(i)=fTM124MUOOH(i)-1; fOH(i)=fOH(i)-1; fTM124MUCCO(i)=fTM124MUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUOOH + hv = TM124MUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124MUOOH'; 
fTM124MUOOH(i)=fTM124MUOOH(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUOOH + hv = TM124MUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'TM124MUOOH'; 
fTM124MUOOH(i)=fTM124MUOOH(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUOOH + hv = TM124MUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'TM124MUOOH'; 
fTM124MUOOH(i)=fTM124MUOOH(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO = C4MCO2O2 + CO2H3CHO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM124MUCO'; 
fTM124MUCO(i)=fTM124MUCO(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCO = EPXM2C4DAL + MGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM124MUCO'; 
fTM124MUCO(i)=fTM124MUCO(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUNO3 + OH = TM124MUCCO + NO2';
k(:,i) = 2.33e-11;
Gstr{i,1} = 'TM124MUNO3'; Gstr{i,2} = 'OH'; 
fTM124MUNO3(i)=fTM124MUNO3(i)-1; fOH(i)=fOH(i)-1; fTM124MUCCO(i)=fTM124MUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUNO3 + hv = EPXM2C4DAL + NO2 + HO2 + MGLYOX';
k(:,i) = J17;
Gstr{i,1} = 'TM124MUNO3'; 
fTM124MUNO3(i)=fTM124MUNO3(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUNO3 + hv = EPXM2C4DAL + NO2 + HO2 + MGLYOX';
k(:,i) = J22;
Gstr{i,1} = 'TM124MUNO3'; 
fTM124MUNO3(i)=fTM124MUNO3(i)-1; fEPXM2C4DAL(i)=fEPXM2C4DAL(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCCO + OH = EPXM2DLCO3 + MGLYOX';
k(:,i) = 2.58e-11;
Gstr{i,1} = 'TM124MUCCO'; Gstr{i,2} = 'OH'; 
fTM124MUCCO(i)=fTM124MUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCCO + hv = CO2H3CO3 + C4MCO2O2';
k(:,i) = J17;
Gstr{i,1} = 'TM124MUCCO'; 
fTM124MUCCO(i)=fTM124MUCCO(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCCO + hv = CO2H3CO3 + C4MCO2O2';
k(:,i) = J22.*2;
Gstr{i,1} = 'TM124MUCCO'; 
fTM124MUCCO(i)=fTM124MUCCO(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCOH + OH = TM124MUCCO + HO2';
k(:,i) = 6.06e-11;
Gstr{i,1} = 'TM124MUCOH'; Gstr{i,2} = 'OH'; 
fTM124MUCOH(i)=fTM124MUCOH(i)-1; fOH(i)=fOH(i)-1; fTM124MUCCO(i)=fTM124MUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCOH + hv = TM124MUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TM124MUCOH'; 
fTM124MUCOH(i)=fTM124MUCOH(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124MUCOH + hv = TM124MUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TM124MUCOH'; 
fTM124MUCOH(i)=fTM124MUCOH(i)-1; fTM124MUCO(i)=fTM124MUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OOH + OH = C7CO2M5O2';
k(:,i) = 6.19e-11;
Gstr{i,1} = 'C7CO2M5OOH'; Gstr{i,2} = 'OH'; 
fC7CO2M5OOH(i)=fC7CO2M5OOH(i)-1; fOH(i)=fOH(i)-1; fC7CO2M5O2(i)=fC7CO2M5O2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OOH + hv = C4MCO2OOH + HO2 + CO + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'C7CO2M5OOH'; 
fC7CO2M5OOH(i)=fC7CO2M5OOH(i)-1; fC4MCO2OOH(i)=fC4MCO2OOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OOH + hv = C7CO2M5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7CO2M5OOH'; 
fC7CO2M5OOH(i)=fC7CO2M5OOH(i)-1; fC7CO2M5O(i)=fC7CO2M5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OOH + hv = CH3CO3 + C4DBDIKET + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7CO2M5OOH'; 
fC7CO2M5OOH(i)=fC7CO2M5OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5O = C4DBDIKET + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C7CO2M5O'; 
fC7CO2M5O(i)=fC7CO2M5O(i)-1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OH + OH = C7CO2M5O';
k(:,i) = 9.30e-11;
Gstr{i,1} = 'C7CO2M5OH'; Gstr{i,2} = 'OH'; 
fC7CO2M5OH(i)=fC7CO2M5OH(i)-1; fOH(i)=fOH(i)-1; fC7CO2M5O(i)=fC7CO2M5O(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OH + hv = C4MCO2OH + HO2 + CO + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'C7CO2M5OH'; 
fC7CO2M5OH(i)=fC7CO2M5OH(i)-1; fC4MCO2OH(i)=fC4MCO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2M5OH + hv = CH3CO3 + C4DBDIKET + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7CO2M5OH'; 
fC7CO2M5OH(i)=fC7CO2M5OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC4DBDIKET(i)=fC4DBDIKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + HO2 = DMPHO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'HO2'; 
fTMBCO3(i)=fTMBCO3(i)-1; fHO2(i)=fHO2(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + HO2 = TMBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'HO2'; 
fTMBCO3(i)=fTMBCO3(i)-1; fHO2(i)=fHO2(i)-1; fTMBCO2H(i)=fTMBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + HO2 = TMBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'HO2'; 
fTMBCO3(i)=fTMBCO3(i)-1; fHO2(i)=fHO2(i)-1; fTMBCO3H(i)=fTMBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + NO = DMPHO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'NO'; 
fTMBCO3(i)=fTMBCO3(i)-1; fNO(i)=fNO(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + NO2 = TMBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'NO2'; 
fTMBCO3(i)=fTMBCO3(i)-1; fNO2(i)=fNO2(i)-1; fTMBPAN(i)=fTMBPAN(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + NO3 = DMPHO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'NO3'; 
fTMBCO3(i)=fTMBCO3(i)-1; fNO3(i)=fNO3(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + RO2 = DMPHO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'RO2';
fTMBCO3(i)=fTMBCO3(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3 + RO2 = TMBCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'TMBCO3'; Gstr{i,2} = 'RO2';
fTMBCO3(i)=fTMBCO3(i)-1; fTMBCO2H(i)=fTMBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'DMPHO2 + HO2 = DMPHOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'DMPHO2'; Gstr{i,2} = 'HO2'; 
fDMPHO2(i)=fDMPHO2(i)-1; fHO2(i)=fHO2(i)-1; fDMPHOOH(i)=fDMPHOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHO2 + NO = DMPHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMPHO2'; Gstr{i,2} = 'NO'; 
fDMPHO2(i)=fDMPHO2(i)-1; fNO(i)=fNO(i)-1; fDMPHO(i)=fDMPHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHO2 + NO3 = DMPHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMPHO2'; Gstr{i,2} = 'NO3'; 
fDMPHO2(i)=fDMPHO2(i)-1; fNO3(i)=fNO3(i)-1; fDMPHO(i)=fDMPHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHO2 + RO2 = DMPHO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'DMPHO2'; Gstr{i,2} = 'RO2';
fDMPHO2(i)=fDMPHO2(i)-1; fDMPHO(i)=fDMPHO(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + HO2 = C4MCODBCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'HO2'; 
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + HO2 = C5CODBCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'HO2'; 
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CODBCO3H(i)=fC5CODBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + NO = NO2 + C4MCODBCO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'NO'; 
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + NO2 = C4MCODBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'NO2'; 
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4MCODBPAN(i)=fC4MCODBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + NO3 = C4MCODBCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'NO3'; 
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fNO3(i)=fNO3(i)-1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + RO2 = C4MCODBCO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'RO2';
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO3 + RO2 = C5CODBCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'C4MCODBCO3'; Gstr{i,2} = 'RO2';
fC4MCODBCO3(i)=fC4MCODBCO3(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'NTM135LOOH + OH = NTM135OLO2';
k(:,i) = 1.44e-10;
Gstr{i,1} = 'NTM135LOOH'; Gstr{i,2} = 'OH'; 
fNTM135LOOH(i)=fNTM135LOOH(i)-1; fOH(i)=fOH(i)-1; fNTM135OLO2(i)=fNTM135OLO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135LOOH + hv = NTM135OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTM135LOOH'; 
fNTM135LOOH(i)=fNTM135LOOH(i)-1; fNTM135OLO(i)=fNTM135OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM135LOOH + hv = TM135OLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM135LOOH'; 
fNTM135LOOH(i)=fNTM135LOOH(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLO = C5CODBCO2H + MGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTM135OLO'; 
fNTM135OLO(i)=fNTM135OLO(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLOH + OH = NTM135OLO';
k(:,i) = 1.40e-10;
Gstr{i,1} = 'NTM135OLOH'; Gstr{i,2} = 'OH'; 
fNTM135OLOH(i)=fNTM135OLOH(i)-1; fOH(i)=fOH(i)-1; fNTM135OLO(i)=fNTM135OLO(i)+1; 

i=i+1;
Rnames{i} = 'NTM135OLOH + hv = TM135OLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NTM135OLOH'; 
fNTM135OLOH(i)=fNTM135OLOH(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLOOH + OH = TM135OLO2';
k(:,i) = 1.50e-10;
Gstr{i,1} = 'TM135OLOOH'; Gstr{i,2} = 'OH'; 
fTM135OLOOH(i)=fTM135OLOOH(i)-1; fOH(i)=fOH(i)-1; fTM135OLO2(i)=fTM135OLO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLOOH + hv = TM135OLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM135OLOOH'; 
fTM135OLOOH(i)=fTM135OLOOH(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLO = C5CODBCO2H + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TM135OLO'; 
fTM135OLO(i)=fTM135OLO(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135OLOH + OH = TM135OLO';
k(:,i) = 1.47e-10;
Gstr{i,1} = 'TM135OLOH'; Gstr{i,2} = 'OH'; 
fTM135OLOH(i)=fTM135OLOH(i)-1; fOH(i)=fOH(i)-1; fTM135OLO(i)=fTM135OLO(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO2H + OH = C7M2CO5O2';
k(:,i) = 8.08e-11;
Gstr{i,1} = 'TM135MUO2H'; Gstr{i,2} = 'OH'; 
fTM135MUO2H(i)=fTM135MUO2H(i)-1; fOH(i)=fOH(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO2H + hv = C7M2CO5O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'TM135MUO2H'; 
fTM135MUO2H(i)=fTM135MUO2H(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO2H + hv = C7M2CO5O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'TM135MUO2H'; 
fTM135MUO2H(i)=fTM135MUO2H(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO3H + OH = TM135MUCO3';
k(:,i) = 8.38e-11;
Gstr{i,1} = 'TM135MUO3H'; Gstr{i,2} = 'OH'; 
fTM135MUO3H(i)=fTM135MUO3H(i)-1; fOH(i)=fOH(i)-1; fTM135MUCO3(i)=fTM135MUCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO3H + hv = C7M2CO5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM135MUO3H'; 
fTM135MUO3H(i)=fTM135MUO3H(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO3H + hv = C7M2CO5O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'TM135MUO3H'; 
fTM135MUO3H(i)=fTM135MUO3H(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUO3H + hv = C7M2CO5O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'TM135MUO3H'; 
fTM135MUO3H(i)=fTM135MUO3H(i)-1; fC7M2CO5O2(i)=fC7M2CO5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUPAN + OH = C5MDICARB + CH3O2 + CO + NO2';
k(:,i) = 8.06e-11;
Gstr{i,1} = 'TM135MUPAN'; Gstr{i,2} = 'OH'; 
fTM135MUPAN(i)=fTM135MUPAN(i)-1; fOH(i)=fOH(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUPAN = TM135MUCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TM135MUPAN'; 
fTM135MUPAN(i)=fTM135MUPAN(i)-1; fTM135MUCO3(i)=fTM135MUCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + HO2 = CO24C53O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + HO2 = EPXMKTCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMKTCO2H(i)=fEPXMKTCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + HO2 = EPXMKTCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMKTCO3H(i)=fEPXMKTCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + NO = CO24C53O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'NO'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fNO(i)=fNO(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + NO2 = EPXMKTPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'NO2'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXMKTPAN(i)=fEPXMKTPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + NO3 = CO24C53O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'NO3'; 
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fNO3(i)=fNO3(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + RO2 = CO24C53O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'RO2';
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3 + RO2 = EPXMKTCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXMKTCO3'; Gstr{i,2} = 'RO2';
fEPXMKTCO3(i)=fEPXMKTCO3(i)-1; fEPXMKTCO2H(i)=fEPXMKTCO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53O2 + HO2 = CO24C53OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CO24C53O2'; Gstr{i,2} = 'HO2'; 
fCO24C53O2(i)=fCO24C53O2(i)-1; fHO2(i)=fHO2(i)-1; fCO24C53OOH(i)=fCO24C53OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53O2 + NO = CO24C53O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO24C53O2'; Gstr{i,2} = 'NO'; 
fCO24C53O2(i)=fCO24C53O2(i)-1; fNO(i)=fNO(i)-1; fCO24C53O(i)=fCO24C53O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53O2 + NO3 = CO24C53O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO24C53O2'; Gstr{i,2} = 'NO3'; 
fCO24C53O2(i)=fCO24C53O2(i)-1; fNO3(i)=fNO3(i)-1; fCO24C53O(i)=fCO24C53O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53O2 + RO2 = CO24C53O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CO24C53O2'; Gstr{i,2} = 'RO2';
fCO24C53O2(i)=fCO24C53O2(i)-1; fCO24C53O(i)=fCO24C53O(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOOH + OH = TM135MUCO2';
k(:,i) = 3.30e-11;
Gstr{i,1} = 'TM135MUOOH'; Gstr{i,2} = 'OH'; 
fTM135MUOOH(i)=fTM135MUOOH(i)-1; fOH(i)=fOH(i)-1; fTM135MUCO2(i)=fTM135MUCO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOOH + hv = TM135MUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM135MUOOH'; 
fTM135MUOOH(i)=fTM135MUOOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOOH + hv = TM135MUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'TM135MUOOH'; 
fTM135MUOOH(i)=fTM135MUOOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOOH + hv = TM135MUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'TM135MUOOH'; 
fTM135MUOOH(i)=fTM135MUOOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO = C3MDIALO2 + C5CO243OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM135MUCO'; 
fTM135MUCO(i)=fTM135MUCO(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fC5CO243OH(i)=fC5CO243OH(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUCO = EPXMALKT + MGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TM135MUCO'; 
fTM135MUCO(i)=fTM135MUCO(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUNO3 + OH = C3MDIALO2 + C5CO243OH + NO2';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'TM135MUNO3'; Gstr{i,2} = 'OH'; 
fTM135MUNO3(i)=fTM135MUNO3(i)-1; fOH(i)=fOH(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fC5CO243OH(i)=fC5CO243OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUNO3 + hv = EPXMALKT + HO2 + MGLYOX + NO2';
k(:,i) = J17;
Gstr{i,1} = 'TM135MUNO3'; 
fTM135MUNO3(i)=fTM135MUNO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUNO3 + hv = EPXMALKT + HO2 + MGLYOX + NO2';
k(:,i) = J22;
Gstr{i,1} = 'TM135MUNO3'; 
fTM135MUNO3(i)=fTM135MUNO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOH + OH = TM135MUCO';
k(:,i) = 2.96e-11;
Gstr{i,1} = 'TM135MUOH'; Gstr{i,2} = 'OH'; 
fTM135MUOH(i)=fTM135MUOH(i)-1; fOH(i)=fOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOH + hv = TM135MUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'TM135MUOH'; 
fTM135MUOH(i)=fTM135MUOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TM135MUOH + hv = TM135MUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'TM135MUOH'; 
fTM135MUOH(i)=fTM135MUOH(i)-1; fTM135MUCO(i)=fTM135MUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OOH + OH = C7M3CO + OH';
k(:,i) = 9.44e-11;
Gstr{i,1} = 'C7M2CO5OOH'; Gstr{i,2} = 'OH'; 
fC7M2CO5OOH(i)=fC7M2CO5OOH(i)-1; fOH(i)=fOH(i)-1; fC7M3CO(i)=fC7M3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OOH + hv = C5MDICARB + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7M2CO5OOH'; 
fC7M2CO5OOH(i)=fC7M2CO5OOH(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OOH + hv = C7M2CO5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7M2CO5OOH'; 
fC7M2CO5OOH(i)=fC7M2CO5OOH(i)-1; fC7M2CO5O(i)=fC7M2CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OOH + hv = CO24C53OOH + CH3CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C7M2CO5OOH'; 
fC7M2CO5OOH(i)=fC7M2CO5OOH(i)-1; fCO24C53OOH(i)=fCO24C53OOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5O = C5MDICARB + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C7M2CO5O'; 
fC7M2CO5O(i)=fC7M2CO5O(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OH + OH = C7M3CO + HO2';
k(:,i) = 1.31e-10;
Gstr{i,1} = 'C7M2CO5OH'; Gstr{i,2} = 'OH'; 
fC7M2CO5OH(i)=fC7M2CO5OH(i)-1; fOH(i)=fOH(i)-1; fC7M3CO(i)=fC7M3CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OH + hv = C5MDICARB + HO2 + CH3CO3';
k(:,i) = J23;
Gstr{i,1} = 'C7M2CO5OH'; 
fC7M2CO5OH(i)=fC7M2CO5OH(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7M2CO5OH + hv = C5MDICARB + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C7M2CO5OH'; 
fC7M2CO5OH(i)=fC7M2CO5OH(i)-1; fC5MDICARB(i)=fC5MDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7M3CO + OH = CH3CO3 + C4MCODBCO3';
k(:,i) = 7.10e-11;
Gstr{i,1} = 'C7M3CO'; Gstr{i,2} = 'OH'; 
fC7M3CO(i)=fC7M3CO(i)-1; fOH(i)=fOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7M3CO + hv = C5CO234 + CH3CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C7M3CO'; 
fC7M3CO(i)=fC7M3CO(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M3CO + hv = CH3CO3 + C4MCODBCO3';
k(:,i) = J35;
Gstr{i,1} = 'C7M3CO'; 
fC7M3CO(i)=fC7M3CO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + HO2 = MPHCOMEOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'HO2'; 
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fHO2(i)=fHO2(i)-1; fMPHCOMEOOH(i)=fMPHCOMEOOH(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + NO = MPHCOMEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'NO'; 
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fNO(i)=fNO(i)-1; fMPHCOMEO(i)=fMPHCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + NO3 = MPHCOMEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'NO3'; 
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fNO3(i)=fNO3(i)-1; fMPHCOMEO(i)=fMPHCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + RO2 = MPHCOMEO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'RO2';
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fMPHCOMEO(i)=fMPHCOMEO(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + RO2 = MPHCOMEOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'RO2';
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fMPHCOMEOH(i)=fMPHCOMEOH(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO2 + RO2 = MPHGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MPHCOMEO2'; Gstr{i,2} = 'RO2';
fMPHCOMEO2(i)=fMPHCOMEO2(i)-1; fMPHGLYOX(i)=fMPHGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2H + OH = MC7CO2O2';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'OETLMUCO2H'; Gstr{i,2} = 'OH'; 
fOETLMUCO2H(i)=fOETLMUCO2H(i)-1; fOH(i)=fOH(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2H + hv = MC7CO2O2 + HO2';
k(:,i) = J18;
Gstr{i,1} = 'OETLMUCO2H'; 
fOETLMUCO2H(i)=fOETLMUCO2H(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO2H + hv = MC7CO2O2 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'OETLMUCO2H'; 
fOETLMUCO2H(i)=fOETLMUCO2H(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO3H + OH = OETLMUCCO3';
k(:,i) = 4.61e-11;
Gstr{i,1} = 'OETLMUCO3H'; Gstr{i,2} = 'OH'; 
fOETLMUCO3H(i)=fOETLMUCO3H(i)-1; fOH(i)=fOH(i)-1; fOETLMUCCO3(i)=fOETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO3H + hv = MC7CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'OETLMUCO3H'; 
fOETLMUCO3H(i)=fOETLMUCO3H(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO3H + hv = MC7CO2O2 + OH';
k(:,i) = J18;
Gstr{i,1} = 'OETLMUCO3H'; 
fOETLMUCO3H(i)=fOETLMUCO3H(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO3H + hv = MC7CO2O2 + OH';
k(:,i) = J19;
Gstr{i,1} = 'OETLMUCO3H'; 
fOETLMUCO3H(i)=fOETLMUCO3H(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCPAN + OH = C5DICARB + C2H5CHO + NO2';
k(:,i) = 4.29e-11;
Gstr{i,1} = 'OETLMUCPAN'; Gstr{i,2} = 'OH'; 
fOETLMUCPAN(i)=fOETLMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCPAN = OETLMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'OETLMUCPAN'; 
fOETLMUCPAN(i)=fOETLMUCPAN(i)-1; fOETLMUCCO3(i)=fOETLMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + HO2 = C4ECO2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + HO2 = EPXMEDCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMEDCO2H(i)=fEPXMEDCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + HO2 = EPXMEDCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'HO2'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXMEDCO3H(i)=fEPXMEDCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + NO = C4ECO2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'NO'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fNO(i)=fNO(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + NO2 = EPXMEDLPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'NO2'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXMEDLPAN(i)=fEPXMEDLPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + NO3 = C4ECO2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'NO3'; 
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fNO3(i)=fNO3(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + RO2 = C4ECO2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'RO2';
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLCO3 + RO2 = EPXMEDCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXMEDLCO3'; Gstr{i,2} = 'RO2';
fEPXMEDLCO3(i)=fEPXMEDLCO3(i)-1; fEPXMEDCO2H(i)=fEPXMEDCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O2 + HO2 = C4ECO2OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C4ECO2O2'; Gstr{i,2} = 'HO2'; 
fC4ECO2O2(i)=fC4ECO2O2(i)-1; fHO2(i)=fHO2(i)-1; fC4ECO2OOH(i)=fC4ECO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O2 + NO = C4ECO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4ECO2O2'; Gstr{i,2} = 'NO'; 
fC4ECO2O2(i)=fC4ECO2O2(i)-1; fNO(i)=fNO(i)-1; fC4ECO2O(i)=fC4ECO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O2 + NO3 = C4ECO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4ECO2O2'; Gstr{i,2} = 'NO3'; 
fC4ECO2O2(i)=fC4ECO2O2(i)-1; fNO3(i)=fNO3(i)-1; fC4ECO2O(i)=fC4ECO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O2 + RO2 = C4ECO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C4ECO2O2'; Gstr{i,2} = 'RO2';
fC4ECO2O2(i)=fC4ECO2O2(i)-1; fC4ECO2O(i)=fC4ECO2O(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCOOH + OH = OETLMUCCO + OH';
k(:,i) = 9.66e-11;
Gstr{i,1} = 'OETLMUCOOH'; Gstr{i,2} = 'OH'; 
fOETLMUCOOH(i)=fOETLMUCOOH(i)-1; fOH(i)=fOH(i)-1; fOETLMUCCO(i)=fOETLMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCOOH + hv = OETLMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OETLMUCOOH'; 
fOETLMUCOOH(i)=fOETLMUCOOH(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCOOH + hv = OETLMUCO + OH';
k(:,i) = J17.*2;
Gstr{i,1} = 'OETLMUCOOH'; 
fOETLMUCOOH(i)=fOETLMUCOOH(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCNO3 + OH = OETLMUCCO + NO2';
k(:,i) = 3.59e-11;
Gstr{i,1} = 'OETLMUCNO3'; Gstr{i,2} = 'OH'; 
fOETLMUCNO3(i)=fOETLMUCNO3(i)-1; fOH(i)=fOH(i)-1; fOETLMUCCO(i)=fOETLMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCNO3 + hv = EPXMEC4DAL + NO2 + HO2 + CO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'OETLMUCNO3'; 
fOETLMUCNO3(i)=fOETLMUCNO3(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO = C4ECO2O2 + C32OH13CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'OETLMUCO'; 
fOETLMUCO(i)=fOETLMUCO(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fC32OH13CO(i)=fC32OH13CO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCO = EPXMEC4DAL + GLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'OETLMUCO'; 
fOETLMUCO(i)=fOETLMUCO(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO + OH = EPXMEC4DAL + HO2 + CO';
k(:,i) = 5.17e-11;
Gstr{i,1} = 'OETLMUCCO'; Gstr{i,2} = 'OH'; 
fOETLMUCCO(i)=fOETLMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO + hv = EPXMEC4DAL + HO2 + CO + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'OETLMUCCO'; 
fOETLMUCCO(i)=fOETLMUCCO(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCCO + hv = EPXMEC4DAL + HO2 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'OETLMUCCO'; 
fOETLMUCCO(i)=fOETLMUCCO(i)-1; fEPXMEC4DAL(i)=fEPXMEC4DAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCOH + OH = OETLMUCCO + HO2';
k(:,i) = 8.44e-11;
Gstr{i,1} = 'OETLMUCOH'; Gstr{i,2} = 'OH'; 
fOETLMUCOH(i)=fOETLMUCOH(i)-1; fOH(i)=fOH(i)-1; fOETLMUCCO(i)=fOETLMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLMUCOH + hv = OETLMUCO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'OETLMUCOH'; 
fOETLMUCOH(i)=fOETLMUCOH(i)-1; fOETLMUCO(i)=fOETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OOH + OH = MC7CO2O2';
k(:,i) = 4.39e-11;
Gstr{i,1} = 'MC7CO2OOH'; Gstr{i,2} = 'OH'; 
fMC7CO2OOH(i)=fMC7CO2OOH(i)-1; fOH(i)=fOH(i)-1; fMC7CO2O2(i)=fMC7CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OOH + hv = C5DICARB + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MC7CO2OOH'; 
fMC7CO2OOH(i)=fMC7CO2OOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OOH + hv = MC7CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MC7CO2OOH'; 
fMC7CO2OOH(i)=fMC7CO2OOH(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OOH + hv = MC7CO2O + OH';
k(:,i) = J18;
Gstr{i,1} = 'MC7CO2OOH'; 
fMC7CO2OOH(i)=fMC7CO2OOH(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OOH + hv = MC7CO2O + OH';
k(:,i) = J19;
Gstr{i,1} = 'MC7CO2OOH'; 
fMC7CO2OOH(i)=fMC7CO2OOH(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2O = C5DICARB + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MC7CO2O'; 
fMC7CO2O(i)=fMC7CO2O(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OH + OH = C5DICARB + C2H5CO3';
k(:,i) = 5.35e-11;
Gstr{i,1} = 'MC7CO2OH'; Gstr{i,2} = 'OH'; 
fMC7CO2OH(i)=fMC7CO2OH(i)-1; fOH(i)=fOH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OH + hv = C5DICARB + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MC7CO2OH'; 
fMC7CO2OH(i)=fMC7CO2OH(i)-1; fC5DICARB(i)=fC5DICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OH + hv = MC7CO2O + HO2';
k(:,i) = J18;
Gstr{i,1} = 'MC7CO2OH'; 
fMC7CO2OH(i)=fMC7CO2OH(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC7CO2OH + hv = MC7CO2O + HO2';
k(:,i) = J19;
Gstr{i,1} = 'MC7CO2OH'; 
fMC7CO2OH(i)=fMC7CO2OH(i)-1; fMC7CO2O(i)=fMC7CO2O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLOOH + OH = NOETOLO2';
k(:,i) = 1.82e-10;
Gstr{i,1} = 'NOETOLOOH'; Gstr{i,2} = 'OH'; 
fNOETOLOOH(i)=fNOETOLOOH(i)-1; fOH(i)=fOH(i)-1; fNOETOLO2(i)=fNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLOOH + hv = NOETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOETOLOOH'; 
fNOETOLOOH(i)=fNOETOLOOH(i)-1; fNOETOLO(i)=fNOETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLOOH + hv = OETOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOETOLOOH'; 
fNOETOLOOH(i)=fNOETOLOOH(i)-1; fOETOLO(i)=fOETOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLO = C7CDCCO2H + GLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOETOLO'; 
fNOETOLO(i)=fNOETOLO(i)-1; fC7CDCCO2H(i)=fC7CDCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLOH + OH = NOETOLO';
k(:,i) = 1.79e-10;
Gstr{i,1} = 'NOETOLOH'; Gstr{i,2} = 'OH'; 
fNOETOLOH(i)=fNOETOLOH(i)-1; fOH(i)=fOH(i)-1; fNOETOLO(i)=fNOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOETOLOH + hv = OETOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOETOLOH'; 
fNOETOLOH(i)=fNOETOLOH(i)-1; fOETOLO(i)=fOETOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OET1OHNO2 + NO3 = NOETOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'OET1OHNO2'; Gstr{i,2} = 'NO3'; 
fOET1OHNO2(i)=fOET1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OET1OHNO2 + OH = NOETOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'OET1OHNO2'; Gstr{i,2} = 'OH'; 
fOET1OHNO2(i)=fOET1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'OET1O2 + HO2 = OET1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'OET1O2'; Gstr{i,2} = 'HO2'; 
fOET1O2(i)=fOET1O2(i)-1; fHO2(i)=fHO2(i)-1; fOET1OOH(i)=fOET1OOH(i)+1; 

i=i+1;
Rnames{i} = 'OET1O2 + NO = OET1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OET1O2'; Gstr{i,2} = 'NO'; 
fOET1O2(i)=fOET1O2(i)-1; fNO(i)=fNO(i)-1; fOET1O(i)=fOET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OET1O2 + NO3 = OET1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OET1O2'; Gstr{i,2} = 'NO3'; 
fOET1O2(i)=fOET1O2(i)-1; fNO3(i)=fNO3(i)-1; fOET1O(i)=fOET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OET1O2 + RO2 = OET1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'OET1O2'; Gstr{i,2} = 'RO2';
fOET1O2(i)=fOET1O2(i)-1; fOET1O(i)=fOET1O(i)+1; 

i=i+1;
Rnames{i} = 'OETOLOOH + OH = OETOLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'OETOLOOH'; Gstr{i,2} = 'OH'; 
fOETOLOOH(i)=fOETOLOOH(i)-1; fOH(i)=fOH(i)-1; fOETOLO2(i)=fOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLOOH + hv = OETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OETOLOOH'; 
fOETOLOOH(i)=fOETOLOOH(i)-1; fOETOLO(i)=fOETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO = C7CDCCO2H + GLYOX + HO2';
k(:,i) = KDEC.*0.52;
Gstr{i,1} = 'OETOLO'; 
fOETOLO(i)=fOETOLO(i)-1; fC7CDCCO2H(i)=fC7CDCCO2H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLO = OETLQONE + HO2';
k(:,i) = KDEC.*0.48;
Gstr{i,1} = 'OETOLO'; 
fOETOLO(i)=fOETOLO(i)-1; fOETLQONE(i)=fOETLQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OETOLOH + OH = OETOLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'OETOLOH'; Gstr{i,2} = 'OH'; 
fOETOLOH(i)=fOETOLOH(i)-1; fOH(i)=fOH(i)-1; fOETOLO(i)=fOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O + NO2 = OTNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'OTCATEC1O'; Gstr{i,2} = 'NO2'; 
fOTCATEC1O(i)=fOTCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fOTNCATECH(i)=fOTNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O + O3 = OTCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'OTCATEC1O'; Gstr{i,2} = 'O3'; 
fOTCATEC1O(i)=fOTCATEC1O(i)-1; fO3(i)=fO3(i)-1; fOTCATEC1O2(i)=fOTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'OTCATECOOA = C5CO14OH + ECOCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'OTCATECOOA'; 
fOTCATECOOA(i)=fOTCATECOOA(i)-1; fC5CO14OH(i)=fC5CO14OH(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2H + OH = C826CO3O2';
k(:,i) = 6.12e-11;
Gstr{i,1} = 'METLMUCO2H'; Gstr{i,2} = 'OH'; 
fMETLMUCO2H(i)=fMETLMUCO2H(i)-1; fOH(i)=fOH(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2H + hv = C826CO3O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'METLMUCO2H'; 
fMETLMUCO2H(i)=fMETLMUCO2H(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO2H + hv = C826CO3O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'METLMUCO2H'; 
fMETLMUCO2H(i)=fMETLMUCO2H(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO3H + OH = METLMUCCO3';
k(:,i) = 6.42e-11;
Gstr{i,1} = 'METLMUCO3H'; Gstr{i,2} = 'OH'; 
fMETLMUCO3H(i)=fMETLMUCO3H(i)-1; fOH(i)=fOH(i)-1; fMETLMUCCO3(i)=fMETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO3H + hv = C826CO3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'METLMUCO3H'; 
fMETLMUCO3H(i)=fMETLMUCO3H(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO3H + hv = C826CO3O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'METLMUCO3H'; 
fMETLMUCO3H(i)=fMETLMUCO3H(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO3H + hv = C826CO3O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'METLMUCO3H'; 
fMETLMUCO3H(i)=fMETLMUCO3H(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCPAN + OH = C6DICARB + CH3CHO + NO2';
k(:,i) = 6.10e-11;
Gstr{i,1} = 'METLMUCPAN'; Gstr{i,2} = 'OH'; 
fMETLMUCPAN(i)=fMETLMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCPAN = METLMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'METLMUCPAN'; 
fMETLMUCPAN(i)=fMETLMUCPAN(i)-1; fMETLMUCCO3(i)=fMETLMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOOH + OH = METLMUCCO + OH';
k(:,i) = 7.53e-11;
Gstr{i,1} = 'METLMUCOOH'; Gstr{i,2} = 'OH'; 
fMETLMUCOOH(i)=fMETLMUCOOH(i)-1; fOH(i)=fOH(i)-1; fMETLMUCCO(i)=fMETLMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOOH + hv = METLMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'METLMUCOOH'; 
fMETLMUCOOH(i)=fMETLMUCOOH(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOOH + hv = METLMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'METLMUCOOH'; 
fMETLMUCOOH(i)=fMETLMUCOOH(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOOH + hv = METLMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'METLMUCOOH'; 
fMETLMUCOOH(i)=fMETLMUCOOH(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCNO3 + OH = METLMUCCO + NO2';
k(:,i) = 3.19e-11;
Gstr{i,1} = 'METLMUCNO3'; Gstr{i,2} = 'OH'; 
fMETLMUCNO3(i)=fMETLMUCNO3(i)-1; fOH(i)=fOH(i)-1; fMETLMUCCO(i)=fMETLMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCNO3 + hv = EPXMC4DIAL + NO2 + C2H5CO3 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'METLMUCNO3'; 
fMETLMUCNO3(i)=fMETLMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCNO3 + hv = EPXMC4DIAL + NO2 + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'METLMUCNO3'; 
fMETLMUCNO3(i)=fMETLMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO = C3MDIALO2 + CO3H4CHO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'METLMUCO'; 
fMETLMUCO(i)=fMETLMUCO(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fCO3H4CHO(i)=fCO3H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCO = EPXMC4DIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'METLMUCO'; 
fMETLMUCO(i)=fMETLMUCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO + OH = EPXMC4DIAL + CO + C2H5CO3';
k(:,i) = 4.27e-11;
Gstr{i,1} = 'METLMUCCO'; Gstr{i,2} = 'OH'; 
fMETLMUCCO(i)=fMETLMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO + hv = EPXMC4DIAL + HO2 + CO + C2H5CO3';
k(:,i) = J17;
Gstr{i,1} = 'METLMUCCO'; 
fMETLMUCCO(i)=fMETLMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCCO + hv = EPXMC4DIAL + HO2 + CO + C2H5CO3';
k(:,i) = J35;
Gstr{i,1} = 'METLMUCCO'; 
fMETLMUCCO(i)=fMETLMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOH + OH = METLMUCCO + HO2';
k(:,i) = 6.31e-11;
Gstr{i,1} = 'METLMUCOH'; Gstr{i,2} = 'OH'; 
fMETLMUCOH(i)=fMETLMUCOH(i)-1; fOH(i)=fOH(i)-1; fMETLMUCCO(i)=fMETLMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOH + hv = METLMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'METLMUCOH'; 
fMETLMUCOH(i)=fMETLMUCOH(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METLMUCOH + hv = METLMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'METLMUCOH'; 
fMETLMUCOH(i)=fMETLMUCOH(i)-1; fMETLMUCO(i)=fMETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OOH + OH = C826CO3O2';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C826CO3OOH'; Gstr{i,2} = 'OH'; 
fC826CO3OOH(i)=fC826CO3OOH(i)-1; fOH(i)=fOH(i)-1; fC826CO3O2(i)=fC826CO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OOH + hv = C6DICARB + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C826CO3OOH'; 
fC826CO3OOH(i)=fC826CO3OOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OOH + hv = C826CO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C826CO3OOH'; 
fC826CO3OOH(i)=fC826CO3OOH(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OOH + hv = C826CO3O + OH';
k(:,i) = J23.*2;
Gstr{i,1} = 'C826CO3OOH'; 
fC826CO3OOH(i)=fC826CO3OOH(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3O = C6DICARB + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C826CO3O'; 
fC826CO3O(i)=fC826CO3O(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8236CO + OH = C6DCARBBO2 + CH3CO3';
k(:,i) = 5.33e-11;
Gstr{i,1} = 'C8236CO'; Gstr{i,2} = 'OH'; 
fC8236CO(i)=fC8236CO(i)-1; fOH(i)=fOH(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8236CO + hv = C6DCARBBO2 + CH3CO3';
k(:,i) = J34;
Gstr{i,1} = 'C8236CO'; 
fC8236CO(i)=fC8236CO(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8236CO + hv = CO23C3CHO + C2H5CO3 + HO2 + CO';
k(:,i) = J23.*2;
Gstr{i,1} = 'C8236CO'; 
fC8236CO(i)=fC8236CO(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OH + OH = C6DICARB + CH3CO3';
k(:,i) = 9.87e-11;
Gstr{i,1} = 'C826CO3OH'; Gstr{i,2} = 'OH'; 
fC826CO3OH(i)=fC826CO3OH(i)-1; fOH(i)=fOH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OH + hv = C6DICARB + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C826CO3OH'; 
fC826CO3OH(i)=fC826CO3OH(i)-1; fC6DICARB(i)=fC6DICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C826CO3OH + hv = C826CO3O + HO2';
k(:,i) = J23.*2;
Gstr{i,1} = 'C826CO3OH'; 
fC826CO3OH(i)=fC826CO3OH(i)-1; fC826CO3O(i)=fC826CO3O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MET1OHNO2 + NO3 = NMETOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'MET1OHNO2'; Gstr{i,2} = 'NO3'; 
fMET1OHNO2(i)=fMET1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MET1OHNO2 + OH = NMETOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'MET1OHNO2'; Gstr{i,2} = 'OH'; 
fMET1OHNO2(i)=fMET1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'MET1O2 + HO2 = MET1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'MET1O2'; Gstr{i,2} = 'HO2'; 
fMET1O2(i)=fMET1O2(i)-1; fHO2(i)=fHO2(i)-1; fMET1OOH(i)=fMET1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MET1O2 + NO = MET1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MET1O2'; Gstr{i,2} = 'NO'; 
fMET1O2(i)=fMET1O2(i)-1; fNO(i)=fNO(i)-1; fMET1O(i)=fMET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MET1O2 + NO3 = MET1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MET1O2'; Gstr{i,2} = 'NO3'; 
fMET1O2(i)=fMET1O2(i)-1; fNO3(i)=fNO3(i)-1; fMET1O(i)=fMET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MET1O2 + RO2 = MET1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'MET1O2'; Gstr{i,2} = 'RO2';
fMET1O2(i)=fMET1O2(i)-1; fMET1O(i)=fMET1O(i)+1; 

i=i+1;
Rnames{i} = 'METOLOOH + OH = METOLO2';
k(:,i) = 1.14e-10;
Gstr{i,1} = 'METOLOOH'; Gstr{i,2} = 'OH'; 
fMETOLOOH(i)=fMETOLOOH(i)-1; fOH(i)=fOH(i)-1; fMETOLO2(i)=fMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'METOLOOH + hv = METOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'METOLOOH'; 
fMETOLOOH(i)=fMETOLOOH(i)-1; fMETOLO(i)=fMETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METOLO = C6DCRBBOH + MGLYOX + HO2';
k(:,i) = KDEC.*0.85;
Gstr{i,1} = 'METOLO'; 
fMETOLO(i)=fMETOLO(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METOLO = METLQONE + HO2';
k(:,i) = KDEC.*0.15;
Gstr{i,1} = 'METOLO'; 
fMETOLO(i)=fMETOLO(i)-1; fMETLQONE(i)=fMETLQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'METOLOH + OH = METOLO';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'METOLOH'; Gstr{i,2} = 'OH'; 
fMETOLOH(i)=fMETOLOH(i)-1; fOH(i)=fOH(i)-1; fMETOLO(i)=fMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLOOH + OH = NMETOLO2';
k(:,i) = 1.08e-10;
Gstr{i,1} = 'NMETOLOOH'; Gstr{i,2} = 'OH'; 
fNMETOLOOH(i)=fNMETOLOOH(i)-1; fOH(i)=fOH(i)-1; fNMETOLO2(i)=fNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLOOH + hv = METOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NMETOLOOH'; 
fNMETOLOOH(i)=fNMETOLOOH(i)-1; fMETOLO(i)=fMETOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLOOH + hv = NMETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMETOLOOH'; 
fNMETOLOOH(i)=fNMETOLOOH(i)-1; fNMETOLO(i)=fNMETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLO = C6DCRBBOH + MGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMETOLO'; 
fNMETOLO(i)=fNMETOLO(i)-1; fC6DCRBBOH(i)=fC6DCRBBOH(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLOH + OH = NMETOLO';
k(:,i) = 1.05e-10;
Gstr{i,1} = 'NMETOLOH'; Gstr{i,2} = 'OH'; 
fNMETOLOH(i)=fNMETOLOH(i)-1; fOH(i)=fOH(i)-1; fNMETOLO(i)=fNMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMETOLOH + hv = METOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NMETOLOH'; 
fNMETOLOH(i)=fNMETOLOH(i)-1; fMETOLO(i)=fMETOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O + NO2 = MTNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'MTCATEC1O'; Gstr{i,2} = 'NO2'; 
fMTCATEC1O(i)=fMTCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fMTNCATECH(i)=fMTNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O + O3 = MTCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'MTCATEC1O'; Gstr{i,2} = 'O3'; 
fMTCATEC1O(i)=fMTCATEC1O(i)-1; fO3(i)=fO3(i)-1; fMTCATEC1O2(i)=fMTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MTCATECOOA = C3MCOCO2H + ECOCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'MTCATECOOA'; 
fMTCATECOOA(i)=fMTCATECOOA(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDICARB + O3 = EGLYOOB + MGLYOX';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'C7EDICARB'; Gstr{i,2} = 'O3'; 
fC7EDICARB(i)=fC7EDICARB(i)-1; fO3(i)=fO3(i)-1; fEGLYOOB(i)=fEGLYOOB(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C7EDICARB + O3 = EGLYOX + MGLOOB';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'C7EDICARB'; Gstr{i,2} = 'O3'; 
fC7EDICARB(i)=fC7EDICARB(i)-1; fO3(i)=fO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fMGLOOB(i)=fMGLOOB(i)+1; 

i=i+1;
Rnames{i} = 'C7EDICARB + OH = C7EDCO2';
k(:,i) = 6.90e-11;
Gstr{i,1} = 'C7EDICARB'; Gstr{i,2} = 'OH'; 
fC7EDICARB(i)=fC7EDICARB(i)-1; fOH(i)=fOH(i)-1; fC7EDCO2(i)=fC7EDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDICARB + hv = C2H5CO3 + MGLYOX + HO2 + CO';
k(:,i) = J4.*0.0057.*0.5;
Gstr{i,1} = 'C7EDICARB'; 
fC7EDICARB(i)=fC7EDICARB(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7EDICARB + hv = EGLYOX + CH3CO3 + HO2 + CO';
k(:,i) = J4.*0.0057.*0.5;
Gstr{i,1} = 'C7EDICARB'; 
fC7EDICARB(i)=fC7EDICARB(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2H + OH = C7M6CO2O2';
k(:,i) = 5.98e-11;
Gstr{i,1} = 'PETLMUCO2H'; Gstr{i,2} = 'OH'; 
fPETLMUCO2H(i)=fPETLMUCO2H(i)-1; fOH(i)=fOH(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2H + hv = C7M6CO2O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'PETLMUCO2H'; 
fPETLMUCO2H(i)=fPETLMUCO2H(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO2H + hv = C7M6CO2O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'PETLMUCO2H'; 
fPETLMUCO2H(i)=fPETLMUCO2H(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO3H + OH = PETLMUCCO3';
k(:,i) = 6.29e-11;
Gstr{i,1} = 'PETLMUCO3H'; Gstr{i,2} = 'OH'; 
fPETLMUCO3H(i)=fPETLMUCO3H(i)-1; fOH(i)=fOH(i)-1; fPETLMUCCO3(i)=fPETLMUCCO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO3H + hv = C7M6CO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PETLMUCO3H'; 
fPETLMUCO3H(i)=fPETLMUCO3H(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO3H + hv = C7M6CO2O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'PETLMUCO3H'; 
fPETLMUCO3H(i)=fPETLMUCO3H(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO3H + hv = C7M6CO2O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'PETLMUCO3H'; 
fPETLMUCO3H(i)=fPETLMUCO3H(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCPAN + OH = C7EDICARB + CO + NO2';
k(:,i) = 5.97e-11;
Gstr{i,1} = 'PETLMUCPAN'; Gstr{i,2} = 'OH'; 
fPETLMUCPAN(i)=fPETLMUCPAN(i)-1; fOH(i)=fOH(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCPAN = PETLMUCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PETLMUCPAN'; 
fPETLMUCPAN(i)=fPETLMUCPAN(i)-1; fPETLMUCCO3(i)=fPETLMUCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOOH + OH = PETLMUCCO + OH';
k(:,i) = 7.37e-11;
Gstr{i,1} = 'PETLMUCOOH'; Gstr{i,2} = 'OH'; 
fPETLMUCOOH(i)=fPETLMUCOOH(i)-1; fOH(i)=fOH(i)-1; fPETLMUCCO(i)=fPETLMUCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOOH + hv = PETLMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PETLMUCOOH'; 
fPETLMUCOOH(i)=fPETLMUCOOH(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOOH + hv = PETLMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'PETLMUCOOH'; 
fPETLMUCOOH(i)=fPETLMUCOOH(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOOH + hv = PETLMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'PETLMUCOOH'; 
fPETLMUCOOH(i)=fPETLMUCOOH(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCNO3 + OH = PETLMUCCO + NO2';
k(:,i) = 3.03e-11;
Gstr{i,1} = 'PETLMUCNO3'; Gstr{i,2} = 'OH'; 
fPETLMUCNO3(i)=fPETLMUCNO3(i)-1; fOH(i)=fOH(i)-1; fPETLMUCCO(i)=fPETLMUCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCNO3 + hv = EPXMC4DIAL + NO2 + C2H5CO3 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PETLMUCNO3'; 
fPETLMUCNO3(i)=fPETLMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCNO3 + hv = EPXMC4DIAL + NO2 + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PETLMUCNO3'; 
fPETLMUCNO3(i)=fPETLMUCNO3(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fNO2(i)=fNO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO = CO3H4CHO + C4CO2O2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PETLMUCO'; 
fPETLMUCO(i)=fPETLMUCO(i)-1; fCO3H4CHO(i)=fCO3H4CHO(i)+1; fC4CO2O2(i)=fC4CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCO = EPXMC4DIAL + EGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'PETLMUCO'; 
fPETLMUCO(i)=fPETLMUCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO + OH = EPXMC4DIAL + CO + C2H5CO3';
k(:,i) = 3.77e-11;
Gstr{i,1} = 'PETLMUCCO'; Gstr{i,2} = 'OH'; 
fPETLMUCCO(i)=fPETLMUCCO(i)-1; fOH(i)=fOH(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO + hv = EPXMC4DIAL + HO2 + CO + C2H5CO3';
k(:,i) = J17;
Gstr{i,1} = 'PETLMUCCO'; 
fPETLMUCCO(i)=fPETLMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCCO + hv = EPXMC4DIAL + HO2 + CO + C2H5CO3';
k(:,i) = J35;
Gstr{i,1} = 'PETLMUCCO'; 
fPETLMUCCO(i)=fPETLMUCCO(i)-1; fEPXMC4DIAL(i)=fEPXMC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOH + OH = PETLMUCCO + HO2';
k(:,i) = 6.15e-11;
Gstr{i,1} = 'PETLMUCOH'; Gstr{i,2} = 'OH'; 
fPETLMUCOH(i)=fPETLMUCOH(i)-1; fOH(i)=fOH(i)-1; fPETLMUCCO(i)=fPETLMUCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOH + hv = PETLMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PETLMUCOH'; 
fPETLMUCOH(i)=fPETLMUCOH(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLMUCOH + hv = PETLMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PETLMUCOH'; 
fPETLMUCOH(i)=fPETLMUCOH(i)-1; fPETLMUCO(i)=fPETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OOH + OH = C7M6CO2O2';
k(:,i) = 8.36e-11;
Gstr{i,1} = 'C7M6CO2OOH'; Gstr{i,2} = 'OH'; 
fC7M6CO2OOH(i)=fC7M6CO2OOH(i)-1; fOH(i)=fOH(i)-1; fC7M6CO2O2(i)=fC7M6CO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OOH + hv = C3MDIALOOH + C2H5CO3 + HO2 + CO';
k(:,i) = J23.*2;
Gstr{i,1} = 'C7M6CO2OOH'; 
fC7M6CO2OOH(i)=fC7M6CO2OOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OOH + hv = C7EDICARB + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C7M6CO2OOH'; 
fC7M6CO2OOH(i)=fC7M6CO2OOH(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OOH + hv = C7M6CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7M6CO2OOH'; 
fC7M6CO2OOH(i)=fC7M6CO2OOH(i)-1; fC7M6CO2O(i)=fC7M6CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2O = C7EDICARB + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C7M6CO2O'; 
fC7M6CO2O(i)=fC7M6CO2O(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OH + OH = C7EDICARB + HO2 + CO';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'C7M6CO2OH'; Gstr{i,2} = 'OH'; 
fC7M6CO2OH(i)=fC7M6CO2OH(i)-1; fOH(i)=fOH(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OH + hv = C3MDIALOH + C2H5CO3 + HO2 + CO';
k(:,i) = J23.*2;
Gstr{i,1} = 'C7M6CO2OH'; 
fC7M6CO2OH(i)=fC7M6CO2OH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7M6CO2OH + hv = C7EDICARB + HO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C7M6CO2OH'; 
fC7M6CO2OH(i)=fC7M6CO2OH(i)-1; fC7EDICARB(i)=fC7EDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLOOH + OH = NPETOLO2';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'NPETOLOOH'; Gstr{i,2} = 'OH'; 
fNPETOLOOH(i)=fNPETOLOOH(i)-1; fOH(i)=fOH(i)-1; fNPETOLO2(i)=fNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLOOH + hv = NPETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPETOLOOH'; 
fNPETOLOOH(i)=fNPETOLOOH(i)-1; fNPETOLO(i)=fNPETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLOOH + hv = PETOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPETOLOOH'; 
fNPETOLOOH(i)=fNPETOLOOH(i)-1; fPETOLO(i)=fPETOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLO = C3MCOCO2H + EGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPETOLO'; 
fNPETOLO(i)=fNPETOLO(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLOH + OH = NPETOLO';
k(:,i) = 1.40e-10;
Gstr{i,1} = 'NPETOLOH'; Gstr{i,2} = 'OH'; 
fNPETOLOH(i)=fNPETOLOH(i)-1; fOH(i)=fOH(i)-1; fNPETOLO(i)=fNPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPETOLOH + hv = PETOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NPETOLOH'; 
fNPETOLOH(i)=fNPETOLOH(i)-1; fPETOLO(i)=fPETOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PET1OHNO2 + NO3 = NPETOL1O + HNO3';
k(:,i) = 3.13e-13;
Gstr{i,1} = 'PET1OHNO2'; Gstr{i,2} = 'NO3'; 
fPET1OHNO2(i)=fPET1OHNO2(i)-1; fNO3(i)=fNO3(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PET1OHNO2 + OH = NPETOL1O';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'PET1OHNO2'; Gstr{i,2} = 'OH'; 
fPET1OHNO2(i)=fPET1OHNO2(i)-1; fOH(i)=fOH(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'PET1O2 + HO2 = PET1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PET1O2'; Gstr{i,2} = 'HO2'; 
fPET1O2(i)=fPET1O2(i)-1; fHO2(i)=fHO2(i)-1; fPET1OOH(i)=fPET1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PET1O2 + NO = PET1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PET1O2'; Gstr{i,2} = 'NO'; 
fPET1O2(i)=fPET1O2(i)-1; fNO(i)=fNO(i)-1; fPET1O(i)=fPET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PET1O2 + NO3 = PET1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PET1O2'; Gstr{i,2} = 'NO3'; 
fPET1O2(i)=fPET1O2(i)-1; fNO3(i)=fNO3(i)-1; fPET1O(i)=fPET1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PET1O2 + RO2 = PET1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'PET1O2'; Gstr{i,2} = 'RO2';
fPET1O2(i)=fPET1O2(i)-1; fPET1O(i)=fPET1O(i)+1; 

i=i+1;
Rnames{i} = 'PETOLOOH + OH = PETOLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'PETOLOOH'; Gstr{i,2} = 'OH'; 
fPETOLOOH(i)=fPETOLOOH(i)-1; fOH(i)=fOH(i)-1; fPETOLO2(i)=fPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLOOH + hv = PETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PETOLOOH'; 
fPETOLOOH(i)=fPETOLOOH(i)-1; fPETOLO(i)=fPETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO = C3MCOCO2H + EGLYOX + HO2';
k(:,i) = KDEC.*0.68;
Gstr{i,1} = 'PETOLO'; 
fPETOLO(i)=fPETOLO(i)-1; fC3MCOCO2H(i)=fC3MCOCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLO = PETLQONE + HO2';
k(:,i) = KDEC.*0.32;
Gstr{i,1} = 'PETOLO'; 
fPETOLO(i)=fPETOLO(i)-1; fPETLQONE(i)=fPETLQONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PETOLOH + OH = PETOLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'PETOLOH'; Gstr{i,2} = 'OH'; 
fPETOLOH(i)=fPETOLOH(i)-1; fOH(i)=fOH(i)-1; fPETOLO(i)=fPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O + NO2 = PTNCATECH';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'PTCATEC1O'; Gstr{i,2} = 'NO2'; 
fPTCATEC1O(i)=fPTCATEC1O(i)-1; fNO2(i)=fNO2(i)-1; fPTNCATECH(i)=fPTNCATECH(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O + O3 = PTCATEC1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'PTCATEC1O'; Gstr{i,2} = 'O3'; 
fPTCATEC1O(i)=fPTCATEC1O(i)-1; fO3(i)=fO3(i)-1; fPTCATEC1O2(i)=fPTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PTCATECOOA = MC3ODBCO2H + ECOCO2H + HO2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PTCATECOOA'; 
fPTCATECOOA(i)=fPTCATECOOA(i)-1; fMC3ODBCO2H(i)=fMC3ODBCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + HO2 = DMPHCOMOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'HO2'; 
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fHO2(i)=fHO2(i)-1; fDMPHCOMOOH(i)=fDMPHCOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + NO = DMPHCOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'NO'; 
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fNO(i)=fNO(i)-1; fDMPHCOMO(i)=fDMPHCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + NO3 = DMPHCOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'NO3'; 
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fNO3(i)=fNO3(i)-1; fDMPHCOMO(i)=fDMPHCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + RO2 = DMPHCOMO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'RO2';
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fDMPHCOMO(i)=fDMPHCOMO(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + RO2 = DMPHCOMOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'RO2';
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fDMPHCOMOH(i)=fDMPHCOMOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO2 + RO2 = DMPHGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'DMPHCOMO2'; Gstr{i,2} = 'RO2';
fDMPHCOMO2(i)=fDMPHCOMO2(i)-1; fDMPHGLYOX(i)=fDMPHGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + NO3 = C7DDCCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C7DDICARB'; Gstr{i,2} = 'NO3'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fNO3(i)=fNO3(i)-1; fC7DDCCO3(i)=fC7DDCCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + O3 = EGLYOOD + MGLYOX';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'C7DDICARB'; Gstr{i,2} = 'O3'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fO3(i)=fO3(i)-1; fEGLYOOD(i)=fEGLYOOD(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + O3 = EGLYOX + MGLYOOA';
k(:,i) = 5.00e-18.*0.5;
Gstr{i,1} = 'C7DDICARB'; Gstr{i,2} = 'O3'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fO3(i)=fO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fMGLYOOA(i)=fMGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + OH = C7DDCCO3';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7DDICARB'; Gstr{i,2} = 'OH'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fOH(i)=fOH(i)-1; fC7DDCCO3(i)=fC7DDCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + OH = C7DDCO2';
k(:,i) = 5.58e-11.*0.50;
Gstr{i,1} = 'C7DDICARB'; Gstr{i,2} = 'OH'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fOH(i)=fOH(i)-1; fC7DDCO2(i)=fC7DDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + hv = C7DDCCO3 + HO2';
k(:,i) = J4.*0.2.*0.6;
Gstr{i,1} = 'C7DDICARB'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fC7DDCCO3(i)=fC7DDCCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDICARB + hv = MEBFUONE';
k(:,i) = J4.*0.2.*0.4;
Gstr{i,1} = 'C7DDICARB'; 
fC7DDICARB(i)=fC7DDICARB(i)-1; fMEBFUONE(i)=fMEBFUONE(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUONE + NO3 = NMEBFUO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'MEBFUONE'; Gstr{i,2} = 'NO3'; 
fMEBFUONE(i)=fMEBFUONE(i)-1; fNO3(i)=fNO3(i)-1; fNMEBFUO2(i)=fNMEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUONE + O3 = CO + C23O3EO2 + OH';
k(:,i) = 8.00e-19;
Gstr{i,1} = 'MEBFUONE'; Gstr{i,2} = 'O3'; 
fMEBFUONE(i)=fMEBFUONE(i)-1; fO3(i)=fO3(i)-1; fCO(i)=fCO(i)+1; fC23O3EO2(i)=fC23O3EO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUONE + OH = MEBFUO2';
k(:,i) = 2.89e-11;
Gstr{i,1} = 'MEBFUONE'; Gstr{i,2} = 'OH'; 
fMEBFUONE(i)=fMEBFUONE(i)-1; fOH(i)=fOH(i)-1; fMEBFUO2(i)=fMEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO2H + OH = C8M2CO6O2';
k(:,i) = 8.19e-11;
Gstr{i,1} = 'DMEBMUO2H'; Gstr{i,2} = 'OH'; 
fDMEBMUO2H(i)=fDMEBMUO2H(i)-1; fOH(i)=fOH(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO2H + hv = C8M2CO6O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'DMEBMUO2H'; 
fDMEBMUO2H(i)=fDMEBMUO2H(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO2H + hv = C8M2CO6O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'DMEBMUO2H'; 
fDMEBMUO2H(i)=fDMEBMUO2H(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO3H + OH = DMEBMUCO3';
k(:,i) = 8.50e-11;
Gstr{i,1} = 'DMEBMUO3H'; Gstr{i,2} = 'OH'; 
fDMEBMUO3H(i)=fDMEBMUO3H(i)-1; fOH(i)=fOH(i)-1; fDMEBMUCO3(i)=fDMEBMUCO3(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO3H + hv = C8M2CO6O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMEBMUO3H'; 
fDMEBMUO3H(i)=fDMEBMUO3H(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO3H + hv = C8M2CO6O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'DMEBMUO3H'; 
fDMEBMUO3H(i)=fDMEBMUO3H(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUO3H + hv = C8M2CO6O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'DMEBMUO3H'; 
fDMEBMUO3H(i)=fDMEBMUO3H(i)-1; fC8M2CO6O2(i)=fC8M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUPAN + OH = C7DDICARB + CH3CHO + NO2';
k(:,i) = 8.17e-11;
Gstr{i,1} = 'DMEBMUPAN'; Gstr{i,2} = 'OH'; 
fDMEBMUPAN(i)=fDMEBMUPAN(i)-1; fOH(i)=fOH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUPAN = DMEBMUCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'DMEBMUPAN'; 
fDMEBMUPAN(i)=fDMEBMUPAN(i)-1; fDMEBMUCO3(i)=fDMEBMUCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOOH + OH = DMEBMUCO2';
k(:,i) = 3.41e-11;
Gstr{i,1} = 'DMEBMUOOH'; Gstr{i,2} = 'OH'; 
fDMEBMUOOH(i)=fDMEBMUOOH(i)-1; fOH(i)=fOH(i)-1; fDMEBMUCO2(i)=fDMEBMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOOH + hv = DMEBMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMEBMUOOH'; 
fDMEBMUOOH(i)=fDMEBMUOOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOOH + hv = DMEBMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'DMEBMUOOH'; 
fDMEBMUOOH(i)=fDMEBMUOOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOOH + hv = DMEBMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'DMEBMUOOH'; 
fDMEBMUOOH(i)=fDMEBMUOOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO = C3MDIALO2 + C6CO243OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'DMEBMUCO'; 
fDMEBMUCO(i)=fDMEBMUCO(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fC6CO243OH(i)=fC6CO243OH(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUCO = EPXMALKT + EGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'DMEBMUCO'; 
fDMEBMUCO(i)=fDMEBMUCO(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUNO3 + OH = C3MDIALO2 + C6CO243OH + NO2';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'DMEBMUNO3'; Gstr{i,2} = 'OH'; 
fDMEBMUNO3(i)=fDMEBMUNO3(i)-1; fOH(i)=fOH(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fC6CO243OH(i)=fC6CO243OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUNO3 + hv = EPXMALKT + EGLYOX + HO2 + NO2';
k(:,i) = J17;
Gstr{i,1} = 'DMEBMUNO3'; 
fDMEBMUNO3(i)=fDMEBMUNO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUNO3 + hv = EPXMALKT + EGLYOX + HO2 + NO2';
k(:,i) = J22;
Gstr{i,1} = 'DMEBMUNO3'; 
fDMEBMUNO3(i)=fDMEBMUNO3(i)-1; fEPXMALKT(i)=fEPXMALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOH + OH = DMEBMUCO';
k(:,i) = 3.07e-11;
Gstr{i,1} = 'DMEBMUOH'; Gstr{i,2} = 'OH'; 
fDMEBMUOH(i)=fDMEBMUOH(i)-1; fOH(i)=fOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOH + hv = DMEBMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'DMEBMUOH'; 
fDMEBMUOH(i)=fDMEBMUOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEBMUOH + hv = DMEBMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DMEBMUOH'; 
fDMEBMUOH(i)=fDMEBMUOH(i)-1; fDMEBMUCO(i)=fDMEBMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OOH + OH = C8M3CO + OH';
k(:,i) = 9.55e-11;
Gstr{i,1} = 'C8M2CO6OOH'; Gstr{i,2} = 'OH'; 
fC8M2CO6OOH(i)=fC8M2CO6OOH(i)-1; fOH(i)=fOH(i)-1; fC8M3CO(i)=fC8M3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OOH + hv = C7DDICARB + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C8M2CO6OOH'; 
fC8M2CO6OOH(i)=fC8M2CO6OOH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OOH + hv = C8M2CO6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8M2CO6OOH'; 
fC8M2CO6OOH(i)=fC8M2CO6OOH(i)-1; fC8M2CO6O(i)=fC8M2CO6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OOH + hv = CO24C53OOH + C2H5CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C8M2CO6OOH'; 
fC8M2CO6OOH(i)=fC8M2CO6OOH(i)-1; fCO24C53OOH(i)=fCO24C53OOH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6O = C7DDICARB + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C8M2CO6O'; 
fC8M2CO6O(i)=fC8M2CO6O(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OH + OH = C8M3CO + HO2';
k(:,i) = 1.32e-10;
Gstr{i,1} = 'C8M2CO6OH'; Gstr{i,2} = 'OH'; 
fC8M2CO6OH(i)=fC8M2CO6OH(i)-1; fOH(i)=fOH(i)-1; fC8M3CO(i)=fC8M3CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OH + hv = C7DDICARB + HO2 + CH3CO3';
k(:,i) = J23;
Gstr{i,1} = 'C8M2CO6OH'; 
fC8M2CO6OH(i)=fC8M2CO6OH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8M2CO6OH + hv = C7DDICARB + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C8M2CO6OH'; 
fC8M2CO6OH(i)=fC8M2CO6OH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8M3CO + OH = EGLYOX + C5CO234 + HO2';
k(:,i) = 7.21e-11;
Gstr{i,1} = 'C8M3CO'; Gstr{i,2} = 'OH'; 
fC8M3CO(i)=fC8M3CO(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC5CO234(i)=fC5CO234(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8M3CO + hv = C5CO234 + C2H5CO3 + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C8M3CO'; 
fC8M3CO(i)=fC8M3CO(i)-1; fC5CO234(i)=fC5CO234(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8M3CO + hv = C5CO234 + C2H5CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C8M3CO'; 
fC8M3CO(i)=fC8M3CO(i)-1; fC5CO234(i)=fC5CO234(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPLOOH + OH = NDMEPHOLO2';
k(:,i) = 1.45e-10;
Gstr{i,1} = 'NDMEPLOOH'; Gstr{i,2} = 'OH'; 
fNDMEPLOOH(i)=fNDMEPLOOH(i)-1; fOH(i)=fOH(i)-1; fNDMEPHOLO2(i)=fNDMEPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPLOOH + hv = DMEPHOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NDMEPLOOH'; 
fNDMEPLOOH(i)=fNDMEPLOOH(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPLOOH + hv = NDMEPHOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDMEPLOOH'; 
fNDMEPLOOH(i)=fNDMEPLOOH(i)-1; fNDMEPHOLO(i)=fNDMEPHOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLO = C5CODBCO2H + EGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDMEPHOLO'; 
fNDMEPHOLO(i)=fNDMEPHOLO(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLOH + OH = NDMEPHOLO';
k(:,i) = 1.41e-10;
Gstr{i,1} = 'NDMEPHOLOH'; Gstr{i,2} = 'OH'; 
fNDMEPHOLOH(i)=fNDMEPHOLOH(i)-1; fOH(i)=fOH(i)-1; fNDMEPHOLO(i)=fNDMEPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'NDMEPHOLOH + hv = DMEPHOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NDMEPHOLOH'; 
fNDMEPHOLOH(i)=fNDMEPHOLOH(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLOOH + OH = DMEPHOLO2';
k(:,i) = 1.51e-10;
Gstr{i,1} = 'DMEPHOLOOH'; Gstr{i,2} = 'OH'; 
fDMEPHOLOOH(i)=fDMEPHOLOOH(i)-1; fOH(i)=fOH(i)-1; fDMEPHOLO2(i)=fDMEPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLOOH + hv = DMEPHOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMEPHOLOOH'; 
fDMEPHOLOOH(i)=fDMEPHOLOOH(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLO = C5CODBCO2H + EGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DMEPHOLO'; 
fDMEPHOLO(i)=fDMEPHOLO(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMEPHOLOH + OH = DMEPHOLO';
k(:,i) = 1.48e-10;
Gstr{i,1} = 'DMEPHOLOH'; Gstr{i,2} = 'OH'; 
fDMEPHOLOH(i)=fDMEPHOLOH(i)-1; fOH(i)=fOH(i)-1; fDMEPHOLO(i)=fDMEPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + HO2 = EMPHCOMOOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'HO2'; 
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fHO2(i)=fHO2(i)-1; fEMPHCOMOOH(i)=fEMPHCOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + NO = EMPHCOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'NO'; 
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fNO(i)=fNO(i)-1; fEMPHCOMO(i)=fEMPHCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + NO3 = EMPHCOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'NO3'; 
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fNO3(i)=fNO3(i)-1; fEMPHCOMO(i)=fEMPHCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + RO2 = EMPHCOMO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'RO2';
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fEMPHCOMO(i)=fEMPHCOMO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + RO2 = EMPHCOMOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'RO2';
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fEMPHCOMOH(i)=fEMPHCOMOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO2 + RO2 = EMPHGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'EMPHCOMO2'; Gstr{i,2} = 'RO2';
fEMPHCOMO2(i)=fEMPHCOMO2(i)-1; fEMPHGLYOX(i)=fEMPHGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + HO2 = EMPHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'HO2'; 
fEMPHCO3(i)=fEMPHCO3(i)-1; fHO2(i)=fHO2(i)-1; fEMPHCO3H(i)=fEMPHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + HO2 = EMPHO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'HO2'; 
fEMPHCO3(i)=fEMPHCO3(i)-1; fHO2(i)=fHO2(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + NO = EMPHO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'NO'; 
fEMPHCO3(i)=fEMPHCO3(i)-1; fNO(i)=fNO(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + NO2 = EMPHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'NO2'; 
fEMPHCO3(i)=fEMPHCO3(i)-1; fNO2(i)=fNO2(i)-1; fEMPHPAN(i)=fEMPHPAN(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + NO3 = EMPHO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'NO3'; 
fEMPHCO3(i)=fEMPHCO3(i)-1; fNO3(i)=fNO3(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3 + RO2 = EMPHO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'EMPHCO3'; Gstr{i,2} = 'RO2';
fEMPHCO3(i)=fEMPHCO3(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPLOOH + OH = NDEMPHOLO2';
k(:,i) = 1.46e-10;
Gstr{i,1} = 'NDEMPLOOH'; Gstr{i,2} = 'OH'; 
fNDEMPLOOH(i)=fNDEMPLOOH(i)-1; fOH(i)=fOH(i)-1; fNDEMPHOLO2(i)=fNDEMPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPLOOH + hv = DEMPHOLO + OH + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NDEMPLOOH'; 
fNDEMPLOOH(i)=fNDEMPLOOH(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPLOOH + hv = NDEMPHOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDEMPLOOH'; 
fNDEMPLOOH(i)=fNDEMPLOOH(i)-1; fNDEMPHOLO(i)=fNDEMPHOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLO = C7DDCCO2H + EGLYOX + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDEMPHOLO'; 
fNDEMPHOLO(i)=fNDEMPHOLO(i)-1; fC7DDCCO2H(i)=fC7DDCCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLOH + OH = NDEMPHOLO';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'NDEMPHOLOH'; Gstr{i,2} = 'OH'; 
fNDEMPHOLOH(i)=fNDEMPHOLOH(i)-1; fOH(i)=fOH(i)-1; fNDEMPHOLO(i)=fNDEMPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'NDEMPHOLOH + hv = DEMPHOLO + HO2 + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NDEMPHOLOH'; 
fNDEMPHOLOH(i)=fNDEMPHOLOH(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLOOH + OH = DEMPHOLO2';
k(:,i) = 1.52e-10;
Gstr{i,1} = 'DEMPHOLOOH'; Gstr{i,2} = 'OH'; 
fDEMPHOLOOH(i)=fDEMPHOLOOH(i)-1; fOH(i)=fOH(i)-1; fDEMPHOLO2(i)=fDEMPHOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLOOH + hv = DEMPHOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DEMPHOLOOH'; 
fDEMPHOLOOH(i)=fDEMPHOLOOH(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLO = C7DDCCO2H + EGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DEMPHOLO'; 
fDEMPHOLO(i)=fDEMPHOLO(i)-1; fC7DDCCO2H(i)=fC7DDCCO2H(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DEMPHOLOH + OH = DEMPHOLO';
k(:,i) = 1.49e-10;
Gstr{i,1} = 'DEMPHOLOH'; Gstr{i,2} = 'OH'; 
fDEMPHOLOH(i)=fDEMPHOLOH(i)-1; fOH(i)=fOH(i)-1; fDEMPHOLO(i)=fDEMPHOLO(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + HO2 = C7ODLBCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'HO2'; 
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7ODLBCO3H(i)=fC7ODLBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + HO2 = EGLYOX + C2H5CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'HO2'; 
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + NO = EGLYOX + C2H5CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'NO'; 
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fNO(i)=fNO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + NO2 = C7CODBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'NO2'; 
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7CODBPAN(i)=fC7CODBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + NO3 = EGLYOX + C2H5CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'NO3'; 
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fNO3(i)=fNO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBCO3 + RO2 = EGLYOX + C2H5CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7CODBCO3'; Gstr{i,2} = 'RO2';
fC7CODBCO3(i)=fC7CODBCO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO2H + OH = C9M2CO6O2';
k(:,i) = 8.52e-11;
Gstr{i,1} = 'DETLMUO2H'; Gstr{i,2} = 'OH'; 
fDETLMUO2H(i)=fDETLMUO2H(i)-1; fOH(i)=fOH(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO2H + hv = C9M2CO6O2 + HO2';
k(:,i) = J23;
Gstr{i,1} = 'DETLMUO2H'; 
fDETLMUO2H(i)=fDETLMUO2H(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO2H + hv = C9M2CO6O2 + HO2';
k(:,i) = J24;
Gstr{i,1} = 'DETLMUO2H'; 
fDETLMUO2H(i)=fDETLMUO2H(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO3H + OH = DETLMUCO3';
k(:,i) = 8.83e-11;
Gstr{i,1} = 'DETLMUO3H'; Gstr{i,2} = 'OH'; 
fDETLMUO3H(i)=fDETLMUO3H(i)-1; fOH(i)=fOH(i)-1; fDETLMUCO3(i)=fDETLMUCO3(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO3H + hv = C9M2CO6O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'DETLMUO3H'; 
fDETLMUO3H(i)=fDETLMUO3H(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO3H + hv = C9M2CO6O2 + OH';
k(:,i) = J23;
Gstr{i,1} = 'DETLMUO3H'; 
fDETLMUO3H(i)=fDETLMUO3H(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUO3H + hv = C9M2CO6O2 + OH';
k(:,i) = J24;
Gstr{i,1} = 'DETLMUO3H'; 
fDETLMUO3H(i)=fDETLMUO3H(i)-1; fC9M2CO6O2(i)=fC9M2CO6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUPAN + OH = C7DDICARB + C2H5CHO + NO2';
k(:,i) = 8.50e-11;
Gstr{i,1} = 'DETLMUPAN'; Gstr{i,2} = 'OH'; 
fDETLMUPAN(i)=fDETLMUPAN(i)-1; fOH(i)=fOH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUPAN = DETLMUCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'DETLMUPAN'; 
fDETLMUPAN(i)=fDETLMUPAN(i)-1; fDETLMUCO3(i)=fDETLMUCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + HO2 = CO24C63O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + HO2 = EPXEKTCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXEKTCO2H(i)=fEPXEKTCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + HO2 = EPXEKTCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'HO2'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fHO2(i)=fHO2(i)-1; fEPXEKTCO3H(i)=fEPXEKTCO3H(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + NO = CO24C63O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'NO'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fNO(i)=fNO(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + NO2 = EPXEKTPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'NO2'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fNO2(i)=fNO2(i)-1; fEPXEKTPAN(i)=fEPXEKTPAN(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + NO3 = CO24C63O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'NO3'; 
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fNO3(i)=fNO3(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + RO2 = CO24C63O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'RO2';
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3 + RO2 = EPXEKTCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'EPXEKTCO3'; Gstr{i,2} = 'RO2';
fEPXEKTCO3(i)=fEPXEKTCO3(i)-1; fEPXEKTCO2H(i)=fEPXEKTCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO2 + HO2 = C3EDIALOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C3EDIALO2'; Gstr{i,2} = 'HO2'; 
fC3EDIALO2(i)=fC3EDIALO2(i)-1; fHO2(i)=fHO2(i)-1; fC3EDIALOOH(i)=fC3EDIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO2 + NO = C3EDIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C3EDIALO2'; Gstr{i,2} = 'NO'; 
fC3EDIALO2(i)=fC3EDIALO2(i)-1; fNO(i)=fNO(i)-1; fC3EDIALO(i)=fC3EDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO2 + NO3 = C3EDIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3EDIALO2'; Gstr{i,2} = 'NO3'; 
fC3EDIALO2(i)=fC3EDIALO2(i)-1; fNO3(i)=fNO3(i)-1; fC3EDIALO(i)=fC3EDIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO2 + RO2 = C3EDIALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C3EDIALO2'; Gstr{i,2} = 'RO2';
fC3EDIALO2(i)=fC3EDIALO2(i)-1; fC3EDIALO(i)=fC3EDIALO(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO2 + RO2 = C3EDIALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C3EDIALO2'; Gstr{i,2} = 'RO2';
fC3EDIALO2(i)=fC3EDIALO2(i)-1; fC3EDIALOH(i)=fC3EDIALOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + HO2 = CO24C63OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'HO2'; 
fCO24C63O2(i)=fCO24C63O2(i)-1; fHO2(i)=fHO2(i)-1; fCO24C63OOH(i)=fCO24C63OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + NO = CO24C63O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'NO'; 
fCO24C63O2(i)=fCO24C63O2(i)-1; fNO(i)=fNO(i)-1; fCO24C63O(i)=fCO24C63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + NO3 = CO24C63O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'NO3'; 
fCO24C63O2(i)=fCO24C63O2(i)-1; fNO3(i)=fNO3(i)-1; fCO24C63O(i)=fCO24C63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + RO2 = C6CO243OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'RO2';
fCO24C63O2(i)=fCO24C63O2(i)-1; fC6CO243OH(i)=fC6CO243OH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + RO2 = CO234C6';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'RO2';
fCO24C63O2(i)=fCO24C63O2(i)-1; fCO234C6(i)=fCO234C6(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O2 + RO2 = CO24C63O';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'CO24C63O2'; Gstr{i,2} = 'RO2';
fCO24C63O2(i)=fCO24C63O2(i)-1; fCO24C63O(i)=fCO24C63O(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOOH + OH = DETLMUCO2';
k(:,i) = 3.74e-11;
Gstr{i,1} = 'DETLMUOOH'; Gstr{i,2} = 'OH'; 
fDETLMUOOH(i)=fDETLMUOOH(i)-1; fOH(i)=fOH(i)-1; fDETLMUCO2(i)=fDETLMUCO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOOH + hv = DETLMUCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DETLMUOOH'; 
fDETLMUOOH(i)=fDETLMUOOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOOH + hv = DETLMUCO + OH';
k(:,i) = J17;
Gstr{i,1} = 'DETLMUOOH'; 
fDETLMUOOH(i)=fDETLMUOOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOOH + hv = DETLMUCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'DETLMUOOH'; 
fDETLMUOOH(i)=fDETLMUOOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO = C3EDIALO2 + C6CO243OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'DETLMUCO'; 
fDETLMUCO(i)=fDETLMUCO(i)-1; fC3EDIALO2(i)=fC3EDIALO2(i)+1; fC6CO243OH(i)=fC6CO243OH(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUCO = EPXEALKT + EGLYOX + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'DETLMUCO'; 
fDETLMUCO(i)=fDETLMUCO(i)-1; fEPXEALKT(i)=fEPXEALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUNO3 + OH = C3EDIALO2 + C6CO243OH + NO2';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'DETLMUNO3'; Gstr{i,2} = 'OH'; 
fDETLMUNO3(i)=fDETLMUNO3(i)-1; fOH(i)=fOH(i)-1; fC3EDIALO2(i)=fC3EDIALO2(i)+1; fC6CO243OH(i)=fC6CO243OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUNO3 + hv = EPXEALKT + EGLYOX + HO2 + NO2';
k(:,i) = J17;
Gstr{i,1} = 'DETLMUNO3'; 
fDETLMUNO3(i)=fDETLMUNO3(i)-1; fEPXEALKT(i)=fEPXEALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUNO3 + hv = EPXEALKT + EGLYOX + HO2 + NO2';
k(:,i) = J22;
Gstr{i,1} = 'DETLMUNO3'; 
fDETLMUNO3(i)=fDETLMUNO3(i)-1; fEPXEALKT(i)=fEPXEALKT(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOH + OH = DETLMUCO';
k(:,i) = 3.40e-11;
Gstr{i,1} = 'DETLMUOH'; Gstr{i,2} = 'OH'; 
fDETLMUOH(i)=fDETLMUOH(i)-1; fOH(i)=fOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOH + hv = DETLMUCO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'DETLMUOH'; 
fDETLMUOH(i)=fDETLMUOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DETLMUOH + hv = DETLMUCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DETLMUOH'; 
fDETLMUOH(i)=fDETLMUOH(i)-1; fDETLMUCO(i)=fDETLMUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OOH + OH = C9M3CO + OH';
k(:,i) = 9.66e-11;
Gstr{i,1} = 'C9M2CO6OOH'; Gstr{i,2} = 'OH'; 
fC9M2CO6OOH(i)=fC9M2CO6OOH(i)-1; fOH(i)=fOH(i)-1; fC9M3CO(i)=fC9M3CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OOH + hv = C7DDICARB + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C9M2CO6OOH'; 
fC9M2CO6OOH(i)=fC9M2CO6OOH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OOH + hv = C9M2CO6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C9M2CO6OOH'; 
fC9M2CO6OOH(i)=fC9M2CO6OOH(i)-1; fC9M2CO6O(i)=fC9M2CO6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OOH + hv = C9M2CO6O + OH';
k(:,i) = J23;
Gstr{i,1} = 'C9M2CO6OOH'; 
fC9M2CO6OOH(i)=fC9M2CO6OOH(i)-1; fC9M2CO6O(i)=fC9M2CO6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6O = C7DDICARB + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C9M2CO6O'; 
fC9M2CO6O(i)=fC9M2CO6O(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OH + OH = C9M3CO + HO2';
k(:,i) = 1.33e-10;
Gstr{i,1} = 'C9M2CO6OH'; Gstr{i,2} = 'OH'; 
fC9M2CO6OH(i)=fC9M2CO6OH(i)-1; fOH(i)=fOH(i)-1; fC9M3CO(i)=fC9M3CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OH + hv = C7DDICARB + HO2 + C2H5CO3';
k(:,i) = J23;
Gstr{i,1} = 'C9M2CO6OH'; 
fC9M2CO6OH(i)=fC9M2CO6OH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fHO2(i)=fHO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C9M2CO6OH + hv = C7DDICARB + HO2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'C9M2CO6OH'; 
fC9M2CO6OH(i)=fC9M2CO6OH(i)-1; fC7DDICARB(i)=fC7DDICARB(i)+1; fHO2(i)=fHO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C9M3CO + OH = EGLYOX + CO234C6 + HO2';
k(:,i) = 7.40e-11;
Gstr{i,1} = 'C9M3CO'; Gstr{i,2} = 'OH'; 
fC9M3CO(i)=fC9M3CO(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C9M3CO + hv = CO234C6 + C2H5CO3 + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C9M3CO'; 
fC9M3CO(i)=fC9M3CO(i)-1; fCO234C6(i)=fCO234C6(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C9M3CO + hv = CO234C6 + C2H5CO3 + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C9M3CO'; 
fC9M3CO(i)=fC9M3CO(i)-1; fCO234C6(i)=fCO234C6(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + HO2 = CCL3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'HO2'; 
fCCL3CO3(i)=fCCL3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCCL3CO3H(i)=fCCL3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + HO2 = CCL3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'HO2'; 
fCCL3CO3(i)=fCCL3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + NO = CCL3O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'NO'; 
fCCL3CO3(i)=fCCL3CO3(i)-1; fNO(i)=fNO(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + NO2 = CCL3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'NO2'; 
fCCL3CO3(i)=fCCL3CO3(i)-1; fNO2(i)=fNO2(i)-1; fCCL3PAN(i)=fCCL3PAN(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + NO3 = CCL3O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'NO3'; 
fCCL3CO3(i)=fCCL3CO3(i)-1; fNO3(i)=fNO3(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3 + RO2 = CCL3O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CCL3CO3'; Gstr{i,2} = 'RO2';
fCCL3CO3(i)=fCCL3CO3(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; 

i=i+1;
Rnames{i} = 'CLGLYOX + hv = CO + CO + CL + CL';
k(:,i) = J15.*2;
Gstr{i,1} = 'CLGLYOX'; 
fCLGLYOX(i)=fCLGLYOX(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + HO2 = CH2CLO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'HO2'; 
fCLETO3(i)=fCLETO3(i)-1; fHO2(i)=fHO2(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + HO2 = CLETO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'HO2'; 
fCLETO3(i)=fCLETO3(i)-1; fHO2(i)=fHO2(i)-1; fCLETO2H(i)=fCLETO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + HO2 = CLETO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'HO2'; 
fCLETO3(i)=fCLETO3(i)-1; fHO2(i)=fHO2(i)-1; fCLETO3H(i)=fCLETO3H(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + NO = CH2CLO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'NO'; 
fCLETO3(i)=fCLETO3(i)-1; fNO(i)=fNO(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + NO2 = CLETPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'NO2'; 
fCLETO3(i)=fCLETO3(i)-1; fNO2(i)=fNO2(i)-1; fCLETPAN(i)=fCLETPAN(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + NO3 = CH2CLO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'NO3'; 
fCLETO3(i)=fCLETO3(i)-1; fNO3(i)=fNO3(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + RO2 = CH2CLO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'RO2';
fCLETO3(i)=fCLETO3(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3 + RO2 = CLETO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'CLETO3'; Gstr{i,2} = 'RO2';
fCLETO3(i)=fCLETO3(i)-1; fCLETO2H(i)=fCLETO2H(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + HO2 = CL2OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'HO2'; 
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCL2OHCO3H(i)=fCL2OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + HO2 = COCL2 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'HO2'; 
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + NO = COCL2 + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'NO'; 
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fNO(i)=fNO(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + NO2 = CL2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'NO2'; 
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fCL2OHPAN(i)=fCL2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + NO3 = COCL2 + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'NO3'; 
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3 + RO2 = COCL2 + HO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'CL2OHCO3'; Gstr{i,2} = 'RO2';
fCL2OHCO3(i)=fCL2OHCO3(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + HO2 = CL12CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'HO2'; 
fCL12CO3(i)=fCL12CO3(i)-1; fHO2(i)=fHO2(i)-1; fCL12CO2H(i)=fCL12CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + HO2 = CL12CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'HO2'; 
fCL12CO3(i)=fCL12CO3(i)-1; fHO2(i)=fHO2(i)-1; fCL12CO3H(i)=fCL12CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + HO2 = DICLETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'HO2'; 
fCL12CO3(i)=fCL12CO3(i)-1; fHO2(i)=fHO2(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + NO = DICLETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'NO'; 
fCL12CO3(i)=fCL12CO3(i)-1; fNO(i)=fNO(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + NO2 = CL12PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'NO2'; 
fCL12CO3(i)=fCL12CO3(i)-1; fNO2(i)=fNO2(i)-1; fCL12PAN(i)=fCL12PAN(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + NO3 = DICLETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'NO3'; 
fCL12CO3(i)=fCL12CO3(i)-1; fNO3(i)=fNO3(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + RO2 = CL12CO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'RO2';
fCL12CO3(i)=fCL12CO3(i)-1; fCL12CO2H(i)=fCL12CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3 + RO2 = DICLETO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'CL12CO3'; Gstr{i,2} = 'RO2';
fCL12CO3(i)=fCL12CO3(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOCH3 + OH = CH3COCCLO2';
k(:,i) = 3.682e-13;
Gstr{i,1} = 'CH2CLCOCH3'; Gstr{i,2} = 'OH'; 
fCH2CLCOCH3(i)=fCH2CLCOCH3(i)-1; fOH(i)=fOH(i)-1; fCH3COCCLO2(i)=fCH3COCCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CLCOCH3 + hv = CH3O2 + CLETO3';
k(:,i) = J22;
Gstr{i,1} = 'CH2CLCOCH3'; 
fCH2CLCOCH3(i)=fCH2CLCOCH3(i)-1; fCH3O2(i)=fCH3O2(i)+1; fCLETO3(i)=fCLETO3(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMEO2 + HO2 = CLCOCLMOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CLCOCLMEO2'; Gstr{i,2} = 'HO2'; 
fCLCOCLMEO2(i)=fCLCOCLMEO2(i)-1; fHO2(i)=fHO2(i)-1; fCLCOCLMOOH(i)=fCLCOCLMOOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMEO2 + NO = CLCOCLMEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CLCOCLMEO2'; Gstr{i,2} = 'NO'; 
fCLCOCLMEO2(i)=fCLCOCLMEO2(i)-1; fNO(i)=fNO(i)-1; fCLCOCLMEO(i)=fCLCOCLMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMEO2 + NO3 = CLCOCLMEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CLCOCLMEO2'; Gstr{i,2} = 'NO3'; 
fCLCOCLMEO2(i)=fCLCOCLMEO2(i)-1; fNO3(i)=fNO3(i)-1; fCLCOCLMEO(i)=fCLCOCLMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMEO2 + RO2 = CLCOCLMEO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'CLCOCLMEO2'; Gstr{i,2} = 'RO2';
fCLCOCLMEO2(i)=fCLCOCLMEO2(i)-1; fCLCOCLMEO(i)=fCLCOCLMEO(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + HO2 = CHCL2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'HO2'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHCL2CO2H(i)=fCHCL2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + HO2 = CHCL2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'HO2'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHCL2CO3H(i)=fCHCL2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + HO2 = CHCL2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'HO2'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + NO = CHCL2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'NO'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fNO(i)=fNO(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + NO2 = CHCL2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'NO2'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fNO2(i)=fNO2(i)-1; fCHCL2PAN(i)=fCHCL2PAN(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + NO3 = CHCL2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'NO3'; 
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + RO2 = CHCL2CO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'RO2';
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fCHCL2CO2H(i)=fCHCL2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3 + RO2 = CHCL2O2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'CHCL2CO3'; Gstr{i,2} = 'RO2';
fCHCL2CO3(i)=fCHCL2CO3(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2O2 + HO2 = CLCOCH2OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CLCOCH2O2'; Gstr{i,2} = 'HO2'; 
fCLCOCH2O2(i)=fCLCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fCLCOCH2OOH(i)=fCLCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2O2 + NO = CLCOCH2O + NO2';
k(:,i) = KRO2NO.*1.2;
Gstr{i,1} = 'CLCOCH2O2'; Gstr{i,2} = 'NO'; 
fCLCOCH2O2(i)=fCLCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fCLCOCH2O(i)=fCLCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2O2 + NO3 = CLCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CLCOCH2O2'; Gstr{i,2} = 'NO3'; 
fCLCOCH2O2(i)=fCLCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCLCOCH2O(i)=fCLCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2O2 + RO2 = CLCOCH2O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CLCOCH2O2'; Gstr{i,2} = 'RO2';
fCLCOCH2O2(i)=fCLCOCH2O2(i)-1; fCLCOCH2O(i)=fCLCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2COCL + OH = CLCOCCL2O2';
k(:,i) = 5.529e-12;
Gstr{i,1} = 'CHCL2COCL'; Gstr{i,2} = 'OH'; 
fCHCL2COCL(i)=fCHCL2COCL(i)-1; fOH(i)=fOH(i)-1; fCLCOCCL2O2(i)=fCLCOCCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2COCL + hv = CHCL2O2 + CO + CL';
k(:,i) = J22;
Gstr{i,1} = 'CHCL2COCL'; 
fCHCL2COCL(i)=fCHCL2COCL(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + HO2 = CLCOCLOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'HO2'; 
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fHO2(i)=fHO2(i)-1; fCLCOCLOOH(i)=fCLCOCLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + NO = CLCOCLO + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'NO'; 
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fNO(i)=fNO(i)-1; fCLCOCLO(i)=fCLCOCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + NO3 = CLCOCLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'NO3'; 
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fNO3(i)=fNO3(i)-1; fCLCOCLO(i)=fCLCOCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + RO2 = CCLOHCOCL';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'RO2';
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fCCLOHCOCL(i)=fCCLOHCOCL(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + RO2 = CLCOCLO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'RO2';
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fCLCOCLO(i)=fCLCOCLO(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO2 + RO2 = CLGLYOX';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'CLCOCLO2'; Gstr{i,2} = 'RO2';
fCLCOCLO2(i)=fCLCOCLO2(i)-1; fCLGLYOX(i)=fCLGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'CL1GLYOX + NO3 = CO + CO + CL + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'CL1GLYOX'; Gstr{i,2} = 'NO3'; 
fCL1GLYOX(i)=fCL1GLYOX(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CL1GLYOX + OH = CO + CO + CL';
k(:,i) = 1.40e-11;
Gstr{i,1} = 'CL1GLYOX'; Gstr{i,2} = 'OH'; 
fCL1GLYOX(i)=fCL1GLYOX(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CL1GLYOX + hv = CO + CO + HO2 + CL';
k(:,i) = J34;
Gstr{i,1} = 'CL1GLYOX'; 
fCL1GLYOX(i)=fCL1GLYOX(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLCO2H + OH = CL';
k(:,i) = 5.2e-13;
Gstr{i,1} = 'CLCO2H'; Gstr{i,2} = 'OH'; 
fCLCO2H(i)=fCLCO2H(i)-1; fOH(i)=fOH(i)-1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + HO2 = CHOCL + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'HO2'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + HO2 = CLOHCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'HO2'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCLOHCO2H(i)=fCLOHCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + HO2 = CLOHCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'HO2'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fCLOHCO3H(i)=fCLOHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + NO = CHOCL + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'NO'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fNO(i)=fNO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + NO2 = CLOHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'NO2'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fNO2(i)=fNO2(i)-1; fCLOHPAN(i)=fCLOHPAN(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + NO3 = CHOCL + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'NO3'; 
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + RO2 = CHOCL + HO2';
k(:,i) = 0.7.*5.0E-12;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'RO2';
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CCLOHCO3 + RO2 = CLOHCO2H';
k(:,i) = 0.3.*5.0E-12;
Gstr{i,1} = 'CCLOHCO3'; Gstr{i,2} = 'RO2';
fCCLOHCO3(i)=fCCLOHCO3(i)-1; fCLOHCO2H(i)=fCLOHCO2H(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + HO2 = HNMVKOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'HO2'; 
fHNMVKO2(i)=fHNMVKO2(i)-1; fHO2(i)=fHO2(i)-1; fHNMVKOOH(i)=fHNMVKOOH(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + NO = HNMVKO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'NO'; 
fHNMVKO2(i)=fHNMVKO2(i)-1; fNO(i)=fNO(i)-1; fHNMVKO(i)=fHNMVKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + NO3 = HNMVKO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'NO3'; 
fHNMVKO2(i)=fHNMVKO2(i)-1; fNO3(i)=fNO3(i)-1; fHNMVKO(i)=fHNMVKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + RO2 = HNBIACET';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'RO2';
fHNMVKO2(i)=fHNMVKO2(i)-1; fHNBIACET(i)=fHNBIACET(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + RO2 = HNMVKO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'RO2';
fHNMVKO2(i)=fHNMVKO2(i)-1; fHNMVKO(i)=fHNMVKO(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO2 + RO2 = HNMVKOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HNMVKO2'; Gstr{i,2} = 'RO2';
fHNMVKO2(i)=fHNMVKO2(i)-1; fHNMVKOH(i)=fHNMVKOH(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + HO2 = NC3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'HO2'; 
fNC3CO3(i)=fNC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC3CO2H(i)=fNC3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + HO2 = NC3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'HO2'; 
fNC3CO3(i)=fNC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC3CO3H(i)=fNC3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + HO2 = NO3CH2CHO + CO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'HO2'; 
fNC3CO3(i)=fNC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + NO = NO3CH2CHO + CO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'NO'; 
fNC3CO3(i)=fNC3CO3(i)-1; fNO(i)=fNO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + NO2 = C4PAN9';
k(:,i) = KFPAN;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'NO2'; 
fNC3CO3(i)=fNC3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN9(i)=fC4PAN9(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + NO3 = NO3CH2CHO + CO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'NO3'; 
fNC3CO3(i)=fNC3CO3(i)-1; fNO3(i)=fNO3(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + RO2 = NC3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'RO2';
fNC3CO3(i)=fNC3CO3(i)-1; fNC3CO2H(i)=fNC3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3 + RO2 = NO3CH2CHO + HO2 + CO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'NC3CO3'; Gstr{i,2} = 'RO2';
fNC3CO3(i)=fNC3CO3(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NAOOA = CH3NO3';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'NAOOA'; 
fNAOOA(i)=fNAOOA(i)-1; fCH3NO3(i)=fCH3NO3(i)+1; 

i=i+1;
Rnames{i} = 'NAOOA = HO2 + NO2 + HCHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'NAOOA'; 
fNAOOA(i)=fNAOOA(i)-1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'NAOOA = NAOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'NAOOA'; 
fNAOOA(i)=fNAOOA(i)-1; fNAOO(i)=fNAOO(i)+1; 

i=i+1;
Rnames{i} = 'NAOOA = OH + NO2 + CO + HCHO';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'NAOOA'; 
fNAOOA(i)=fNAOOA(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + HO2 = C42OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'HO2'; 
fC42O2(i)=fC42O2(i)-1; fHO2(i)=fHO2(i)-1; fC42OOH(i)=fC42OOH(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + NO = C42O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'NO'; 
fC42O2(i)=fC42O2(i)-1; fNO(i)=fNO(i)-1; fC42O(i)=fC42O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + NO3 = C42O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'NO3'; 
fC42O2(i)=fC42O2(i)-1; fNO3(i)=fNO3(i)-1; fC42O(i)=fC42O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + RO2 = C42O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'RO2';
fC42O2(i)=fC42O2(i)-1; fC42O(i)=fC42O(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + RO2 = C42OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'RO2';
fC42O2(i)=fC42O2(i)-1; fC42OH(i)=fC42OH(i)+1; 

i=i+1;
Rnames{i} = 'C42O2 + RO2 = H3NCO2CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C42O2'; Gstr{i,2} = 'RO2';
fC42O2(i)=fC42O2(i)-1; fH3NCO2CHO(i)=fH3NCO2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + HO2 = HC3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'HO2'; 
fHC3CO3(i)=fHC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHC3CO2H(i)=fHC3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + HO2 = HC3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'HO2'; 
fHC3CO3(i)=fHC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHC3CO3H(i)=fHC3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + HO2 = HO2 + CO + HOCH2CHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'HO2'; 
fHC3CO3(i)=fHC3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + NO = HO2 + CO + HOCH2CHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'NO'; 
fHC3CO3(i)=fHC3CO3(i)-1; fNO(i)=fNO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + NO2 = C4PAN7';
k(:,i) = KFPAN;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'NO2'; 
fHC3CO3(i)=fHC3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN7(i)=fC4PAN7(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + NO3 = HO2 + CO + HOCH2CHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'NO3'; 
fHC3CO3(i)=fHC3CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + RO2 = HC3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'RO2';
fHC3CO3(i)=fHC3CO3(i)-1; fHC3CO2H(i)=fHC3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3 + RO2 = HO2 + CO + HOCH2CHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HC3CO3'; Gstr{i,2} = 'RO2';
fHC3CO3(i)=fHC3CO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'GAOOA = CH3OH';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'GAOOA'; 
fGAOOA(i)=fGAOOA(i)-1; fCH3OH(i)=fCH3OH(i)+1; 

i=i+1;
Rnames{i} = 'GAOOA = GAOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'GAOOA'; 
fGAOOA(i)=fGAOOA(i)-1; fGAOO(i)=fGAOO(i)+1; 

i=i+1;
Rnames{i} = 'GAOOA = HO2 + HO2 + HCHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'GAOOA'; 
fGAOOA(i)=fGAOOA(i)-1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'GAOOA = OH + HO2 + CO + HCHO';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'GAOOA'; 
fGAOOA(i)=fGAOOA(i)-1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + HO2 = C41OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'HO2'; 
fC41O2(i)=fC41O2(i)-1; fHO2(i)=fHO2(i)-1; fC41OOH(i)=fC41OOH(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + NO = C41NO3';
k(:,i) = KRO2NO.*0.021;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'NO'; 
fC41O2(i)=fC41O2(i)-1; fNO(i)=fNO(i)-1; fC41NO3(i)=fC41NO3(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + NO = C41O + NO2';
k(:,i) = KRO2NO.*0.979;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'NO'; 
fC41O2(i)=fC41O2(i)-1; fNO(i)=fNO(i)-1; fC41O(i)=fC41O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + NO3 = C41O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'NO3'; 
fC41O2(i)=fC41O2(i)-1; fNO3(i)=fNO3(i)-1; fC41O(i)=fC41O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + RO2 = C41O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'RO2';
fC41O2(i)=fC41O2(i)-1; fC41O(i)=fC41O(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + RO2 = C41OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'RO2';
fC41O2(i)=fC41O2(i)-1; fC41OH(i)=fC41OH(i)+1; 

i=i+1;
Rnames{i} = 'C41O2 + RO2 = H13CO2CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C41O2'; Gstr{i,2} = 'RO2';
fC41O2(i)=fC41O2(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOOA = HMGLOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'HMGLOOA'; 
fHMGLOOA(i)=fHMGLOOA(i)-1; fHMGLOO(i)=fHMGLOO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOOA = HOCH2CHO';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'HMGLOOA'; 
fHMGLOOA(i)=fHMGLOOA(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOOA = HOCH2CO3 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'HMGLOOA'; 
fHMGLOOA(i)=fHMGLOOA(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOOA = OH + CO + HOCH2CO3';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'HMGLOOA'; 
fHMGLOOA(i)=fHMGLOOA(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + HO2 = MVKOHAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'HO2'; 
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fHO2(i)=fHO2(i)-1; fMVKOHAOOH(i)=fMVKOHAOOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + NO = MVKOHANO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'NO'; 
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fNO(i)=fNO(i)-1; fMVKOHANO3(i)=fMVKOHANO3(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + NO = MVKOHAO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'NO'; 
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fNO(i)=fNO(i)-1; fMVKOHAO(i)=fMVKOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + NO3 = MVKOHAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'NO3'; 
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fNO3(i)=fNO3(i)-1; fMVKOHAO(i)=fMVKOHAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + RO2 = H13CO2CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'RO2';
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + RO2 = MVKOHAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'RO2';
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fMVKOHAO(i)=fMVKOHAO(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO2 + RO2 = MVKOHAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MVKOHAO2'; Gstr{i,2} = 'RO2';
fMVKOHAO2(i)=fMVKOHAO2(i)-1; fMVKOHAOH(i)=fMVKOHAOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + HO2 = MVKOHBOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'HO2'; 
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fHO2(i)=fHO2(i)-1; fMVKOHBOOH(i)=fMVKOHBOOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + NO = MVKOHBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'NO'; 
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fNO(i)=fNO(i)-1; fMVKOHBO(i)=fMVKOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + NO3 = MVKOHBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'NO3'; 
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fNO3(i)=fNO3(i)-1; fMVKOHBO(i)=fMVKOHBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + RO2 = H14CO23C4';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'RO2';
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fH14CO23C4(i)=fH14CO23C4(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + RO2 = MVKOHAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'RO2';
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fMVKOHAOH(i)=fMVKOHAOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO2 + RO2 = MVKOHBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MVKOHBO2'; Gstr{i,2} = 'RO2';
fMVKOHBO2(i)=fMVKOHBO2(i)-1; fMVKOHBO(i)=fMVKOHBO(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + HO2 = ACR + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'HO2'; 
fHC3CCO3(i)=fHC3CCO3(i)-1; fHO2(i)=fHO2(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + HO2 = HC3CCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'HO2'; 
fHC3CCO3(i)=fHC3CCO3(i)-1; fHO2(i)=fHO2(i)-1; fHC3CCO3H(i)=fHC3CCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + NO = ACR + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'NO'; 
fHC3CCO3(i)=fHC3CCO3(i)-1; fNO(i)=fNO(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + NO2 = C4PAN8';
k(:,i) = KFPAN;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'NO2'; 
fHC3CCO3(i)=fHC3CCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN8(i)=fC4PAN8(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + NO3 = ACR + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'NO3'; 
fHC3CCO3(i)=fHC3CCO3(i)-1; fNO3(i)=fNO3(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3 + RO2 = ACR + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HC3CCO3'; Gstr{i,2} = 'RO2';
fHC3CCO3(i)=fHC3CCO3(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO = C527O2';
k(:,i) = KDEC.*0.30;
Gstr{i,1} = 'CISOPCO'; 
fCISOPCO(i)=fCISOPCO(i)-1; fC527O2(i)=fC527O2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO = HC4ACHO + HO2';
k(:,i) = KDEC.*0.52;
Gstr{i,1} = 'CISOPCO'; 
fCISOPCO(i)=fCISOPCO(i)-1; fHC4ACHO(i)=fHC4ACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPCO = M3F + HO2';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CISOPCO'; 
fCISOPCO(i)=fCISOPCO(i)-1; fM3F(i)=fM3F(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'GAOOB = GAOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'GAOOB'; 
fGAOOB(i)=fGAOOB(i)-1; fGAOO(i)=fGAOO(i)+1; 

i=i+1;
Rnames{i} = 'GAOOB = OH + HO2 + GLYOX';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'GAOOB'; 
fGAOOB(i)=fGAOOB(i)-1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'NC3OOA = NC3OO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'NC3OOA'; 
fNC3OOA(i)=fNC3OOA(i)-1; fNC3OO(i)=fNC3OO(i)+1; 

i=i+1;
Rnames{i} = 'NC3OOA = OH + NO2 + MGLYOX';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'NC3OOA'; 
fNC3OOA(i)=fNC3OOA(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + HO2 = INCOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'HO2'; 
fINCO2(i)=fINCO2(i)-1; fHO2(i)=fHO2(i)-1; fINCOOH(i)=fINCOOH(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + NO = INCNO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'NO'; 
fINCO2(i)=fINCO2(i)-1; fNO(i)=fNO(i)-1; fINCNO3(i)=fINCNO3(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + NO = INCO + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'NO'; 
fINCO2(i)=fINCO2(i)-1; fNO(i)=fNO(i)-1; fINCO(i)=fINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + NO3 = INCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'NO3'; 
fINCO2(i)=fINCO2(i)-1; fNO3(i)=fNO3(i)-1; fINCO(i)=fINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + RO2 = INCCO';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'RO2';
fINCO2(i)=fINCO2(i)-1; fINCCO(i)=fINCCO(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + RO2 = INCO';
k(:,i) = 2.90e-12.*0.8;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'RO2';
fINCO2(i)=fINCO2(i)-1; fINCO(i)=fINCO(i)+1; 

i=i+1;
Rnames{i} = 'INCO2 + RO2 = INCOH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'INCO2'; Gstr{i,2} = 'RO2';
fINCO2(i)=fINCO2(i)-1; fINCOH(i)=fINCOH(i)+1; 

i=i+1;
Rnames{i} = 'HMAC + OH = C3MDIALOH + HO2';
k(:,i) = 5.56e-11;
Gstr{i,1} = 'HMAC'; Gstr{i,2} = 'OH'; 
fHMAC(i)=fHMAC(i)-1; fOH(i)=fOH(i)-1; fC3MDIALOH(i)=fC3MDIALOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMAC + hv = CO + HO2 + MGLYOX + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'HMAC'; 
fHMAC(i)=fHMAC(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + HO2 = NC4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'HO2'; 
fNC4CO3(i)=fNC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC4CO2H(i)=fNC4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + HO2 = NC4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'HO2'; 
fNC4CO3(i)=fNC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC4CO3H(i)=fNC4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + HO2 = NOA + CO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'HO2'; 
fNC4CO3(i)=fNC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + NO = NOA + CO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'NO'; 
fNC4CO3(i)=fNC4CO3(i)-1; fNO(i)=fNO(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + NO2 = C5PAN18';
k(:,i) = KFPAN;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'NO2'; 
fNC4CO3(i)=fNC4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN18(i)=fC5PAN18(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + NO3 = NOA + CO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'NO3'; 
fNC4CO3(i)=fNC4CO3(i)-1; fNO3(i)=fNO3(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + RO2 = NC4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'RO2';
fNC4CO3(i)=fNC4CO3(i)-1; fNC4CO2H(i)=fNC4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3 + RO2 = NOA + HO2 + CO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'NC4CO3'; Gstr{i,2} = 'RO2';
fNC4CO3(i)=fNC4CO3(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOC = GLYOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'GLYOOC'; 
fGLYOOC(i)=fGLYOOC(i)-1; fGLYOO(i)=fGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'GLYOOC = OH + HO2 + CO + CO';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'GLYOOC'; 
fGLYOOC(i)=fGLYOOC(i)-1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NOAOOA = NOAOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'NOAOOA'; 
fNOAOOA(i)=fNOAOOA(i)-1; fNOAOO(i)=fNOAOO(i)+1; 

i=i+1;
Rnames{i} = 'NOAOOA = OH + NO2 + MGLYOX';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'NOAOOA'; 
fNOAOOA(i)=fNOAOOA(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C510O2 + HO2 = C510OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C510O2'; Gstr{i,2} = 'HO2'; 
fC510O2(i)=fC510O2(i)-1; fHO2(i)=fHO2(i)-1; fC510OOH(i)=fC510OOH(i)+1; 

i=i+1;
Rnames{i} = 'C510O2 + NO = C510O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C510O2'; Gstr{i,2} = 'NO'; 
fC510O2(i)=fC510O2(i)-1; fNO(i)=fNO(i)-1; fC510O(i)=fC510O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C510O2 + NO3 = C510O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C510O2'; Gstr{i,2} = 'NO3'; 
fC510O2(i)=fC510O2(i)-1; fNO3(i)=fNO3(i)-1; fC510O(i)=fC510O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C510O2 + RO2 = C510O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C510O2'; Gstr{i,2} = 'RO2';
fC510O2(i)=fC510O2(i)-1; fC510O(i)=fC510O(i)+1; 

i=i+1;
Rnames{i} = 'C510O2 + RO2 = C510OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C510O2'; Gstr{i,2} = 'RO2';
fC510O2(i)=fC510O2(i)-1; fC510OH(i)=fC510OH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAOOH + hv = HMVKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HMVKAOOH'; 
fHMVKAOOH(i)=fHMVKAOOH(i)-1; fHMVKAO(i)=fHMVKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HMVKAOOH = CO2H3CHO + OH';
k(:,i) = 5.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HMVKAOOH'; 
fOH(i)=fOH(i)-1; fHMVKAOOH(i)=fHMVKAOOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKANO3 + hv = HMVKAO + NO2';
k(:,i) = J56.*0.91;
Gstr{i,1} = 'HMVKANO3'; 
fHMVKANO3(i)=fHMVKANO3(i)-1; fHMVKAO(i)=fHMVKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HMVKANO3 = CO2H3CHO + NO2';
k(:,i) = 2.23e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HMVKANO3'; 
fOH(i)=fOH(i)-1; fHMVKANO3(i)=fHMVKANO3(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKAO = MGLYOX + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HMVKAO'; 
fHMVKAO(i)=fHMVKAO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO12CO3C4 + hv = CH3CO3 + HOCH2CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HO12CO3C4'; 
fHO12CO3C4(i)=fHO12CO3C4(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO12CO3C4 = BIACETOH + HO2';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO12CO3C4'; 
fOH(i)=fOH(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKNO3 + OH = BIACETOH + NO2';
k(:,i) = 1.33e-12.*0.33;
Gstr{i,1} = 'MVKNO3'; Gstr{i,2} = 'OH'; 
fMVKNO3(i)=fMVKNO3(i)-1; fOH(i)=fOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKNO3 + OH = CO2N3CHO + HO2';
k(:,i) = 1.33e-12.*0.67;
Gstr{i,1} = 'MVKNO3'; Gstr{i,2} = 'OH'; 
fMVKNO3(i)=fMVKNO3(i)-1; fOH(i)=fOH(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKNO3 + hv = CH3CO3 + HOCH2CHO + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'MVKNO3'; 
fMVKNO3(i)=fMVKNO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBOOH + hv = HMVKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HMVKBOOH'; 
fHMVKBOOH(i)=fHMVKBOOH(i)-1; fHMVKBO(i)=fHMVKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HMVKBOOH = BIACETOH + OH';
k(:,i) = 3.95e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HMVKBOOH'; 
fOH(i)=fOH(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBO = CH3CO3 + HOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'HMVKBO'; 
fHMVKBO(i)=fHMVKBO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'BIACETOH + hv = CH3CO3 + HOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'BIACETOH'; 
fBIACETOH(i)=fBIACETOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + BIACETOH = CO23C3CHO + HO2';
k(:,i) = 2.69e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BIACETOH'; 
fOH(i)=fOH(i)-1; fBIACETOH(i)=fBIACETOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOH + hv = HCHO + OH + ACO3';
k(:,i) = J24;
Gstr{i,1} = 'MVKOOH'; 
fMVKOOH(i)=fMVKOOH(i)-1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'MVKOOH + hv = MVKO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MVKOOH'; 
fMVKOOH(i)=fMVKOOH(i)-1; fMVKO(i)=fMVKO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + MVKOOH = MVKO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MVKOOH'; 
fOH(i)=fOH(i)-1; fMVKOOH(i)=fMVKOOH(i)-1; fMVKO2(i)=fMVKO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + MVKOOH = VGLYOX + OH';
k(:,i) = 2.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'MVKOOH'; 
fOH(i)=fOH(i)-1; fMVKOOH(i)=fMVKOOH(i)-1; fVGLYOX(i)=fVGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKO = HCHO + ACO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MVKO'; 
fMVKO(i)=fMVKO(i)-1; fHCHO(i)=fHCHO(i)+1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + VGLYOX = CO + ACO3 + HNO3';
k(:,i) = KNO3AL.*2.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'VGLYOX'; 
fNO3(i)=fNO3(i)-1; fVGLYOX(i)=fVGLYOX(i)-1; fCO(i)=fCO(i)+1; fACO3(i)=fACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + VGLYOX = CO + ACO3';
k(:,i) = 2.95e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'VGLYOX'; 
fOH(i)=fOH(i)-1; fVGLYOX(i)=fVGLYOX(i)-1; fCO(i)=fCO(i)+1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'VGLYOX + hv = HO2 + CO + ACO3';
k(:,i) = J34;
Gstr{i,1} = 'VGLYOX'; 
fVGLYOX(i)=fVGLYOX(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fACO3(i)=fACO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAOOH + hv = ISOPAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ISOPAOOH'; 
fISOPAOOH(i)=fISOPAOOH(i)-1; fISOPAO(i)=fISOPAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPAOOH = HC4ACHO + OH';
k(:,i) = 1.54e-10.*0.05;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPAOOH'; 
fOH(i)=fOH(i)-1; fISOPAOOH(i)=fISOPAOOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPAOOH = IEPOXA + OH';
k(:,i) = 1.54e-10.*0.93;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPAOOH'; 
fOH(i)=fOH(i)-1; fISOPAOOH(i)=fISOPAOOH(i)-1; fIEPOXA(i)=fIEPOXA(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPAOOH = ISOPAO2';
k(:,i) = 1.54e-10.*0.02;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPAOOH'; 
fOH(i)=fOH(i)-1; fISOPAOOH(i)=fISOPAOOH(i)-1; fISOPAO2(i)=fISOPAO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO = C526O2';
k(:,i) = KDEC.*0.19;
Gstr{i,1} = 'CISOPAO'; 
fCISOPAO(i)=fCISOPAO(i)-1; fC526O2(i)=fC526O2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO = HC4CCHO + HO2';
k(:,i) = KDEC.*0.63;
Gstr{i,1} = 'CISOPAO'; 
fCISOPAO(i)=fCISOPAO(i)-1; fHC4CCHO(i)=fHC4CCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CISOPAO = M3F + HO2';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'CISOPAO'; 
fCISOPAO(i)=fCISOPAO(i)-1; fM3F(i)=fM3F(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPANO3 + hv = ISOPAO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ISOPANO3'; 
fISOPANO3(i)=fISOPANO3(i)-1; fISOPAO(i)=fISOPAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPANO3 = ACETOL + NC2OOA';
k(:,i) = 4.10e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPANO3'; 
fO3(i)=fO3(i)-1; fISOPANO3(i)=fISOPANO3(i)-1; fACETOL(i)=fACETOL(i)+1; fNC2OOA(i)=fNC2OOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPANO3 = ACLOOA + NO3CH2CHO';
k(:,i) = 4.10e-17.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPANO3'; 
fO3(i)=fO3(i)-1; fISOPANO3(i)=fISOPANO3(i)-1; fACLOOA(i)=fACLOOA(i)+1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPANO3 = INAO2';
k(:,i) = 1.12e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPANO3'; 
fOH(i)=fOH(i)-1; fISOPANO3(i)=fISOPANO3(i)-1; fINAO2(i)=fINAO2(i)+1; 

i=i+1;
Rnames{i} = 'C536O2 + HO2 = C536OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C536O2'; Gstr{i,2} = 'HO2'; 
fC536O2(i)=fC536O2(i)-1; fHO2(i)=fHO2(i)-1; fC536OOH(i)=fC536OOH(i)+1; 

i=i+1;
Rnames{i} = 'C536O2 + NO = C536O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C536O2'; Gstr{i,2} = 'NO'; 
fC536O2(i)=fC536O2(i)-1; fNO(i)=fNO(i)-1; fC536O(i)=fC536O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C536O2 + NO3 = C536O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C536O2'; Gstr{i,2} = 'NO3'; 
fC536O2(i)=fC536O2(i)-1; fNO3(i)=fNO3(i)-1; fC536O(i)=fC536O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C536O2 + RO2 = C536O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C536O2'; Gstr{i,2} = 'RO2';
fC536O2(i)=fC536O2(i)-1; fC536O(i)=fC536O(i)+1; 

i=i+1;
Rnames{i} = 'C536O2 = DHPMEK + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C536O2'; 
fC536O2(i)=fC536O2(i)-1; fDHPMEK(i)=fDHPMEK(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + NO3 = C5PACALD1 + OH + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'NO3'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fNO3(i)=fNO3(i)-1; fC5PACALD1(i)=fC5PACALD1(i)+1; fOH(i)=fOH(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + O3 = MGLYOOA + HCOCH2OOH';
k(:,i) = 2.40e-17.*0.73;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'O3'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fO3(i)=fO3(i)-1; fMGLYOOA(i)=fMGLYOOA(i)+1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + O3 = MGLYOX + PGAOOB';
k(:,i) = 2.40e-17.*0.27;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'O3'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fO3(i)=fO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fPGAOOB(i)=fPGAOOB(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + OH = C4MALOHOOH + OH';
k(:,i) = 5.20e-11.*0.359;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'OH'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fOH(i)=fOH(i)-1; fC4MALOHOOH(i)=fC4MALOHOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + OH = C4MDIAL + OH';
k(:,i) = 5.20e-11.*0.256;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'OH'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fOH(i)=fOH(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + OH = C5PACALD1 + OH';
k(:,i) = 5.20e-11.*0.385;
Gstr{i,1} = 'C5HPALD1'; Gstr{i,2} = 'OH'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fOH(i)=fOH(i)-1; fC5PACALD1(i)=fC5PACALD1(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + hv = CH3CO3 + HOCH2CHO + CO + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'C5HPALD1'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD1 + hv = HVMK + CO + OH + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'C5HPALD1'; 
fC5HPALD1(i)=fC5HPALD1(i)-1; fHVMK(i)=fHVMK(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACHO + hv = ACETOL + HO2 + HO2 + CO + CO';
k(:,i) = J18;
Gstr{i,1} = 'HC4ACHO'; 
fHC4ACHO(i)=fHC4ACHO(i)-1; fACETOL(i)=fACETOL(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACHO + hv = HC4ACO3 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'HC4ACHO'; 
fHC4ACHO(i)=fHC4ACHO(i)-1; fHC4ACO3(i)=fHC4ACO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HC4ACHO = HC4ACO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HC4ACHO'; 
fNO3(i)=fNO3(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fHC4ACO3(i)=fHC4ACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC4ACHO = ACETOL + GLYOOC';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC4ACHO'; 
fO3(i)=fO3(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOOC(i)=fGLYOOC(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC4ACHO = ACLOOA + GLYOX';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC4ACHO'; 
fO3(i)=fO3(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fACLOOA(i)=fACLOOA(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACHO = C4MDIAL + HO2';
k(:,i) = 6.42e-11.*0.051;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACHO'; 
fOH(i)=fOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACHO = C58AO2';
k(:,i) = 6.42e-11.*0.247;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACHO'; 
fOH(i)=fOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fC58AO2(i)=fC58AO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACHO = C58O2';
k(:,i) = 6.42e-11.*0.452;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACHO'; 
fOH(i)=fOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fC58O2(i)=fC58O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACHO = HC4ACO3';
k(:,i) = 6.42e-11.*0.250;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACHO'; 
fOH(i)=fOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)-1; fHC4ACO3(i)=fHC4ACO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPAOH = HC4ACHO + HO2';
k(:,i) = 9.30e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPAOH'; 
fOH(i)=fOH(i)-1; fISOPAOH(i)=fISOPAOH(i)-1; fHC4ACHO(i)=fHC4ACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPAOH = HC4CCHO + HO2';
k(:,i) = 9.30e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPAOH'; 
fOH(i)=fOH(i)-1; fISOPAOH(i)=fISOPAOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBOOH + hv = ISOPBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ISOPBOOH'; 
fISOPBOOH(i)=fISOPBOOH(i)-1; fISOPBO(i)=fISOPBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPBOOH = IEPOXB + OH';
k(:,i) = 5.00e-11.*0.92;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPBOOH'; 
fOH(i)=fOH(i)-1; fISOPBOOH(i)=fISOPBOOH(i)-1; fIEPOXB(i)=fIEPOXB(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPBOOH = ISOPBO2';
k(:,i) = 5.00e-11.*0.08;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPBOOH'; 
fOH(i)=fOH(i)-1; fISOPBOOH(i)=fISOPBOOH(i)-1; fISOPBO2(i)=fISOPBO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBNO3 + hv = ISOPBO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'ISOPBNO3'; 
fISOPBNO3(i)=fISOPBNO3(i)-1; fISOPBO(i)=fISOPBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPBNO3 = HCHO + MACRNOOA';
k(:,i) = 5.00e-19.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPBNO3'; 
fO3(i)=fO3(i)-1; fISOPBNO3(i)=fISOPBNO3(i)-1; fHCHO(i)=fHCHO(i)+1; fMACRNOOA(i)=fMACRNOOA(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPBNO3 = MACRNO3 + CH2OOB';
k(:,i) = 5.00e-19.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPBNO3'; 
fO3(i)=fO3(i)-1; fISOPBNO3(i)=fISOPBNO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fCH2OOB(i)=fCH2OOB(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPBNO3 = INB1O2';
k(:,i) = 2.17e-11.*0.84;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPBNO3'; 
fOH(i)=fOH(i)-1; fISOPBNO3(i)=fISOPBNO3(i)-1; fINB1O2(i)=fINB1O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPBNO3 = INB2O2';
k(:,i) = 2.17e-11.*0.16;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPBNO3'; 
fOH(i)=fOH(i)-1; fISOPBNO3(i)=fISOPBNO3(i)-1; fINB2O2(i)=fINB2O2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPBO = MVK + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ISOPBO'; 
fISOPBO(i)=fISOPBO(i)-1; fMVK(i)=fMVK(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPBOH = ISOPBO';
k(:,i) = 3.85e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPBOH'; 
fOH(i)=fOH(i)-1; fISOPBOH(i)=fISOPBOH(i)-1; fISOPBO(i)=fISOPBO(i)+1; 

i=i+1;
Rnames{i} = 'ISOPCOOH + hv = CISOPCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ISOPCOOH'; 
fISOPCOOH(i)=fISOPCOOH(i)-1; fCISOPCO(i)=fCISOPCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPCOOH = HC4CCHO + OH';
k(:,i) = 1.54e-10.*0.05;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPCOOH'; 
fOH(i)=fOH(i)-1; fISOPCOOH(i)=fISOPCOOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPCOOH = IEPOXC + OH';
k(:,i) = 1.54e-10.*0.93;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPCOOH'; 
fOH(i)=fOH(i)-1; fISOPCOOH(i)=fISOPCOOH(i)-1; fIEPOXC(i)=fIEPOXC(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPCOOH = ISOPCO2';
k(:,i) = 1.54e-10.*0.02;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPCOOH'; 
fOH(i)=fOH(i)-1; fISOPCOOH(i)=fISOPCOOH(i)-1; fISOPCO2(i)=fISOPCO2(i)+1; 

i=i+1;
Rnames{i} = 'C537O2 + HO2 = C537OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C537O2'; Gstr{i,2} = 'HO2'; 
fC537O2(i)=fC537O2(i)-1; fHO2(i)=fHO2(i)-1; fC537OOH(i)=fC537OOH(i)+1; 

i=i+1;
Rnames{i} = 'C537O2 + NO = C537O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C537O2'; Gstr{i,2} = 'NO'; 
fC537O2(i)=fC537O2(i)-1; fNO(i)=fNO(i)-1; fC537O(i)=fC537O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C537O2 + NO3 = C537O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C537O2'; Gstr{i,2} = 'NO3'; 
fC537O2(i)=fC537O2(i)-1; fNO3(i)=fNO3(i)-1; fC537O(i)=fC537O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C537O2 + RO2 = C537O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C537O2'; Gstr{i,2} = 'RO2';
fC537O2(i)=fC537O2(i)-1; fC537O(i)=fC537O(i)+1; 

i=i+1;
Rnames{i} = 'C537O2 = DHPMPAL + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C537O2'; 
fC537O2(i)=fC537O2(i)-1; fDHPMPAL(i)=fDHPMPAL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + NO3 = C5PACALD2 + OH + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'NO3'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fNO3(i)=fNO3(i)-1; fC5PACALD2(i)=fC5PACALD2(i)+1; fOH(i)=fOH(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + O3 = HYPERACET + GLYOOC';
k(:,i) = 2.40e-17.*0.27;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'O3'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fO3(i)=fO3(i)-1; fHYPERACET(i)=fHYPERACET(i)+1; fGLYOOC(i)=fGLYOOC(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + O3 = PACLOOA + GLYOX';
k(:,i) = 2.40e-17.*0.73;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'O3'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fO3(i)=fO3(i)-1; fPACLOOA(i)=fPACLOOA(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + OH = C4MDIAL + OH';
k(:,i) = 5.20e-11.*0.256;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'OH'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fOH(i)=fOH(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + OH = C5PACALD2 + OH';
k(:,i) = 5.20e-11.*0.385;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'OH'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fOH(i)=fOH(i)-1; fC5PACALD2(i)=fC5PACALD2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + OH = HPC52O2';
k(:,i) = 5.20e-11.*0.359;
Gstr{i,1} = 'C5HPALD2'; Gstr{i,2} = 'OH'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fOH(i)=fOH(i)-1; fHPC52O2(i)=fHPC52O2(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + hv = ACETOL + CO + CO + HO2 + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'C5HPALD2'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5HPALD2 + hv = HMAC + CO + OH + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'C5HPALD2'; 
fC5HPALD2(i)=fC5HPALD2(i)-1; fHMAC(i)=fHMAC(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCHO + hv = CH3CO3 + HO2 + CO + HOCH2CHO';
k(:,i) = J18;
Gstr{i,1} = 'HC4CCHO'; 
fHC4CCHO(i)=fHC4CCHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCHO + hv = HC4CCO3 + HO2';
k(:,i) = J19;
Gstr{i,1} = 'HC4CCHO'; 
fHC4CCHO(i)=fHC4CCHO(i)-1; fHC4CCO3(i)=fHC4CCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HC4CCHO = HC4CCO3 + HNO3';
k(:,i) = KNO3AL.*4.25;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HC4CCHO'; 
fNO3(i)=fNO3(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fHC4CCO3(i)=fHC4CCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC4CCHO = MGLYOOA + HOCH2CHO';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC4CCHO'; 
fO3(i)=fO3(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fMGLYOOA(i)=fMGLYOOA(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'O3 + HC4CCHO = MGLYOX + GAOOB';
k(:,i) = 2.40e-17.*0.5;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'HC4CCHO'; 
fO3(i)=fO3(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fGAOOB(i)=fGAOOB(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCHO = C4MDIAL + HO2';
k(:,i) = 6.42e-11.*0.051;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCHO'; 
fOH(i)=fOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCHO = C57AO2';
k(:,i) = 6.42e-11.*0.247;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCHO'; 
fOH(i)=fOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fC57AO2(i)=fC57AO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCHO = C57O2';
k(:,i) = 6.42e-11.*0.452;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCHO'; 
fOH(i)=fOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fC57O2(i)=fC57O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCHO = HC4CCO3';
k(:,i) = 6.42e-11.*0.250;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCHO'; 
fOH(i)=fOH(i)-1; fHC4CCHO(i)=fHC4CCHO(i)-1; fHC4CCO3(i)=fHC4CCO3(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDOOH + hv = ISOPDO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ISOPDOOH'; 
fISOPDOOH(i)=fISOPDOOH(i)-1; fISOPDO(i)=fISOPDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPDOOH = HCOC5 + OH';
k(:,i) = 1.15e-10.*0.22;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPDOOH'; 
fOH(i)=fOH(i)-1; fISOPDOOH(i)=fISOPDOOH(i)-1; fHCOC5(i)=fHCOC5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPDOOH = IEPOXB + OH';
k(:,i) = 1.15e-10.*0.75;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPDOOH'; 
fOH(i)=fOH(i)-1; fISOPDOOH(i)=fISOPDOOH(i)-1; fIEPOXB(i)=fIEPOXB(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPDOOH = ISOPDO2';
k(:,i) = 1.15e-10.*0.03;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPDOOH'; 
fOH(i)=fOH(i)-1; fISOPDOOH(i)=fISOPDOOH(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDNO3 + hv = ISOPDO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ISOPDNO3'; 
fISOPDNO3(i)=fISOPDNO3(i)-1; fISOPDO(i)=fISOPDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPDNO3 = CH2OOC + MVKNO3';
k(:,i) = 7.00e-19.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPDNO3'; 
fO3(i)=fO3(i)-1; fISOPDNO3(i)=fISOPDNO3(i)-1; fCH2OOC(i)=fCH2OOC(i)+1; fMVKNO3(i)=fMVKNO3(i)+1; 

i=i+1;
Rnames{i} = 'O3 + ISOPDNO3 = HCHO + NC4OOA';
k(:,i) = 7.00e-19.*0.50;
Gstr{i,1} = 'O3'; Gstr{i,2} = 'ISOPDNO3'; 
fO3(i)=fO3(i)-1; fISOPDNO3(i)=fISOPDNO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNC4OOA(i)=fNC4OOA(i)+1; 

i=i+1;
Rnames{i} = 'OH + ISOPDNO3 = INDO2';
k(:,i) = 4.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'ISOPDNO3'; 
fOH(i)=fOH(i)-1; fISOPDNO3(i)=fISOPDNO3(i)-1; fINDO2(i)=fINDO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPDO = MACR + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ISOPDO'; 
fISOPDO(i)=fISOPDO(i)-1; fMACR(i)=fMACR(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOC5 + hv = CH3CO3 + HCHO + HOCH2CO3';
k(:,i) = J24;
Gstr{i,1} = 'HCOC5'; 
fHCOC5(i)=fHCOC5(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOC5 = C59O2';
k(:,i) = 3.81e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOC5'; 
fOH(i)=fOH(i)-1; fHCOC5(i)=fHCOC5(i)-1; fC59O2(i)=fC59O2(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + HO2 = INAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'HO2'; 
fINAO2(i)=fINAO2(i)-1; fHO2(i)=fHO2(i)-1; fINAOOH(i)=fINAOOH(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + NO = INANO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'NO'; 
fINAO2(i)=fINAO2(i)-1; fNO(i)=fNO(i)-1; fINANO3(i)=fINANO3(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + NO = INAO + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'NO'; 
fINAO2(i)=fINAO2(i)-1; fNO(i)=fNO(i)-1; fINAO(i)=fINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + NO3 = INAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'NO3'; 
fINAO2(i)=fINAO2(i)-1; fNO3(i)=fNO3(i)-1; fINAO(i)=fINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + RO2 = INAO';
k(:,i) = 8.00e-13.*0.8;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'RO2';
fINAO2(i)=fINAO2(i)-1; fINAO(i)=fINAO(i)+1; 

i=i+1;
Rnames{i} = 'INAO2 + RO2 = INAOH';
k(:,i) = 8.00e-13.*0.2;
Gstr{i,1} = 'INAO2'; Gstr{i,2} = 'RO2';
fINAO2(i)=fINAO2(i)-1; fINAOH(i)=fINAOH(i)+1; 

i=i+1;
Rnames{i} = 'NC41OOA = CO23C4NO3 + HO2 + OH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'NC41OOA'; 
fNC41OOA(i)=fNC41OOA(i)-1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC41OOA = NC41OO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'NC41OOA'; 
fNC41OOA(i)=fNC41OOA(i)-1; fNC41OO(i)=fNC41OO(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + HO2 = C58OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'HO2'; 
fC58O2(i)=fC58O2(i)-1; fHO2(i)=fHO2(i)-1; fC58OOH(i)=fC58OOH(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + NO = C58NO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'NO'; 
fC58O2(i)=fC58O2(i)-1; fNO(i)=fNO(i)-1; fC58NO3(i)=fC58NO3(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + NO = C58O + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'NO'; 
fC58O2(i)=fC58O2(i)-1; fNO(i)=fNO(i)-1; fC58O(i)=fC58O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + NO3 = C58O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'NO3'; 
fC58O2(i)=fC58O2(i)-1; fNO3(i)=fNO3(i)-1; fC58O(i)=fC58O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + RO2 = C58O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'RO2';
fC58O2(i)=fC58O2(i)-1; fC58O(i)=fC58O(i)+1; 

i=i+1;
Rnames{i} = 'C58O2 + RO2 = C58OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C58O2'; Gstr{i,2} = 'RO2';
fC58O2(i)=fC58O2(i)-1; fC58OH(i)=fC58OH(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + HO2 = HC4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'HO2'; 
fHC4CO3(i)=fHC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHC4CO3H(i)=fHC4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + HO2 = MACR + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'HO2'; 
fHC4CO3(i)=fHC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + NO = MACR + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'NO'; 
fHC4CO3(i)=fHC4CO3(i)-1; fNO(i)=fNO(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + NO2 = HC4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'NO2'; 
fHC4CO3(i)=fHC4CO3(i)-1; fNO2(i)=fNO2(i)-1; fHC4PAN(i)=fHC4PAN(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + NO3 = MACR + HO2 + NO2';
k(:,i) = KRO2NO3.*1.6;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'NO3'; 
fHC4CO3(i)=fHC4CO3(i)-1; fNO3(i)=fNO3(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3 + RO2 = MACR + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HC4CO3'; Gstr{i,2} = 'RO2';
fHC4CO3(i)=fHC4CO3(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC526OOH + OH = NC526O2';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'NC526OOH'; Gstr{i,2} = 'OH'; 
fNC526OOH(i)=fNC526OOH(i)-1; fOH(i)=fOH(i)-1; fNC526O2(i)=fNC526O2(i)+1; 

i=i+1;
Rnames{i} = 'NC526OOH + hv = NC526O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC526OOH'; 
fNC526OOH(i)=fNC526OOH(i)-1; fNC526O(i)=fNC526O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC526OOH + hv = NC526O + OH';
k(:,i) = J15;
Gstr{i,1} = 'NC526OOH'; 
fNC526OOH(i)=fNC526OOH(i)-1; fNC526O(i)=fNC526O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC526O = CO2C3CHO + HCHO + NO2';
k(:,i) = KDEC.*0.27;
Gstr{i,1} = 'NC526O'; 
fNC526O(i)=fNC526O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC526O = NOA + HCOCH2O2';
k(:,i) = KDEC.*0.73;
Gstr{i,1} = 'NC526O'; 
fNC526O(i)=fNC526O(i)-1; fNOA(i)=fNOA(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO + CO = CO2C3CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'CO2C3OO'; Gstr{i,2} = 'CO'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fCO(i)=fCO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO + NO = CO2C3CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'CO2C3OO'; Gstr{i,2} = 'NO'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fNO(i)=fNO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO + NO2 = CO2C3CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'CO2C3OO'; Gstr{i,2} = 'NO2'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fNO2(i)=fNO2(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO + SO2 = CO2C3CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'CO2C3OO'; Gstr{i,2} = 'SO2'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fSO2(i)=fSO2(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO = CO2C3CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'CO2C3OO'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3OO = CO2C3CO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'CO2C3OO'; 
fCO2C3OO(i)=fCO2C3OO(i)-1; fCO2C3CO2H(i)=fCO2C3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C530OOH + OH = C530O2';
k(:,i) = 2.55e-11;
Gstr{i,1} = 'C530OOH'; Gstr{i,2} = 'OH'; 
fC530OOH(i)=fC530OOH(i)-1; fOH(i)=fOH(i)-1; fC530O2(i)=fC530O2(i)+1; 

i=i+1;
Rnames{i} = 'C530OOH + hv = C530O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C530OOH'; 
fC530OOH(i)=fC530OOH(i)-1; fC530O(i)=fC530O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C530OOH + hv = C530O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C530OOH'; 
fC530OOH(i)=fC530OOH(i)-1; fC530O(i)=fC530O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C530NO3 + OH = CO2C3CHO + HCHO + NO2';
k(:,i) = 1.81e-11;
Gstr{i,1} = 'C530NO3'; Gstr{i,2} = 'OH'; 
fC530NO3(i)=fC530NO3(i)-1; fOH(i)=fOH(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C530NO3 + hv = C530O + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'C530NO3'; 
fC530NO3(i)=fC530NO3(i)-1; fC530O(i)=fC530O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C530O = CO2C3CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C530O'; 
fC530O(i)=fC530O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3H + OH =  M3BU3ECO3';
k(:,i) = 5.56e-11;
Gstr{i,1} = 'M3BU3ECO3H'; Gstr{i,2} = 'OH'; 
fM3BU3ECO3H(i)=fM3BU3ECO3H(i)-1; fOH(i)=fOH(i)-1; fM3BU3ECO3(i)=fM3BU3ECO3(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3ECO3H + hv = C45O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3BU3ECO3H'; 
fM3BU3ECO3H(i)=fM3BU3ECO3H(i)-1; fC45O2(i)=fC45O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3EPAN + OH = MACR + CO + NO2';
k(:,i) = 5.20e-11;
Gstr{i,1} = 'M3BU3EPAN'; Gstr{i,2} = 'OH'; 
fM3BU3EPAN(i)=fM3BU3EPAN(i)-1; fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3BU3EPAN = M3BU3ECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'M3BU3EPAN'; 
fM3BU3EPAN(i)=fM3BU3EPAN(i)-1; fM3BU3ECO3(i)=fM3BU3ECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C45OOH + OH = MACR + OH';
k(:,i) = 6.30e-11;
Gstr{i,1} = 'C45OOH'; Gstr{i,2} = 'OH'; 
fC45OOH(i)=fC45OOH(i)-1; fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C45OOH + hv = C45O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C45OOH'; 
fC45OOH(i)=fC45OOH(i)-1; fC45O(i)=fC45O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C45NO3 + OH = MACR + NO2';
k(:,i) = 2.47e-11;
Gstr{i,1} = 'C45NO3'; Gstr{i,2} = 'OH'; 
fC45NO3(i)=fC45NO3(i)-1; fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C45NO3 + hv = C45O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C45NO3'; 
fC45NO3(i)=fC45NO3(i)-1; fC45O(i)=fC45O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C45O = MACR + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C45O'; 
fC45O(i)=fC45O(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC51OOH + OH = NC51O2';
k(:,i) = 8.98e-12;
Gstr{i,1} = 'NC51OOH'; Gstr{i,2} = 'OH'; 
fNC51OOH(i)=fNC51OOH(i)-1; fOH(i)=fOH(i)-1; fNC51O2(i)=fNC51O2(i)+1; 

i=i+1;
Rnames{i} = 'NC51OOH + hv = NC51O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC51OOH'; 
fNC51OOH(i)=fNC51OOH(i)-1; fNC51O(i)=fNC51O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC51OOH + hv = NC51O + OH';
k(:,i) = J22;
Gstr{i,1} = 'NC51OOH'; 
fNC51OOH(i)=fNC51OOH(i)-1; fNC51O(i)=fNC51O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC51O = CO2C3CHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC51O'; 
fNC51O(i)=fNC51O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51OOH + hv = C51O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C51OOH'; 
fC51OOH(i)=fC51OOH(i)-1; fC51O(i)=fC51O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51OOH + hv = C51O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C51OOH'; 
fC51OOH(i)=fC51OOH(i)-1; fC51O(i)=fC51O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C51OOH = HO1CO24C5 + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C51OOH'; 
fOH(i)=fOH(i)-1; fC51OOH(i)=fC51OOH(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51NO3 + hv = C51O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C51NO3'; 
fC51NO3(i)=fC51NO3(i)-1; fC51O(i)=fC51O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C51NO3 = HO1CO24C5 + NO2';
k(:,i) = 1.55e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C51NO3'; 
fOH(i)=fOH(i)-1; fC51NO3(i)=fC51NO3(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51O = CO2C3CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-6382./T);
Gstr{i,1} = 'C51O'; 
fC51O(i)=fC51O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C51OH = HO1CO24C5 + OH';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C51OH'; 
fOH(i)=fOH(i)-1; fC51OH(i)=fC51OH(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO24C5 + hv = CH3COCH2O2 + HOCH2CO3';
k(:,i) = J22.*2;
Gstr{i,1} = 'HO1CO24C5'; 
fHO1CO24C5(i)=fHO1CO24C5(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1CO24C5 = CO24C4CHO + HO2';
k(:,i) = 3.22e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1CO24C5'; 
fOH(i)=fOH(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2OOH + OH = ACR + OH';
k(:,i) = 5.35e-11;
Gstr{i,1} = 'CH2CHCH2OOH'; Gstr{i,2} = 'OH'; 
fCH2CHCH2OOH(i)=fCH2CHCH2OOH(i)-1; fOH(i)=fOH(i)-1; fACR(i)=fACR(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2OOH + hv = CH2CHCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH2CHCH2OOH'; 
fCH2CHCH2OOH(i)=fCH2CHCH2OOH(i)-1; fCH2CHCH2O(i)=fCH2CHCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2NO3 + OH = ACR + NO2';
k(:,i) = 1.28e-11;
Gstr{i,1} = 'CH2CHCH2NO3'; Gstr{i,2} = 'OH'; 
fCH2CHCH2NO3(i)=fCH2CHCH2NO3(i)-1; fOH(i)=fOH(i)-1; fACR(i)=fACR(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2NO3 + hv = CH2CHCH2O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'CH2CHCH2NO3'; 
fCH2CHCH2NO3(i)=fCH2CHCH2NO3(i)-1; fCH2CHCH2O(i)=fCH2CHCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH2CHCH2O = ACR + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CH2CHCH2O'; 
fCH2CHCH2O(i)=fCH2CHCH2O(i)-1; fACR(i)=fACR(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ISOPAO = C524O2';
k(:,i) = KDEC;
Gstr{i,1} = 'ISOPAO'; 
fISOPAO(i)=fISOPAO(i)-1; fC524O2(i)=fC524O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOMOXO2 + HO2 = ALCOMOXOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'CHOCOMOXO2'; Gstr{i,2} = 'HO2'; 
fCHOCOMOXO2(i)=fCHOCOMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fALCOMOXOOH(i)=fALCOMOXOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOMOXO2 + NO = CHOCOMOXO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOCOMOXO2'; Gstr{i,2} = 'NO'; 
fCHOCOMOXO2(i)=fCHOCOMOXO2(i)-1; fNO(i)=fNO(i)-1; fCHOCOMOXO(i)=fCHOCOMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOMOXO2 + NO3 = CHOCOMOXO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOCOMOXO2'; Gstr{i,2} = 'NO3'; 
fCHOCOMOXO2(i)=fCHOCOMOXO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOCOMOXO(i)=fCHOCOMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOMOXO2 + RO2 = CHOCOMOXO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CHOCOMOXO2'; Gstr{i,2} = 'RO2';
fCHOCOMOXO2(i)=fCHOCOMOXO2(i)-1; fCHOCOMOXO(i)=fCHOCOMOXO(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + HO2 = ACETMECO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'HO2'; 
fACETMECO3(i)=fACETMECO3(i)-1; fHO2(i)=fHO2(i)-1; fACETMECO3H(i)=fACETMECO3H(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + HO2 = METHACETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'HO2'; 
fACETMECO3(i)=fACETMECO3(i)-1; fHO2(i)=fHO2(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + NO = METHACETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'NO'; 
fACETMECO3(i)=fACETMECO3(i)-1; fNO(i)=fNO(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + NO2 = ACETMEPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'NO2'; 
fACETMECO3(i)=fACETMECO3(i)-1; fNO2(i)=fNO2(i)-1; fACETMEPAN(i)=fACETMEPAN(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + NO3 = METHACETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'NO3'; 
fACETMECO3(i)=fACETMECO3(i)-1; fNO3(i)=fNO3(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3 + RO2 = METHACETO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'ACETMECO3'; Gstr{i,2} = 'RO2';
fACETMECO3(i)=fACETMECO3(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'HOACETETO2 + HO2 = HOACETEOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HOACETETO2'; Gstr{i,2} = 'HO2'; 
fHOACETETO2(i)=fHOACETETO2(i)-1; fHO2(i)=fHO2(i)-1; fHOACETEOOH(i)=fHOACETEOOH(i)+1; 

i=i+1;
Rnames{i} = 'HOACETETO2 + NO = HOACETETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HOACETETO2'; Gstr{i,2} = 'NO'; 
fHOACETETO2(i)=fHOACETETO2(i)-1; fNO(i)=fNO(i)-1; fHOACETETO(i)=fHOACETETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOACETETO2 + NO3 = HOACETETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HOACETETO2'; Gstr{i,2} = 'NO3'; 
fHOACETETO2(i)=fHOACETETO2(i)-1; fNO3(i)=fNO3(i)-1; fHOACETETO(i)=fHOACETETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOACETETO2 + RO2 = HOACETETO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'HOACETETO2'; Gstr{i,2} = 'RO2';
fHOACETETO2(i)=fHOACETETO2(i)-1; fHOACETETO(i)=fHOACETETO(i)+1; 

i=i+1;
Rnames{i} = 'MECOACETO2 + HO2 = MECOACEOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MECOACETO2'; Gstr{i,2} = 'HO2'; 
fMECOACETO2(i)=fMECOACETO2(i)-1; fHO2(i)=fHO2(i)-1; fMECOACEOOH(i)=fMECOACEOOH(i)+1; 

i=i+1;
Rnames{i} = 'MECOACETO2 + NO = MECOACETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MECOACETO2'; Gstr{i,2} = 'NO'; 
fMECOACETO2(i)=fMECOACETO2(i)-1; fNO(i)=fNO(i)-1; fMECOACETO(i)=fMECOACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOACETO2 + NO3 = MECOACETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MECOACETO2'; Gstr{i,2} = 'NO3'; 
fMECOACETO2(i)=fMECOACETO2(i)-1; fNO3(i)=fNO3(i)-1; fMECOACETO(i)=fMECOACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOACETO2 + RO2 = MECOACETO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'MECOACETO2'; Gstr{i,2} = 'RO2';
fMECOACETO2(i)=fMECOACETO2(i)-1; fMECOACETO(i)=fMECOACETO(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + HO2 = ACPRONEOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'HO2'; 
fACPRONEO2(i)=fACPRONEO2(i)-1; fHO2(i)=fHO2(i)-1; fACPRONEOOH(i)=fACPRONEOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + NO = ACPRONEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'NO'; 
fACPRONEO2(i)=fACPRONEO2(i)-1; fNO(i)=fNO(i)-1; fACPRONEO(i)=fACPRONEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + NO3 = ACPRONEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'NO3'; 
fACPRONEO2(i)=fACPRONEO2(i)-1; fNO3(i)=fNO3(i)-1; fACPRONEO(i)=fACPRONEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + RO2 = ACECOCOCH3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'RO2';
fACPRONEO2(i)=fACPRONEO2(i)-1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + RO2 = ACPRONEO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'RO2';
fACPRONEO2(i)=fACPRONEO2(i)-1; fACPRONEO(i)=fACPRONEO(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO2 + RO2 = ACPRONEOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ACPRONEO2'; Gstr{i,2} = 'RO2';
fACPRONEO2(i)=fACPRONEO2(i)-1; fACPRONEOH(i)=fACPRONEOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETO2 + HO2 = ACCOETOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ACCOETO2'; Gstr{i,2} = 'HO2'; 
fACCOETO2(i)=fACCOETO2(i)-1; fHO2(i)=fHO2(i)-1; fACCOETOOH(i)=fACCOETOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETO2 + NO = ACCOETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACCOETO2'; Gstr{i,2} = 'NO'; 
fACCOETO2(i)=fACCOETO2(i)-1; fNO(i)=fNO(i)-1; fACCOETO(i)=fACCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETO2 + NO3 = ACCOETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACCOETO2'; Gstr{i,2} = 'NO3'; 
fACCOETO2(i)=fACCOETO2(i)-1; fNO3(i)=fNO3(i)-1; fACCOETO(i)=fACCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETO2 + RO2 = ACCOETO';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'ACCOETO2'; Gstr{i,2} = 'RO2';
fACCOETO2(i)=fACCOETO2(i)-1; fACCOETO(i)=fACCOETO(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + HO2 = ACETC2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'HO2'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fACETC2CO2H(i)=fACETC2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + HO2 = ACETC2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'HO2'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fACETC2CO3H(i)=fACETC2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + HO2 = ACETC2H4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'HO2'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + NO = ACETC2H4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'NO'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fNO(i)=fNO(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + NO2 = ACETC2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'NO2'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fNO2(i)=fNO2(i)-1; fACETC2PAN(i)=fACETC2PAN(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + NO3 = ACETC2H4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'NO3'; 
fACETC2CO3(i)=fACETC2CO3(i)-1; fNO3(i)=fNO3(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + RO2 = ACETC2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'RO2';
fACETC2CO3(i)=fACETC2CO3(i)-1; fACETC2CO2H(i)=fACETC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3 + RO2 = ACETC2H4O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'ACETC2CO3'; Gstr{i,2} = 'RO2';
fACETC2CO3(i)=fACETC2CO3(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + HO2 = ETHACETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'HO2'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fHO2(i)=fHO2(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + HO2 = IPRACBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'HO2'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRACBCO2H(i)=fIPRACBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + HO2 = IPRACBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'HO2'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRACBCO3H(i)=fIPRACBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + NO = ETHACETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'NO'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fNO(i)=fNO(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + NO2 = IPRACBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'NO2'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fNO2(i)=fNO2(i)-1; fIPRACBPAN(i)=fIPRACBPAN(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + NO3 = ETHACETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'NO3'; 
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fNO3(i)=fNO3(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + RO2 = ETHACETO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'RO2';
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3 + RO2 = IPRACBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'IPRACBCO3'; Gstr{i,2} = 'RO2';
fIPRACBCO3(i)=fIPRACBCO3(i)-1; fIPRACBCO2H(i)=fIPRACBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + HO2 = ACBUOAOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'HO2'; 
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fHO2(i)=fHO2(i)-1; fACBUOAOOH(i)=fACBUOAOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + NO = ACBUONANO3';
k(:,i) = KRO2NO.*0.195;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'NO'; 
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fNO(i)=fNO(i)-1; fACBUONANO3(i)=fACBUONANO3(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + NO = ACBUONEAO + NO2';
k(:,i) = KRO2NO.*0.805;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'NO'; 
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fNO(i)=fNO(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + NO3 = ACBUONEAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'NO3'; 
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fNO3(i)=fNO3(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + RO2 = ACBUONAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'RO2';
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fACBUONAOH(i)=fACBUONAOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + RO2 = ACBUONEAO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'RO2';
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO2 + RO2 = ACCOPRONE';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ACBUONEAO2'; Gstr{i,2} = 'RO2';
fACBUONEAO2(i)=fACBUONEAO2(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + HO2 = ACBUONBOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'HO2'; 
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fHO2(i)=fHO2(i)-1; fACBUONBOOH(i)=fACBUONBOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + NO = ACBUONEBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'NO'; 
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fNO(i)=fNO(i)-1; fACBUONEBO(i)=fACBUONEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + NO3 = ACBUONEBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'NO3'; 
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fNO3(i)=fNO3(i)-1; fACBUONEBO(i)=fACBUONEBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + RO2 = ACBUONBOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'RO2';
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fACBUONBOH(i)=fACBUONBOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + RO2 = ACBUONEBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'RO2';
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fACBUONEBO(i)=fACBUONEBO(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO2 + RO2 = ACCOCOC2H5';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'ACBUONEBO2'; Gstr{i,2} = 'RO2';
fACBUONEBO2(i)=fACBUONEBO2(i)-1; fACCOCOC2H5(i)=fACCOCOC2H5(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O2 + HO2 = ACCOPROOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ACCOC3H6O2'; Gstr{i,2} = 'HO2'; 
fACCOC3H6O2(i)=fACCOC3H6O2(i)-1; fHO2(i)=fHO2(i)-1; fACCOPROOH(i)=fACCOPROOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O2 + NO = ACCOC3H6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACCOC3H6O2'; Gstr{i,2} = 'NO'; 
fACCOC3H6O2(i)=fACCOC3H6O2(i)-1; fNO(i)=fNO(i)-1; fACCOC3H6O(i)=fACCOC3H6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O2 + NO3 = ACCOC3H6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACCOC3H6O2'; Gstr{i,2} = 'NO3'; 
fACCOC3H6O2(i)=fACCOC3H6O2(i)-1; fNO3(i)=fNO3(i)-1; fACCOC3H6O(i)=fACCOC3H6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O2 + RO2 = ACCOC3H6O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'ACCOC3H6O2'; Gstr{i,2} = 'RO2';
fACCOC3H6O2(i)=fACCOC3H6O2(i)-1; fACCOC3H6O(i)=fACCOC3H6O(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO2 + HO2 = SBUACCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'SBUACONEO2'; Gstr{i,2} = 'HO2'; 
fSBUACONEO2(i)=fSBUACONEO2(i)-1; fHO2(i)=fHO2(i)-1; fSBUACCOOH(i)=fSBUACCOOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO2 + NO = SBUACONEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'SBUACONEO2'; Gstr{i,2} = 'NO'; 
fSBUACONEO2(i)=fSBUACONEO2(i)-1; fNO(i)=fNO(i)-1; fSBUACONEO(i)=fSBUACONEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO2 + NO3 = SBUACONEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'SBUACONEO2'; Gstr{i,2} = 'NO3'; 
fSBUACONEO2(i)=fSBUACONEO2(i)-1; fNO3(i)=fNO3(i)-1; fSBUACONEO(i)=fSBUACONEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO2 + RO2 = SBUACCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'SBUACONEO2'; Gstr{i,2} = 'RO2';
fSBUACONEO2(i)=fSBUACONEO2(i)-1; fSBUACCOH(i)=fSBUACCOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO2 + RO2 = SBUACONEO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'SBUACONEO2'; Gstr{i,2} = 'RO2';
fSBUACONEO2(i)=fSBUACONEO2(i)-1; fSBUACONEO(i)=fSBUACONEO(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + HO2 = IPROACETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'HO2'; 
fTBUACCO3(i)=fTBUACCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + HO2 = TBUACCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'HO2'; 
fTBUACCO3(i)=fTBUACCO3(i)-1; fHO2(i)=fHO2(i)-1; fTBUACCO3H(i)=fTBUACCO3H(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + NO = IPROACETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'NO'; 
fTBUACCO3(i)=fTBUACCO3(i)-1; fNO(i)=fNO(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + NO2 = TBUACPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'NO2'; 
fTBUACCO3(i)=fTBUACCO3(i)-1; fNO2(i)=fNO2(i)-1; fTBUACPAN(i)=fTBUACPAN(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + NO3 = IPROACETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'NO3'; 
fTBUACCO3(i)=fTBUACCO3(i)-1; fNO3(i)=fNO3(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3 + RO2 = IPROACETO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'TBUACCO3'; Gstr{i,2} = 'RO2';
fTBUACCO3(i)=fTBUACCO3(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORM + OH = C2H5O2';
k(:,i) = 5.97e-13.*exp(134./T).*0.096;
Gstr{i,1} = 'ETHFORM'; Gstr{i,2} = 'OH'; 
fETHFORM(i)=fETHFORM(i)-1; fOH(i)=fOH(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORM + OH = ETHFORMO2';
k(:,i) = 5.97e-13.*exp(134./T).*0.904;
Gstr{i,1} = 'ETHFORM'; Gstr{i,2} = 'OH'; 
fETHFORM(i)=fETHFORM(i)-1; fOH(i)=fOH(i)-1; fETHFORMO2(i)=fETHFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + HO2 = MTBEAALOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'HO2'; 
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fHO2(i)=fHO2(i)-1; fMTBEAALOOH(i)=fMTBEAALOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + NO = MTBEAALNO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'NO'; 
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fNO(i)=fNO(i)-1; fMTBEAALNO3(i)=fMTBEAALNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + NO = MTBEACHOO + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'NO'; 
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fNO(i)=fNO(i)-1; fMTBEACHOO(i)=fMTBEACHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + NO3 = MTBEACHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'NO3'; 
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fNO3(i)=fNO3(i)-1; fMTBEACHOO(i)=fMTBEACHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + RO2 = MTBEACHO13';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'RO2';
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fMTBEACHO13(i)=fMTBEACHO13(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + RO2 = MTBEACHOHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'RO2';
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fMTBEACHOHO(i)=fMTBEACHOHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO2 + RO2 = MTBEACHOO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MTBEACHOO2'; Gstr{i,2} = 'RO2';
fMTBEACHOO2(i)=fMTBEACHOO2(i)-1; fMTBEACHOO(i)=fMTBEACHOO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + HO2 = IPRMEETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'HO2'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + HO2 = MTBEBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'HO2'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMTBEBCO2H(i)=fMTBEBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + HO2 = MTBEBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'HO2'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMTBEBCO3H(i)=fMTBEBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + NO = IPRMEETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'NO'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fNO(i)=fNO(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + NO2 = MTBEBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'NO2'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fNO2(i)=fNO2(i)-1; fMTBEBPAN(i)=fMTBEBPAN(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + NO3 = IPRMEETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'NO3'; 
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + RO2 = IPRMEETO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'RO2';
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3 + RO2 = MTBEBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MTBEBCO3'; Gstr{i,2} = 'RO2';
fMTBEBCO3(i)=fMTBEBCO3(i)-1; fMTBEBCO2H(i)=fMTBEBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + HO2 = IPROC21OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'HO2'; 
fIPROC21O2(i)=fIPROC21O2(i)-1; fHO2(i)=fHO2(i)-1; fIPROC21OOH(i)=fIPROC21OOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + NO = IPROC21NO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'NO'; 
fIPROC21O2(i)=fIPROC21O2(i)-1; fNO(i)=fNO(i)-1; fIPROC21NO3(i)=fIPROC21NO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + NO = IPROC21O + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'NO'; 
fIPROC21O2(i)=fIPROC21O2(i)-1; fNO(i)=fNO(i)-1; fIPROC21O(i)=fIPROC21O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + NO3 = IPROC21O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'NO3'; 
fIPROC21O2(i)=fIPROC21O2(i)-1; fNO3(i)=fNO3(i)-1; fIPROC21O(i)=fIPROC21O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + RO2 = IPROACET';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'RO2';
fIPROC21O2(i)=fIPROC21O2(i)-1; fIPROACET(i)=fIPROACET(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + RO2 = IPROC21O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'RO2';
fIPROC21O2(i)=fIPROC21O2(i)-1; fIPROC21O(i)=fIPROC21O(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O2 + RO2 = IPROC21OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IPROC21O2'; Gstr{i,2} = 'RO2';
fIPROC21O2(i)=fIPROC21O2(i)-1; fIPROC21OH(i)=fIPROC21OH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + HO2 = IPROC21O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'HO2'; 
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + HO2 = IPROMCCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'HO2'; 
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPROMCCO3H(i)=fIPROMCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + NO = IPROC21O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'NO'; 
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fNO(i)=fNO(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + NO2 = IPROMCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'NO2'; 
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fNO2(i)=fNO2(i)-1; fIPROMCPAN(i)=fIPROMCPAN(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + NO3 = IPROC21O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'NO3'; 
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fNO3(i)=fNO3(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3 + RO2 = IPROC21O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'IPROMCCO3'; Gstr{i,2} = 'RO2';
fIPROMCCO3(i)=fIPROMCCO3(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO2 + HO2 = EIPEOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'EIPEO2'; Gstr{i,2} = 'HO2'; 
fEIPEO2(i)=fEIPEO2(i)-1; fHO2(i)=fHO2(i)-1; fEIPEOOH(i)=fEIPEOOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO2 + NO = EIPEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EIPEO2'; Gstr{i,2} = 'NO'; 
fEIPEO2(i)=fEIPEO2(i)-1; fNO(i)=fNO(i)-1; fEIPEO(i)=fEIPEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO2 + NO3 = EIPEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EIPEO2'; Gstr{i,2} = 'NO3'; 
fEIPEO2(i)=fEIPEO2(i)-1; fNO3(i)=fNO3(i)-1; fEIPEO(i)=fEIPEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO2 + RO2 = EIPEO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'EIPEO2'; Gstr{i,2} = 'RO2';
fEIPEO2(i)=fEIPEO2(i)-1; fEIPEO(i)=fEIPEO(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO2 + RO2 = EIPEOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'EIPEO2'; Gstr{i,2} = 'RO2';
fEIPEO2(i)=fEIPEO2(i)-1; fEIPEOH(i)=fEIPEOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + HO2 = EIPEO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'HO2'; 
fETBEACO3(i)=fETBEACO3(i)-1; fHO2(i)=fHO2(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + HO2 = ETBEACO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'HO2'; 
fETBEACO3(i)=fETBEACO3(i)-1; fHO2(i)=fHO2(i)-1; fETBEACO3H(i)=fETBEACO3H(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + NO = EIPEO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'NO'; 
fETBEACO3(i)=fETBEACO3(i)-1; fNO(i)=fNO(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + NO2 = ETBEAPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'NO2'; 
fETBEACO3(i)=fETBEACO3(i)-1; fNO2(i)=fNO2(i)-1; fETBEAPAN(i)=fETBEAPAN(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + NO3 = EIPEO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'NO3'; 
fETBEACO3(i)=fETBEACO3(i)-1; fNO3(i)=fNO3(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3 + RO2 = EIPEO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'ETBEACO3'; Gstr{i,2} = 'RO2';
fETBEACO3(i)=fETBEACO3(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + HO2 = ETBECCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'HO2'; 
fETBECCO3(i)=fETBECCO3(i)-1; fHO2(i)=fHO2(i)-1; fETBECCO3H(i)=fETBECCO3H(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + HO2 = MTBEAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'HO2'; 
fETBECCO3(i)=fETBECCO3(i)-1; fHO2(i)=fHO2(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + NO = MTBEAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'NO'; 
fETBECCO3(i)=fETBECCO3(i)-1; fNO(i)=fNO(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + NO2 = ETBECPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'NO2'; 
fETBECCO3(i)=fETBECCO3(i)-1; fNO2(i)=fNO2(i)-1; fETBECPAN(i)=fETBECPAN(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + NO3 = MTBEAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'NO3'; 
fETBECCO3(i)=fETBECCO3(i)-1; fNO3(i)=fNO3(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3 + RO2 = MTBEAO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'ETBECCO3'; Gstr{i,2} = 'RO2';
fETBECCO3(i)=fETBECCO3(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; 

i=i+1;
Rnames{i} = 'MOXY2CHO + NO3 = CHOOMCO3 + HNO3';
k(:,i) = KNO3AL.*2.4;
Gstr{i,1} = 'MOXY2CHO'; Gstr{i,2} = 'NO3'; 
fMOXY2CHO(i)=fMOXY2CHO(i)-1; fNO3(i)=fNO3(i)-1; fCHOOMCO3(i)=fCHOOMCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MOXY2CHO + OH = CHOOMCO3';
k(:,i) = 2.10e-11;
Gstr{i,1} = 'MOXY2CHO'; Gstr{i,2} = 'OH'; 
fMOXY2CHO(i)=fMOXY2CHO(i)-1; fOH(i)=fOH(i)-1; fCHOOMCO3(i)=fCHOOMCO3(i)+1; 

i=i+1;
Rnames{i} = 'MOXY2CHO + hv = CHOOCH2O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'MOXY2CHO'; 
fMOXY2CHO(i)=fMOXY2CHO(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO2H + OH = CH3OCH2O2';
k(:,i) = 4.79e-12;
Gstr{i,1} = 'MEMOXYCO2H'; Gstr{i,2} = 'OH'; 
fMEMOXYCO2H(i)=fMEMOXYCO2H(i)-1; fOH(i)=fOH(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3H + OH = MEMOXYCO3';
k(:,i) = 8.35e-12;
Gstr{i,1} = 'MEMOXYCO3H'; Gstr{i,2} = 'OH'; 
fMEMOXYCO3H(i)=fMEMOXYCO3H(i)-1; fOH(i)=fOH(i)-1; fMEMOXYCO3(i)=fMEMOXYCO3(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYCO3H + hv = CH3OCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MEMOXYCO3H'; 
fMEMOXYCO3H(i)=fMEMOXYCO3H(i)-1; fCH3OCH2O2(i)=fCH3OCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYPAN + OH = CH3OCHO + CO + NO2';
k(:,i) = 4.76e-12;
Gstr{i,1} = 'MEMOXYPAN'; Gstr{i,2} = 'OH'; 
fMEMOXYPAN(i)=fMEMOXYPAN(i)-1; fOH(i)=fOH(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEMOXYPAN = MEMOXYCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MEMOXYPAN'; 
fMEMOXYPAN(i)=fMEMOXYPAN(i)-1; fMEMOXYCO3(i)=fMEMOXYCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMECO2H + OH = ETOMEO2';
k(:,i) = 9.22e-12;
Gstr{i,1} = 'ETOMECO2H'; Gstr{i,2} = 'OH'; 
fETOMECO2H(i)=fETOMECO2H(i)-1; fOH(i)=fOH(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMECO3H + OH = EOX2MECO3';
k(:,i) = 1.28e-11;
Gstr{i,1} = 'ETOMECO3H'; Gstr{i,2} = 'OH'; 
fETOMECO3H(i)=fETOMECO3H(i)-1; fOH(i)=fOH(i)-1; fEOX2MECO3(i)=fEOX2MECO3(i)+1; 

i=i+1;
Rnames{i} = 'ETOMECO3H + hv = ETOMEO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETOMECO3H'; 
fETOMECO3H(i)=fETOMECO3H(i)-1; fETOMEO2(i)=fETOMEO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEPAN + OH = ETHFORM + CO + NO2';
k(:,i) = 9.18e-12;
Gstr{i,1} = 'ETOMEPAN'; Gstr{i,2} = 'OH'; 
fETOMEPAN(i)=fETOMEPAN(i)-1; fOH(i)=fOH(i)-1; fETHFORM(i)=fETHFORM(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEPAN = EOX2MECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ETOMEPAN'; 
fETOMEPAN(i)=fETOMEPAN(i)-1; fEOX2MECO3(i)=fEOX2MECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEOOH + OH = ETHFORM + OH';
k(:,i) = 7.54e-11;
Gstr{i,1} = 'ETOMEOOH'; Gstr{i,2} = 'OH'; 
fETOMEOOH(i)=fETOMEOOH(i)-1; fOH(i)=fOH(i)-1; fETHFORM(i)=fETHFORM(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEOOH + hv = ETOMEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETOMEOOH'; 
fETOMEOOH(i)=fETOMEOOH(i)-1; fETOMEO(i)=fETOMEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETOMENO3 + OH = ETHFORM + NO2';
k(:,i) = 6.22e-12;
Gstr{i,1} = 'ETOMENO3'; Gstr{i,2} = 'OH'; 
fETOMENO3(i)=fETOMENO3(i)-1; fOH(i)=fOH(i)-1; fETHFORM(i)=fETHFORM(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMENO3 + hv = ETOMEO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'ETOMENO3'; 
fETOMENO3(i)=fETOMENO3(i)-1; fETOMEO(i)=fETOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEO = HO2 + ETHFORM';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'ETOMEO'; 
fETOMEO(i)=fETOMEO(i)-1; fHO2(i)=fHO2(i)+1; fETHFORM(i)=fETHFORM(i)+1; 

i=i+1;
Rnames{i} = 'ETOMEOH + OH = ETHFORM + HO2';
k(:,i) = 2.27e-11;
Gstr{i,1} = 'ETOMEOH'; Gstr{i,2} = 'OH'; 
fETOMEOH(i)=fETOMEOH(i)-1; fOH(i)=fOH(i)-1; fETHFORM(i)=fETHFORM(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOX + OH = MCOCOMOXO2';
k(:,i) = 3.25e-13;
Gstr{i,1} = 'MCOCOMOX'; Gstr{i,2} = 'OH'; 
fMCOCOMOX(i)=fMCOCOMOX(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOX + hv = CH3CO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'MCOCOMOX'; 
fMCOCOMOX(i)=fMCOCOMOX(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORM + OH = PRONFORMO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'PRONFORM'; Gstr{i,2} = 'OH'; 
fPRONFORM(i)=fPRONFORM(i)-1; fOH(i)=fOH(i)-1; fPRONFORMO2(i)=fPRONFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORM + hv = CHOOCH2O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'PRONFORM'; 
fPRONFORM(i)=fPRONFORM(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOOOH + OH = MCOCOMOX + OH';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'PRONEMOOOH'; Gstr{i,2} = 'OH'; 
fPRONEMOOOH(i)=fPRONEMOOOH(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOX(i)=fMCOCOMOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOOOH + hv = CH3CO3 + CH3OCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'PRONEMOOOH'; 
fPRONEMOOOH(i)=fPRONEMOOOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3OCHO(i)=fCH3OCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOOOH + hv = PRONEMOXO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRONEMOOOH'; 
fPRONEMOOOH(i)=fPRONEMOOOH(i)-1; fPRONEMOXO(i)=fPRONEMOXO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXO = CH3OCHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PRONEMOXO'; 
fPRONEMOXO(i)=fPRONEMOXO(i)-1; fCH3OCHO(i)=fCH3OCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXOH + OH = MCOCOMOX + HO2';
k(:,i) = 2.98e-11;
Gstr{i,1} = 'PRONEMOXOH'; Gstr{i,2} = 'OH'; 
fPRONEMOXOH(i)=fPRONEMOXOH(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOX(i)=fMCOCOMOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONEMOXOH + hv = CH3CO3 + CH3OCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PRONEMOXOH'; 
fPRONEMOXOH(i)=fPRONEMOXOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3OCHO(i)=fCH3OCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCHO + NO3 = PRCOOMCO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'PRCOOMCHO'; Gstr{i,2} = 'NO3'; 
fPRCOOMCHO(i)=fPRCOOMCHO(i)-1; fNO3(i)=fNO3(i)-1; fPRCOOMCO3(i)=fPRCOOMCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCHO + OH = PRCOOMCO3';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'PRCOOMCHO'; Gstr{i,2} = 'OH'; 
fPRCOOMCHO(i)=fPRCOOMCHO(i)-1; fOH(i)=fOH(i)-1; fPRCOOMCO3(i)=fPRCOOMCO3(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCHO + hv = PRCOOMO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'PRCOOMCHO'; 
fPRCOOMCHO(i)=fPRCOOMCHO(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHO + OH = BOXCOCHOO2';
k(:,i) = 4.28e-12;
Gstr{i,1} = 'BOXCOCHO'; Gstr{i,2} = 'OH'; 
fBOXCOCHO(i)=fBOXCOCHO(i)-1; fOH(i)=fOH(i)-1; fBOXCOCHOO2(i)=fBOXCOCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHO + hv = HO2 + CO + NC4H9O2';
k(:,i) = J34;
Gstr{i,1} = 'BOXCOCHO'; 
fBOXCOCHO(i)=fBOXCOCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNC4H9O2(i)=fNC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCHO + OH = BOXFORMO2';
k(:,i) = 3.12e-12;
Gstr{i,1} = 'BOXCHO'; Gstr{i,2} = 'OH'; 
fBOXCHO(i)=fBOXCHO(i)-1; fOH(i)=fOH(i)-1; fBOXFORMO2(i)=fBOXFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO2H + OH = BOX2MO2';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'BOXMCO2H'; Gstr{i,2} = 'OH'; 
fBOXMCO2H(i)=fBOXMCO2H(i)-1; fOH(i)=fOH(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3H + OH = BOXMCO3';
k(:,i) = 1.67e-11;
Gstr{i,1} = 'BOXMCO3H'; Gstr{i,2} = 'OH'; 
fBOXMCO3H(i)=fBOXMCO3H(i)-1; fOH(i)=fOH(i)-1; fBOXMCO3(i)=fBOXMCO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXMCO3H + hv = BOX2MO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXMCO3H'; 
fBOXMCO3H(i)=fBOXMCO3H(i)-1; fBOX2MO2(i)=fBOX2MO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXMPAN + OH = BOXCHO + CO + NO2';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'BOXMPAN'; Gstr{i,2} = 'OH'; 
fBOXMPAN(i)=fBOXMPAN(i)-1; fOH(i)=fOH(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMPAN = BOXMCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'BOXMPAN'; 
fBOXMPAN(i)=fBOXMPAN(i)-1; fBOXMCO3(i)=fBOXMCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMOOH + OH = BOXCHO + OH';
k(:,i) = 7.93e-11;
Gstr{i,1} = 'BOXMOOH'; Gstr{i,2} = 'OH'; 
fBOXMOOH(i)=fBOXMOOH(i)-1; fOH(i)=fOH(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXMOOH + hv = BOX2MO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXMOOH'; 
fBOXMOOH(i)=fBOXMOOH(i)-1; fBOX2MO(i)=fBOX2MO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOX2MO = BOXCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOX2MO'; 
fBOX2MO(i)=fBOX2MO(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXMOH + OH = BOXCHO + HO2';
k(:,i) = 1.96e-11;
Gstr{i,1} = 'BOXMOH'; Gstr{i,2} = 'OH'; 
fBOXMOH(i)=fBOXMOH(i)-1; fOH(i)=fOH(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOPRONE + OH = PRONOCOPO2';
k(:,i) = 4.94e-12;
Gstr{i,1} = 'PRCOOPRONE'; Gstr{i,2} = 'OH'; 
fPRCOOPRONE(i)=fPRCOOPRONE(i)-1; fOH(i)=fOH(i)-1; fPRONOCOPO2(i)=fPRONOCOPO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOPRONE + hv = PRCOOMO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'PRCOOPRONE'; 
fPRCOOPRONE(i)=fPRCOOPRONE(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOLO2 + HO2 = BOXCOOLOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'BOXCOEOLO2'; Gstr{i,2} = 'HO2'; 
fBOXCOEOLO2(i)=fBOXCOEOLO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXCOOLOOH(i)=fBOXCOOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOLO2 + NO = BOXCOEOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOXCOEOLO2'; Gstr{i,2} = 'NO'; 
fBOXCOEOLO2(i)=fBOXCOEOLO2(i)-1; fNO(i)=fNO(i)-1; fBOXCOEOLO(i)=fBOXCOEOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOLO2 + NO3 = BOXCOEOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXCOEOLO2'; Gstr{i,2} = 'NO3'; 
fBOXCOEOLO2(i)=fBOXCOEOLO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXCOEOLO(i)=fBOXCOEOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOLO2 + RO2 = BOXCOEOLO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'BOXCOEOLO2'; Gstr{i,2} = 'RO2';
fBOXCOEOLO2(i)=fBOXCOEOLO2(i)-1; fBOXCOEOLO(i)=fBOXCOEOLO(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROOOH + OH = BOXPRONAO2';
k(:,i) = 1.97e-10;
Gstr{i,1} = 'BOXPROOOH'; Gstr{i,2} = 'OH'; 
fBOXPROOOH(i)=fBOXPROOOH(i)-1; fOH(i)=fOH(i)-1; fBOXPRONAO2(i)=fBOXPRONAO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROOOH + hv = BOXPRONEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXPROOOH'; 
fBOXPROOOH(i)=fBOXPROOOH(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROOOH + hv = BOXPRONEAO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'BOXPROOOH'; 
fBOXPROOOH(i)=fBOXPROOOH(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROANO3 + OH = PRCOOPRONE + NO2';
k(:,i) = 8.17e-12;
Gstr{i,1} = 'BOXPROANO3'; Gstr{i,2} = 'OH'; 
fBOXPROANO3(i)=fBOXPROANO3(i)-1; fOH(i)=fOH(i)-1; fPRCOOPRONE(i)=fPRCOOPRONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROANO3 + hv = BOXPRONEAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'BOXPROANO3'; 
fBOXPROANO3(i)=fBOXPROANO3(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROANO3 + hv = BOXPRONEAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'BOXPROANO3'; 
fBOXPROANO3(i)=fBOXPROANO3(i)-1; fBOXPRONEAO(i)=fBOXPRONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONEAO = PRONFORM + NC3H7O2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXPRONEAO'; 
fBOXPRONEAO(i)=fBOXPRONEAO(i)-1; fPRONFORM(i)=fPRONFORM(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONOH + OH = PRCOOPRONE + HO2';
k(:,i) = 5.57e-11;
Gstr{i,1} = 'BOXPRONOH'; Gstr{i,2} = 'OH'; 
fBOXPRONOH(i)=fBOXPRONOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOPRONE(i)=fPRCOOPRONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOME + OH = BOXCOCOMO2';
k(:,i) = 4.39e-12;
Gstr{i,1} = 'BOXCOCOME'; Gstr{i,2} = 'OH'; 
fBOXCOCOME(i)=fBOXCOCOME(i)-1; fOH(i)=fOH(i)-1; fBOXCOCOMO2(i)=fBOXCOCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROBOOH + OH = BOXPRONBO2';
k(:,i) = 1.19e-10;
Gstr{i,1} = 'BOXPROBOOH'; Gstr{i,2} = 'OH'; 
fBOXPROBOOH(i)=fBOXPROBOOH(i)-1; fOH(i)=fOH(i)-1; fBOXPRONBO2(i)=fBOXPRONBO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROBOOH + hv = BOXCHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'BOXPROBOOH'; 
fBOXPROBOOH(i)=fBOXPROBOOH(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPROBOOH + hv = BOXPRONBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXPROBOOH'; 
fBOXPROBOOH(i)=fBOXPROBOOH(i)-1; fBOXPRONBO(i)=fBOXPRONBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBO = BOXCHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXPRONBO'; 
fBOXPRONBO(i)=fBOXPRONBO(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBOH + OH = BOXCOCOME + HO2';
k(:,i) = 3.82e-11;
Gstr{i,1} = 'BOXPRONBOH'; Gstr{i,2} = 'OH'; 
fBOXPRONBOH(i)=fBOXPRONBOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOCOME(i)=fBOXCOCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXPRONBOH + hv = BOXCHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BOXPRONBOH'; 
fBOXPRONBOH(i)=fBOXPRONBOH(i)-1; fBOXCHO(i)=fBOXCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + HO2 = BRETO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'HO2'; 
fBRETO3(i)=fBRETO3(i)-1; fHO2(i)=fHO2(i)-1; fBRETO2H(i)=fBRETO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + HO2 = BRETO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'HO2'; 
fBRETO3(i)=fBRETO3(i)-1; fHO2(i)=fHO2(i)-1; fBRETO3H(i)=fBRETO3H(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + HO2 = CH2BRO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'HO2'; 
fBRETO3(i)=fBRETO3(i)-1; fHO2(i)=fHO2(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + NO = CH2BRO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'NO'; 
fBRETO3(i)=fBRETO3(i)-1; fNO(i)=fNO(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + NO2 = BRETPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'NO2'; 
fBRETO3(i)=fBRETO3(i)-1; fNO2(i)=fNO2(i)-1; fBRETPAN(i)=fBRETPAN(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + NO3 = CH2BRO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'NO3'; 
fBRETO3(i)=fBRETO3(i)-1; fNO3(i)=fNO3(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + RO2 = BRETO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'RO2';
fBRETO3(i)=fBRETO3(i)-1; fBRETO2H(i)=fBRETO2H(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3 + RO2 = CH2BRO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'BRETO3'; Gstr{i,2} = 'RO2';
fBRETO3(i)=fBRETO3(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + HO2 = HOCO3C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'HO2'; 
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHOCO3C4OOH(i)=fHOCO3C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + NO = HO1CO3C4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'NO'; 
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fNO(i)=fNO(i)-1; fHO1CO3C4O(i)=fHO1CO3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + NO3 = HO1CO3C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'NO3'; 
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO1CO3C4O(i)=fHO1CO3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + RO2 = HO14CO2C4';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'RO2';
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fHO14CO2C4(i)=fHO14CO2C4(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + RO2 = HO1CO3C4O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'RO2';
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fHO1CO3C4O(i)=fHO1CO3C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O2 + RO2 = HO1CO3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO1CO3C4O2'; Gstr{i,2} = 'RO2';
fHO1CO3C4O2(i)=fHO1CO3C4O2(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + HO2 = BIACETOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'HO2'; 
fBIACETO2(i)=fBIACETO2(i)-1; fHO2(i)=fHO2(i)-1; fBIACETOOH(i)=fBIACETOOH(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + NO = BIACETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'NO'; 
fBIACETO2(i)=fBIACETO2(i)-1; fNO(i)=fNO(i)-1; fBIACETO(i)=fBIACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + NO3 = BIACETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'NO3'; 
fBIACETO2(i)=fBIACETO2(i)-1; fNO3(i)=fNO3(i)-1; fBIACETO(i)=fBIACETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + RO2 = BIACETO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'RO2';
fBIACETO2(i)=fBIACETO2(i)-1; fBIACETO(i)=fBIACETO(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + RO2 = BIACETOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'RO2';
fBIACETO2(i)=fBIACETO2(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO2 + RO2 = CO23C3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BIACETO2'; Gstr{i,2} = 'RO2';
fBIACETO2(i)=fBIACETO2(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + HO2 = HOCO4C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'HO2'; 
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHOCO4C5OOH(i)=fHOCO4C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + NO = HO2CO4C5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'NO'; 
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fNO(i)=fNO(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + NO3 = HO2CO4C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'NO3'; 
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + RO2 = HO14CO2C5';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'RO2';
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fHO14CO2C5(i)=fHO14CO2C5(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + RO2 = HO2CO4C5O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'RO2';
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O2 + RO2 = HO2CO4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO2CO4C5O2'; Gstr{i,2} = 'RO2';
fHO2CO4C5O2(i)=fHO2CO4C5O2(i)-1; fHO2CO4CHO(i)=fHO2CO4CHO(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54O2 + HO2 = CO23C54OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CO23C54O2'; Gstr{i,2} = 'HO2'; 
fCO23C54O2(i)=fCO23C54O2(i)-1; fHO2(i)=fHO2(i)-1; fCO23C54OOH(i)=fCO23C54OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54O2 + NO = CO23C54O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO23C54O2'; Gstr{i,2} = 'NO'; 
fCO23C54O2(i)=fCO23C54O2(i)-1; fNO(i)=fNO(i)-1; fCO23C54O(i)=fCO23C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54O2 + NO3 = CO23C54O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO23C54O2'; Gstr{i,2} = 'NO3'; 
fCO23C54O2(i)=fCO23C54O2(i)-1; fNO3(i)=fNO3(i)-1; fCO23C54O(i)=fCO23C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54O2 + RO2 = CO23C54O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CO23C54O2'; Gstr{i,2} = 'RO2';
fCO23C54O2(i)=fCO23C54O2(i)-1; fCO23C54O(i)=fCO23C54O(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + HO2 = HOCO3C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'HO2'; 
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fHO2(i)=fHO2(i)-1; fHOCO3C5OOH(i)=fHOCO3C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + NO = HOCO3C54O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'NO'; 
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fNO(i)=fNO(i)-1; fHOCO3C54O(i)=fHOCO3C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + NO3 = HOCO3C54O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'NO3'; 
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fNO3(i)=fNO3(i)-1; fHOCO3C54O(i)=fHOCO3C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + RO2 = HO14CO3C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'RO2';
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fHO14CO3C5(i)=fHO14CO3C5(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + RO2 = HO1CO34C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'RO2';
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O2 + RO2 = HOCO3C54O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'HOCO3C54O2'; Gstr{i,2} = 'RO2';
fHOCO3C54O2(i)=fHOCO3C54O2(i)-1; fHOCO3C54O(i)=fHOCO3C54O(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + HO2 = C53OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'HO2'; 
fC53O2(i)=fC53O2(i)-1; fHO2(i)=fHO2(i)-1; fC53OOH(i)=fC53OOH(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + NO = C53O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'NO'; 
fC53O2(i)=fC53O2(i)-1; fNO(i)=fNO(i)-1; fC53O(i)=fC53O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + NO3 = C53O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'NO3'; 
fC53O2(i)=fC53O2(i)-1; fNO3(i)=fNO3(i)-1; fC53O(i)=fC53O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + RO2 = C53O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'RO2';
fC53O2(i)=fC53O2(i)-1; fC53O(i)=fC53O(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + RO2 = C53OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'RO2';
fC53O2(i)=fC53O2(i)-1; fC53OH(i)=fC53OH(i)+1; 

i=i+1;
Rnames{i} = 'C53O2 + RO2 = HOIPRGLYOX';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C53O2'; Gstr{i,2} = 'RO2';
fC53O2(i)=fC53O2(i)-1; fHOIPRGLYOX(i)=fHOIPRGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + HO2 = C41CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'HO2'; 
fC41CO3(i)=fC41CO3(i)-1; fHO2(i)=fHO2(i)-1; fC41CO2H(i)=fC41CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + HO2 = C41CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'HO2'; 
fC41CO3(i)=fC41CO3(i)-1; fHO2(i)=fHO2(i)-1; fC41CO3H(i)=fC41CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + HO2 = MEKBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'HO2'; 
fC41CO3(i)=fC41CO3(i)-1; fHO2(i)=fHO2(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + NO = MEKBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'NO'; 
fC41CO3(i)=fC41CO3(i)-1; fNO(i)=fNO(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + NO2 = C5PAN7';
k(:,i) = KFPAN;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'NO2'; 
fC41CO3(i)=fC41CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN7(i)=fC5PAN7(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + NO3 = MEKBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'NO3'; 
fC41CO3(i)=fC41CO3(i)-1; fNO3(i)=fNO3(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + RO2 = C41CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'RO2';
fC41CO3(i)=fC41CO3(i)-1; fC41CO2H(i)=fC41CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3 + RO2 = MEKBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C41CO3'; Gstr{i,2} = 'RO2';
fC41CO3(i)=fC41CO3(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC61O2 + HO2 = CO2HOC6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO2HOC61O2'; Gstr{i,2} = 'HO2'; 
fCO2HOC61O2(i)=fCO2HOC61O2(i)-1; fHO2(i)=fHO2(i)-1; fCO2HOC6OOH(i)=fCO2HOC6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC61O2 + NO = CO2HOC61O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO2HOC61O2'; Gstr{i,2} = 'NO'; 
fCO2HOC61O2(i)=fCO2HOC61O2(i)-1; fNO(i)=fNO(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC61O2 + NO3 = CO2HOC61O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO2HOC61O2'; Gstr{i,2} = 'NO3'; 
fCO2HOC61O2(i)=fCO2HOC61O2(i)-1; fNO3(i)=fNO3(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC61O2 + RO2 = CO2HOC61O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CO2HOC61O2'; Gstr{i,2} = 'RO2';
fCO2HOC61O2(i)=fCO2HOC61O2(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6O2 + HO2 = CO24C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO24C6O2'; Gstr{i,2} = 'HO2'; 
fCO24C6O2(i)=fCO24C6O2(i)-1; fHO2(i)=fHO2(i)-1; fCO24C6OOH(i)=fCO24C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6O2 + NO = CO24C6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO24C6O2'; Gstr{i,2} = 'NO'; 
fCO24C6O2(i)=fCO24C6O2(i)-1; fNO(i)=fNO(i)-1; fCO24C6O(i)=fCO24C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6O2 + NO3 = CO24C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO24C6O2'; Gstr{i,2} = 'NO3'; 
fCO24C6O2(i)=fCO24C6O2(i)-1; fNO3(i)=fNO3(i)-1; fCO24C6O(i)=fCO24C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6O2 + RO2 = CO24C6O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CO24C6O2'; Gstr{i,2} = 'RO2';
fCO24C6O2(i)=fCO24C6O2(i)-1; fCO24C6O(i)=fCO24C6O(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + HO2 = CO25C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'HO2'; 
fCO25C6O2(i)=fCO25C6O2(i)-1; fHO2(i)=fHO2(i)-1; fCO25C6OOH(i)=fCO25C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + NO = CO25C6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'NO'; 
fCO25C6O2(i)=fCO25C6O2(i)-1; fNO(i)=fNO(i)-1; fCO25C6O(i)=fCO25C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + NO3 = CO25C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'NO3'; 
fCO25C6O2(i)=fCO25C6O2(i)-1; fNO3(i)=fNO3(i)-1; fCO25C6O(i)=fCO25C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + RO2 = CO235C6';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'RO2';
fCO25C6O2(i)=fCO25C6O2(i)-1; fCO235C6(i)=fCO235C6(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + RO2 = CO25C6O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'RO2';
fCO25C6O2(i)=fCO25C6O2(i)-1; fCO25C6O(i)=fCO25C6O(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O2 + RO2 = CO25C6OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'CO25C6O2'; Gstr{i,2} = 'RO2';
fCO25C6O2(i)=fCO25C6O2(i)-1; fCO25C6OH(i)=fCO25C6OH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + HO2 = HO2C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'HO2'; 
fHO2C4O2(i)=fHO2C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2C4OOH(i)=fHO2C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + NO = HO2C4NO3';
k(:,i) = KRO2NO.*0.033;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'NO'; 
fHO2C4O2(i)=fHO2C4O2(i)-1; fNO(i)=fNO(i)-1; fHO2C4NO3(i)=fHO2C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + NO = HO2C4O + NO2';
k(:,i) = KRO2NO.*0.967;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'NO'; 
fHO2C4O2(i)=fHO2C4O2(i)-1; fNO(i)=fNO(i)-1; fHO2C4O(i)=fHO2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + NO3 = HO2C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'NO3'; 
fHO2C4O2(i)=fHO2C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2C4O(i)=fHO2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + RO2 = HO2C3CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'RO2';
fHO2C4O2(i)=fHO2C4O2(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + RO2 = HO2C4O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'RO2';
fHO2C4O2(i)=fHO2C4O2(i)-1; fHO2C4O(i)=fHO2C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O2 + RO2 = HO2C4OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HO2C4O2'; Gstr{i,2} = 'RO2';
fHO2C4O2(i)=fHO2C4O2(i)-1; fHO2C4OH(i)=fHO2C4OH(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + HO2 = C61OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'HO2'; 
fC61O2(i)=fC61O2(i)-1; fHO2(i)=fHO2(i)-1; fC61OOH(i)=fC61OOH(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + NO = C61NO3';
k(:,i) = KRO2NO.*0.098;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'NO'; 
fC61O2(i)=fC61O2(i)-1; fNO(i)=fNO(i)-1; fC61NO3(i)=fC61NO3(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + NO = C61O + NO2';
k(:,i) = KRO2NO.*0.902;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'NO'; 
fC61O2(i)=fC61O2(i)-1; fNO(i)=fNO(i)-1; fC61O(i)=fC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + NO3 = C61O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'NO3'; 
fC61O2(i)=fC61O2(i)-1; fNO3(i)=fNO3(i)-1; fC61O(i)=fC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + RO2 = C61CO';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'RO2';
fC61O2(i)=fC61O2(i)-1; fC61CO(i)=fC61CO(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + RO2 = C61O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'RO2';
fC61O2(i)=fC61O2(i)-1; fC61O(i)=fC61O(i)+1; 

i=i+1;
Rnames{i} = 'C61O2 + RO2 = C61OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C61O2'; Gstr{i,2} = 'RO2';
fC61O2(i)=fC61O2(i)-1; fC61OH(i)=fC61OH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O2 + HO2 = CO23C65OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO23C65O2'; Gstr{i,2} = 'HO2'; 
fCO23C65O2(i)=fCO23C65O2(i)-1; fHO2(i)=fHO2(i)-1; fCO23C65OOH(i)=fCO23C65OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O2 + NO = CO23C65O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO23C65O2'; Gstr{i,2} = 'NO'; 
fCO23C65O2(i)=fCO23C65O2(i)-1; fNO(i)=fNO(i)-1; fCO23C65O(i)=fCO23C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O2 + NO3 = CO23C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO23C65O2'; Gstr{i,2} = 'NO3'; 
fCO23C65O2(i)=fCO23C65O2(i)-1; fNO3(i)=fNO3(i)-1; fCO23C65O(i)=fCO23C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O2 + RO2 = CO23C65O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CO23C65O2'; Gstr{i,2} = 'RO2';
fCO23C65O2(i)=fCO23C65O2(i)-1; fCO23C65O(i)=fCO23C65O(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + HO2 = C6CO3OHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'HO2'; 
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fHO2(i)=fHO2(i)-1; fC6CO3OHOOH(i)=fC6CO3OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + NO = C6CO3OH5O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'NO'; 
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fNO(i)=fNO(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + NO3 = C6CO3OH5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'NO3'; 
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fNO3(i)=fNO3(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + RO2 = C6CO23HO5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'RO2';
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fC6CO23HO5(i)=fC6CO23HO5(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + RO2 = C6CO3HO25';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'RO2';
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fC6CO3HO25(i)=fC6CO3HO25(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O2 + RO2 = C6CO3OH5O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C6CO3OH5O2'; Gstr{i,2} = 'RO2';
fC6CO3OH5O2(i)=fC6CO3OH5O2(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34O2 + HO2 = C6CO34OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6CO34O2'; Gstr{i,2} = 'HO2'; 
fC6CO34O2(i)=fC6CO34O2(i)-1; fHO2(i)=fHO2(i)-1; fC6CO34OOH(i)=fC6CO34OOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34O2 + NO = C6CO34O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6CO34O2'; Gstr{i,2} = 'NO'; 
fC6CO34O2(i)=fC6CO34O2(i)-1; fNO(i)=fNO(i)-1; fC6CO34O(i)=fC6CO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34O2 + NO3 = C6CO34O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6CO34O2'; Gstr{i,2} = 'NO3'; 
fC6CO34O2(i)=fC6CO34O2(i)-1; fNO3(i)=fNO3(i)-1; fC6CO34O(i)=fC6CO34O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34O2 + RO2 = C6CO34O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C6CO34O2'; Gstr{i,2} = 'RO2';
fC6CO34O2(i)=fC6CO34O2(i)-1; fC6CO34O(i)=fC6CO34O(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + HO2 = C6HOCOOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'HO2'; 
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fHO2(i)=fHO2(i)-1; fC6HOCOOOH(i)=fC6HOCOOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + NO = C6HO1CO3O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'NO'; 
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fNO(i)=fNO(i)-1; fC6HO1CO3O(i)=fC6HO1CO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + NO3 = C6HO1CO3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'NO3'; 
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fNO3(i)=fNO3(i)-1; fC6HO1CO3O(i)=fC6HO1CO3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + RO2 = C6CO34HO1';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'RO2';
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fC6CO34HO1(i)=fC6CO34HO1(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + RO2 = C6CO3HO14';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'RO2';
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fC6CO3HO14(i)=fC6CO3HO14(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O2 + RO2 = C6HO1CO3O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C6HO1CO3O2'; Gstr{i,2} = 'RO2';
fC6HO1CO3O2(i)=fC6HO1CO3O2(i)-1; fC6HO1CO3O(i)=fC6HO1CO3O(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + HO2 = C3COCCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'HO2'; 
fC3COCCO3(i)=fC3COCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3COCCO3H(i)=fC3COCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + HO2 = PEN2ONE1O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'HO2'; 
fC3COCCO3(i)=fC3COCCO3(i)-1; fHO2(i)=fHO2(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + NO = PEN2ONE1O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'NO'; 
fC3COCCO3(i)=fC3COCCO3(i)-1; fNO(i)=fNO(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + NO2 = C3COCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'NO2'; 
fC3COCCO3(i)=fC3COCCO3(i)-1; fNO2(i)=fNO2(i)-1; fC3COCPAN(i)=fC3COCPAN(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + NO3 = PEN2ONE1O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'NO3'; 
fC3COCCO3(i)=fC3COCCO3(i)-1; fNO3(i)=fNO3(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3 + RO2 = PEN2ONE1O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C3COCCO3'; Gstr{i,2} = 'RO2';
fC3COCCO3(i)=fC3COCCO3(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; 

i=i+1;
Rnames{i} = 'PEN2ONE1O2 + HO2 = PE2ONE1OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PEN2ONE1O2'; Gstr{i,2} = 'HO2'; 
fPEN2ONE1O2(i)=fPEN2ONE1O2(i)-1; fHO2(i)=fHO2(i)-1; fPE2ONE1OOH(i)=fPE2ONE1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PEN2ONE1O2 + NO = PEN2ONE1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PEN2ONE1O2'; Gstr{i,2} = 'NO'; 
fPEN2ONE1O2(i)=fPEN2ONE1O2(i)-1; fNO(i)=fNO(i)-1; fPEN2ONE1O(i)=fPEN2ONE1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEN2ONE1O2 + NO3 = PEN2ONE1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PEN2ONE1O2'; Gstr{i,2} = 'NO3'; 
fPEN2ONE1O2(i)=fPEN2ONE1O2(i)-1; fNO3(i)=fNO3(i)-1; fPEN2ONE1O(i)=fPEN2ONE1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEN2ONE1O2 + RO2 = PEN2ONE1O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'PEN2ONE1O2'; Gstr{i,2} = 'RO2';
fPEN2ONE1O2(i)=fPEN2ONE1O2(i)-1; fPEN2ONE1O(i)=fPEN2ONE1O(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COO2 + HO2 = MIBK3COOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MIBK3COO2'; Gstr{i,2} = 'HO2'; 
fMIBK3COO2(i)=fMIBK3COO2(i)-1; fHO2(i)=fHO2(i)-1; fMIBK3COOOH(i)=fMIBK3COOOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COO2 + NO = MIBK3COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MIBK3COO2'; Gstr{i,2} = 'NO'; 
fMIBK3COO2(i)=fMIBK3COO2(i)-1; fNO(i)=fNO(i)-1; fMIBK3COO(i)=fMIBK3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COO2 + NO3 = MIBK3COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MIBK3COO2'; Gstr{i,2} = 'NO3'; 
fMIBK3COO2(i)=fMIBK3COO2(i)-1; fNO3(i)=fNO3(i)-1; fMIBK3COO(i)=fMIBK3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COO2 + RO2 = MIBK3COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'MIBK3COO2'; Gstr{i,2} = 'RO2';
fMIBK3COO2(i)=fMIBK3COO2(i)-1; fMIBK3COO(i)=fMIBK3COO(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + HO2 = C612OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'HO2'; 
fC612O2(i)=fC612O2(i)-1; fHO2(i)=fHO2(i)-1; fC612OOH(i)=fC612OOH(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + NO = C612O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'NO'; 
fC612O2(i)=fC612O2(i)-1; fNO(i)=fNO(i)-1; fC612O(i)=fC612O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + NO3 = C612O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'NO3'; 
fC612O2(i)=fC612O2(i)-1; fNO3(i)=fNO3(i)-1; fC612O(i)=fC612O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + RO2 = C612O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'RO2';
fC612O2(i)=fC612O2(i)-1; fC612O(i)=fC612O(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + RO2 = C612OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'RO2';
fC612O2(i)=fC612O2(i)-1; fC612OH(i)=fC612OH(i)+1; 

i=i+1;
Rnames{i} = 'C612O2 + RO2 = HM22COCHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C612O2'; Gstr{i,2} = 'RO2';
fC612O2(i)=fC612O2(i)-1; fHM22COCHO(i)=fHM22COCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + HO2 = CO2M33CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'HO2'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2M33CO2H(i)=fCO2M33CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + HO2 = CO2M33CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'HO2'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2M33CO3H(i)=fCO2M33CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + HO2 = MIPKAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'HO2'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fHO2(i)=fHO2(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + NO = MIPKAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'NO'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fNO(i)=fNO(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + NO2 = C6PAN16';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'NO2'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN16(i)=fC6PAN16(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + NO3 = MIPKAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'NO3'; 
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fNO3(i)=fNO3(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + RO2 = CO2M33CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'RO2';
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fCO2M33CO2H(i)=fCO2M33CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3 + RO2 = MIPKAO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO2M33CO3'; Gstr{i,2} = 'RO2';
fCO2M33CO3(i)=fCO2M33CO3(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + HO2 = C6COCHOOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'HO2'; 
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fHO2(i)=fHO2(i)-1; fC6COCHOOOH(i)=fC6COCHOOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + NO = C6COCHOO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'NO'; 
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fNO(i)=fNO(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + NO3 = C6COCHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'NO3'; 
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fNO3(i)=fNO3(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + RO2 = C6COCHOO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'RO2';
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + RO2 = C6CODIAL';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'RO2';
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO2 + RO2 = C6COHOCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C6COCHOO2'; Gstr{i,2} = 'RO2';
fC6COCHOO2(i)=fC6COCHOO2(i)-1; fC6COHOCHO(i)=fC6COHOCHO(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + HO2 = CY6COCOOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'HO2'; 
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fHO2(i)=fHO2(i)-1; fCY6COCOOOH(i)=fCY6COCOOOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + NO = CY6DIONO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'NO'; 
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fNO(i)=fNO(i)-1; fCY6DIONO(i)=fCY6DIONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + NO3 = CY6DIONO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'NO3'; 
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fNO3(i)=fNO3(i)-1; fCY6DIONO(i)=fCY6DIONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + RO2 = CY6DIONO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'RO2';
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fCY6DIONO(i)=fCY6DIONO(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + RO2 = CY6DIONOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'RO2';
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fCY6DIONOH(i)=fCY6DIONOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO2 + RO2 = CY6TRION';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CY6DIONO2'; Gstr{i,2} = 'RO2';
fCY6DIONO2(i)=fCY6DIONO2(i)-1; fCY6TRION(i)=fCY6TRION(i)+1; 

i=i+1;
Rnames{i} = 'VINOH + OH = HOCH2CHO + HO2';
k(:,i) = 9.00e-12;
Gstr{i,1} = 'VINOH'; Gstr{i,2} = 'OH'; 
fVINOH(i)=fVINOH(i)-1; fOH(i)=fOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PINAL + NO3 = C96CO3 + HNO3';
k(:,i) = 2.0e-14;
Gstr{i,1} = 'PINAL'; Gstr{i,2} = 'NO3'; 
fPINAL(i)=fPINAL(i)-1; fNO3(i)=fNO3(i)-1; fC96CO3(i)=fC96CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PINAL + OH = C96CO3';
k(:,i) = 5.2e-12.*exp(600./T).*0.772;
Gstr{i,1} = 'PINAL'; Gstr{i,2} = 'OH'; 
fPINAL(i)=fPINAL(i)-1; fOH(i)=fOH(i)-1; fC96CO3(i)=fC96CO3(i)+1; 

i=i+1;
Rnames{i} = 'PINAL + OH = PINALO2';
k(:,i) = 5.2e-12.*exp(600./T).*0.228;
Gstr{i,1} = 'PINAL'; Gstr{i,2} = 'OH'; 
fPINAL(i)=fPINAL(i)-1; fOH(i)=fOH(i)-1; fPINALO2(i)=fPINALO2(i)+1; 

i=i+1;
Rnames{i} = 'PINAL + hv = C96O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'PINAL'; 
fPINAL(i)=fPINAL(i)-1; fC96O2(i)=fC96O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC101O2 + HO2 = NC101OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NC101O2'; Gstr{i,2} = 'HO2'; 
fNC101O2(i)=fNC101O2(i)-1; fHO2(i)=fHO2(i)-1; fNC101OOH(i)=fNC101OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC101O2 + NO = NC101O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC101O2'; Gstr{i,2} = 'NO'; 
fNC101O2(i)=fNC101O2(i)-1; fNO(i)=fNO(i)-1; fNC101O(i)=fNC101O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC101O2 + NO3 = NC101O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC101O2'; Gstr{i,2} = 'NO3'; 
fNC101O2(i)=fNC101O2(i)-1; fNO3(i)=fNO3(i)-1; fNC101O(i)=fNC101O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC101O2 + RO2 = NC101O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'NC101O2'; Gstr{i,2} = 'RO2';
fNC101O2(i)=fNC101O2(i)-1; fNC101O(i)=fNC101O(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + HO2 = C96O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'HO2'; 
fC96CO3(i)=fC96CO3(i)-1; fHO2(i)=fHO2(i)-1; fC96O2(i)=fC96O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + HO2 = PERPINONIC';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'HO2'; 
fC96CO3(i)=fC96CO3(i)-1; fHO2(i)=fHO2(i)-1; fPERPINONIC(i)=fPERPINONIC(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + HO2 = PINONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'HO2'; 
fC96CO3(i)=fC96CO3(i)-1; fHO2(i)=fHO2(i)-1; fPINONIC(i)=fPINONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + NO = C96O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'NO'; 
fC96CO3(i)=fC96CO3(i)-1; fNO(i)=fNO(i)-1; fC96O2(i)=fC96O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + NO2 = C10PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'NO2'; 
fC96CO3(i)=fC96CO3(i)-1; fNO2(i)=fNO2(i)-1; fC10PAN2(i)=fC10PAN2(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + NO3 = C96O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'NO3'; 
fC96CO3(i)=fC96CO3(i)-1; fNO3(i)=fNO3(i)-1; fC96O2(i)=fC96O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + RO2 = C96O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'RO2';
fC96CO3(i)=fC96CO3(i)-1; fC96O2(i)=fC96O2(i)+1; 

i=i+1;
Rnames{i} = 'C96CO3 + RO2 = PINONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C96CO3'; Gstr{i,2} = 'RO2';
fC96CO3(i)=fC96CO3(i)-1; fPINONIC(i)=fPINONIC(i)+1; 

i=i+1;
Rnames{i} = 'C107OOH + OH = C107O2';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'C107OOH'; Gstr{i,2} = 'OH'; 
fC107OOH(i)=fC107OOH(i)-1; fOH(i)=fOH(i)-1; fC107O2(i)=fC107O2(i)+1; 

i=i+1;
Rnames{i} = 'C107OOH + hv = C107O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C107OOH'; 
fC107OOH(i)=fC107OOH(i)-1; fC107O(i)=fC107O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C107OOH + hv = C107O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C107OOH'; 
fC107OOH(i)=fC107OOH(i)-1; fC107O(i)=fC107O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C107O = C108O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C107O'; 
fC107O(i)=fC107O(i)-1; fC108O2(i)=fC108O2(i)+1; 

i=i+1;
Rnames{i} = 'C107OH + OH = C107O';
k(:,i) = 2.66e-11;
Gstr{i,1} = 'C107OH'; Gstr{i,2} = 'OH'; 
fC107OH(i)=fC107OH(i)-1; fOH(i)=fOH(i)-1; fC107O(i)=fC107O(i)+1; 

i=i+1;
Rnames{i} = 'C107OH + hv = C107O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C107OH'; 
fC107OH(i)=fC107OH(i)-1; fC107O(i)=fC107O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C109OOH + OH = C109CO + OH';
k(:,i) = 5.47e-11;
Gstr{i,1} = 'C109OOH'; Gstr{i,2} = 'OH'; 
fC109OOH(i)=fC109OOH(i)-1; fOH(i)=fOH(i)-1; fC109CO(i)=fC109CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C109OOH + hv = C109O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C109OOH'; 
fC109OOH(i)=fC109OOH(i)-1; fC109O(i)=fC109O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C109OOH + hv = C109O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C109OOH'; 
fC109OOH(i)=fC109OOH(i)-1; fC109O(i)=fC109O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C109OOH + hv = C89CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C109OOH'; 
fC109OOH(i)=fC109OOH(i)-1; fC89CO3(i)=fC89CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C109O = C89CO3 + HCHO';
k(:,i) = KDEC.*0.80;
Gstr{i,1} = 'C109O'; 
fC109O(i)=fC109O(i)-1; fC89CO3(i)=fC89CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C109O = C920CO3';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C109O'; 
fC109O(i)=fC109O(i)-1; fC920CO3(i)=fC920CO3(i)+1; 

i=i+1;
Rnames{i} = 'C109CO + OH = C89CO3 + CO';
k(:,i) = 5.47e-11;
Gstr{i,1} = 'C109CO'; Gstr{i,2} = 'OH'; 
fC109CO(i)=fC109CO(i)-1; fOH(i)=fOH(i)-1; fC89CO3(i)=fC89CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C109CO + hv = C89CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C109CO'; 
fC109CO(i)=fC109CO(i)-1; fC89CO3(i)=fC89CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C109CO + hv = C89CO3 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C109CO'; 
fC109CO(i)=fC109CO(i)-1; fC89CO3(i)=fC89CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C109OH + OH = C109CO + HO2';
k(:,i) = 4.45e-11;
Gstr{i,1} = 'C109OH'; Gstr{i,2} = 'OH'; 
fC109OH(i)=fC109OH(i)-1; fOH(i)=fOH(i)-1; fC109CO(i)=fC109CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C109OH + hv = C89CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C109OH'; 
fC109OH(i)=fC109OH(i)-1; fC89CO3(i)=fC89CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C109OH + hv = C920O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C109OH'; 
fC109OH(i)=fC109OH(i)-1; fC920O2(i)=fC920O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PINONIC + OH = C96O2';
k(:,i) = 6.65e-12;
Gstr{i,1} = 'PINONIC'; Gstr{i,2} = 'OH'; 
fPINONIC(i)=fPINONIC(i)-1; fOH(i)=fOH(i)-1; fC96O2(i)=fC96O2(i)+1; 

i=i+1;
Rnames{i} = 'PINONIC + hv = C96O2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PINONIC'; 
fPINONIC(i)=fPINONIC(i)-1; fC96O2(i)=fC96O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C96OOH + OH = C96O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C96OOH'; Gstr{i,2} = 'OH'; 
fC96OOH(i)=fC96OOH(i)-1; fOH(i)=fOH(i)-1; fC96O2(i)=fC96O2(i)+1; 

i=i+1;
Rnames{i} = 'C96OOH + OH = NORPINAL + OH';
k(:,i) = 1.30e-11;
Gstr{i,1} = 'C96OOH'; Gstr{i,2} = 'OH'; 
fC96OOH(i)=fC96OOH(i)-1; fOH(i)=fOH(i)-1; fNORPINAL(i)=fNORPINAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C96OOH + hv = C96O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C96OOH'; 
fC96OOH(i)=fC96OOH(i)-1; fC96O(i)=fC96O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C96OOH + hv = C96O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C96OOH'; 
fC96OOH(i)=fC96OOH(i)-1; fC96O(i)=fC96O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C96NO3 + OH = NORPINAL + NO2';
k(:,i) = 2.88e-12;
Gstr{i,1} = 'C96NO3'; Gstr{i,2} = 'OH'; 
fC96NO3(i)=fC96NO3(i)-1; fOH(i)=fOH(i)-1; fNORPINAL(i)=fNORPINAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96NO3 + hv = C96O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C96NO3'; 
fC96NO3(i)=fC96NO3(i)-1; fC96O(i)=fC96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96NO3 + hv = C96O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C96NO3'; 
fC96NO3(i)=fC96NO3(i)-1; fC96O(i)=fC96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C96O = C97O2';
k(:,i) = 4.20e10.*exp(-3523./T);
Gstr{i,1} = 'C96O'; 
fC96O(i)=fC96O(i)-1; fC97O2(i)=fC97O2(i)+1; 

i=i+1;
Rnames{i} = 'C96OH + OH = NORPINAL + HO2';
k(:,i) = 7.67e-12;
Gstr{i,1} = 'C96OH'; Gstr{i,2} = 'OH'; 
fC96OH(i)=fC96OH(i)-1; fOH(i)=fOH(i)-1; fNORPINAL(i)=fNORPINAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C96OH + hv = C96O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C96OH'; 
fC96OH(i)=fC96OH(i)-1; fC96O(i)=fC96O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NORPINAL + NO3 = C85CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NORPINAL'; Gstr{i,2} = 'NO3'; 
fNORPINAL(i)=fNORPINAL(i)-1; fNO3(i)=fNO3(i)-1; fC85CO3(i)=fC85CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'NORPINAL + OH = C85CO3';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'NORPINAL'; Gstr{i,2} = 'OH'; 
fNORPINAL(i)=fNORPINAL(i)-1; fOH(i)=fOH(i)-1; fC85CO3(i)=fC85CO3(i)+1; 

i=i+1;
Rnames{i} = 'NORPINAL + hv = C85O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'NORPINAL'; 
fNORPINAL(i)=fNORPINAL(i)-1; fC85O2(i)=fC85O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCC7CO + OH = C719O2';
k(:,i) = 1.19e-10;
Gstr{i,1} = 'HCC7CO'; Gstr{i,2} = 'OH'; 
fHCC7CO(i)=fHCC7CO(i)-1; fOH(i)=fOH(i)-1; fC719O2(i)=fC719O2(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + HO2 = C720OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'HO2'; 
fC720O2(i)=fC720O2(i)-1; fHO2(i)=fHO2(i)-1; fC720OOH(i)=fC720OOH(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + NO = C720NO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'NO'; 
fC720O2(i)=fC720O2(i)-1; fNO(i)=fNO(i)-1; fC720NO3(i)=fC720NO3(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + NO = C720O + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'NO'; 
fC720O2(i)=fC720O2(i)-1; fNO(i)=fNO(i)-1; fC720O(i)=fC720O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + NO3 = C720O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'NO3'; 
fC720O2(i)=fC720O2(i)-1; fNO3(i)=fNO3(i)-1; fC720O(i)=fC720O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + RO2 = C720O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'RO2';
fC720O2(i)=fC720O2(i)-1; fC720O(i)=fC720O(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + RO2 = C720OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'RO2';
fC720O2(i)=fC720O2(i)-1; fC720OH(i)=fC720OH(i)+1; 

i=i+1;
Rnames{i} = 'C720O2 + RO2 = HCC7CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C720O2'; Gstr{i,2} = 'RO2';
fC720O2(i)=fC720O2(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + HO2 = NC91CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'HO2'; 
fNC91CO3(i)=fNC91CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC91CO3H(i)=fNC91CO3H(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + HO2 = NOPINONE + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'HO2'; 
fNC91CO3(i)=fNC91CO3(i)-1; fHO2(i)=fHO2(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + NO = NOPINONE + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'NO'; 
fNC91CO3(i)=fNC91CO3(i)-1; fNO(i)=fNO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + NO2 = NC91PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'NO2'; 
fNC91CO3(i)=fNC91CO3(i)-1; fNO2(i)=fNO2(i)-1; fNC91PAN(i)=fNC91PAN(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + NO3 = NOPINONE + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'NO3'; 
fNC91CO3(i)=fNC91CO3(i)-1; fNO3(i)=fNO3(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3 + RO2 = NOPINONE + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'NC91CO3'; Gstr{i,2} = 'RO2';
fNC91CO3(i)=fNC91CO3(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAOOH + OH = C9DC + OH';
k(:,i) = 8.59e-11;
Gstr{i,1} = 'NOPINAOOH'; Gstr{i,2} = 'OH'; 
fNOPINAOOH(i)=fNOPINAOOH(i)-1; fOH(i)=fOH(i)-1; fC9DC(i)=fC9DC(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAOOH + hv = NOPINAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOPINAOOH'; 
fNOPINAOOH(i)=fNOPINAOOH(i)-1; fNOPINAO(i)=fNOPINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINANO3 + OH = C9DC + NO2';
k(:,i) = 3.24e-12;
Gstr{i,1} = 'NOPINANO3'; Gstr{i,2} = 'OH'; 
fNOPINANO3(i)=fNOPINANO3(i)-1; fOH(i)=fOH(i)-1; fC9DC(i)=fC9DC(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINANO3 + hv = NOPINAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOPINANO3'; 
fNOPINANO3(i)=fNOPINANO3(i)-1; fNOPINAO(i)=fNOPINAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO = C918O2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'NOPINAO'; 
fNOPINAO(i)=fNOPINAO(i)-1; fC918O2(i)=fC918O2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAO = C9DC + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NOPINAO'; 
fNOPINAO(i)=fNOPINAO(i)-1; fC9DC(i)=fC9DC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DC + OH = C9DCO2';
k(:,i) = 6.07e-12;
Gstr{i,1} = 'C9DC'; Gstr{i,2} = 'OH'; 
fC9DC(i)=fC9DC(i)-1; fOH(i)=fOH(i)-1; fC9DCO2(i)=fC9DCO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINAOH + OH = C9DC + HO2';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'NOPINAOH'; Gstr{i,2} = 'OH'; 
fNOPINAOH(i)=fNOPINAOH(i)-1; fOH(i)=fOH(i)-1; fC9DC(i)=fC9DC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBOOH + OH = NOPINBCO + OH';
k(:,i) = 3.44e-11;
Gstr{i,1} = 'NOPINBOOH'; Gstr{i,2} = 'OH'; 
fNOPINBOOH(i)=fNOPINBOOH(i)-1; fOH(i)=fOH(i)-1; fNOPINBCO(i)=fNOPINBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBOOH + hv = NOPINBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOPINBOOH'; 
fNOPINBOOH(i)=fNOPINBOOH(i)-1; fNOPINBO(i)=fNOPINBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBNO3 + OH = NOPINBCO + NO2';
k(:,i) = 6.05e-12;
Gstr{i,1} = 'NOPINBNO3'; Gstr{i,2} = 'OH'; 
fNOPINBNO3(i)=fNOPINBNO3(i)-1; fOH(i)=fOH(i)-1; fNOPINBCO(i)=fNOPINBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBNO3 + hv = NOPINBO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'NOPINBNO3'; 
fNOPINBNO3(i)=fNOPINBNO3(i)-1; fNOPINBO(i)=fNOPINBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBO = C915O2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOPINBO'; 
fNOPINBO(i)=fNOPINBO(i)-1; fC915O2(i)=fC915O2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBCO + OH = C915O2';
k(:,i) = 1.64e-11;
Gstr{i,1} = 'NOPINBCO'; Gstr{i,2} = 'OH'; 
fNOPINBCO(i)=fNOPINBCO(i)-1; fOH(i)=fOH(i)-1; fC915O2(i)=fC915O2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINBOH + OH = NOPINBCO + HO2';
k(:,i) = 1.81e-11;
Gstr{i,1} = 'NOPINBOH'; Gstr{i,2} = 'OH'; 
fNOPINBOH(i)=fNOPINBOH(i)-1; fOH(i)=fOH(i)-1; fNOPINBCO(i)=fNOPINBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCOOH + OH = NOPINCO2';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'NOPINCOOH'; Gstr{i,2} = 'OH'; 
fNOPINCOOH(i)=fNOPINCOOH(i)-1; fOH(i)=fOH(i)-1; fNOPINCO2(i)=fNOPINCO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCOOH + hv = NOPINCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOPINCOOH'; 
fNOPINCOOH(i)=fNOPINCOOH(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCNO3 + OH = CH3COCH3 + C619CO + NO2';
k(:,i) = 6.37e-12;
Gstr{i,1} = 'NOPINCNO3'; Gstr{i,2} = 'OH'; 
fNOPINCNO3(i)=fNOPINCNO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC619CO(i)=fC619CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCNO3 + hv = NOPINCO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'NOPINCNO3'; 
fNOPINCNO3(i)=fNOPINCNO3(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCO = C917O2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOPINCO'; 
fNOPINCO(i)=fNOPINCO(i)-1; fC917O2(i)=fC917O2(i)+1; 

i=i+1;
Rnames{i} = 'NOPINCOH + OH = NOPINCO';
k(:,i) = 7.69e-12;
Gstr{i,1} = 'NOPINCOH'; Gstr{i,2} = 'OH'; 
fNOPINCOH(i)=fNOPINCOH(i)-1; fOH(i)=fOH(i)-1; fNOPINCO(i)=fNOPINCO(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDOOH + OH = NOPINDCO + OH';
k(:,i) = 2.63e-11;
Gstr{i,1} = 'NOPINDOOH'; Gstr{i,2} = 'OH'; 
fNOPINDOOH(i)=fNOPINDOOH(i)-1; fOH(i)=fOH(i)-1; fNOPINDCO(i)=fNOPINDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDOOH + hv = NOPINDO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOPINDOOH'; 
fNOPINDOOH(i)=fNOPINDOOH(i)-1; fNOPINDO(i)=fNOPINDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDO = C89CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NOPINDO'; 
fNOPINDO(i)=fNOPINDO(i)-1; fC89CO3(i)=fC89CO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDCO + OH = C89CO3';
k(:,i) = 3.07e-12;
Gstr{i,1} = 'NOPINDCO'; Gstr{i,2} = 'OH'; 
fNOPINDCO(i)=fNOPINDCO(i)-1; fOH(i)=fOH(i)-1; fC89CO3(i)=fC89CO3(i)+1; 

i=i+1;
Rnames{i} = 'NOPINDOH + OH = NOPINDCO + HO2';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'NOPINDOH'; Gstr{i,2} = 'OH'; 
fNOPINDOH(i)=fNOPINDOH(i)-1; fOH(i)=fOH(i)-1; fNOPINDCO(i)=fNOPINDCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + HO2 = C8BCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'HO2'; 
fC8BCO2(i)=fC8BCO2(i)-1; fHO2(i)=fHO2(i)-1; fC8BCOOH(i)=fC8BCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + NO = C8BCNO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'NO'; 
fC8BCO2(i)=fC8BCO2(i)-1; fNO(i)=fNO(i)-1; fC8BCNO3(i)=fC8BCNO3(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + NO = C8BCO + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'NO'; 
fC8BCO2(i)=fC8BCO2(i)-1; fNO(i)=fNO(i)-1; fC8BCO(i)=fC8BCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + NO3 = C8BCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'NO3'; 
fC8BCO2(i)=fC8BCO2(i)-1; fNO3(i)=fNO3(i)-1; fC8BCO(i)=fC8BCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + RO2 = C8BCCO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'RO2';
fC8BCO2(i)=fC8BCO2(i)-1; fC8BCCO(i)=fC8BCCO(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + RO2 = C8BCO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'RO2';
fC8BCO2(i)=fC8BCO2(i)-1; fC8BCO(i)=fC8BCO(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO2 + RO2 = C8BCOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C8BCO2'; Gstr{i,2} = 'RO2';
fC8BCO2(i)=fC8BCO2(i)-1; fC8BCOH(i)=fC8BCOH(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + HO2 = C918CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'HO2'; 
fC918CO3(i)=fC918CO3(i)-1; fHO2(i)=fHO2(i)-1; fC918CO3H(i)=fC918CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + HO2 = NOPINONE + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'HO2'; 
fC918CO3(i)=fC918CO3(i)-1; fHO2(i)=fHO2(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + NO = NOPINONE + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'NO'; 
fC918CO3(i)=fC918CO3(i)-1; fNO(i)=fNO(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + NO2 = C918PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'NO2'; 
fC918CO3(i)=fC918CO3(i)-1; fNO2(i)=fNO2(i)-1; fC918PAN(i)=fC918PAN(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + NO3 = NOPINONE + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'NO3'; 
fC918CO3(i)=fC918CO3(i)-1; fNO3(i)=fNO3(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3 + RO2 = NOPINONE + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C918CO3'; Gstr{i,2} = 'RO2';
fC918CO3(i)=fC918CO3(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + NO3 = C923CO3 + HNO3';
k(:,i) = 2.60e-13.*0.092;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'NO3'; 
fLIMAL(i)=fLIMAL(i)-1; fNO3(i)=fNO3(i)-1; fC923CO3(i)=fC923CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + NO3 = NLIMALO2';
k(:,i) = 2.60e-13.*0.988;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'NO3'; 
fLIMAL(i)=fLIMAL(i)-1; fNO3(i)=fNO3(i)-1; fNLIMALO2(i)=fNLIMALO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + O3 = LIMALOOA + HCHO';
k(:,i) = 8.30e-18.*0.670;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'O3'; 
fLIMAL(i)=fLIMAL(i)-1; fO3(i)=fO3(i)-1; fLIMALOOA(i)=fLIMALOOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + O3 = LMLKET + CH2OOF';
k(:,i) = 8.30e-18.*0.330;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'O3'; 
fLIMAL(i)=fLIMAL(i)-1; fO3(i)=fO3(i)-1; fLMLKET(i)=fLMLKET(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + OH = C923CO3';
k(:,i) = 1.10e-10.*0.288;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'OH'; 
fLIMAL(i)=fLIMAL(i)-1; fOH(i)=fOH(i)-1; fC923CO3(i)=fC923CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + OH = LIMALO2';
k(:,i) = 1.10e-10.*0.712;
Gstr{i,1} = 'LIMAL'; Gstr{i,2} = 'OH'; 
fLIMAL(i)=fLIMAL(i)-1; fOH(i)=fOH(i)-1; fLIMALO2(i)=fLIMALO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMAL + hv = C923O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'LIMAL'; 
fLIMAL(i)=fLIMAL(i)-1; fC923O2(i)=fC923O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAOOH + OH = LIMALACO + OH';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'LIMALAOOH'; Gstr{i,2} = 'OH'; 
fLIMALAOOH(i)=fLIMALAOOH(i)-1; fOH(i)=fOH(i)-1; fLIMALACO(i)=fLIMALACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAOOH + hv = C729CHO + OH + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'LIMALAOOH'; 
fLIMALAOOH(i)=fLIMALAOOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fOH(i)=fOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAOOH + hv = LIMALAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMALAOOH'; 
fLIMALAOOH(i)=fLIMALAOOH(i)-1; fLIMALAO(i)=fLIMALAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAO = C729CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMALAO'; 
fLIMALAO(i)=fLIMALAO(i)-1; fC729CHO(i)=fC729CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALACO + OH = C729CHO + CH3CO3';
k(:,i) = 8.34e-11;
Gstr{i,1} = 'LIMALACO'; Gstr{i,2} = 'OH'; 
fLIMALACO(i)=fLIMALACO(i)-1; fOH(i)=fOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALACO + hv = C729CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'LIMALACO'; 
fLIMALACO(i)=fLIMALACO(i)-1; fC729CO3(i)=fC729CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAOH + OH = LIMALACO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'LIMALAOH'; Gstr{i,2} = 'OH'; 
fLIMALAOH(i)=fLIMALAOH(i)-1; fOH(i)=fOH(i)-1; fLIMALACO(i)=fLIMALACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALAOH + hv = C729CHO + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'LIMALAOH'; 
fLIMALAOH(i)=fLIMALAOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBOOH + OH = LIMALBCO + OH';
k(:,i) = 9.73e-11;
Gstr{i,1} = 'LIMALBOOH'; Gstr{i,2} = 'OH'; 
fLIMALBOOH(i)=fLIMALBOOH(i)-1; fOH(i)=fOH(i)-1; fLIMALBCO(i)=fLIMALBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBOOH + hv = C822CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'LIMALBOOH'; 
fLIMALBOOH(i)=fLIMALBOOH(i)-1; fC822CO3(i)=fC822CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBOOH + hv = LIMALBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMALBOOH'; 
fLIMALBOOH(i)=fLIMALBOOH(i)-1; fLIMALBO(i)=fLIMALBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBO = C822CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMALBO'; 
fLIMALBO(i)=fLIMALBO(i)-1; fC822CO3(i)=fC822CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBCO + OH = C822CO3 + CO';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'LIMALBCO'; Gstr{i,2} = 'OH'; 
fLIMALBCO(i)=fLIMALBCO(i)-1; fOH(i)=fOH(i)-1; fC822CO3(i)=fC822CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBCO + hv = C822CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'LIMALBCO'; 
fLIMALBCO(i)=fLIMALBCO(i)-1; fC822CO3(i)=fC822CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBOH + OH = LIMALBCO + HO2';
k(:,i) = 9.04e-11;
Gstr{i,1} = 'LIMALBOH'; Gstr{i,2} = 'OH'; 
fLIMALBOH(i)=fLIMALBOH(i)-1; fOH(i)=fOH(i)-1; fLIMALBCO(i)=fLIMALBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALBOH + hv = C822CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'LIMALBOH'; 
fLIMALBOH(i)=fLIMALBOH(i)-1; fC822CO3(i)=fC822CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C923OOH + OH = NORLIMAL + OH';
k(:,i) = 7.39e-11;
Gstr{i,1} = 'C923OOH'; Gstr{i,2} = 'OH'; 
fC923OOH(i)=fC923OOH(i)-1; fOH(i)=fOH(i)-1; fNORLIMAL(i)=fNORLIMAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C923OOH + hv = C923O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C923OOH'; 
fC923OOH(i)=fC923OOH(i)-1; fC923O(i)=fC923O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C923NO3 + OH = NORLIMAL + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C923NO3'; Gstr{i,2} = 'OH'; 
fC923NO3(i)=fC923NO3(i)-1; fOH(i)=fOH(i)-1; fNORLIMAL(i)=fNORLIMAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923NO3 + hv = C923O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C923NO3'; 
fC923NO3(i)=fC923NO3(i)-1; fC923O(i)=fC923O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923O = C924O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C923O'; 
fC923O(i)=fC923O(i)-1; fC924O2(i)=fC924O2(i)+1; 

i=i+1;
Rnames{i} = 'C923OH + OH = NORLIMAL + HO2';
k(:,i) = 6.91e-11;
Gstr{i,1} = 'C923OH'; Gstr{i,2} = 'OH'; 
fC923OH(i)=fC923OH(i)-1; fOH(i)=fOH(i)-1; fNORLIMAL(i)=fNORLIMAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMAL + OH = C816CO3';
k(:,i) = 8.00e-11.*0.288;
Gstr{i,1} = 'NORLIMAL'; Gstr{i,2} = 'OH'; 
fNORLIMAL(i)=fNORLIMAL(i)-1; fOH(i)=fOH(i)-1; fC816CO3(i)=fC816CO3(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMAL + OH = NORLIMO2';
k(:,i) = 8.00e-11.*0.712;
Gstr{i,1} = 'NORLIMAL'; Gstr{i,2} = 'OH'; 
fNORLIMAL(i)=fNORLIMAL(i)-1; fOH(i)=fOH(i)-1; fNORLIMO2(i)=fNORLIMO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMAL + hv = C816O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'NORLIMAL'; 
fNORLIMAL(i)=fNORLIMAL(i)-1; fC816O2(i)=fC816O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMONONIC + OH = C923O2';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'LIMONONIC'; Gstr{i,2} = 'OH'; 
fLIMONONIC(i)=fLIMONONIC(i)-1; fOH(i)=fOH(i)-1; fC923O2(i)=fC923O2(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + HO2 = C923CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'HO2'; 
fC923CO3(i)=fC923CO3(i)-1; fHO2(i)=fHO2(i)-1; fC923CO3H(i)=fC923CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + HO2 = C923O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'HO2'; 
fC923CO3(i)=fC923CO3(i)-1; fHO2(i)=fHO2(i)-1; fC923O2(i)=fC923O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + HO2 = LIMONONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'HO2'; 
fC923CO3(i)=fC923CO3(i)-1; fHO2(i)=fHO2(i)-1; fLIMONONIC(i)=fLIMONONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + NO = C923O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'NO'; 
fC923CO3(i)=fC923CO3(i)-1; fNO(i)=fNO(i)-1; fC923O2(i)=fC923O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + NO2 = C923PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'NO2'; 
fC923CO3(i)=fC923CO3(i)-1; fNO2(i)=fNO2(i)-1; fC923PAN(i)=fC923PAN(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + NO3 = C923O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'NO3'; 
fC923CO3(i)=fC923CO3(i)-1; fNO3(i)=fNO3(i)-1; fC923O2(i)=fC923O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + RO2 = C923O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'RO2';
fC923CO3(i)=fC923CO3(i)-1; fC923O2(i)=fC923O2(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3 + RO2 = LIMONONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C923CO3'; Gstr{i,2} = 'RO2';
fC923CO3(i)=fC923CO3(i)-1; fLIMONONIC(i)=fLIMONONIC(i)+1; 

i=i+1;
Rnames{i} = 'LIMKET + NO3 = NLMKAO2';
k(:,i) = 9.40e-12;
Gstr{i,1} = 'LIMKET'; Gstr{i,2} = 'NO3'; 
fLIMKET(i)=fLIMKET(i)-1; fNO3(i)=fNO3(i)-1; fNLMKAO2(i)=fNLMKAO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMKET + O3 = LMKOOA';
k(:,i) = 1.50e-16.*0.730;
Gstr{i,1} = 'LIMKET'; Gstr{i,2} = 'O3'; 
fLIMKET(i)=fLIMKET(i)-1; fO3(i)=fO3(i)-1; fLMKOOA(i)=fLMKOOA(i)+1; 

i=i+1;
Rnames{i} = 'LIMKET + O3 = LMKOOB';
k(:,i) = 1.50e-16.*0.270;
Gstr{i,1} = 'LIMKET'; Gstr{i,2} = 'O3'; 
fLIMKET(i)=fLIMKET(i)-1; fO3(i)=fO3(i)-1; fLMKOOB(i)=fLMKOOB(i)+1; 

i=i+1;
Rnames{i} = 'LIMKET + OH = LMKAO2';
k(:,i) = 9.97e-11.*0.647;
Gstr{i,1} = 'LIMKET'; Gstr{i,2} = 'OH'; 
fLIMKET(i)=fLIMKET(i)-1; fOH(i)=fOH(i)-1; fLMKAO2(i)=fLMKAO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMKET + OH = LMKBO2';
k(:,i) = 9.97e-11.*0.353;
Gstr{i,1} = 'LIMKET'; Gstr{i,2} = 'OH'; 
fLIMKET(i)=fLIMKET(i)-1; fOH(i)=fOH(i)-1; fLMKBO2(i)=fLMKBO2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + HO2 = C141CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'HO2'; 
fC141CO3(i)=fC141CO3(i)-1; fHO2(i)=fHO2(i)-1; fC141CO2H(i)=fC141CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + HO2 = C141CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'HO2'; 
fC141CO3(i)=fC141CO3(i)-1; fHO2(i)=fHO2(i)-1; fC141CO3H(i)=fC141CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + HO2 = C141O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'HO2'; 
fC141CO3(i)=fC141CO3(i)-1; fHO2(i)=fHO2(i)-1; fC141O2(i)=fC141O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + NO = C141O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'NO'; 
fC141CO3(i)=fC141CO3(i)-1; fNO(i)=fNO(i)-1; fC141O2(i)=fC141O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + NO2 = C141PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'NO2'; 
fC141CO3(i)=fC141CO3(i)-1; fNO2(i)=fNO2(i)-1; fC141PAN(i)=fC141PAN(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + NO3 = C141O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'NO3'; 
fC141CO3(i)=fC141CO3(i)-1; fNO3(i)=fNO3(i)-1; fC141O2(i)=fC141O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + RO2 = C141CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'RO2';
fC141CO3(i)=fC141CO3(i)-1; fC141CO2H(i)=fC141CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3 + RO2 = C141O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C141CO3'; Gstr{i,2} = 'RO2';
fC141CO3(i)=fC141CO3(i)-1; fC141O2(i)=fC141O2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO2 + HO2 = NBCALOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'NBCALO2'; Gstr{i,2} = 'HO2'; 
fNBCALO2(i)=fNBCALO2(i)-1; fHO2(i)=fHO2(i)-1; fNBCALOOH(i)=fNBCALOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO2 + NO = NBCALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBCALO2'; Gstr{i,2} = 'NO'; 
fNBCALO2(i)=fNBCALO2(i)-1; fNO(i)=fNO(i)-1; fNBCALO(i)=fNBCALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO2 + NO3 = NBCALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBCALO2'; Gstr{i,2} = 'NO3'; 
fNBCALO2(i)=fNBCALO2(i)-1; fNO3(i)=fNO3(i)-1; fNBCALO(i)=fNBCALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO2 + RO2 = NBCALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NBCALO2'; Gstr{i,2} = 'RO2';
fNBCALO2(i)=fNBCALO2(i)-1; fNBCALO(i)=fNBCALO(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO2 + RO2 = NBCALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NBCALO2'; Gstr{i,2} = 'RO2';
fNBCALO2(i)=fNBCALO2(i)-1; fNBCALOH(i)=fNBCALOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALOOA = BCALOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BCALOOA'; 
fBCALOOA(i)=fBCALOOA(i)-1; fBCALOO(i)=fBCALOO(i)+1; 

i=i+1;
Rnames{i} = 'BCALOOA = C146O2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BCALOOA'; 
fBCALOOA(i)=fBCALOOA(i)-1; fC146O2(i)=fC146O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + NO3 = C131CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'NO3'; 
fBCLKET(i)=fBCLKET(i)-1; fNO3(i)=fNO3(i)-1; fC131CO3(i)=fC131CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + OH = BCLKAO2';
k(:,i) = 3.79e-11.*0.032;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'OH'; 
fBCLKET(i)=fBCLKET(i)-1; fOH(i)=fOH(i)-1; fBCLKAO2(i)=fBCLKAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + OH = BCLKBO2';
k(:,i) = 3.79e-11.*0.004;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'OH'; 
fBCLKET(i)=fBCLKET(i)-1; fOH(i)=fOH(i)-1; fBCLKBO2(i)=fBCLKBO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + OH = BCLKCO2';
k(:,i) = 3.79e-11.*0.100;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'OH'; 
fBCLKET(i)=fBCLKET(i)-1; fOH(i)=fOH(i)-1; fBCLKCO2(i)=fBCLKCO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + OH = C131CO3';
k(:,i) = 3.79e-11.*0.764;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'OH'; 
fBCLKET(i)=fBCLKET(i)-1; fOH(i)=fOH(i)-1; fC131CO3(i)=fC131CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + OH = C146O2';
k(:,i) = 3.79e-11.*0.100;
Gstr{i,1} = 'BCLKET'; Gstr{i,2} = 'OH'; 
fBCLKET(i)=fBCLKET(i)-1; fOH(i)=fOH(i)-1; fC146O2(i)=fC146O2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKET + hv = C131O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCLKET'; 
fBCLKET(i)=fBCLKET(i)-1; fC131O2(i)=fC131O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + HO2 = BCALOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'HO2'; 
fBCALO2(i)=fBCALO2(i)-1; fHO2(i)=fHO2(i)-1; fBCALOOH(i)=fBCALOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + NO = BCALNO3';
k(:,i) = KRO2NO.*0.068;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'NO'; 
fBCALO2(i)=fBCALO2(i)-1; fNO(i)=fNO(i)-1; fBCALNO3(i)=fBCALNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + NO = BCALO + NO2';
k(:,i) = KRO2NO.*0.932;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'NO'; 
fBCALO2(i)=fBCALO2(i)-1; fNO(i)=fNO(i)-1; fBCALO(i)=fBCALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + NO3 = BCALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'NO3'; 
fBCALO2(i)=fBCALO2(i)-1; fNO3(i)=fNO3(i)-1; fBCALO(i)=fBCALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + RO2 = BCALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'RO2';
fBCALO2(i)=fBCALO2(i)-1; fBCALO(i)=fBCALO(i)+1; 

i=i+1;
Rnames{i} = 'BCALO2 + RO2 = BCALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BCALO2'; Gstr{i,2} = 'RO2';
fBCALO2(i)=fBCALO2(i)-1; fBCALOH(i)=fBCALOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKSOZ + OH = C131O2';
k(:,i) = 3.65e-11;
Gstr{i,1} = 'BCKSOZ'; Gstr{i,2} = 'OH'; 
fBCKSOZ(i)=fBCKSOZ(i)-1; fOH(i)=fOH(i)-1; fC131O2(i)=fC131O2(i)+1; 

i=i+1;
Rnames{i} = 'BCKSZOO + CO = BCKSOZ';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCKSZOO'; Gstr{i,2} = 'CO'; 
fBCKSZOO(i)=fBCKSZOO(i)-1; fCO(i)=fCO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; 

i=i+1;
Rnames{i} = 'BCKSZOO + NO = BCKSOZ + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCKSZOO'; Gstr{i,2} = 'NO'; 
fBCKSZOO(i)=fBCKSZOO(i)-1; fNO(i)=fNO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKSZOO + NO2 = BCKSOZ + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCKSZOO'; Gstr{i,2} = 'NO2'; 
fBCKSZOO(i)=fBCKSZOO(i)-1; fNO2(i)=fNO2(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKSZOO + SO2 = BCKSOZ + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCKSZOO'; Gstr{i,2} = 'SO2'; 
fBCKSZOO(i)=fBCKSZOO(i)-1; fSO2(i)=fSO2(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKSZOO = BCKSOZ + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'BCKSZOO'; 
fBCKSZOO(i)=fBCKSZOO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + HO2 = BCSOZOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'HO2'; 
fBCSOZO2(i)=fBCSOZO2(i)-1; fHO2(i)=fHO2(i)-1; fBCSOZOOH(i)=fBCSOZOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + NO = BCSOZNO3';
k(:,i) = KRO2NO.*0.247;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'NO'; 
fBCSOZO2(i)=fBCSOZO2(i)-1; fNO(i)=fNO(i)-1; fBCSOZNO3(i)=fBCSOZNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + NO = BCSOZO';
k(:,i) = KRO2NO.*0.753;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'NO'; 
fBCSOZO2(i)=fBCSOZO2(i)-1; fNO(i)=fNO(i)-1; fBCSOZO(i)=fBCSOZO(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + NO3 = BCSOZO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'NO3'; 
fBCSOZO2(i)=fBCSOZO2(i)-1; fNO3(i)=fNO3(i)-1; fBCSOZO(i)=fBCSOZO(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + RO2 = BCSOZO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'RO2';
fBCSOZO2(i)=fBCSOZO2(i)-1; fBCSOZO(i)=fBCSOZO(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO2 + RO2 = BCSOZOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BCSOZO2'; Gstr{i,2} = 'RO2';
fBCSOZO2(i)=fBCSOZO2(i)-1; fBCSOZOH(i)=fBCSOZOH(i)+1; 

i=i+1;
Rnames{i} = 'C131CO2H + OH = C147O2';
k(:,i) = 1.21e-11;
Gstr{i,1} = 'C131CO2H'; Gstr{i,2} = 'OH'; 
fC131CO2H(i)=fC131CO2H(i)-1; fOH(i)=fOH(i)-1; fC147O2(i)=fC147O2(i)+1; 

i=i+1;
Rnames{i} = 'C141OOA = C141OO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C141OOA'; 
fC141OOA(i)=fC141OOA(i)-1; fC141OO(i)=fC141OO(i)+1; 

i=i+1;
Rnames{i} = 'C141OOA = C147O2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C141OOA'; 
fC141OOA(i)=fC141OOA(i)-1; fC147O2(i)=fC147O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + HO2 = C151OOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'HO2'; 
fC151O2(i)=fC151O2(i)-1; fHO2(i)=fHO2(i)-1; fC151OOH(i)=fC151OOH(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + NO = C151NO3';
k(:,i) = KRO2NO.*0.136;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'NO'; 
fC151O2(i)=fC151O2(i)-1; fNO(i)=fNO(i)-1; fC151NO3(i)=fC151NO3(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + NO = C151O + NO2';
k(:,i) = KRO2NO.*0.864;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'NO'; 
fC151O2(i)=fC151O2(i)-1; fNO(i)=fNO(i)-1; fC151O(i)=fC151O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + NO3 = C151O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'NO3'; 
fC151O2(i)=fC151O2(i)-1; fNO3(i)=fNO3(i)-1; fC151O(i)=fC151O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + RO2 = C151O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'RO2';
fC151O2(i)=fC151O2(i)-1; fC151O(i)=fC151O(i)+1; 

i=i+1;
Rnames{i} = 'C151O2 + RO2 = C151OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C151O2'; Gstr{i,2} = 'RO2';
fC151O2(i)=fC151O2(i)-1; fC151OH(i)=fC151OH(i)+1; 

i=i+1;
Rnames{i} = 'BCALAOOH + OH = BCALACO + OH';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'BCALAOOH'; Gstr{i,2} = 'OH'; 
fBCALAOOH(i)=fBCALAOOH(i)-1; fOH(i)=fOH(i)-1; fBCALACO(i)=fBCALACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALAOOH + hv = BCALAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCALAOOH'; 
fBCALAOOH(i)=fBCALAOOH(i)-1; fBCALAO(i)=fBCALAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALAOOH + hv = C126CHO + OH + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'BCALAOOH'; 
fBCALAOOH(i)=fBCALAOOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fOH(i)=fOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALAO = C126CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'BCALAO'; 
fBCALAO(i)=fBCALAO(i)-1; fC126CHO(i)=fC126CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALACO + OH = C126CHO + CH3CO3';
k(:,i) = 8.34e-11;
Gstr{i,1} = 'BCALACO'; Gstr{i,2} = 'OH'; 
fBCALACO(i)=fBCALACO(i)-1; fOH(i)=fOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALACO + hv = C126CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'BCALACO'; 
fBCALACO(i)=fBCALACO(i)-1; fC126CO3(i)=fC126CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALAOH + OH = BCALACO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'BCALAOH'; Gstr{i,2} = 'OH'; 
fBCALAOH(i)=fBCALAOH(i)-1; fOH(i)=fOH(i)-1; fBCALACO(i)=fBCALACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALAOH + hv = C126CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BCALAOH'; 
fBCALAOH(i)=fBCALAOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOOH + OH = BCALBCO + OH';
k(:,i) = 9.73e-11;
Gstr{i,1} = 'BCALBOOH'; Gstr{i,2} = 'OH'; 
fBCALBOOH(i)=fBCALBOOH(i)-1; fOH(i)=fOH(i)-1; fBCALBCO(i)=fBCALBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOOH + hv = BCALBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCALBOOH'; 
fBCALBOOH(i)=fBCALBOOH(i)-1; fBCALBO(i)=fBCALBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOOH + hv = C136CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'BCALBOOH'; 
fBCALBOOH(i)=fBCALBOOH(i)-1; fC136CO3(i)=fC136CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALBO = C136CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'BCALBO'; 
fBCALBO(i)=fBCALBO(i)-1; fC136CO3(i)=fC136CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BCALBCO + OH = C136CO3 + CO';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'BCALBCO'; Gstr{i,2} = 'OH'; 
fBCALBCO(i)=fBCALBCO(i)-1; fOH(i)=fOH(i)-1; fC136CO3(i)=fC136CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BCALBCO + hv = C136CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'BCALBCO'; 
fBCALBCO(i)=fBCALBCO(i)-1; fC136CO3(i)=fC136CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOH + OH = BCALBCO + HO2';
k(:,i) = 9.04e-11;
Gstr{i,1} = 'BCALBOH'; Gstr{i,2} = 'OH'; 
fBCALBOH(i)=fBCALBOH(i)-1; fOH(i)=fOH(i)-1; fBCALBCO(i)=fBCALBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALBOH + hv = C136CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BCALBOH'; 
fBCALBOH(i)=fBCALBOH(i)-1; fC136CO3(i)=fC136CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBOOA = BCBOCOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BCBOOA'; 
fBCBOOA(i)=fBCBOOA(i)-1; fBCBOCOO(i)=fBCBOCOO(i)+1; 

i=i+1;
Rnames{i} = 'BCBOOA = C148O2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BCBOOA'; 
fBCBOOA(i)=fBCBOOA(i)-1; fC148O2(i)=fC148O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOC + OH = C148O2';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'BCLKBOC'; Gstr{i,2} = 'OH'; 
fBCLKBOC(i)=fBCLKBOC(i)-1; fOH(i)=fOH(i)-1; fC148O2(i)=fC148O2(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + HO2 = C152OOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'HO2'; 
fC152O2(i)=fC152O2(i)-1; fHO2(i)=fHO2(i)-1; fC152OOH(i)=fC152OOH(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + NO = C152NO3';
k(:,i) = KRO2NO.*0.136;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'NO'; 
fC152O2(i)=fC152O2(i)-1; fNO(i)=fNO(i)-1; fC152NO3(i)=fC152NO3(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + NO = C152O + NO2';
k(:,i) = KRO2NO.*0.864;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'NO'; 
fC152O2(i)=fC152O2(i)-1; fNO(i)=fNO(i)-1; fC152O(i)=fC152O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + NO3 = C152O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'NO3'; 
fC152O2(i)=fC152O2(i)-1; fNO3(i)=fNO3(i)-1; fC152O(i)=fC152O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + RO2 = C152O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'RO2';
fC152O2(i)=fC152O2(i)-1; fC152O(i)=fC152O(i)+1; 

i=i+1;
Rnames{i} = 'C152O2 + RO2 = C152OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C152O2'; Gstr{i,2} = 'RO2';
fC152O2(i)=fC152O2(i)-1; fC152OH(i)=fC152OH(i)+1; 

i=i+1;
Rnames{i} = 'C136OOH + OH = C126CHO + OH';
k(:,i) = 9.71e-11;
Gstr{i,1} = 'C136OOH'; Gstr{i,2} = 'OH'; 
fC136OOH(i)=fC136OOH(i)-1; fOH(i)=fOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C136OOH + hv = C136O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C136OOH'; 
fC136OOH(i)=fC136OOH(i)-1; fC136O(i)=fC136O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C136NO3 + OH = C126CHO + NO2';
k(:,i) = 8.31e-11;
Gstr{i,1} = 'C136NO3'; Gstr{i,2} = 'OH'; 
fC136NO3(i)=fC136NO3(i)-1; fOH(i)=fOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136NO3 + hv = C136O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C136NO3'; 
fC136NO3(i)=fC136NO3(i)-1; fC136O(i)=fC136O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136O = C1311O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C136O'; 
fC136O(i)=fC136O(i)-1; fC1311O2(i)=fC1311O2(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + NO3 = C126CO3 + HNO3';
k(:,i) = KNO3AL.*17;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'NO3'; 
fC126CHO(i)=fC126CHO(i)-1; fNO3(i)=fNO3(i)-1; fC126CO3(i)=fC126CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + NO3 = NC1313O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'NO3'; 
fC126CHO(i)=fC126CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC1313O2(i)=fNC1313O2(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + O3 = C116CHO + CH2OOF';
k(:,i) = 1.10e-16.*0.330;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'O3'; 
fC126CHO(i)=fC126CHO(i)-1; fO3(i)=fO3(i)-1; fC116CHO(i)=fC116CHO(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + O3 = C126OOA + HCHO';
k(:,i) = 1.10e-16.*0.670;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'O3'; 
fC126CHO(i)=fC126CHO(i)-1; fO3(i)=fO3(i)-1; fC126OOA(i)=fC126OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + OH = C126CO3';
k(:,i) = 1.10e-10.*0.447;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'OH'; 
fC126CHO(i)=fC126CHO(i)-1; fOH(i)=fOH(i)-1; fC126CO3(i)=fC126CO3(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + OH = C1313O2';
k(:,i) = 1.10e-10.*0.553;
Gstr{i,1} = 'C126CHO'; Gstr{i,2} = 'OH'; 
fC126CHO(i)=fC126CHO(i)-1; fOH(i)=fOH(i)-1; fC1313O2(i)=fC1313O2(i)+1; 

i=i+1;
Rnames{i} = 'C126CHO + hv = C126O2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C126CHO'; 
fC126CHO(i)=fC126CHO(i)-1; fC126O2(i)=fC126O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C136OH + OH = C126CHO + HO2';
k(:,i) = 8.80e-11;
Gstr{i,1} = 'C136OH'; Gstr{i,2} = 'OH'; 
fC136OH(i)=fC136OH(i)-1; fOH(i)=fOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCOOH + OH = BCALCCO + OH';
k(:,i) = 1.02e-10;
Gstr{i,1} = 'BCALCOOH'; Gstr{i,2} = 'OH'; 
fBCALCOOH(i)=fBCALCOOH(i)-1; fOH(i)=fOH(i)-1; fBCALCCO(i)=fBCALCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALCOOH + hv = BCALCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCALCOOH'; 
fBCALCOOH(i)=fBCALCOOH(i)-1; fBCALCO(i)=fBCALCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALCOOH + hv = C141CO + OH + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCALCOOH'; 
fBCALCOOH(i)=fBCALCOOH(i)-1; fC141CO(i)=fC141CO(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCO = C141CO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCALCO'; 
fBCALCO(i)=fBCALCO(i)-1; fC141CO(i)=fC141CO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCCO + OH = C144O2 + CO';
k(:,i) = 7.59e-11;
Gstr{i,1} = 'BCALCCO'; Gstr{i,2} = 'OH'; 
fBCALCCO(i)=fBCALCCO(i)-1; fOH(i)=fOH(i)-1; fC144O2(i)=fC144O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BCALCCO + hv = C144O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'BCALCCO'; 
fBCALCCO(i)=fBCALCCO(i)-1; fC144O2(i)=fC144O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCOH + OH = BCALCCO + HO2';
k(:,i) = 9.02e-11;
Gstr{i,1} = 'BCALCOH'; Gstr{i,2} = 'OH'; 
fBCALCOH(i)=fBCALCOH(i)-1; fOH(i)=fOH(i)-1; fBCALCCO(i)=fBCALCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALCOH + hv = C141CO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCALCOH'; 
fBCALCOH(i)=fBCALCOH(i)-1; fC141CO(i)=fC141CO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C141OOH + OH = C141CO + OH';
k(:,i) = 7.39e-11;
Gstr{i,1} = 'C141OOH'; Gstr{i,2} = 'OH'; 
fC141OOH(i)=fC141OOH(i)-1; fOH(i)=fOH(i)-1; fC141CO(i)=fC141CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C141OOH + hv = C141O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C141OOH'; 
fC141OOH(i)=fC141OOH(i)-1; fC141O(i)=fC141O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C141NO3 + OH = C141CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C141NO3'; Gstr{i,2} = 'OH'; 
fC141NO3(i)=fC141NO3(i)-1; fOH(i)=fOH(i)-1; fC141CO(i)=fC141CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141NO3 + hv = C141O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C141NO3'; 
fC141NO3(i)=fC141NO3(i)-1; fC141O(i)=fC141O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141O = C142O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C141O'; 
fC141O(i)=fC141O(i)-1; fC142O2(i)=fC142O2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO + OH = C144O2';
k(:,i) = 8.00e-11;
Gstr{i,1} = 'C141CO'; Gstr{i,2} = 'OH'; 
fC141CO(i)=fC141CO(i)-1; fOH(i)=fOH(i)-1; fC144O2(i)=fC144O2(i)+1; 

i=i+1;
Rnames{i} = 'C141CO + hv = C144O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C141CO'; 
fC141CO(i)=fC141CO(i)-1; fC144O(i)=fC144O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C141OH + OH = C141CO + HO2';
k(:,i) = 6.91e-11;
Gstr{i,1} = 'C141OH'; Gstr{i,2} = 'OH'; 
fC141OH(i)=fC141OH(i)-1; fOH(i)=fOH(i)-1; fC141CO(i)=fC141CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + NO3 = NBCKO2';
k(:,i) = 9.40e-12;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'NO3'; 
fBCKET(i)=fBCKET(i)-1; fNO3(i)=fNO3(i)-1; fNBCKO2(i)=fNBCKO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + O3 = BCKAOO';
k(:,i) = 1.16e-14.*0.435;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'O3'; 
fBCKET(i)=fBCKET(i)-1; fO3(i)=fO3(i)-1; fBCKAOO(i)=fBCKAOO(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + O3 = BCKBOO';
k(:,i) = 1.16e-14.*0.435;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'O3'; 
fBCKET(i)=fBCKET(i)-1; fO3(i)=fO3(i)-1; fBCKBOO(i)=fBCKBOO(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + O3 = BCKOOA';
k(:,i) = 1.16e-14.*0.100;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'O3'; 
fBCKET(i)=fBCKET(i)-1; fO3(i)=fO3(i)-1; fBCKOOA(i)=fBCKOOA(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + O3 = BCKOOB';
k(:,i) = 1.16e-14.*0.030;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'O3'; 
fBCKET(i)=fBCKET(i)-1; fO3(i)=fO3(i)-1; fBCKOOB(i)=fBCKOOB(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + OH = BCKAO2';
k(:,i) = 9.95e-11.*0.647;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'OH'; 
fBCKET(i)=fBCKET(i)-1; fOH(i)=fOH(i)-1; fBCKAO2(i)=fBCKAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKET + OH = BCKBO2';
k(:,i) = 9.95e-11.*0.353;
Gstr{i,1} = 'BCKET'; Gstr{i,2} = 'OH'; 
fBCKET(i)=fBCKET(i)-1; fOH(i)=fOH(i)-1; fBCKBO2(i)=fBCKBO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + HO2 = MMFOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'HO2'; 
fMMFO2(i)=fMMFO2(i)-1; fHO2(i)=fHO2(i)-1; fMMFOOH(i)=fMMFOOH(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + NO = MMFNO3';
k(:,i) = KRO2NO.*0.042;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'NO'; 
fMMFO2(i)=fMMFO2(i)-1; fNO(i)=fNO(i)-1; fMMFNO3(i)=fMMFNO3(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + NO = MMFO + NO2';
k(:,i) = KRO2NO.*0.958;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'NO'; 
fMMFO2(i)=fMMFO2(i)-1; fNO(i)=fNO(i)-1; fMMFO(i)=fMMFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + NO3 = MMFO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'NO3'; 
fMMFO2(i)=fMMFO2(i)-1; fNO3(i)=fNO3(i)-1; fMMFO(i)=fMMFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + RO2 = MMCF';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'RO2';
fMMFO2(i)=fMMFO2(i)-1; fMMCF(i)=fMMCF(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + RO2 = MMFO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'RO2';
fMMFO2(i)=fMMFO2(i)-1; fMMFO(i)=fMMFO(i)+1; 

i=i+1;
Rnames{i} = 'MMFO2 + RO2 = MMFOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MMFO2'; Gstr{i,2} = 'RO2';
fMMFO2(i)=fMMFO2(i)-1; fMMFOH(i)=fMMFOH(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + HO2 = MMCFOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'HO2'; 
fMMCFO2(i)=fMMCFO2(i)-1; fHO2(i)=fHO2(i)-1; fMMCFOOH(i)=fMMCFOOH(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + NO = MMCFNO3';
k(:,i) = KRO2NO.*0.017;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'NO'; 
fMMCFO2(i)=fMMCFO2(i)-1; fNO(i)=fNO(i)-1; fMMCFNO3(i)=fMMCFNO3(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + NO = MMCFO + NO2';
k(:,i) = KRO2NO.*0.983;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'NO'; 
fMMCFO2(i)=fMMCFO2(i)-1; fNO(i)=fNO(i)-1; fMMCFO(i)=fMMCFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + NO3 = MMCFO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'NO3'; 
fMMCFO2(i)=fMMCFO2(i)-1; fNO3(i)=fNO3(i)-1; fMMCFO(i)=fMMCFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + RO2 = DFC';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'RO2';
fMMCFO2(i)=fMMCFO2(i)-1; fDFC(i)=fDFC(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + RO2 = MMCFO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'RO2';
fMMCFO2(i)=fMMCFO2(i)-1; fMMCFO(i)=fMMCFO(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO2 + RO2 = MMCFOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'MMCFO2'; Gstr{i,2} = 'RO2';
fMMCFO2(i)=fMMCFO2(i)-1; fMMCFOH(i)=fMMCFOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3S + NO2 = CH3SO + NO';
k(:,i) = 6.00e-11.*exp(240./T);
Gstr{i,1} = 'CH3S'; Gstr{i,2} = 'NO2'; 
fCH3S(i)=fCH3S(i)-1; fNO2(i)=fNO2(i)-1; fCH3SO(i)=fCH3SO(i)+1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'CH3S + O3 = CH3SO';
k(:,i) = 1.15e-12.*exp(430./T);
Gstr{i,1} = 'CH3S'; Gstr{i,2} = 'O3'; 
fCH3S(i)=fCH3S(i)-1; fO3(i)=fO3(i)-1; fCH3SO(i)=fCH3SO(i)+1; 

i=i+1;
Rnames{i} = 'CH3S = CH3SOO';
k(:,i) = 1.20e-16.*exp(1580./T).*.21.*M;
Gstr{i,1} = 'CH3S'; 
fCH3S(i)=fCH3S(i)-1; fCH3SOO(i)=fCH3SOO(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + HO2 = DMSO2OOH';
k(:,i) = KRO2HO2.*0.387;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'HO2'; 
fDMSO2O2(i)=fDMSO2O2(i)-1; fHO2(i)=fHO2(i)-1; fDMSO2OOH(i)=fDMSO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + NO = DMSO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'NO'; 
fDMSO2O2(i)=fDMSO2O2(i)-1; fNO(i)=fNO(i)-1; fDMSO2O(i)=fDMSO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + NO3 = DMSO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'NO3'; 
fDMSO2O2(i)=fDMSO2O2(i)-1; fNO3(i)=fNO3(i)-1; fDMSO2O(i)=fDMSO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + RO2 = CH3SO2CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'RO2';
fDMSO2O2(i)=fDMSO2O2(i)-1; fCH3SO2CHO(i)=fCH3SO2CHO(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + RO2 = DMSO2O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'RO2';
fDMSO2O2(i)=fDMSO2O2(i)-1; fDMSO2O(i)=fDMSO2O(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O2 + RO2 = DMSO2OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'DMSO2O2'; Gstr{i,2} = 'RO2';
fDMSO2O2(i)=fDMSO2O2(i)-1; fDMSO2OH(i)=fDMSO2OH(i)+1; 

i=i+1;
Rnames{i} = 'MSIA + OH = CH3O2 + SO2';
k(:,i) = 9.00e-11;
Gstr{i,1} = 'MSIA'; Gstr{i,2} = 'OH'; 
fMSIA(i)=fMSIA(i)-1; fOH(i)=fOH(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO2(i)=fSO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC2H4CO2H = HOCH2CH2O2';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC2H4CO2H'; 
fOH(i)=fOH(i)-1; fHOC2H4CO2H(i)=fHOC2H4CO2H(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HOC2H4CO3H + hv = HOCH2CH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOC2H4CO3H'; 
fHOC2H4CO3H(i)=fHOC2H4CO3H(i)-1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC2H4CO3H = HOC2H4CO3';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC2H4CO3H'; 
fOH(i)=fOH(i)-1; fHOC2H4CO3H(i)=fHOC2H4CO3H(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3PAN1 = HOC2H4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3PAN1'; 
fC3PAN1(i)=fC3PAN1(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3PAN1 = HOCH2CHO + CO + NO2';
k(:,i) = 4.51e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3PAN1'; 
fOH(i)=fOH(i)-1; fC3PAN1(i)=fC3PAN1(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIPRCO2H = HYPROPO2';
k(:,i) = 1.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIPRCO2H'; 
fOH(i)=fOH(i)-1; fHOIPRCO2H(i)=fHOIPRCO2H(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRCO3H + hv = HYPROPO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOIPRCO3H'; 
fHOIPRCO3H(i)=fHOIPRCO3H(i)-1; fHYPROPO2(i)=fHYPROPO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIPRCO3H = HOIPRCO3';
k(:,i) = 1.82e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIPRCO3H'; 
fOH(i)=fOH(i)-1; fHOIPRCO3H(i)=fHOIPRCO3H(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN4 = HOIPRCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN4'; 
fC4PAN4(i)=fC4PAN4(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN4 = ACETOL + CO + NO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN4'; 
fOH(i)=fOH(i)-1; fC4PAN4(i)=fC4PAN4(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5OOH + hv = HO13C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO13C5OOH'; 
fHO13C5OOH(i)=fHO13C5OOH(i)-1; fHO13C5O(i)=fHO13C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C5OOH = HO13CO4C5 + OH';
k(:,i) = 3.98e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C5OOH'; 
fOH(i)=fOH(i)-1; fHO13C5OOH(i)=fHO13C5OOH(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5NO3 + hv = HO13C5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO13C5NO3'; 
fHO13C5NO3(i)=fHO13C5NO3(i)-1; fHO13C5O(i)=fHO13C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C5NO3 = HO13CO4C5 + NO2';
k(:,i) = 7.51e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C5NO3'; 
fOH(i)=fOH(i)-1; fHO13C5NO3(i)=fHO13C5NO3(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C5O = HOC2H4CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'HO13C5O'; 
fHO13C5O(i)=fHO13C5O(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO134C5 = HO13CO4C5 + HO2';
k(:,i) = 2.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO134C5'; 
fOH(i)=fOH(i)-1; fHO134C5(i)=fHO134C5(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13CO4C5 + hv = CH3CO3 + HOC2H4CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HO13CO4C5'; 
fHO13CO4C5(i)=fHO13CO4C5(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13CO4C5 = HO1CO34C5 + HO2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13CO4C5'; 
fOH(i)=fOH(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C4CO3H + hv = HO3C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C4CO3H'; 
fHO3C4CO3H(i)=fHO3C4CO3H(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C4CO3H = HO3C4CO3';
k(:,i) = 3.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C4CO3H'; 
fOH(i)=fOH(i)-1; fHO3C4CO3H(i)=fHO3C4CO3H(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN8 = HO3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN8'; 
fC5PAN8(i)=fC5PAN8(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN8 = HO3C3CHO + CO + NO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN8'; 
fOH(i)=fOH(i)-1; fC5PAN8(i)=fC5PAN8(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54OOH + hv = C54O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C54OOH'; 
fC54OOH(i)=fC54OOH(i)-1; fC54O(i)=fC54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54OOH = C54O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54OOH'; 
fOH(i)=fOH(i)-1; fC54OOH(i)=fC54OOH(i)-1; fC54O2(i)=fC54O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54OOH = H13C43CHO + OH';
k(:,i) = 1.54e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54OOH'; 
fOH(i)=fOH(i)-1; fC54OOH(i)=fC54OOH(i)-1; fH13C43CHO(i)=fH13C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54NO3 = H13C43CHO + NO2';
k(:,i) = 5.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54NO3'; 
fOH(i)=fOH(i)-1; fC54NO3(i)=fC54NO3(i)-1; fH13C43CHO(i)=fH13C43CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C54O = CO2C5OH + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'C54O'; 
fC54O(i)=fC54O(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54OH = H13C43CHO + HO2';
k(:,i) = 9.90e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54OH'; 
fOH(i)=fOH(i)-1; fC54OH(i)=fC54OH(i)-1; fH13C43CHO(i)=fH13C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CHO + hv = MEKAOH + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'H13C43CHO'; 
fH13C43CHO(i)=fH13C43CHO(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H13C43CHO = H13C43CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H13C43CHO'; 
fNO3(i)=fNO3(i)-1; fH13C43CHO(i)=fH13C43CHO(i)-1; fH13C43CO3(i)=fH13C43CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13C43CHO = H13C43CO3';
k(:,i) = 3.00e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13C43CHO'; 
fOH(i)=fOH(i)-1; fH13C43CHO(i)=fH13C43CHO(i)-1; fH13C43CO3(i)=fH13C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C3CO3H + hv = TBUTOLO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M2C3CO3H'; 
fH2M2C3CO3H(i)=fH2M2C3CO3H(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C3CO3H = H2M2C3CO3';
k(:,i) = 4.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C3CO3H'; 
fOH(i)=fOH(i)-1; fH2M2C3CO3H(i)=fH2M2C3CO3H(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN11 = H2M2C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN11'; 
fC5PAN11(i)=fC5PAN11(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN11 = IBUTALOH + CO + NO2';
k(:,i) = 1.23e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN11'; 
fOH(i)=fOH(i)-1; fC5PAN11(i)=fC5PAN11(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3H + OH = PROL1MCO3';
k(:,i) = 8.08e-12;
Gstr{i,1} = 'PROL1MCO3H'; Gstr{i,2} = 'OH'; 
fPROL1MCO3H(i)=fPROL1MCO3H(i)-1; fOH(i)=fOH(i)-1; fPROL1MCO3(i)=fPROL1MCO3(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MCO3H + hv = MEK + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PROL1MCO3H'; 
fPROL1MCO3H(i)=fPROL1MCO3H(i)-1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MPAN + OH = MEK + CO + NO2';
k(:,i) = 1.62e-12;
Gstr{i,1} = 'PROL1MPAN'; Gstr{i,2} = 'OH'; 
fPROL1MPAN(i)=fPROL1MPAN(i)-1; fOH(i)=fOH(i)-1; fMEK(i)=fMEK(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROL1MPAN = PROL1MCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PROL1MPAN'; 
fPROL1MPAN(i)=fPROL1MPAN(i)-1; fPROL1MCO3(i)=fPROL1MCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C56OOH + hv = C56O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C56OOH'; 
fC56OOH(i)=fC56OOH(i)-1; fC56O(i)=fC56O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C56OOH = C42CHO + OH';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C56OOH'; 
fOH(i)=fOH(i)-1; fC56OOH(i)=fC56OOH(i)-1; fC42CHO(i)=fC42CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C56OOH = C56O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C56OOH'; 
fOH(i)=fOH(i)-1; fC56OOH(i)=fC56OOH(i)-1; fC56O2(i)=fC56O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C56NO3 = C42CHO + NO2';
k(:,i) = 5.22e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C56NO3'; 
fOH(i)=fOH(i)-1; fC56NO3(i)=fC56NO3(i)-1; fC42CHO(i)=fC42CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C56O = HOIPRCHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5489./T);
Gstr{i,1} = 'C56O'; 
fC56O(i)=fC56O(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CHO + hv = HOIPRCHO + HO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C42CHO'; 
fC42CHO(i)=fC42CHO(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C42CHO = C42CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C42CHO'; 
fNO3(i)=fNO3(i)-1; fC42CHO(i)=fC42CHO(i)-1; fC42CO3(i)=fC42CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C42CHO = C42CO3';
k(:,i) = 4.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C42CHO'; 
fOH(i)=fOH(i)-1; fC42CHO(i)=fC42CHO(i)-1; fC42CO3(i)=fC42CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C56OH = C42CHO + HO2';
k(:,i) = 2.17e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C56OH'; 
fOH(i)=fOH(i)-1; fC56OH(i)=fC56OH(i)-1; fC42CHO(i)=fC42CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C43CO2H = BUT2OLO2';
k(:,i) = 2.93e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C43CO2H'; 
fOH(i)=fOH(i)-1; fHO2C43CO2H(i)=fHO2C43CO2H(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C43CO3H + hv = BUT2OLO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C43CO3H'; 
fHO2C43CO3H(i)=fHO2C43CO3H(i)-1; fBUT2OLO2(i)=fBUT2OLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C43CO3H = HO2C43CO3';
k(:,i) = 3.27e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C43CO3H'; 
fOH(i)=fOH(i)-1; fHO2C43CO3H(i)=fHO2C43CO3H(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN14 = HO2C43CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN14'; 
fC5PAN14(i)=fC5PAN14(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN14 = BUT2OLO + CO + NO2';
k(:,i) = 9.54e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN14'; 
fOH(i)=fOH(i)-1; fC5PAN14(i)=fC5PAN14(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + HO2 = CHOC4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'HO2'; 
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC4CO3H(i)=fCHOC4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + HO2 = CHOC4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'HO2'; 
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + NO = CHOC4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'NO'; 
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fNO(i)=fNO(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + NO2 = CHOC4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'NO2'; 
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fNO2(i)=fNO2(i)-1; fCHOC4PAN(i)=fCHOC4PAN(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + NO3 = CHOC4O2 + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'NO3'; 
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3 + RO2 = CHOC4O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CHOC4CO3'; Gstr{i,2} = 'RO2';
fCHOC4CO3(i)=fCHOC4CO3(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + HO2 = C6DIALOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'HO2'; 
fC6DIALO2(i)=fC6DIALO2(i)-1; fHO2(i)=fHO2(i)-1; fC6DIALOOH(i)=fC6DIALOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + NO = C6DIALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'NO'; 
fC6DIALO2(i)=fC6DIALO2(i)-1; fNO(i)=fNO(i)-1; fC6DIALO(i)=fC6DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + NO3 = C6DIALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'NO3'; 
fC6DIALO2(i)=fC6DIALO2(i)-1; fNO3(i)=fNO3(i)-1; fC6DIALO(i)=fC6DIALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + RO2 = C6CODIAL';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'RO2';
fC6DIALO2(i)=fC6DIALO2(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + RO2 = C6DIALO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'RO2';
fC6DIALO2(i)=fC6DIALO2(i)-1; fC6DIALO(i)=fC6DIALO(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO2 + RO2 = C6DIALOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C6DIALO2'; Gstr{i,2} = 'RO2';
fC6DIALO2(i)=fC6DIALO2(i)-1; fC6DIALOH(i)=fC6DIALOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4O2 + HO2 = CHOC4OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CHOC4O2'; Gstr{i,2} = 'HO2'; 
fCHOC4O2(i)=fCHOC4O2(i)-1; fHO2(i)=fHO2(i)-1; fCHOC4OOH(i)=fCHOC4OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4O2 + NO = CHOC4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOC4O2'; Gstr{i,2} = 'NO'; 
fCHOC4O2(i)=fCHOC4O2(i)-1; fNO(i)=fNO(i)-1; fCHOC4O(i)=fCHOC4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4O2 + NO3 = CHOC4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC4O2'; Gstr{i,2} = 'NO3'; 
fCHOC4O2(i)=fCHOC4O2(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4O(i)=fCHOC4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4O2 + RO2 = CHOC4O';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'CHOC4O2'; Gstr{i,2} = 'RO2';
fCHOC4O2(i)=fCHOC4O2(i)-1; fCHOC4O(i)=fCHOC4O(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONO2 + HO2 = CY6DIONOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CYC6DIONO2'; Gstr{i,2} = 'HO2'; 
fCYC6DIONO2(i)=fCYC6DIONO2(i)-1; fHO2(i)=fHO2(i)-1; fCY6DIONOOH(i)=fCY6DIONOOH(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONO2 + NO = CYC6DIONO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CYC6DIONO2'; Gstr{i,2} = 'NO'; 
fCYC6DIONO2(i)=fCYC6DIONO2(i)-1; fNO(i)=fNO(i)-1; fCYC6DIONO(i)=fCYC6DIONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONO2 + NO3 = CYC6DIONO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CYC6DIONO2'; Gstr{i,2} = 'NO3'; 
fCYC6DIONO2(i)=fCYC6DIONO2(i)-1; fNO3(i)=fNO3(i)-1; fCYC6DIONO(i)=fCYC6DIONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONO2 + RO2 = CYC6DIONO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'CYC6DIONO2'; Gstr{i,2} = 'RO2';
fCYC6DIONO2(i)=fCYC6DIONO2(i)-1; fCYC6DIONO(i)=fCYC6DIONO(i)+1; 

i=i+1;
Rnames{i} = 'MBKCOOHOOH + OH = MIBKCOOHO2';
k(:,i) = 3.50e-11;
Gstr{i,1} = 'MBKCOOHOOH'; Gstr{i,2} = 'OH'; 
fMBKCOOHOOH(i)=fMBKCOOHOOH(i)-1; fOH(i)=fOH(i)-1; fMIBKCOOHO2(i)=fMIBKCOOHO2(i)+1; 

i=i+1;
Rnames{i} = 'MBKCOOHOOH + hv = MIBKCOOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MBKCOOHOOH'; 
fMBKCOOHOOH(i)=fMBKCOOHOOH(i)-1; fMIBKCOOHO(i)=fMIBKCOOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MBKCOOHOOH + hv = MIBKCOOHO + OH';
k(:,i) = J35;
Gstr{i,1} = 'MBKCOOHOOH'; 
fMBKCOOHOOH(i)=fMBKCOOHOOH(i)-1; fMIBKCOOHO(i)=fMIBKCOOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBKCOOHO = C5CO234 + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBKCOOHO'; 
fMIBKCOOHO(i)=fMIBKCOOHO(i)-1; fC5CO234(i)=fC5CO234(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3H + OH = NC4OHCO3';
k(:,i) = 4.50e-12;
Gstr{i,1} = 'NC4OHCO3H'; Gstr{i,2} = 'OH'; 
fNC4OHCO3H(i)=fNC4OHCO3H(i)-1; fOH(i)=fOH(i)-1; fNC4OHCO3(i)=fNC4OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCO3H + hv = IBUTALOH + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC4OHCO3H'; 
fNC4OHCO3H(i)=fNC4OHCO3H(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCPAN + OH = IBUTALOH + CO + NO2 + NO2';
k(:,i) = 1.27e-12;
Gstr{i,1} = 'NC4OHCPAN'; Gstr{i,2} = 'OH'; 
fNC4OHCPAN(i)=fNC4OHCPAN(i)-1; fOH(i)=fOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4OHCPAN = NC4OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'NC4OHCPAN'; 
fNC4OHCPAN(i)=fNC4OHCPAN(i)-1; fNC4OHCO3(i)=fNC4OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3H + OH = C4OH2CO3';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'C4OH2CO3H'; Gstr{i,2} = 'OH'; 
fC4OH2CO3H(i)=fC4OH2CO3H(i)-1; fOH(i)=fOH(i)-1; fC4OH2CO3(i)=fC4OH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CO3H + hv = IBUTALOH + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4OH2CO3H'; 
fC4OH2CO3H(i)=fC4OH2CO3H(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CPAN + OH = IBUTALOH + CO + NO2';
k(:,i) = 7.24e-12;
Gstr{i,1} = 'C4OH2CPAN'; Gstr{i,2} = 'OH'; 
fC4OH2CPAN(i)=fC4OH2CPAN(i)-1; fOH(i)=fOH(i)-1; fIBUTALOH(i)=fIBUTALOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OH2CPAN = C4OH2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4OH2CPAN'; 
fC4OH2CPAN(i)=fC4OH2CPAN(i)-1; fC4OH2CO3(i)=fC4OH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3H + OH = CO2C3CO3';
k(:,i) = 4.18e-12;
Gstr{i,1} = 'CO2C3CO3H'; Gstr{i,2} = 'OH'; 
fCO2C3CO3H(i)=fCO2C3CO3H(i)-1; fOH(i)=fOH(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3H + hv = CH3COCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2C3CO3H'; 
fCO2C3CO3H(i)=fCO2C3CO3H(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO3H + hv = CH3COCH2O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO2C3CO3H'; 
fCO2C3CO3H(i)=fCO2C3CO3H(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3PAN + OH = MGLYOX + CO + NO2';
k(:,i) = 5.93e-13;
Gstr{i,1} = 'CO2C3PAN'; Gstr{i,2} = 'OH'; 
fCO2C3PAN(i)=fCO2C3PAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3PAN = CO2C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CO2C3PAN'; 
fCO2C3PAN(i)=fCO2C3PAN(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C3CO2H = IPROPOLO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C3CO2H'; 
fOH(i)=fOH(i)-1; fHO2C3CO2H(i)=fHO2C3CO2H(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C3CO3H + hv = IPROPOLO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C3CO3H'; 
fHO2C3CO3H(i)=fHO2C3CO3H(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C3CO3H = HO2C3CO3';
k(:,i) = 3.12e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C3CO3H'; 
fOH(i)=fOH(i)-1; fHO2C3CO3H(i)=fHO2C3CO3H(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN3 = HO2C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN3'; 
fC4PAN3(i)=fC4PAN3(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN3 = CH3CHOHCHO + CO + NO2';
k(:,i) = 9.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN3'; 
fOH(i)=fOH(i)-1; fC4PAN3(i)=fC4PAN3(i)-1; fCH3CHOHCHO(i)=fCH3CHOHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRPAL2CO2H + OH = PROPALO2';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'PRPAL2CO2H'; Gstr{i,2} = 'OH'; 
fPRPAL2CO2H(i)=fPRPAL2CO2H(i)-1; fOH(i)=fOH(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; 

i=i+1;
Rnames{i} = 'PRPAL2CO2H + hv = PROPALO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'PRPAL2CO2H'; 
fPRPAL2CO2H(i)=fPRPAL2CO2H(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRPAL2CO3H + OH = IBUDIALCO3';
k(:,i) = 7.65e-11;
Gstr{i,1} = 'PRPAL2CO3H'; Gstr{i,2} = 'OH'; 
fPRPAL2CO3H(i)=fPRPAL2CO3H(i)-1; fOH(i)=fOH(i)-1; fIBUDIALCO3(i)=fIBUDIALCO3(i)+1; 

i=i+1;
Rnames{i} = 'PRPAL2CO3H + hv = PROPALO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRPAL2CO3H'; 
fPRPAL2CO3H(i)=fPRPAL2CO3H(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRPAL2CO3H + hv = PROPALO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'PRPAL2CO3H'; 
fPRPAL2CO3H(i)=fPRPAL2CO3H(i)-1; fPROPALO2(i)=fPROPALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALPAN + OH = MGLYOX + CO + NO2';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'IBUDIALPAN'; Gstr{i,2} = 'OH'; 
fIBUDIALPAN(i)=fIBUDIALPAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IBUDIALPAN = IBUDIALCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IBUDIALPAN'; 
fIBUDIALPAN(i)=fIBUDIALPAN(i)-1; fIBUDIALCO3(i)=fIBUDIALCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PROPALOOH + OH = MGLYOX + OH';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'PROPALOOH'; Gstr{i,2} = 'OH'; 
fPROPALOOH(i)=fPROPALOOH(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROPALOOH + hv = HO2 + CO + CH3CHO + OH';
k(:,i) = J15;
Gstr{i,1} = 'PROPALOOH'; 
fPROPALOOH(i)=fPROPALOOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PROPALOOH + hv = PROPALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PROPALOOH'; 
fPROPALOOH(i)=fPROPALOOH(i)-1; fPROPALO(i)=fPROPALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO2H + hv = MEKCO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'CO3C4CO2H'; 
fCO3C4CO2H(i)=fCO3C4CO2H(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C4CO2H = MEKCO2';
k(:,i) = 1.90e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C4CO2H'; 
fOH(i)=fOH(i)-1; fCO3C4CO2H(i)=fCO3C4CO2H(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3H + hv = MEKCO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO3C4CO3H'; 
fCO3C4CO3H(i)=fCO3C4CO3H(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4CO3H + hv = MEKCO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO3C4CO3H'; 
fCO3C4CO3H(i)=fCO3C4CO3H(i)-1; fMEKCO2(i)=fMEKCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C4CO3H = CO3C4CO3';
k(:,i) = 5.36e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C4CO3H'; 
fOH(i)=fOH(i)-1; fCO3C4CO3H(i)=fCO3C4CO3H(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN16 = CO3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN16'; 
fC5PAN16(i)=fC5PAN16(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN16 = EGLYOX + CO + NO2';
k(:,i) = 1.44e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN16'; 
fOH(i)=fOH(i)-1; fC5PAN16(i)=fC5PAN16(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4OOH + hv = HO1C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO1C4OOH'; 
fHO1C4OOH(i)=fHO1C4OOH(i)-1; fHO1C4O(i)=fHO1C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C4OOH = HO1C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C4OOH'; 
fOH(i)=fOH(i)-1; fHO1C4OOH(i)=fHO1C4OOH(i)-1; fHO1C4O2(i)=fHO1C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C4OOH = HOC3H6CHO + OH';
k(:,i) = 1.66e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C4OOH'; 
fOH(i)=fOH(i)-1; fHO1C4OOH(i)=fHO1C4OOH(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4NO3 + hv = HO1C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO1C4NO3'; 
fHO1C4NO3(i)=fHO1C4NO3(i)-1; fHO1C4O(i)=fHO1C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C4NO3 = HOC3H6CHO + NO2';
k(:,i) = 5.85e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C4NO3'; 
fOH(i)=fOH(i)-1; fHO1C4NO3(i)=fHO1C4NO3(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C4O = HOC3H6CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HO1C4O'; 
fHO1C4O(i)=fHO1C4O(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CHO + hv = HO1C3O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HOC3H6CHO'; 
fHOC3H6CHO(i)=fHOC3H6CHO(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOC3H6CHO = HOC3H6CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOC3H6CHO'; 
fNO3(i)=fNO3(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)-1; fHOC3H6CO3(i)=fHOC3H6CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC3H6CHO = HOC3H6CO3';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC3H6CHO'; 
fOH(i)=fOH(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)-1; fHOC3H6CO3(i)=fHOC3H6CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC4H8OH = HOC3H6CHO + HO2';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC4H8OH'; 
fOH(i)=fOH(i)-1; fHOC4H8OH(i)=fHOC4H8OH(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'A2PANO = HOCH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'A2PANO'; 
fA2PANO(i)=fA2PANO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C2OHOCO2H + OH = C3DIOLO2';
k(:,i) = 1.867E-11;
Gstr{i,1} = 'C2OHOCO2H'; Gstr{i,2} = 'OH'; 
fC2OHOCO2H(i)=fC2OHOCO2H(i)-1; fOH(i)=fOH(i)-1; fC3DIOLO2(i)=fC3DIOLO2(i)+1; 

i=i+1;
Rnames{i} = 'C2OHOCOOH + OH = A2PANOO';
k(:,i) = 1.513E-11;
Gstr{i,1} = 'C2OHOCOOH'; Gstr{i,2} = 'OH'; 
fC2OHOCOOH(i)=fC2OHOCOOH(i)-1; fOH(i)=fOH(i)-1; fA2PANOO(i)=fA2PANOO(i)+1; 

i=i+1;
Rnames{i} = 'C2OHOCOOH + hv = C3DIOLO2';
k(:,i) = J41;
Gstr{i,1} = 'C2OHOCOOH'; 
fC2OHOCOOH(i)=fC2OHOCOOH(i)-1; fC3DIOLO2(i)=fC3DIOLO2(i)+1; 

i=i+1;
Rnames{i} = 'A2PAN + OH = HOCH2CHO + CO + NO2';
k(:,i) = 1.865E-11;
Gstr{i,1} = 'A2PAN'; Gstr{i,2} = 'OH'; 
fA2PAN(i)=fA2PAN(i)-1; fOH(i)=fOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'A2PAN = A2PANOO + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'A2PAN'; 
fA2PAN(i)=fA2PAN(i)-1; fA2PANOO(i)=fA2PANOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3H + OH = HCOCOHCO3';
k(:,i) = 7.33e-11;
Gstr{i,1} = 'HCOCOHCO3H'; Gstr{i,2} = 'OH'; 
fHCOCOHCO3H(i)=fHCOCOHCO3H(i)-1; fOH(i)=fOH(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHCO3H + hv = GLYOX + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HCOCOHCO3H'; 
fHCOCOHCO3H(i)=fHCOCOHCO3H(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHPAN + OH = GLYOX + CO + NO2';
k(:,i) = 6.97e-11;
Gstr{i,1} = 'HCOCOHPAN'; Gstr{i,2} = 'OH'; 
fHCOCOHPAN(i)=fHCOCOHPAN(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCOHPAN = HCOCOHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HCOCOHPAN'; 
fHCOCOHPAN(i)=fHCOCOHPAN(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3H + hv = HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HCOCO3H'; 
fHCOCO3H(i)=fHCOCO3H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCO3H + hv = HO2 + CO + OH';
k(:,i) = J15;
Gstr{i,1} = 'HCOCO3H'; 
fHCOCO3H(i)=fHCOCO3H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOCO3H = HCOCO3';
k(:,i) = 1.58e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOCO3H'; 
fOH(i)=fOH(i)-1; fHCOCO3H(i)=fHCOCO3H(i)-1; fHCOCO3(i)=fHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + HO2 = CONM2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'HO2'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCONM2CO2H(i)=fCONM2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + HO2 = CONM2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'HO2'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCONM2CO3H(i)=fCONM2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + HO2 = MGLYOX + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'HO2'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + NO = MGLYOX + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'NO'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + NO2 = CONM2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'NO2'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fNO2(i)=fNO2(i)-1; fCONM2PAN(i)=fCONM2PAN(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + NO3 = MGLYOX + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'NO3'; 
fCONM2CO3(i)=fCONM2CO3(i)-1; fNO3(i)=fNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + RO2 = CONM2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'RO2';
fCONM2CO3(i)=fCONM2CO3(i)-1; fCONM2CO2H(i)=fCONM2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3 + RO2 = MGLYOX + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CONM2CO3'; Gstr{i,2} = 'RO2';
fCONM2CO3(i)=fCONM2CO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO2H + OH = ACETOL + NO2';
k(:,i) = 1.34e-12.*0.44;
Gstr{i,1} = 'MACRNCO2H'; Gstr{i,2} = 'OH'; 
fMACRNCO2H(i)=fMACRNCO2H(i)-1; fOH(i)=fOH(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO2H + OH = CONM2CO2H + HO2';
k(:,i) = 1.34e-12.*0.15;
Gstr{i,1} = 'MACRNCO2H'; Gstr{i,2} = 'OH'; 
fMACRNCO2H(i)=fMACRNCO2H(i)-1; fOH(i)=fOH(i)-1; fCONM2CO2H(i)=fCONM2CO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3H + OH = CONM2CO3H + HO2';
k(:,i) = 4.42e-12.*0.15;
Gstr{i,1} = 'MACRNCO3H'; Gstr{i,2} = 'OH'; 
fMACRNCO3H(i)=fMACRNCO3H(i)-1; fOH(i)=fOH(i)-1; fCONM2CO3H(i)=fCONM2CO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3H + OH = MACRNCO3';
k(:,i) = 4.42e-12.*0.85;
Gstr{i,1} = 'MACRNCO3H'; Gstr{i,2} = 'OH'; 
fMACRNCO3H(i)=fMACRNCO3H(i)-1; fOH(i)=fOH(i)-1; fMACRNCO3(i)=fMACRNCO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNCO3H + hv = ACETOL + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MACRNCO3H'; 
fMACRNCO3H(i)=fMACRNCO3H(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNPAN + OH = CONM2PAN + HO2';
k(:,i) = 8.21e-13;
Gstr{i,1} = 'MACRNPAN'; Gstr{i,2} = 'OH'; 
fMACRNPAN(i)=fMACRNPAN(i)-1; fOH(i)=fOH(i)-1; fCONM2PAN(i)=fCONM2PAN(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNPAN = MACRNCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MACRNPAN'; 
fMACRNPAN(i)=fMACRNPAN(i)-1; fMACRNCO3(i)=fMACRNCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO2H + OH = COHM2CO2H + NO2';
k(:,i) = 1.23e-12.*0.32;
Gstr{i,1} = 'MACRNBCO2H'; Gstr{i,2} = 'OH'; 
fMACRNBCO2H(i)=fMACRNBCO2H(i)-1; fOH(i)=fOH(i)-1; fCOHM2CO2H(i)=fCOHM2CO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO2H + OH = NOA + HO2';
k(:,i) = 1.23e-12.*0.68;
Gstr{i,1} = 'MACRNBCO2H'; Gstr{i,2} = 'OH'; 
fMACRNBCO2H(i)=fMACRNBCO2H(i)-1; fOH(i)=fOH(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3H + OH = COHM2CO3H + NO2';
k(:,i) = 4.31e-12.*0.09;
Gstr{i,1} = 'MACRNBCO3H'; Gstr{i,2} = 'OH'; 
fMACRNBCO3H(i)=fMACRNBCO3H(i)-1; fOH(i)=fOH(i)-1; fCOHM2CO3H(i)=fCOHM2CO3H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3H + OH = MACRNBCO3';
k(:,i) = 4.31e-12.*0.91;
Gstr{i,1} = 'MACRNBCO3H'; Gstr{i,2} = 'OH'; 
fMACRNBCO3H(i)=fMACRNBCO3H(i)-1; fOH(i)=fOH(i)-1; fMACRNBCO3(i)=fMACRNBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBCO3H + hv = NOA + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MACRNBCO3H'; 
fMACRNBCO3H(i)=fMACRNBCO3H(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBPAN + OH = COHM2PAN + NO2';
k(:,i) = 7.10e-13;
Gstr{i,1} = 'MACRNBPAN'; Gstr{i,2} = 'OH'; 
fMACRNBPAN(i)=fMACRNBPAN(i)-1; fOH(i)=fOH(i)-1; fCOHM2PAN(i)=fCOHM2PAN(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNBPAN = MACRNBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MACRNBPAN'; 
fMACRNBPAN(i)=fMACRNBPAN(i)-1; fMACRNBCO3(i)=fMACRNBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3H + OH = CHOMOHCO3';
k(:,i) = 6.99e-11;
Gstr{i,1} = 'CHOMOHCO3H'; Gstr{i,2} = 'OH'; 
fCHOMOHCO3H(i)=fCHOMOHCO3H(i)-1; fOH(i)=fOH(i)-1; fCHOMOHCO3(i)=fCHOMOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3H + hv = MGLYOX + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'CHOMOHCO3H'; 
fCHOMOHCO3H(i)=fCHOMOHCO3H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHCO3H + hv = MGLYOX + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'CHOMOHCO3H'; 
fCHOMOHCO3H(i)=fCHOMOHCO3H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHPAN + OH = MGLYOX + CO + NO2';
k(:,i) = 6.64e-11;
Gstr{i,1} = 'CHOMOHPAN'; Gstr{i,2} = 'OH'; 
fCHOMOHPAN(i)=fCHOMOHPAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOMOHPAN = CHOMOHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHOMOHPAN'; 
fCHOMOHPAN(i)=fCHOMOHPAN(i)-1; fCHOMOHCO3(i)=fCHOMOHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3H + hv = CH3CO3 + HO2 + HCOCO3H';
k(:,i) = J22;
Gstr{i,1} = 'CO2H3CO3H'; 
fCO2H3CO3H(i)=fCO2H3CO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3CO3H + hv = MGLYOX + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2H3CO3H'; 
fCO2H3CO3H(i)=fCO2H3CO3H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2H3CO3H = CO2H3CO3';
k(:,i) = 7.34e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2H3CO3H'; 
fOH(i)=fOH(i)-1; fCO2H3CO3H(i)=fCO2H3CO3H(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN6 = CO2H3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN6'; 
fC4PAN6(i)=fC4PAN6(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN6 = MGLYOX + CO + NO2';
k(:,i) = 3.74e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN6'; 
fOH(i)=fOH(i)-1; fC4PAN6(i)=fC4PAN6(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5OOH + hv = HO1C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO1C5OOH'; 
fHO1C5OOH(i)=fHO1C5OOH(i)-1; fHO1C5O(i)=fHO1C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C5OOH = CO2C5OH + OH';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C5OOH'; 
fOH(i)=fOH(i)-1; fHO1C5OOH(i)=fHO1C5OOH(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5NO3 + hv = HO1C5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO1C5NO3'; 
fHO1C5NO3(i)=fHO1C5NO3(i)-1; fHO1C5O(i)=fHO1C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C5NO3 = CO2C5OH + NO2';
k(:,i) = 5.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C5NO3'; 
fOH(i)=fOH(i)-1; fHO1C5NO3(i)=fHO1C5NO3(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C5O = HO2C4CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HO1C5O'; 
fHO1C5O(i)=fHO1C5O(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C5OH + hv = CH3CO3 + HO1C3O2';
k(:,i) = J22;
Gstr{i,1} = 'CO2C5OH'; 
fCO2C5OH(i)=fCO2C5OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C5OH = C51O2';
k(:,i) = 9.70e-12.*0.517;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C5OH'; 
fOH(i)=fOH(i)-1; fCO2C5OH(i)=fCO2C5OH(i)-1; fC51O2(i)=fC51O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C5OH = CO2C4CHO + HO2';
k(:,i) = 9.60e-12.*0.483;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C5OH'; 
fOH(i)=fOH(i)-1; fCO2C5OH(i)=fCO2C5OH(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C5OH = CO2C5OH + HO2';
k(:,i) = 1.54e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C5OH'; 
fOH(i)=fOH(i)-1; fHO2C5OH(i)=fHO2C5OH(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5OOH + hv = HO2C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C5OOH'; 
fHO2C5OOH(i)=fHO2C5OOH(i)-1; fHO2C5O(i)=fHO2C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C5OOH = HO2C4CHO + OH';
k(:,i) = 2.09e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C5OOH'; 
fOH(i)=fOH(i)-1; fHO2C5OOH(i)=fHO2C5OOH(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C5OOH = HO2C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C5OOH'; 
fOH(i)=fOH(i)-1; fHO2C5OOH(i)=fHO2C5OOH(i)-1; fHO2C5O2(i)=fHO2C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5NO3 + hv = HO2C5O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO2C5NO3'; 
fHO2C5NO3(i)=fHO2C5NO3(i)-1; fHO2C5O(i)=fHO2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C5NO3 = HO2C4CHO + NO2';
k(:,i) = 1.03e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C5NO3'; 
fOH(i)=fOH(i)-1; fHO2C5NO3(i)=fHO2C5NO3(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C5O = CO2C5OH + HO2';
k(:,i) = 4.37e11.*exp(-2945./T);
Gstr{i,1} = 'HO2C5O'; 
fHO2C5O(i)=fHO2C5O(i)-1; fCO2C5OH(i)=fCO2C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CHO + hv = HO2C4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HO2C4CHO'; 
fHO2C4CHO(i)=fHO2C4CHO(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO2C4CHO = HO2C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO2C4CHO'; 
fNO3(i)=fNO3(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)-1; fHO2C4CO3(i)=fHO2C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4CHO = HO2C4CO3';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4CHO'; 
fOH(i)=fOH(i)-1; fHO2C4CHO(i)=fHO2C4CHO(i)-1; fHO2C4CO3(i)=fHO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C52OOH + hv = C52O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C52OOH'; 
fC52OOH(i)=fC52OOH(i)-1; fC52O(i)=fC52O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C52OOH = C52O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C52OOH'; 
fOH(i)=fOH(i)-1; fC52OOH(i)=fC52OOH(i)-1; fC52O2(i)=fC52O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C52OOH = HOIBUTCHO + OH';
k(:,i) = 1.81e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C52OOH'; 
fOH(i)=fOH(i)-1; fC52OOH(i)=fC52OOH(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C52NO3 + hv = C52O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C52NO3'; 
fC52NO3(i)=fC52NO3(i)-1; fC52O(i)=fC52O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C52NO3 = HOIBUTCHO + NO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C52NO3'; 
fOH(i)=fOH(i)-1; fC52NO3(i)=fC52NO3(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C52O = HOBUT2CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'C52O'; 
fC52O(i)=fC52O(i)-1; fHOBUT2CHO(i)=fHOBUT2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C52OH = HOBUT2CHO + HO2';
k(:,i) = 1.26e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C52OH'; 
fOH(i)=fOH(i)-1; fC52OH(i)=fC52OH(i)-1; fHOBUT2CHO(i)=fHOBUT2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C52OH = HOIBUTCHO + HO2';
k(:,i) = 1.26e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C52OH'; 
fOH(i)=fOH(i)-1; fC52OH(i)=fC52OH(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCHO + hv = IBUTOLCO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HOIBUTCHO'; 
fHOIBUTCHO(i)=fHOIBUTCHO(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOIBUTCHO = HOIBUTCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOIBUTCHO'; 
fNO3(i)=fNO3(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)-1; fHOIBUTCO3(i)=fHOIBUTCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIBUTCHO = HOIBUTCO3';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIBUTCHO'; 
fOH(i)=fOH(i)-1; fHOIBUTCHO(i)=fHOIBUTCHO(i)-1; fHOIBUTCO3(i)=fHOIBUTCO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + TBUTCO3H = TBUTCO3';
k(:,i) = 5.19e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'TBUTCO3H'; 
fOH(i)=fOH(i)-1; fTBUTCO3H(i)=fTBUTCO3H(i)-1; fTBUTCO3(i)=fTBUTCO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUTCO3H + hv = TC4H9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TBUTCO3H'; 
fTBUTCO3H(i)=fTBUTCO3H(i)-1; fTC4H9O2(i)=fTC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN6 = TBUTCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN6'; 
fC5PAN6(i)=fC5PAN6(i)-1; fTBUTCO3(i)=fTBUTCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN6 = CH3COCH3 + HCHO + CO + NO2';
k(:,i) = 5.02e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN6'; 
fOH(i)=fOH(i)-1; fC5PAN6(i)=fC5PAN6(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6OOH + hv = HO1C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO1C6OOH'; 
fHO1C6OOH(i)=fHO1C6OOH(i)-1; fHO1C6O(i)=fHO1C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C6OOH = HO1CO4C6 + OH';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C6OOH'; 
fOH(i)=fOH(i)-1; fHO1C6OOH(i)=fHO1C6OOH(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6NO3 + hv = HO1C6O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO1C6NO3'; 
fHO1C6NO3(i)=fHO1C6NO3(i)-1; fHO1C6O(i)=fHO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1C6NO3 = HO1CO4C6 + NO2';
k(:,i) = 6.28e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1C6NO3'; 
fOH(i)=fOH(i)-1; fHO1C6NO3(i)=fHO1C6NO3(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1C6O = HO3C5CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HO1C6O'; 
fHO1C6O(i)=fHO1C6O(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO14C6 = HO1CO4C6 + HO2';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO14C6'; 
fOH(i)=fOH(i)-1; fHO14C6(i)=fHO14C6(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO4C6 + hv = C2H5CO3 + HO1C3O2';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'HO1CO4C6'; 
fHO1CO4C6(i)=fHO1CO4C6(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO4C6 + hv = C2H5O2 + HOC3H6CO3';
k(:,i) = J22.*0.5;
Gstr{i,1} = 'HO1CO4C6'; 
fHO1CO4C6(i)=fHO1CO4C6(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fHOC3H6CO3(i)=fHOC3H6CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1CO4C6 = C63O2';
k(:,i) = 1.07e-11.*0.527;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1CO4C6'; 
fOH(i)=fOH(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)-1; fC63O2(i)=fC63O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1CO4C6 = CO3C5CHO + HO2';
k(:,i) = 1.07e-11.*0.473;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1CO4C6'; 
fOH(i)=fOH(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)-1; fCO3C5CHO(i)=fCO3C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5H11CO3H + hv = PEAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5H11CO3H'; 
fC5H11CO3H(i)=fC5H11CO3H(i)-1; fPEAO2(i)=fPEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5H11CO3H = C5H11CO3';
k(:,i) = 1.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5H11CO3H'; 
fOH(i)=fOH(i)-1; fC5H11CO3H(i)=fC5H11CO3H(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + PHXN = C4H9CHO + CO + NO2';
k(:,i) = 5.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PHXN'; 
fOH(i)=fOH(i)-1; fPHXN(i)=fPHXN(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHXN = C5H11CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PHXN'; 
fPHXN(i)=fPHXN(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6OOH + hv = HO2C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C6OOH'; 
fHO2C6OOH(i)=fHO2C6OOH(i)-1; fHO2C6O(i)=fHO2C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C6OOH = HO2CO5C6 + OH';
k(:,i) = 3.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C6OOH'; 
fOH(i)=fOH(i)-1; fHO2C6OOH(i)=fHO2C6OOH(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6NO3 + hv = HO2C6O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO2C6NO3'; 
fHO2C6NO3(i)=fHO2C6NO3(i)-1; fHO2C6O(i)=fHO2C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C6NO3 = HO2CO5C6 + NO2';
k(:,i) = 1.03e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C6NO3'; 
fOH(i)=fOH(i)-1; fHO2C6NO3(i)=fHO2C6NO3(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C6O = HO2CO5C6 + HO2';
k(:,i) = 4.37e11.*exp(-2945./T);
Gstr{i,1} = 'HO2C6O'; 
fHO2C6O(i)=fHO2C6O(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO25C6 = HO2CO5C6 + HO2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO25C6'; 
fOH(i)=fOH(i)-1; fHO25C6(i)=fHO25C6(i)-1; fHO2CO5C6(i)=fHO2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6OOH + hv = HO3C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C6OOH'; 
fHO3C6OOH(i)=fHO3C6OOH(i)-1; fHO3C6O(i)=fHO3C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C6OOH = HO3C5CHO + OH';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C6OOH'; 
fOH(i)=fOH(i)-1; fHO3C6OOH(i)=fHO3C6OOH(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C6OOH = HO3C6O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C6OOH'; 
fOH(i)=fOH(i)-1; fHO3C6OOH(i)=fHO3C6OOH(i)-1; fHO3C6O2(i)=fHO3C6O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6NO3 + hv = HO3C6O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C6NO3'; 
fHO3C6NO3(i)=fHO3C6NO3(i)-1; fHO3C6O(i)=fHO3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C6NO3 = HO3C5CHO + NO2';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C6NO3'; 
fOH(i)=fOH(i)-1; fHO3C6NO3(i)=fHO3C6NO3(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C6O = HO1CO4C6 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C6O'; 
fHO3C6O(i)=fHO3C6O(i)-1; fHO1CO4C6(i)=fHO1CO4C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CHO + hv = HO3C5O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HO3C5CHO'; 
fHO3C5CHO(i)=fHO3C5CHO(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO3C5CHO = HO3C5CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO3C5CHO'; 
fNO3(i)=fNO3(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)-1; fHO3C5CO3(i)=fHO3C5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5CHO = CO3C5CHO + HO2';
k(:,i) = 3.78e-11.*0.331;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5CHO'; 
fOH(i)=fOH(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)-1; fCO3C5CHO(i)=fCO3C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5CHO = HO3C5CO3';
k(:,i) = 3.78e-11.*0.669;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5CHO'; 
fOH(i)=fOH(i)-1; fHO3C5CHO(i)=fHO3C5CHO(i)-1; fHO3C5CO3(i)=fHO3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5OOH + hv = HO1MC5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO1MC5OOH'; 
fHO1MC5OOH(i)=fHO1MC5OOH(i)-1; fHO1MC5O(i)=fHO1MC5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1MC5OOH = CO2MC5OH + OH';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1MC5OOH'; 
fOH(i)=fOH(i)-1; fHO1MC5OOH(i)=fHO1MC5OOH(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5NO3 + hv = HO1MC5O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO1MC5NO3'; 
fHO1MC5NO3(i)=fHO1MC5NO3(i)-1; fHO1MC5O(i)=fHO1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1MC5NO3 = CO2MC5OH + NO2';
k(:,i) = 7.62e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1MC5NO3'; 
fOH(i)=fOH(i)-1; fHO1MC5NO3(i)=fHO1MC5NO3(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO1MC5O = HO2C54CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HO1MC5O'; 
fHO1MC5O(i)=fHO1MC5O(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2MC5OH + hv = CH3CO3 + IBUTOLCO2';
k(:,i) = J22;
Gstr{i,1} = 'CO2MC5OH'; 
fCO2MC5OH(i)=fCO2MC5OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2MC5OH = C64O2';
k(:,i) = 1.46e-11.*0.698;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2MC5OH'; 
fOH(i)=fOH(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)-1; fC64O2(i)=fC64O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2MC5OH = CO2C54CHO + HO2';
k(:,i) = 1.46e-11.*0.302;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2MC5OH'; 
fOH(i)=fOH(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)-1; fCO2C54CHO(i)=fCO2C54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO14MC5 = CO2MC5OH';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO14MC5'; 
fOH(i)=fOH(i)-1; fHO14MC5(i)=fHO14MC5(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)+1; 

i=i+1;
Rnames{i} = 'C54CO3H + hv = PEBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C54CO3H'; 
fC54CO3H(i)=fC54CO3H(i)-1; fPEBO2(i)=fPEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C54CO3H = C54CO3';
k(:,i) = 1.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C54CO3H'; 
fOH(i)=fOH(i)-1; fC54CO3H(i)=fC54CO3H(i)-1; fC54CO3(i)=fC54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN3 = C54CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN3'; 
fC6PAN3(i)=fC6PAN3(i)-1; fC54CO3(i)=fC54CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN3 = MPRK + CO + NO2';
k(:,i) = 3.61e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN3'; 
fOH(i)=fOH(i)-1; fC6PAN3(i)=fC6PAN3(i)-1; fMPRK(i)=fMPRK(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5OOH + hv = HO2MC5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2MC5OOH'; 
fHO2MC5OOH(i)=fHO2MC5OOH(i)-1; fHO2MC5O(i)=fHO2MC5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2MC5OOH = HO2C54CHO + OH';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2MC5OOH'; 
fOH(i)=fOH(i)-1; fHO2MC5OOH(i)=fHO2MC5OOH(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2MC5OOH = HO2MC5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2MC5OOH'; 
fOH(i)=fOH(i)-1; fHO2MC5OOH(i)=fHO2MC5OOH(i)-1; fHO2MC5O2(i)=fHO2MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5NO3 + hv = HO2MC5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO2MC5NO3'; 
fHO2MC5NO3(i)=fHO2MC5NO3(i)-1; fHO2MC5O(i)=fHO2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2MC5NO3 = HO2C54CHO + NO2';
k(:,i) = 1.06e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2MC5NO3'; 
fOH(i)=fOH(i)-1; fHO2MC5NO3(i)=fHO2MC5NO3(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2MC5O = CO2MC5OH + HO2';
k(:,i) = 4.37e11.*exp(-2945./T);
Gstr{i,1} = 'HO2MC5O'; 
fHO2MC5O(i)=fHO2MC5O(i)-1; fCO2MC5OH(i)=fCO2MC5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CHO + hv = HO2C54O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HO2C54CHO'; 
fHO2C54CHO(i)=fHO2C54CHO(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO2C54CHO = HO2C54CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO2C54CHO'; 
fNO3(i)=fNO3(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)-1; fHO2C54CO3(i)=fHO2C54CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54CHO = CO2C54CHO + HO2';
k(:,i) = 3.61e-11.*0.287;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54CHO'; 
fOH(i)=fOH(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)-1; fCO2C54CHO(i)=fCO2C54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54CHO = HO2C54CO3';
k(:,i) = 3.61e-11.*0.713;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54CHO'; 
fOH(i)=fOH(i)-1; fHO2C54CHO(i)=fHO2C54CHO(i)-1; fHO2C54CO3(i)=fHO2C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAOOH + hv = C2H5CO3 + CH3COCH3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'EIPKAOOH'; 
fEIPKAOOH(i)=fEIPKAOOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAOOH + hv = EIPKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EIPKAOOH'; 
fEIPKAOOH(i)=fEIPKAOOH(i)-1; fEIPKAO(i)=fEIPKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPKAOOH = EIPKAO2';
k(:,i) = 5.89e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPKAOOH'; 
fOH(i)=fOH(i)-1; fEIPKAOOH(i)=fEIPKAOOH(i)-1; fEIPKAO2(i)=fEIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAO = CH3COCH3 + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'EIPKAO'; 
fEIPKAO(i)=fEIPKAO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'EIPKAOH + hv = C2H5CO3 + CH3COCH3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EIPKAOH'; 
fEIPKAOH(i)=fEIPKAOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPKAOH = EIPKAO';
k(:,i) = 2.43e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPKAOH'; 
fOH(i)=fOH(i)-1; fEIPKAOH(i)=fEIPKAOH(i)-1; fEIPKAO(i)=fEIPKAO(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBOOH + hv = EIPKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EIPKBOOH'; 
fEIPKBOOH(i)=fEIPKBOOH(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBOOH + hv = EIPKBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'EIPKBOOH'; 
fEIPKBOOH(i)=fEIPKBOOH(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPKBOOH = CO3C54CHO + OH';
k(:,i) = 3.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPKBOOH'; 
fOH(i)=fOH(i)-1; fEIPKBOOH(i)=fEIPKBOOH(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBNO3 + hv = EIPKBO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'EIPKBNO3'; 
fEIPKBNO3(i)=fEIPKBNO3(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBNO3 + hv = EIPKBO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'EIPKBNO3'; 
fEIPKBNO3(i)=fEIPKBNO3(i)-1; fEIPKBO(i)=fEIPKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPKBNO3 = CO3C54CHO + NO2';
k(:,i) = 2.20e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPKBNO3'; 
fOH(i)=fOH(i)-1; fEIPKBNO3(i)=fEIPKBNO3(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBO = C66O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'EIPKBO'; 
fEIPKBO(i)=fEIPKBO(i)-1; fC66O2(i)=fC66O2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CHO + hv = DIEKAO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CO3C54CHO'; 
fCO3C54CHO(i)=fCO3C54CHO(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO3C54CHO = CO3C54CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO3C54CHO'; 
fNO3(i)=fNO3(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)-1; fCO3C54CO3(i)=fCO3C54CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C54CHO = CO3C54CO3';
k(:,i) = 6.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C54CHO'; 
fOH(i)=fOH(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)-1; fCO3C54CO3(i)=fCO3C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'EIPKBOH + hv = C2H5CO3 + HYPROPO2';
k(:,i) = J22;
Gstr{i,1} = 'EIPKBOH'; 
fEIPKBOH(i)=fEIPKBOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHYPROPO2(i)=fHYPROPO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + EIPKBOH = CO3C54CHO + HO2';
k(:,i) = 1.64e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'EIPKBOH'; 
fOH(i)=fOH(i)-1; fEIPKBOH(i)=fEIPKBOH(i)-1; fCO3C54CHO(i)=fCO3C54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5OOH + hv = HO2M2C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2M2C5OOH'; 
fHO2M2C5OOH(i)=fHO2M2C5OOH(i)-1; fHO2M2C5O(i)=fHO2M2C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C5OOH = H2M2C4CHO + OH';
k(:,i) = 1.30e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C5OOH'; 
fOH(i)=fOH(i)-1; fHO2M2C5OOH(i)=fHO2M2C5OOH(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C5OOH = HO2M2C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C5OOH'; 
fOH(i)=fOH(i)-1; fHO2M2C5OOH(i)=fHO2M2C5OOH(i)-1; fHO2M2C5O2(i)=fHO2M2C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5NO3 + hv = HO2M2C5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO2M2C5NO3'; 
fHO2M2C5NO3(i)=fHO2M2C5NO3(i)-1; fHO2M2C5O(i)=fHO2M2C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C5NO3 = H2M2C4CHO + NO2';
k(:,i) = 2.16e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C5NO3'; 
fOH(i)=fOH(i)-1; fHO2M2C5NO3(i)=fHO2M2C5NO3(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2M2C5O = H2M2C4CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HO2M2C5O'; 
fHO2M2C5O(i)=fHO2M2C5O(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CHO + hv = HO2M2C4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'H2M2C4CHO'; 
fH2M2C4CHO(i)=fH2M2C4CHO(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H2M2C4CHO = H2M2C4CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H2M2C4CHO'; 
fNO3(i)=fNO3(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)-1; fH2M2C4CO3(i)=fH2M2C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C4CHO = C67O2';
k(:,i) = 2.66e-11.*0.177;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C4CHO'; 
fOH(i)=fOH(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)-1; fC67O2(i)=fC67O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C4CHO = H2M2C4CO3';
k(:,i) = 2.66e-11.*0.823;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C4CHO'; 
fOH(i)=fOH(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)-1; fH2M2C4CO3(i)=fH2M2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2M2C5OH = H2M2C4CHO + HO2';
k(:,i) = 7.46e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2M2C5OH'; 
fOH(i)=fOH(i)-1; fHO2M2C5OH(i)=fHO2M2C5OH(i)-1; fH2M2C4CHO(i)=fH2M2C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5OOH + hv = H1MC5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H1MC5OOH'; 
fH1MC5OOH(i)=fH1MC5OOH(i)-1; fH1MC5O(i)=fH1MC5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H1MC5OOH = CO2M3C5OH + OH';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H1MC5OOH'; 
fOH(i)=fOH(i)-1; fH1MC5OOH(i)=fH1MC5OOH(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5NO3 + hv = H1MC5O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'H1MC5NO3'; 
fH1MC5NO3(i)=fH1MC5NO3(i)-1; fH1MC5O(i)=fH1MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H1MC5NO3 = CO2M3C5OH + NO2';
k(:,i) = 6.34e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H1MC5NO3'; 
fOH(i)=fOH(i)-1; fH1MC5NO3(i)=fH1MC5NO3(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1MC5O = H2M3C4CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'H1MC5O'; 
fH1MC5O(i)=fH1MC5O(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C5OH + hv = CH3CO3 + NBUTOLBO2';
k(:,i) = J22;
Gstr{i,1} = 'CO2M3C5OH'; 
fCO2M3C5OH(i)=fCO2M3C5OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M3C5OH = C610O2';
k(:,i) = 1.11e-11.*0.527;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M3C5OH'; 
fOH(i)=fOH(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)-1; fC610O2(i)=fC610O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M3C5OH = CO2M3C4CHO + HO2';
k(:,i) = 1.11e-11.*0.473;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M3C5OH'; 
fOH(i)=fOH(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)-1; fCO2M3C4CHO(i)=fCO2M3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO14M3C5 = CO2M3C5OH';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO14M3C5'; 
fOH(i)=fOH(i)-1; fHO14M3C5(i)=fHO14M3C5(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)+1; 

i=i+1;
Rnames{i} = 'M3C4CO3H + hv = IPEAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'M3C4CO3H'; 
fM3C4CO3H(i)=fM3C4CO3H(i)-1; fIPEAO2(i)=fIPEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3C4CO3H = M3C4CO3';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3C4CO3H'; 
fOH(i)=fOH(i)-1; fM3C4CO3H(i)=fM3C4CO3H(i)-1; fM3C4CO3(i)=fM3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN10 = M3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN10'; 
fC6PAN10(i)=fC6PAN10(i)-1; fM3C4CO3(i)=fM3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN10 = BUT2CHO + CO + NO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN10'; 
fOH(i)=fOH(i)-1; fC6PAN10(i)=fC6PAN10(i)-1; fBUT2CHO(i)=fBUT2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5OOH + hv = H2MC5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2MC5OOH'; 
fH2MC5OOH(i)=fH2MC5OOH(i)-1; fH2MC5O(i)=fH2MC5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2MC5OOH = H2M3C4CHO + OH';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2MC5OOH'; 
fOH(i)=fOH(i)-1; fH2MC5OOH(i)=fH2MC5OOH(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2MC5OOH = H2MC5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2MC5OOH'; 
fOH(i)=fOH(i)-1; fH2MC5OOH(i)=fH2MC5OOH(i)-1; fH2MC5O2(i)=fH2MC5O2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5NO3 + hv = H2MC5O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'H2MC5NO3'; 
fH2MC5NO3(i)=fH2MC5NO3(i)-1; fH2MC5O(i)=fH2MC5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2MC5NO3 = H2M3C4CHO + NO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2MC5NO3'; 
fOH(i)=fOH(i)-1; fH2MC5NO3(i)=fH2MC5NO3(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2MC5O = CO2M3C5OH + HO2';
k(:,i) = 4.37e11.*exp(-2945./T);
Gstr{i,1} = 'H2MC5O'; 
fH2MC5O(i)=fH2MC5O(i)-1; fCO2M3C5OH(i)=fCO2M3C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CHO + hv = H2M3C4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'H2M3C4CHO'; 
fH2M3C4CHO(i)=fH2M3C4CHO(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H2M3C4CHO = H2M3C4CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H2M3C4CHO'; 
fNO3(i)=fNO3(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)-1; fH2M3C4CO3(i)=fH2M3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4CHO = C68O2';
k(:,i) = 3.98e-11.*0.287;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4CHO'; 
fOH(i)=fOH(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)-1; fC68O2(i)=fC68O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4CHO = H2M3C4CO3';
k(:,i) = 3.98e-11.*0.713;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4CHO'; 
fOH(i)=fOH(i)-1; fH2M3C4CHO(i)=fH2M3C4CHO(i)-1; fH2M3C4CO3(i)=fH2M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAOOH + hv = M2BKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2BKAOOH'; 
fM2BKAOOH(i)=fM2BKAOOH(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAOOH + hv = M2BKAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'M2BKAOOH'; 
fM2BKAOOH(i)=fM2BKAOOH(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BKAOOH = CO24M3C5 + OH';
k(:,i) = 6.97e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BKAOOH'; 
fOH(i)=fOH(i)-1; fM2BKAOOH(i)=fM2BKAOOH(i)-1; fCO24M3C5(i)=fCO24M3C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKANO3 + hv = M2BKAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'M2BKANO3'; 
fM2BKANO3(i)=fM2BKANO3(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKANO3 + hv = M2BKAO + NO2';
k(:,i) = J22;
Gstr{i,1} = 'M2BKANO3'; 
fM2BKANO3(i)=fM2BKANO3(i)-1; fM2BKAO(i)=fM2BKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BKANO3 = CO24M3C5 + NO2';
k(:,i) = 1.25e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BKANO3'; 
fOH(i)=fOH(i)-1; fM2BKANO3(i)=fM2BKANO3(i)-1; fCO24M3C5(i)=fCO24M3C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO = C69O2';
k(:,i) = 1.72e11.*exp(-4240./T);
Gstr{i,1} = 'M2BKAO'; 
fM2BKAO(i)=fM2BKAO(i)-1; fC69O2(i)=fC69O2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKAO = CO24M3C5 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'M2BKAO'; 
fM2BKAO(i)=fM2BKAO(i)-1; fCO24M3C5(i)=fCO24M3C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24M3C5 + hv = MEKBO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO24M3C5'; 
fCO24M3C5(i)=fCO24M3C5(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO24M3C5 = C611O2';
k(:,i) = 1.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO24M3C5'; 
fOH(i)=fOH(i)-1; fCO24M3C5(i)=fCO24M3C5(i)-1; fC611O2(i)=fC611O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BKAOH = CO24M3C5 + HO2';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BKAOH'; 
fOH(i)=fOH(i)-1; fM2BKAOH(i)=fM2BKAOH(i)-1; fCO24M3C5(i)=fCO24M3C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBOOH + hv = M2BKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2BKBOOH'; 
fM2BKBOOH(i)=fM2BKBOOH(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBOOH + hv = M2BKBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'M2BKBOOH'; 
fM2BKBOOH(i)=fM2BKBOOH(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BKBOOH = M2BKBO2';
k(:,i) = 8.04e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BKBOOH'; 
fOH(i)=fOH(i)-1; fM2BKBOOH(i)=fM2BKBOOH(i)-1; fM2BKBO2(i)=fM2BKBO2(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBO = CH3CO3 + MEK';
k(:,i) = KDEC;
Gstr{i,1} = 'M2BKBO'; 
fM2BKBO(i)=fM2BKBO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMEK(i)=fMEK(i)+1; 

i=i+1;
Rnames{i} = 'M2BKBOH + hv = CH3CO3 + MEK + HO2';
k(:,i) = J22;
Gstr{i,1} = 'M2BKBOH'; 
fM2BKBOH(i)=fM2BKBOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMEK(i)=fMEK(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2BKBOH = M2BKBO';
k(:,i) = 4.58e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2BKBOH'; 
fOH(i)=fOH(i)-1; fM2BKBOH(i)=fM2BKBOH(i)-1; fM2BKBO(i)=fM2BKBO(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4OOH + hv = HM33C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM33C4OOH'; 
fHM33C4OOH(i)=fHM33C4OOH(i)-1; fHM33C4O(i)=fHM33C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C4OOH = HM33C3CHO + OH';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C4OOH'; 
fOH(i)=fOH(i)-1; fHM33C4OOH(i)=fHM33C4OOH(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C4OOH = HM33C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C4OOH'; 
fOH(i)=fOH(i)-1; fHM33C4OOH(i)=fHM33C4OOH(i)-1; fHM33C4O2(i)=fHM33C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4NO3 + hv = HM33C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HM33C4NO3'; 
fHM33C4NO3(i)=fHM33C4NO3(i)-1; fHM33C4O(i)=fHM33C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C4NO3 = HM33C3CHO + NO2';
k(:,i) = 5.95e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C4NO3'; 
fOH(i)=fOH(i)-1; fHM33C4NO3(i)=fHM33C4NO3(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C4O = HM22C3CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HM33C4O'; 
fHM33C4O(i)=fHM33C4O(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CHO + hv = HM33C3O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HM33C3CHO'; 
fHM33C3CHO(i)=fHM33C3CHO(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HM33C3CHO = HM33C3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HM33C3CHO'; 
fNO3(i)=fNO3(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)-1; fHM33C3CO3(i)=fHM33C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C3CHO = HM33C3CO3';
k(:,i) = 2.96e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C3CHO'; 
fOH(i)=fOH(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)-1; fHM33C3CO3(i)=fHM33C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C4OH = HM22C3CHO + HO2';
k(:,i) = 1.01e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C4OH'; 
fOH(i)=fOH(i)-1; fHM33C4OH(i)=fHM33C4OH(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C4OH = HM33C3CHO + HO2';
k(:,i) = 1.01e-11.*0.5;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C4OH'; 
fOH(i)=fOH(i)-1; fHM33C4OH(i)=fHM33C4OH(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M22C3CO3H + hv = NEOPO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'M22C3CO3H'; 
fM22C3CO3H(i)=fM22C3CO3H(i)-1; fNEOPO2(i)=fNEOPO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M22C3CO3H = M22C3CO3';
k(:,i) = 4.96e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M22C3CO3H'; 
fOH(i)=fOH(i)-1; fM22C3CO3H(i)=fM22C3CO3H(i)-1; fM22C3CO3(i)=fM22C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN17 = M22C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN17'; 
fC6PAN17(i)=fC6PAN17(i)-1; fM22C3CO3(i)=fM22C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN17 = TBUTCHO + CO + NO2';
k(:,i) = 8.46e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN17'; 
fOH(i)=fOH(i)-1; fC6PAN17(i)=fC6PAN17(i)-1; fTBUTCHO(i)=fTBUTCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4OOH + hv = HM22C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM22C4OOH'; 
fHM22C4OOH(i)=fHM22C4OOH(i)-1; fHM22C4O(i)=fHM22C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C4OOH = HM22C3CHO + OH';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C4OOH'; 
fOH(i)=fOH(i)-1; fHM22C4OOH(i)=fHM22C4OOH(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C4OOH = HM22C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C4OOH'; 
fOH(i)=fOH(i)-1; fHM22C4OOH(i)=fHM22C4OOH(i)-1; fHM22C4O2(i)=fHM22C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4NO3 + hv = HM22C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HM22C4NO3'; 
fHM22C4NO3(i)=fHM22C4NO3(i)-1; fHM22C4O(i)=fHM22C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C4NO3 = HM22C3CHO + NO2';
k(:,i) = 4.77e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C4NO3'; 
fOH(i)=fOH(i)-1; fHM22C4NO3(i)=fHM22C4NO3(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C4O = HM33C3CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HM22C4O'; 
fHM22C4O(i)=fHM22C4O(i)-1; fHM33C3CHO(i)=fHM33C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CHO + hv = HM22C3O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HM22C3CHO'; 
fHM22C3CHO(i)=fHM22C3CHO(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HM22C3CHO = HM22C3CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HM22C3CHO'; 
fNO3(i)=fNO3(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)-1; fHM22C3CO3(i)=fHM22C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3CHO = HM22C3CO3';
k(:,i) = 2.60e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3CHO'; 
fOH(i)=fOH(i)-1; fHM22C3CHO(i)=fHM22C3CHO(i)-1; fHM22C3CO3(i)=fHM22C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C3CO2H = IPECO2';
k(:,i) = 4.87e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C3CO2H'; 
fOH(i)=fOH(i)-1; fM33C3CO2H(i)=fM33C3CO2H(i)-1; fIPECO2(i)=fIPECO2(i)+1; 

i=i+1;
Rnames{i} = 'M33C3CO3H + hv = IPECO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'M33C3CO3H'; 
fM33C3CO3H(i)=fM33C3CO3H(i)-1; fIPECO2(i)=fIPECO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M33C3CO3H = M33C3CO3';
k(:,i) = 8.47e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M33C3CO3H'; 
fOH(i)=fOH(i)-1; fM33C3CO3H(i)=fM33C3CO3H(i)-1; fM33C3CO3(i)=fM33C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN15 = M33C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN15'; 
fC6PAN15(i)=fC6PAN15(i)-1; fM33C3CO3(i)=fM33C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN15 = MEK + HCHO + CO + NO2';
k(:,i) = 1.65e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN15'; 
fOH(i)=fOH(i)-1; fC6PAN15(i)=fC6PAN15(i)-1; fMEK(i)=fMEK(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4OOH + hv = HM23C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM23C4OOH'; 
fHM23C4OOH(i)=fHM23C4OOH(i)-1; fHM23C4O(i)=fHM23C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM23C4OOH = HM23C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM23C4OOH'; 
fOH(i)=fOH(i)-1; fHM23C4OOH(i)=fHM23C4OOH(i)-1; fHM23C4O2(i)=fHM23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM23C4OOH = HM2C43CHO + OH';
k(:,i) = 1.95e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM23C4OOH'; 
fOH(i)=fOH(i)-1; fHM23C4OOH(i)=fHM23C4OOH(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4NO3 + hv = HM23C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HM23C4NO3'; 
fHM23C4NO3(i)=fHM23C4NO3(i)-1; fHM23C4O(i)=fHM23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM23C4NO3 = HM2C43CHO + NO2';
k(:,i) = 7.40e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM23C4NO3'; 
fOH(i)=fOH(i)-1; fHM23C4NO3(i)=fHM23C4NO3(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM23C4O = HM2C43CHO + HO2';
k(:,i) = 8.74e11.*exp(-3430./T);
Gstr{i,1} = 'HM23C4O'; 
fHM23C4O(i)=fHM23C4O(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM23C4OH = HM2C43CHO + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM23C4OH'; 
fOH(i)=fOH(i)-1; fHM23C4OH(i)=fHM23C4OH(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CHO + hv = HM2C43O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HM2C43CHO'; 
fHM2C43CHO(i)=fHM2C43CHO(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HM2C43CHO = HM2C43CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HM2C43CHO'; 
fNO3(i)=fNO3(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)-1; fHM2C43CO3(i)=fHM2C43CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM2C43CHO = HM2C43CO3';
k(:,i) = 3.40e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM2C43CHO'; 
fOH(i)=fOH(i)-1; fHM2C43CHO(i)=fHM2C43CHO(i)-1; fHM2C43CO3(i)=fHM2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2C43CO2H = IPEBO2';
k(:,i) = 9.48e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2C43CO2H'; 
fOH(i)=fOH(i)-1; fM2C43CO2H(i)=fM2C43CO2H(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; 

i=i+1;
Rnames{i} = 'M2C43CO3H + hv = IPEBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'M2C43CO3H'; 
fM2C43CO3H(i)=fM2C43CO3H(i)-1; fIPEBO2(i)=fIPEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + M2C43CO3H = M2C43CO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M2C43CO3H'; 
fOH(i)=fOH(i)-1; fM2C43CO3H(i)=fM2C43CO3H(i)-1; fM2C43CO3(i)=fM2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN18 = M2C43CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN18'; 
fC6PAN18(i)=fC6PAN18(i)-1; fM2C43CO3(i)=fM2C43CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN18 = MIPK + CO + NO2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN18'; 
fOH(i)=fOH(i)-1; fC6PAN18(i)=fC6PAN18(i)-1; fMIPK(i)=fMIPK(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76OOH + hv = HO3C76O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C76OOH'; 
fHO3C76OOH(i)=fHO3C76OOH(i)-1; fHO3C76O(i)=fHO3C76O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C76OOH = HO3CO6C7 + OH';
k(:,i) = 3.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C76OOH'; 
fOH(i)=fOH(i)-1; fHO3C76OOH(i)=fHO3C76OOH(i)-1; fHO3CO6C7(i)=fHO3CO6C7(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76NO3 + hv = HO3C76O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C76NO3'; 
fHO3C76NO3(i)=fHO3C76NO3(i)-1; fHO3C76O(i)=fHO3C76O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C76NO3 = HO3CO6C7 + NO2';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C76NO3'; 
fOH(i)=fOH(i)-1; fHO3C76NO3(i)=fHO3C76NO3(i)-1; fHO3CO6C7(i)=fHO3CO6C7(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C76O = HO2CO5C7 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C76O'; 
fHO3C76O(i)=fHO3C76O(i)-1; fHO2CO5C7(i)=fHO2CO5C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO25C7 = HO2CO5C7 + HO2';
k(:,i) = 2.32e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO25C7'; 
fOH(i)=fOH(i)-1; fHO25C7(i)=fHO25C7(i)-1; fHO2CO5C7(i)=fHO2CO5C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3CO6C7 + hv = HO3C5O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'HO3CO6C7'; 
fHO3CO6C7(i)=fHO3CO6C7(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3CO6C7 = CO25C7 + HO2';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3CO6C7'; 
fOH(i)=fOH(i)-1; fHO3CO6C7(i)=fHO3CO6C7(i)-1; fCO25C7(i)=fCO25C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75OOH + hv = CO3C75O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO3C75OOH'; 
fCO3C75OOH(i)=fCO3C75OOH(i)-1; fCO3C75O(i)=fCO3C75O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75OOH + hv = CO3C75O + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO3C75OOH'; 
fCO3C75OOH(i)=fCO3C75OOH(i)-1; fCO3C75O(i)=fCO3C75O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C75OOH = CO3C75O2';
k(:,i) = 1.42e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C75OOH'; 
fOH(i)=fOH(i)-1; fCO3C75OOH(i)=fCO3C75OOH(i)-1; fCO3C75O2(i)=fCO3C75O2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C75O = C71O2';
k(:,i) = 1.45e11.*exp(-3430./T);
Gstr{i,1} = 'CO3C75O'; 
fCO3C75O(i)=fCO3C75O(i)-1; fC71O2(i)=fC71O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65OOH + hv = H2M5C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M5C65OOH'; 
fH2M5C65OOH(i)=fH2M5C65OOH(i)-1; fH2M5C65O(i)=fH2M5C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M5C65OOH = H2M5C65O2';
k(:,i) = 1.54e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M5C65OOH'; 
fOH(i)=fOH(i)-1; fH2M5C65OOH(i)=fH2M5C65OOH(i)-1; fH2M5C65O2(i)=fH2M5C65O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65NO3 + hv = H2M5C65O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'H2M5C65NO3'; 
fH2M5C65NO3(i)=fH2M5C65NO3(i)-1; fH2M5C65O(i)=fH2M5C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M5C65NO3 = CH3COCH3 + NO2 + HO2C3CHO';
k(:,i) = 1.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M5C65NO3'; 
fOH(i)=fOH(i)-1; fH2M5C65NO3(i)=fH2M5C65NO3(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'H2M5C65O = H2M2CO5C6 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'H2M5C65O'; 
fH2M5C65O(i)=fH2M5C65O(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H25M2C6 = H2M2CO5C6 + HO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H25M2C6'; 
fOH(i)=fOH(i)-1; fH25M2C6(i)=fH25M2C6(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C75OOH + hv = C75O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C75OOH'; 
fC75OOH(i)=fC75OOH(i)-1; fC75O(i)=fC75O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C75OOH + hv = C75O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C75OOH'; 
fC75OOH(i)=fC75OOH(i)-1; fC75O(i)=fC75O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C75OOH = C75O2';
k(:,i) = 8.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C75OOH'; 
fOH(i)=fOH(i)-1; fC75OOH(i)=fC75OOH(i)-1; fC75O2(i)=fC75O2(i)+1; 

i=i+1;
Rnames{i} = 'C75O = C76O2';
k(:,i) = 1.72e11.*exp(-4240./T);
Gstr{i,1} = 'C75O'; 
fC75O(i)=fC75O(i)-1; fC76O2(i)=fC76O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65OOH + hv = H2M2C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M2C65OOH'; 
fH2M2C65OOH(i)=fH2M2C65OOH(i)-1; fH2M2C65O(i)=fH2M2C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C65OOH = H2M2CO5C6 + OH';
k(:,i) = 2.71e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C65OOH'; 
fOH(i)=fOH(i)-1; fH2M2C65OOH(i)=fH2M2C65OOH(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65NO3 + hv = H2M2C65O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'H2M2C65NO3'; 
fH2M2C65NO3(i)=fH2M2C65NO3(i)-1; fH2M2C65O(i)=fH2M2C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C65NO3 = H2M2CO5C6 + NO2';
k(:,i) = 2.24e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C65NO3'; 
fOH(i)=fOH(i)-1; fH2M2C65NO3(i)=fH2M2C65NO3(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O = H2M2CO5C6 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'H2M2C65O'; 
fH2M2C65O(i)=fH2M2C65O(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C65O = HO2M2C4O2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'H2M2C65O'; 
fH2M2C65O(i)=fH2M2C65O(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'H2M2CO5C6 + hv = CH3CO3 + HO2M2C4O2';
k(:,i) = J22;
Gstr{i,1} = 'H2M2CO5C6'; 
fH2M2CO5C6(i)=fH2M2CO5C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2CO5C6 = C77O2';
k(:,i) = 5.92e-12.*0.834;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2CO5C6'; 
fOH(i)=fOH(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)-1; fC77O2(i)=fC77O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2CO5C6 = C78O2';
k(:,i) = 5.92e-12.*0.166;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2CO5C6'; 
fOH(i)=fOH(i)-1; fH2M2CO5C6(i)=fH2M2CO5C6(i)-1; fC78O2(i)=fC78O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65OOH + hv = H2M4C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M4C65OOH'; 
fH2M4C65OOH(i)=fH2M4C65OOH(i)-1; fH2M4C65O(i)=fH2M4C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M4C65OOH = H2M4CO5C6 + OH';
k(:,i) = 3.70e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M4C65OOH'; 
fOH(i)=fOH(i)-1; fH2M4C65OOH(i)=fH2M4C65OOH(i)-1; fH2M4CO5C6(i)=fH2M4CO5C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65NO3 + hv = H2M4C65O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'H2M4C65NO3'; 
fH2M4C65NO3(i)=fH2M4C65NO3(i)-1; fH2M4C65O(i)=fH2M4C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M4C65NO3 = H2M4CO5C6 + NO2';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M4C65NO3'; 
fOH(i)=fOH(i)-1; fH2M4C65NO3(i)=fH2M4C65NO3(i)-1; fH2M4CO5C6(i)=fH2M4CO5C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4C65O = H2M3CO5C6 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'H2M4C65O'; 
fH2M4C65O(i)=fH2M4C65O(i)-1; fH2M3CO5C6(i)=fH2M3CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H25M3C6 = H2M3CO5C6 + HO2';
k(:,i) = 2.18e-11.*0.500;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H25M3C6'; 
fOH(i)=fOH(i)-1; fH25M3C6(i)=fH25M3C6(i)-1; fH2M3CO5C6(i)=fH2M3CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H25M3C6 = H2M4CO5C6 + HO2';
k(:,i) = 2.18e-11.*0.500;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H25M3C6'; 
fOH(i)=fOH(i)-1; fH25M3C6(i)=fH25M3C6(i)-1; fH2M4CO5C6(i)=fH2M4CO5C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4CO5C6 + OH = M3CO25C6 + HO2';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'H2M4CO5C6'; Gstr{i,2} = 'OH'; 
fH2M4CO5C6(i)=fH2M4CO5C6(i)-1; fOH(i)=fOH(i)-1; fM3CO25C6(i)=fM3CO25C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M4CO5C6 + hv = HO2C54O2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'H2M4CO5C6'; 
fH2M4CO5C6(i)=fH2M4CO5C6(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C710OOH + hv = C710O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C710OOH'; 
fC710OOH(i)=fC710OOH(i)-1; fC710O(i)=fC710O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C710OOH + hv = C710O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C710OOH'; 
fC710OOH(i)=fC710OOH(i)-1; fC710O(i)=fC710O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C710OOH = C710O2';
k(:,i) = 6.05e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C710OOH'; 
fOH(i)=fOH(i)-1; fC710OOH(i)=fC710OOH(i)-1; fC710O2(i)=fC710O2(i)+1; 

i=i+1;
Rnames{i} = 'C710O = C711O2';
k(:,i) = 1.72e11.*exp(-4240./T);
Gstr{i,1} = 'C710O'; 
fC710O(i)=fC710O(i)-1; fC711O2(i)=fC711O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C6OOH = H3M3C5CHO + OH';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C6OOH'; 
fOH(i)=fOH(i)-1; fH3M3C6OOH(i)=fH3M3C6OOH(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C6OOH = H3M3C6O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C6OOH'; 
fOH(i)=fOH(i)-1; fH3M3C6OOH(i)=fH3M3C6OOH(i)-1; fH3M3C6O2(i)=fH3M3C6O2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6NO3 + hv = H3M3C6O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'H3M3C6NO3'; 
fH3M3C6NO3(i)=fH3M3C6NO3(i)-1; fH3M3C6O(i)=fH3M3C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C6NO3 = H3M3C5CHO + NO2';
k(:,i) = 3.31e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C6NO3'; 
fOH(i)=fOH(i)-1; fH3M3C6NO3(i)=fH3M3C6NO3(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C6O = H3M3C5CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'H3M3C6O'; 
fH3M3C6O(i)=fH3M3C6O(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H14M4C6 = H3M3C5CHO + HO2';
k(:,i) = 8.35e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H14M4C6'; 
fOH(i)=fOH(i)-1; fH14M4C6(i)=fH14M4C6(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CHO + hv = H3M3C5O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'H3M3C5CHO'; 
fH3M3C5CHO(i)=fH3M3C5CHO(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H3M3C5CHO = H3M3C5CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H3M3C5CHO'; 
fNO3(i)=fNO3(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)-1; fH3M3C5CO3(i)=fH3M3C5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5CHO = H3M3C5CO3';
k(:,i) = 2.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5CHO'; 
fOH(i)=fOH(i)-1; fH3M3C5CHO(i)=fH3M3C5CHO(i)-1; fH3M3C5CO3(i)=fH3M3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86OOH + hv = HO3C86O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C86OOH'; 
fHO3C86OOH(i)=fHO3C86OOH(i)-1; fHO3C86O(i)=fHO3C86O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C86OOH = HO3CO6C8 + OH';
k(:,i) = 4.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C86OOH'; 
fOH(i)=fOH(i)-1; fHO3C86OOH(i)=fHO3C86OOH(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86NO3 + hv = HO3C86O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C86NO3'; 
fHO3C86NO3(i)=fHO3C86NO3(i)-1; fHO3C86O(i)=fHO3C86O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C86NO3 = HO3CO6C8 + NO2';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C86NO3'; 
fOH(i)=fOH(i)-1; fHO3C86NO3(i)=fHO3C86NO3(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C86O = HO3CO6C8 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C86O'; 
fHO3C86O(i)=fHO3C86O(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO36C8 = HO3CO6C8 + HO2';
k(:,i) = 2.63e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO36C8'; 
fOH(i)=fOH(i)-1; fHO36C8(i)=fHO36C8(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3CO6C8 + hv = C2H5CO3 + HO3C5O2';
k(:,i) = J22;
Gstr{i,1} = 'HO3CO6C8'; 
fHO3CO6C8(i)=fHO3CO6C8(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO3C5O2(i)=fHO3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3CO6C8 = C82O2';
k(:,i) = 1.85e-11.*0.304;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3CO6C8'; 
fOH(i)=fOH(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)-1; fC82O2(i)=fC82O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3CO6C8 = CO36C8 + HO2';
k(:,i) = 1.85e-11.*0.696;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3CO6C8'; 
fOH(i)=fOH(i)-1; fHO3CO6C8(i)=fHO3CO6C8(i)-1; fCO36C8(i)=fCO36C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85OOH + hv = CO3C85O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO3C85OOH'; 
fCO3C85OOH(i)=fCO3C85OOH(i)-1; fCO3C85O(i)=fCO3C85O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85OOH + hv = CO3C85O + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO3C85OOH'; 
fCO3C85OOH(i)=fCO3C85OOH(i)-1; fCO3C85O(i)=fCO3C85O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C85OOH = CO3C85O2';
k(:,i) = 8.66e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C85OOH'; 
fOH(i)=fOH(i)-1; fCO3C85OOH(i)=fCO3C85OOH(i)-1; fCO3C85O2(i)=fCO3C85O2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C85O = C81O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'CO3C85O'; 
fCO3C85O(i)=fCO3C85O(i)-1; fC81O2(i)=fC81O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96OOH + hv = HO3C96O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C96OOH'; 
fHO3C96OOH(i)=fHO3C96OOH(i)-1; fHO3C96O(i)=fHO3C96O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C96OOH = HO4CO7C9 + OH';
k(:,i) = 4.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C96OOH'; 
fOH(i)=fOH(i)-1; fHO3C96OOH(i)=fHO3C96OOH(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96NO3 + hv = HO3C96O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C96NO3'; 
fHO3C96NO3(i)=fHO3C96NO3(i)-1; fHO3C96O(i)=fHO3C96O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C96NO3 = HO4CO7C9 + NO2';
k(:,i) = 1.50e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C96NO3'; 
fOH(i)=fOH(i)-1; fHO3C96NO3(i)=fHO3C96NO3(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C96O = HO4CO7C9 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C96O'; 
fHO3C96O(i)=fHO3C96O(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO36C9 = HO4CO7C9 + HO2';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO36C9'; 
fOH(i)=fOH(i)-1; fHO36C9(i)=fHO36C9(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO4CO7C9 + hv = C2H5CO3 + HO5C6O2';
k(:,i) = J22;
Gstr{i,1} = 'HO4CO7C9'; 
fHO4CO7C9(i)=fHO4CO7C9(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO5C6O2(i)=fHO5C6O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO4CO7C9 = C93O2';
k(:,i) = 1.99e-11.*0.304;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO4CO7C9'; 
fOH(i)=fOH(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)-1; fC93O2(i)=fC93O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO4CO7C9 = CO36C9 + HO2';
k(:,i) = 1.99e-11.*0.696;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO4CO7C9'; 
fOH(i)=fOH(i)-1; fHO4CO7C9(i)=fHO4CO7C9(i)-1; fCO36C9(i)=fCO36C9(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C91OOH + hv = C91O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C91OOH'; 
fC91OOH(i)=fC91OOH(i)-1; fC91O(i)=fC91O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C91OOH + hv = C91O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C91OOH'; 
fC91OOH(i)=fC91OOH(i)-1; fC91O(i)=fC91O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C91OOH = C91O2';
k(:,i) = 8.80e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C91OOH'; 
fOH(i)=fOH(i)-1; fC91OOH(i)=fC91OOH(i)-1; fC91O2(i)=fC91O2(i)+1; 

i=i+1;
Rnames{i} = 'C91O = C92O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'C91O'; 
fC91O(i)=fC91O(i)-1; fC92O2(i)=fC92O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106OOH + hv = HO3C106O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C106OOH'; 
fHO3C106OOH(i)=fHO3C106OOH(i)-1; fHO3C106O(i)=fHO3C106O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C106OOH = HO5CO8C10 + OH';
k(:,i) = 4.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C106OOH'; 
fOH(i)=fOH(i)-1; fHO3C106OOH(i)=fHO3C106OOH(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106NO3 + hv = HO3C106O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C106NO3'; 
fHO3C106NO3(i)=fHO3C106NO3(i)-1; fHO3C106O(i)=fHO3C106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C106NO3 = HO5CO8C10 + NO2';
k(:,i) = 1.64e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C106NO3'; 
fOH(i)=fOH(i)-1; fHO3C106NO3(i)=fHO3C106NO3(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C106O = HO5CO8C10 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C106O'; 
fHO3C106O(i)=fHO3C106O(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO36C10 = HO5CO8C10 + HO2';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO36C10'; 
fOH(i)=fOH(i)-1; fHO36C10(i)=fHO36C10(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5CO8C10 + hv = C2H5CO3 + HO6C7O2';
k(:,i) = J22;
Gstr{i,1} = 'HO5CO8C10'; 
fHO5CO8C10(i)=fHO5CO8C10(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO6C7O2(i)=fHO6C7O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5CO8C10 = C103O2';
k(:,i) = 2.13e-11.*0.304;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5CO8C10'; 
fOH(i)=fOH(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)-1; fC103O2(i)=fC103O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5CO8C10 = CO36C10 + HO2';
k(:,i) = 2.13e-11.*0.696;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5CO8C10'; 
fOH(i)=fOH(i)-1; fHO5CO8C10(i)=fHO5CO8C10(i)-1; fCO36C10(i)=fCO36C10(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C101OOH + hv = C101O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C101OOH'; 
fC101OOH(i)=fC101OOH(i)-1; fC101O(i)=fC101O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C101OOH + hv = C101O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C101OOH'; 
fC101OOH(i)=fC101OOH(i)-1; fC101O(i)=fC101O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C101OOH = C101O2';
k(:,i) = 8.94e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C101OOH'; 
fOH(i)=fOH(i)-1; fC101OOH(i)=fC101OOH(i)-1; fC101O2(i)=fC101O2(i)+1; 

i=i+1;
Rnames{i} = 'C101O = C102O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'C101O'; 
fC101O(i)=fC101O(i)-1; fC102O2(i)=fC102O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116OOH + hv = HO3C116O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C116OOH'; 
fHO3C116OOH(i)=fHO3C116OOH(i)-1; fHO3C116O(i)=fHO3C116O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C116OOH = HO6CO9C11 + OH';
k(:,i) = 4.83e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C116OOH'; 
fOH(i)=fOH(i)-1; fHO3C116OOH(i)=fHO3C116OOH(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116NO3 + hv = HO3C116O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C116NO3'; 
fHO3C116NO3(i)=fHO3C116NO3(i)-1; fHO3C116O(i)=fHO3C116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C116NO3 = HO6CO9C11 + NO2';
k(:,i) = 1.78e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C116NO3'; 
fOH(i)=fOH(i)-1; fHO3C116NO3(i)=fHO3C116NO3(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C116O = HO6CO9C11 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C116O'; 
fHO3C116O(i)=fHO3C116O(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO36C11 = HO6CO9C11 + HO2';
k(:,i) = 2.71e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO36C11'; 
fOH(i)=fOH(i)-1; fHO36C11(i)=fHO36C11(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6CO9C11 + hv = C2H5CO3 + HO7C8O2';
k(:,i) = J22;
Gstr{i,1} = 'HO6CO9C11'; 
fHO6CO9C11(i)=fHO6CO9C11(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO7C8O2(i)=fHO7C8O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO6CO9C11 = C113O2';
k(:,i) = 2.27e-11.*0.304;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO6CO9C11'; 
fOH(i)=fOH(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)-1; fC113O2(i)=fC113O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO6CO9C11 = CO36C11 + HO2';
k(:,i) = 2.27e-11.*0.696;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO6CO9C11'; 
fOH(i)=fOH(i)-1; fHO6CO9C11(i)=fHO6CO9C11(i)-1; fCO36C11(i)=fCO36C11(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C111OOH + hv = C111O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C111OOH'; 
fC111OOH(i)=fC111OOH(i)-1; fC111O(i)=fC111O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C111OOH + hv = C111O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C111OOH'; 
fC111OOH(i)=fC111OOH(i)-1; fC111O(i)=fC111O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C111OOH = C111O2';
k(:,i) = 9.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C111OOH'; 
fOH(i)=fOH(i)-1; fC111OOH(i)=fC111OOH(i)-1; fC111O2(i)=fC111O2(i)+1; 

i=i+1;
Rnames{i} = 'C111O = C112O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'C111O'; 
fC111O(i)=fC111O(i)-1; fC112O2(i)=fC112O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126OOH + hv = HO3C126O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C126OOH'; 
fHO3C126OOH(i)=fHO3C126OOH(i)-1; fHO3C126O(i)=fHO3C126O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C126OOH = HO7CO10C12 + OH';
k(:,i) = 4.97e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C126OOH'; 
fOH(i)=fOH(i)-1; fHO3C126OOH(i)=fHO3C126OOH(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126NO3 + hv = HO3C126O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO3C126NO3'; 
fHO3C126NO3(i)=fHO3C126NO3(i)-1; fHO3C126O(i)=fHO3C126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C126NO3 = HO7CO10C12 + NO2';
k(:,i) = 1.92e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C126NO3'; 
fOH(i)=fOH(i)-1; fHO3C126NO3(i)=fHO3C126NO3(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C126O = HO7CO10C12 + HO2';
k(:,i) = 5.55e11.*exp(-2945./T);
Gstr{i,1} = 'HO3C126O'; 
fHO3C126O(i)=fHO3C126O(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO36C12 = HO7CO10C12 + HO2';
k(:,i) = 2.85e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO36C12'; 
fOH(i)=fOH(i)-1; fHO36C12(i)=fHO36C12(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7CO10C12 + hv = C2H5CO3 + HO8C9O2';
k(:,i) = J22;
Gstr{i,1} = 'HO7CO10C12'; 
fHO7CO10C12(i)=fHO7CO10C12(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO8C9O2(i)=fHO8C9O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO7CO10C12 = C123O2';
k(:,i) = 2.41e-11.*0.304;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO7CO10C12'; 
fOH(i)=fOH(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)-1; fC123O2(i)=fC123O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO7CO10C12 = CO36C12 + HO2';
k(:,i) = 2.41e-11.*0.696;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO7CO10C12'; 
fOH(i)=fOH(i)-1; fHO7CO10C12(i)=fHO7CO10C12(i)-1; fCO36C12(i)=fCO36C12(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C121OOH + hv = C121O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C121OOH'; 
fC121OOH(i)=fC121OOH(i)-1; fC121O(i)=fC121O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C121OOH + hv = C121O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C121OOH'; 
fC121OOH(i)=fC121OOH(i)-1; fC121O(i)=fC121O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C121OOH = C121O2';
k(:,i) = 9.10e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C121OOH'; 
fOH(i)=fOH(i)-1; fC121OOH(i)=fC121OOH(i)-1; fC121O2(i)=fC121O2(i)+1; 

i=i+1;
Rnames{i} = 'C121O = C122O2';
k(:,i) = 1.15e11.*exp(-3430./T);
Gstr{i,1} = 'C121O'; 
fC121O(i)=fC121O(i)-1; fC122O2(i)=fC122O2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6OOH + OH = C6DIAL + OH';
k(:,i) = 4.22e-11;
Gstr{i,1} = 'CO1C6OOH'; Gstr{i,2} = 'OH'; 
fCO1C6OOH(i)=fCO1C6OOH(i)-1; fOH(i)=fOH(i)-1; fC6DIAL(i)=fC6DIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6OOH + hv = CO1C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO1C6OOH'; 
fCO1C6OOH(i)=fCO1C6OOH(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6OOH + hv = CO1C6O + OH';
k(:,i) = J15;
Gstr{i,1} = 'CO1C6OOH'; 
fCO1C6OOH(i)=fCO1C6OOH(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6NO3 + OH = C6DIAL + NO2';
k(:,i) = 2.82e-11;
Gstr{i,1} = 'CO1C6NO3'; Gstr{i,2} = 'OH'; 
fCO1C6NO3(i)=fCO1C6NO3(i)-1; fOH(i)=fOH(i)-1; fC6DIAL(i)=fC6DIAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6NO3 + hv = CO1C6O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'CO1C6NO3'; 
fCO1C6NO3(i)=fCO1C6NO3(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6NO3 + hv = CO1C6O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'CO1C6NO3'; 
fCO1C6NO3(i)=fCO1C6NO3(i)-1; fCO1C6O(i)=fCO1C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6O = CO1H63O2';
k(:,i) = KDEC;
Gstr{i,1} = 'CO1C6O'; 
fCO1C6O(i)=fCO1C6O(i)-1; fCO1H63O2(i)=fCO1H63O2(i)+1; 

i=i+1;
Rnames{i} = 'CO1C6OH + OH = C6DIAL + HO2';
k(:,i) = 3.31e-11;
Gstr{i,1} = 'CO1C6OH'; Gstr{i,2} = 'OH'; 
fCO1C6OH(i)=fCO1C6OH(i)-1; fOH(i)=fOH(i)-1; fC6DIAL(i)=fC6DIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO2H + OH = HCHO + NO2';
k(:,i) = 1.68e-13;
Gstr{i,1} = 'NO3CH2CO2H'; Gstr{i,2} = 'OH'; 
fNO3CH2CO2H(i)=fNO3CH2CO2H(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3H + OH = NO3CH2CO3';
k(:,i) = 3.63e-12;
Gstr{i,1} = 'NO3CH2CO3H'; Gstr{i,2} = 'OH'; 
fNO3CH2CO3H(i)=fNO3CH2CO3H(i)-1; fOH(i)=fOH(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2CO3H + hv = HCHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NO3CH2CO3H'; 
fNO3CH2CO3H(i)=fNO3CH2CO3H(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2PAN + OH = HCHO + CO + NO2 + NO2';
k(:,i) = 1.12e-14;
Gstr{i,1} = 'NO3CH2PAN'; Gstr{i,2} = 'OH'; 
fNO3CH2PAN(i)=fNO3CH2PAN(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3CH2PAN = NO3CH2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'NO3CH2PAN'; 
fNO3CH2PAN(i)=fNO3CH2PAN(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO2H + OH = CH3CHO + NO2';
k(:,i) = 3.14e-13;
Gstr{i,1} = 'PRNO3CO2H'; Gstr{i,2} = 'OH'; 
fPRNO3CO2H(i)=fPRNO3CO2H(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3H + OH = PRNO3CO3';
k(:,i) = 3.77e-12;
Gstr{i,1} = 'PRNO3CO3H'; Gstr{i,2} = 'OH'; 
fPRNO3CO3H(i)=fPRNO3CO3H(i)-1; fOH(i)=fOH(i)-1; fPRNO3CO3(i)=fPRNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3CO3H + hv = CH3CHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRNO3CO3H'; 
fPRNO3CO3H(i)=fPRNO3CO3H(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3PAN + OH = CH3CHO + CO + NO2 + NO2';
k(:,i) = 1.43e-13;
Gstr{i,1} = 'PRNO3PAN'; Gstr{i,2} = 'OH'; 
fPRNO3PAN(i)=fPRNO3PAN(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNO3PAN = PRNO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PRNO3PAN'; 
fPRNO3PAN(i)=fPRNO3PAN(i)-1; fPRNO3CO3(i)=fPRNO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COC4NO3OOH + OH = CO3C4NO3O2';
k(:,i) = 1.64e-11;
Gstr{i,1} = 'COC4NO3OOH'; Gstr{i,2} = 'OH'; 
fCOC4NO3OOH(i)=fCOC4NO3OOH(i)-1; fOH(i)=fOH(i)-1; fCO3C4NO3O2(i)=fCO3C4NO3O2(i)+1; 

i=i+1;
Rnames{i} = 'COC4NO3OOH + hv = CO3C4NO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'COC4NO3OOH'; 
fCOC4NO3OOH(i)=fCOC4NO3OOH(i)-1; fCO3C4NO3O(i)=fCO3C4NO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COC4NO3OOH + hv = CO3C4NO3O + OH';
k(:,i) = J53;
Gstr{i,1} = 'COC4NO3OOH'; 
fCOC4NO3OOH(i)=fCOC4NO3OOH(i)-1; fCO3C4NO3O(i)=fCO3C4NO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3O = NO3CH2CO3 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO3C4NO3O'; 
fCO3C4NO3O(i)=fCO3C4NO3O(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4NO3 + OH = CO23C3CHO + NO2';
k(:,i) = 1.30e-13;
Gstr{i,1} = 'CO23C4NO3'; Gstr{i,2} = 'OH'; 
fCO23C4NO3(i)=fCO23C4NO3(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4NO3 + hv = NO3CH2CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO23C4NO3'; 
fCO23C4NO3(i)=fCO23C4NO3(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3OH + OH = CO23C4NO3 + HO2';
k(:,i) = 5.65e-12;
Gstr{i,1} = 'CO3C4NO3OH'; Gstr{i,2} = 'OH'; 
fCO3C4NO3OH(i)=fCO3C4NO3OH(i)-1; fOH(i)=fOH(i)-1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C4NO3OH + hv = HO2CO3C4O + NO2';
k(:,i) = J56;
Gstr{i,1} = 'CO3C4NO3OH'; 
fCO3C4NO3OH(i)=fCO3C4NO3OH(i)-1; fHO2CO3C4O(i)=fHO2CO3C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3H + OH = HO3C3CO3';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'HO3C3CO3H'; Gstr{i,2} = 'OH'; 
fHO3C3CO3H(i)=fHO3C3CO3H(i)-1; fOH(i)=fOH(i)-1; fHO3C3CO3(i)=fHO3C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3CO3H + hv = C2H5CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C3CO3H'; 
fHO3C3CO3H(i)=fHO3C3CO3H(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3PAN + OH = C2H5CHO + CO + NO2';
k(:,i) = 3.82e-12;
Gstr{i,1} = 'HO3C3PAN'; Gstr{i,2} = 'OH'; 
fHO3C3PAN(i)=fHO3C3PAN(i)-1; fOH(i)=fOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C3PAN = HO3C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HO3C3PAN'; 
fHO3C3PAN(i)=fHO3C3PAN(i)-1; fHO3C3CO3(i)=fHO3C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRNO3CO2H + OH = CH3COCH3 + NO2';
k(:,i) = 3.79e-13;
Gstr{i,1} = 'MPRNO3CO2H'; Gstr{i,2} = 'OH'; 
fMPRNO3CO2H(i)=fMPRNO3CO2H(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRNO3CO3H + OH = MPRBNO3CO3';
k(:,i) = 4.08e-12;
Gstr{i,1} = 'MPRNO3CO3H'; Gstr{i,2} = 'OH'; 
fMPRNO3CO3H(i)=fMPRNO3CO3H(i)-1; fOH(i)=fOH(i)-1; fMPRBNO3CO3(i)=fMPRBNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MPRNO3CO3H + hv = CH3COCH3 + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPRNO3CO3H'; 
fMPRNO3CO3H(i)=fMPRNO3CO3H(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3PAN + OH = CH3COCH3 + CO + NO2 + NO2';
k(:,i) = 5.44e-14;
Gstr{i,1} = 'MPRBNO3PAN'; Gstr{i,2} = 'OH'; 
fMPRBNO3PAN(i)=fMPRBNO3PAN(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MPRBNO3PAN = MPRBNO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MPRBNO3PAN'; 
fMPRBNO3PAN(i)=fMPRBNO3PAN(i)-1; fMPRBNO3CO3(i)=fMPRBNO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3OAOOH + OH = C5NO3COAO2';
k(:,i) = 6.82e-11;
Gstr{i,1} = 'C5NO3OAOOH'; Gstr{i,2} = 'OH'; 
fC5NO3OAOOH(i)=fC5NO3OAOOH(i)-1; fOH(i)=fOH(i)-1; fC5NO3COAO2(i)=fC5NO3COAO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3OAOOH + hv = C5NO3COAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5NO3OAOOH'; 
fC5NO3OAOOH(i)=fC5NO3OAOOH(i)-1; fC5NO3COAO(i)=fC5NO3COAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3OAOOH + hv = C5NO3COAO + OH';
k(:,i) = J56;
Gstr{i,1} = 'C5NO3OAOOH'; 
fC5NO3OAOOH(i)=fC5NO3OAOOH(i)-1; fC5NO3COAO(i)=fC5NO3COAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3COAO = HO2CO4CHO + NO2';
k(:,i) = 2.74e09.*exp(-3430./T);
Gstr{i,1} = 'C5NO3COAO'; 
fC5NO3COAO(i)=fC5NO3COAO(i)-1; fHO2CO4CHO(i)=fHO2CO4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO324CO + OH = CO24C4CHO + NO2';
k(:,i) = 6.55e-13;
Gstr{i,1} = 'C51NO324CO'; Gstr{i,2} = 'OH'; 
fC51NO324CO(i)=fC51NO324CO(i)-1; fOH(i)=fOH(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO324CO + hv = C5CO24O + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C51NO324CO'; 
fC51NO324CO(i)=fC51NO324CO(i)-1; fC5CO24O(i)=fC5CO24O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C51NO324CO + hv = CH3CO3 + C3NO3COO2';
k(:,i) = J22;
Gstr{i,1} = 'C51NO324CO'; 
fC51NO324CO(i)=fC51NO324CO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC3NO3COO2(i)=fC3NO3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4OH + OH = C51NO324CO + HO2';
k(:,i) = 2.77e-11;
Gstr{i,1} = 'C5NO3CO4OH'; Gstr{i,2} = 'OH'; 
fC5NO3CO4OH(i)=fC5NO3CO4OH(i)-1; fOH(i)=fOH(i)-1; fC51NO324CO(i)=fC51NO324CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4OH + hv = HO2CO4C5O + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C5NO3CO4OH'; 
fC5NO3CO4OH(i)=fC5NO3CO4OH(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO2H + OH = C3H7CHO + NO2';
k(:,i) = 2.65e-12;
Gstr{i,1} = 'C4NO3CO2H'; Gstr{i,2} = 'OH'; 
fC4NO3CO2H(i)=fC4NO3CO2H(i)-1; fOH(i)=fOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3H + OH = C4NO3CO3';
k(:,i) = 6.11e-12;
Gstr{i,1} = 'C4NO3CO3H'; Gstr{i,2} = 'OH'; 
fC4NO3CO3H(i)=fC4NO3CO3H(i)-1; fOH(i)=fOH(i)-1; fC4NO3CO3(i)=fC4NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3CO3H + hv = C3H7CHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4NO3CO3H'; 
fC4NO3CO3H(i)=fC4NO3CO3H(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3PAN + OH = C3H7CHO + CO + NO2 + NO2';
k(:,i) = 1.57e-12;
Gstr{i,1} = 'C4NO3PAN'; Gstr{i,2} = 'OH'; 
fC4NO3PAN(i)=fC4NO3PAN(i)-1; fOH(i)=fOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4NO3PAN = C4NO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4NO3PAN'; 
fC4NO3PAN(i)=fC4NO3PAN(i)-1; fC4NO3CO3(i)=fC4NO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5OHCO4OOH + OH = C5OH2CO4O2';
k(:,i) = 7.08e-11;
Gstr{i,1} = 'C5OHCO4OOH'; Gstr{i,2} = 'OH'; 
fC5OHCO4OOH(i)=fC5OHCO4OOH(i)-1; fOH(i)=fOH(i)-1; fC5OH2CO4O2(i)=fC5OH2CO4O2(i)+1; 

i=i+1;
Rnames{i} = 'C5OHCO4OOH + hv = C5OH2CO4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5OHCO4OOH'; 
fC5OHCO4OOH(i)=fC5OHCO4OOH(i)-1; fC5OH2CO4O(i)=fC5OH2CO4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5OHCO4OOH + hv = IC3H7O2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'C5OHCO4OOH'; 
fC5OHCO4OOH(i)=fC5OHCO4OOH(i)-1; fIC3H7O2(i)=fIC3H7O2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5OH2CO4O = HO1CO24C5 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C5OH2CO4O'; 
fC5OH2CO4O(i)=fC5OH2CO4O(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3H + OH = C4OHCO3';
k(:,i) = 1.58e-11;
Gstr{i,1} = 'C4OHCO3H'; Gstr{i,2} = 'OH'; 
fC4OHCO3H(i)=fC4OHCO3H(i)-1; fOH(i)=fOH(i)-1; fC4OHCO3(i)=fC4OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4OHCO3H + hv = C3H7CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4OHCO3H'; 
fC4OHCO3H(i)=fC4OHCO3H(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4OHPAN + OH = C3H7CHO + CO + NO2';
k(:,i) = 5.37e-12;
Gstr{i,1} = 'C4OHPAN'; Gstr{i,2} = 'OH'; 
fC4OHPAN(i)=fC4OHPAN(i)-1; fOH(i)=fOH(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4OHPAN = C4OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4OHPAN'; 
fC4OHPAN(i)=fC4OHPAN(i)-1; fC4OHCO3(i)=fC4OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3O4OOH + OH = C5NO3CO4O2';
k(:,i) = 1.62e-11;
Gstr{i,1} = 'C5NO3O4OOH'; Gstr{i,2} = 'OH'; 
fC5NO3O4OOH(i)=fC5NO3O4OOH(i)-1; fOH(i)=fOH(i)-1; fC5NO3CO4O2(i)=fC5NO3CO4O2(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3O4OOH + hv = C5NO3CO4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5NO3O4OOH'; 
fC5NO3O4OOH(i)=fC5NO3O4OOH(i)-1; fC5NO3CO4O(i)=fC5NO3CO4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3O4OOH + hv = C5NO3CO4O + OH';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C5NO3O4OOH'; 
fC5NO3O4OOH(i)=fC5NO3O4OOH(i)-1; fC5NO3CO4O(i)=fC5NO3CO4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5NO3CO4O = CH3CHO + CH3CHO + NO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5NO3CO4O'; 
fC5NO3CO4O(i)=fC5NO3CO4O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5ONO34OOH + OH = C5CONO34O2';
k(:,i) = 8.92e-12;
Gstr{i,1} = 'C5ONO34OOH'; Gstr{i,2} = 'OH'; 
fC5ONO34OOH(i)=fC5ONO34OOH(i)-1; fOH(i)=fOH(i)-1; fC5CONO34O2(i)=fC5CONO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C5ONO34OOH + hv = C5CONO34O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5ONO34OOH'; 
fC5ONO34OOH(i)=fC5ONO34OOH(i)-1; fC5CONO34O(i)=fC5CONO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5ONO34OOH + hv = C5CONO34O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C5ONO34OOH'; 
fC5ONO34OOH(i)=fC5ONO34OOH(i)-1; fC5CONO34O(i)=fC5CONO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O = C53NO324CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C5CONO34O'; 
fC5CONO34O(i)=fC5CONO34O(i)-1; fC53NO324CO(i)=fC53NO324CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO34O = CH3CHO + MGLYOX + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C5CONO34O'; 
fC5CONO34O(i)=fC5CONO34O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO2H + OH = MEK + NO2';
k(:,i) = 1.25e-12;
Gstr{i,1} = 'C43NO3CO2H'; Gstr{i,2} = 'OH'; 
fC43NO3CO2H(i)=fC43NO3CO2H(i)-1; fOH(i)=fOH(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3H + OH = C43NO3CO3';
k(:,i) = 4.71e-12;
Gstr{i,1} = 'C43NO3CO3H'; Gstr{i,2} = 'OH'; 
fC43NO3CO3H(i)=fC43NO3CO3H(i)-1; fOH(i)=fOH(i)-1; fC43NO3CO3(i)=fC43NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3CO3H + hv = MEK + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C43NO3CO3H'; 
fC43NO3CO3H(i)=fC43NO3CO3H(i)-1; fMEK(i)=fMEK(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3PAN + OH = MEK + CO + NO2 + NO2';
k(:,i) = 3.81e-13;
Gstr{i,1} = 'C43NO3PAN'; Gstr{i,2} = 'OH'; 
fC43NO3PAN(i)=fC43NO3PAN(i)-1; fOH(i)=fOH(i)-1; fMEK(i)=fMEK(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43NO3PAN = C43NO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C43NO3PAN'; 
fC43NO3PAN(i)=fC43NO3PAN(i)-1; fC43NO3CO3(i)=fC43NO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO3OOH + OH = C4MCONO3O2';
k(:,i) = 4.69e-12;
Gstr{i,1} = 'C5CONO3OOH'; Gstr{i,2} = 'OH'; 
fC5CONO3OOH(i)=fC5CONO3OOH(i)-1; fOH(i)=fOH(i)-1; fC4MCONO3O2(i)=fC4MCONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CONO3OOH + hv = C4MCONO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5CONO3OOH'; 
fC5CONO3OOH(i)=fC5CONO3OOH(i)-1; fC4MCONO3O(i)=fC4MCONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO2H + OH = IPRCHO + NO2';
k(:,i) = 2.25e-12;
Gstr{i,1} = 'C3MNO3CO2H'; Gstr{i,2} = 'OH'; 
fC3MNO3CO2H(i)=fC3MNO3CO2H(i)-1; fOH(i)=fOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3H + OH = C3MNO3CO3';
k(:,i) = 5.71e-12;
Gstr{i,1} = 'C3MNO3CO3H'; Gstr{i,2} = 'OH'; 
fC3MNO3CO3H(i)=fC3MNO3CO3H(i)-1; fOH(i)=fOH(i)-1; fC3MNO3CO3(i)=fC3MNO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3H + hv = IPRCHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3MNO3CO3H'; 
fC3MNO3CO3H(i)=fC3MNO3CO3H(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3CO3H + hv = IPRCHO + NO2 + OH';
k(:,i) = J54;
Gstr{i,1} = 'C3MNO3CO3H'; 
fC3MNO3CO3H(i)=fC3MNO3CO3H(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3PAN + OH = IPRCHO + CO + NO2 + NO2';
k(:,i) = 7.51e-13;
Gstr{i,1} = 'C3MNO3PAN'; Gstr{i,2} = 'OH'; 
fC3MNO3PAN(i)=fC3MNO3PAN(i)-1; fOH(i)=fOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MNO3PAN = C3MNO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3MNO3PAN'; 
fC3MNO3PAN(i)=fC3MNO3PAN(i)-1; fC3MNO3CO3(i)=fC3MNO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OHCO3H + OH = C3M3OH2CO3';
k(:,i) = 1.79e-11;
Gstr{i,1} = 'C3M3OHCO3H'; Gstr{i,2} = 'OH'; 
fC3M3OHCO3H(i)=fC3M3OHCO3H(i)-1; fOH(i)=fOH(i)-1; fC3M3OH2CO3(i)=fC3M3OH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OHCO3H + hv = IPRCHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3M3OHCO3H'; 
fC3M3OHCO3H(i)=fC3M3OHCO3H(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2PAN + OH = IPRCHO + CO + NO2';
k(:,i) = 2.84e-12;
Gstr{i,1} = 'C3M3OH2PAN'; Gstr{i,2} = 'OH'; 
fC3M3OH2PAN(i)=fC3M3OH2PAN(i)-1; fOH(i)=fOH(i)-1; fIPRCHO(i)=fIPRCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3M3OH2PAN = C3M3OH2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3M3OH2PAN'; 
fC3M3OH2PAN(i)=fC3M3OH2PAN(i)-1; fC3M3OH2CO3(i)=fC3M3OH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCNO3OOH + OH = C4M22CONO3 + OH';
k(:,i) = 7.13e-12;
Gstr{i,1} = 'C4MCNO3OOH'; Gstr{i,2} = 'OH'; 
fC4MCNO3OOH(i)=fC4MCNO3OOH(i)-1; fOH(i)=fOH(i)-1; fC4M22CONO3(i)=fC4M22CONO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCNO3OOH + OH = MC4CONO3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4MCNO3OOH'; Gstr{i,2} = 'OH'; 
fC4MCNO3OOH(i)=fC4MCNO3OOH(i)-1; fOH(i)=fOH(i)-1; fMC4CONO3O2(i)=fMC4CONO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCNO3OOH + hv = MC4CONO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MCNO3OOH'; 
fC4MCNO3OOH(i)=fC4MCNO3OOH(i)-1; fMC4CONO3O(i)=fMC4CONO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O = BIACET + HCHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'MC4CONO3O'; 
fMC4CONO3O(i)=fMC4CONO3O(i)-1; fBIACET(i)=fBIACET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CONO3O = C4M22CONO3 + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MC4CONO3O'; 
fMC4CONO3O(i)=fMC4CONO3O(i)-1; fC4M22CONO3(i)=fC4M22CONO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO3CO2H + OH = C4H9CHO + NO2';
k(:,i) = 3.95e-12;
Gstr{i,1} = 'C65NO3CO2H'; Gstr{i,2} = 'OH'; 
fC65NO3CO2H(i)=fC65NO3CO2H(i)-1; fOH(i)=fOH(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO3CO3H + OH = C65NO36CO3';
k(:,i) = 7.41e-12;
Gstr{i,1} = 'C65NO3CO3H'; Gstr{i,2} = 'OH'; 
fC65NO3CO3H(i)=fC65NO3CO3H(i)-1; fOH(i)=fOH(i)-1; fC65NO36CO3(i)=fC65NO36CO3(i)+1; 

i=i+1;
Rnames{i} = 'C65NO3CO3H + hv = C4H9CHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C65NO3CO3H'; 
fC65NO3CO3H(i)=fC65NO3CO3H(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65NO3PAN + OH = C4H9CHO + CO + NO2 + NO2';
k(:,i) = 2.99e-12;
Gstr{i,1} = 'C65NO3PAN'; Gstr{i,2} = 'OH'; 
fC65NO3PAN(i)=fC65NO3PAN(i)-1; fOH(i)=fOH(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65NO3PAN = C65NO36CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C65NO3PAN'; 
fC65NO3PAN(i)=fC65NO3PAN(i)-1; fC65NO36CO3(i)=fC65NO36CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3COOOH + OH = MNO3COC4O2';
k(:,i) = 8.27e-11;
Gstr{i,1} = 'C6NO3COOOH'; Gstr{i,2} = 'OH'; 
fC6NO3COOOH(i)=fC6NO3COOOH(i)-1; fOH(i)=fOH(i)-1; fMNO3COC4O2(i)=fMNO3COC4O2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3COOOH + hv = MNO3COC4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6NO3COOOH'; 
fC6NO3COOOH(i)=fC6NO3COOOH(i)-1; fMNO3COC4O(i)=fMNO3COC4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3COOOH + hv = MNO3COC4O + OH';
k(:,i) = J56;
Gstr{i,1} = 'C6NO3COOOH'; 
fC6NO3COOOH(i)=fC6NO3COOOH(i)-1; fMNO3COC4O(i)=fMNO3COC4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MNO3COC4O = C43OHCOCHO + NO2';
k(:,i) = 8.40e10.*exp(-3523./T);
Gstr{i,1} = 'MNO3COC4O'; 
fMNO3COC4O(i)=fMNO3COC4O(i)-1; fC43OHCOCHO(i)=fC43OHCOCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO324CO + OH = CO3C4CO3 + HCHO + NO2';
k(:,i) = 1.78e-12;
Gstr{i,1} = 'C6NO324CO'; Gstr{i,2} = 'OH'; 
fC6NO324CO(i)=fC6NO324CO(i)-1; fOH(i)=fOH(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO324CO + hv = C3NO3COO2 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'C6NO324CO'; 
fC6NO324CO(i)=fC6NO324CO(i)-1; fC3NO3COO2(i)=fC3NO3COO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6NO324CO + hv = CO3C4CO3 + HCHO + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C6NO324CO'; 
fC6NO324CO(i)=fC6NO324CO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO4OH + OH = C6NO324CO + HO2';
k(:,i) = 3.36e-11;
Gstr{i,1} = 'C6NO3CO4OH'; Gstr{i,2} = 'OH'; 
fC6NO3CO4OH(i)=fC6NO3CO4OH(i)-1; fOH(i)=fOH(i)-1; fC6NO324CO(i)=fC6NO324CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO4OH + hv = CO2HOC61O + NO2';
k(:,i) = J56;
Gstr{i,1} = 'C6NO3CO4OH'; 
fC6NO3CO4OH(i)=fC6NO3CO4OH(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHOOH + OH = HO1CO24C6 + OH';
k(:,i) = 8.65e-11;
Gstr{i,1} = 'C4COMOHOOH'; Gstr{i,2} = 'OH'; 
fC4COMOHOOH(i)=fC4COMOHOOH(i)-1; fOH(i)=fOH(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHOOH + hv = C4COMOH3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4COMOHOOH'; 
fC4COMOHOOH(i)=fC4COMOHOOH(i)-1; fC4COMOH3O(i)=fC4COMOH3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHOOH + hv = C4COMOH3O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C4COMOHOOH'; 
fC4COMOHOOH(i)=fC4COMOHOOH(i)-1; fC4COMOH3O(i)=fC4COMOH3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3O = C43OHCOCHO + HO2';
k(:,i) = 8.40e10.*exp(-3523./T);
Gstr{i,1} = 'C4COMOH3O'; 
fC4COMOH3O(i)=fC4COMOH3O(i)-1; fC43OHCOCHO(i)=fC43OHCOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3OH + OH = HO1CO24C6 + HO2';
k(:,i) = 3.75e-11;
Gstr{i,1} = 'C4COMOH3OH'; Gstr{i,2} = 'OH'; 
fC4COMOH3OH(i)=fC4COMOH3OH(i)-1; fOH(i)=fOH(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOH3OH + hv = HO3C4O2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'C4COMOH3OH'; 
fC4COMOH3OH(i)=fC4COMOH3OH(i)-1; fHO3C4O2(i)=fHO3C4O2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO24C6 + hv = HOCH2CO3 + MEKCO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'HO1CO24C6'; 
fHO1CO24C6(i)=fHO1CO24C6(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1CO24C6 = CO35C5CHO + HO2';
k(:,i) = 4.35e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1CO24C6'; 
fOH(i)=fOH(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)-1; fCO35C5CHO(i)=fCO35C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C5CO3H + hv = C4H9CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO5C5CO3H'; 
fHO5C5CO3H(i)=fHO5C5CO3H(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5C5CO3H = HO5C5CO3';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5C5CO3H'; 
fOH(i)=fOH(i)-1; fHO5C5CO3H(i)=fHO5C5CO3H(i)-1; fHO5C5CO3(i)=fHO5C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN23 = HO5C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN23'; 
fC6PAN23(i)=fC6PAN23(i)-1; fHO5C5CO3(i)=fHO5C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN23 = C4H9CHO + CO + NO2';
k(:,i) = 6.79e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN23'; 
fOH(i)=fOH(i)-1; fC6PAN23(i)=fC6PAN23(i)-1; fC4H9CHO(i)=fC4H9CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO3OOH + OH = C62NO335CO + OH';
k(:,i) = 6.84e-11;
Gstr{i,1} = 'C6CONO3OOH'; Gstr{i,2} = 'OH'; 
fC6CONO3OOH(i)=fC6CONO3OOH(i)-1; fOH(i)=fOH(i)-1; fC62NO335CO(i)=fC62NO335CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO3OOH + hv = C6NO3CO5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CONO3OOH'; 
fC6CONO3OOH(i)=fC6CONO3OOH(i)-1; fC6NO3CO5O(i)=fC6NO3CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO3OOH + hv = C6NO3CO5O + OH';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C6CONO3OOH'; 
fC6CONO3OOH(i)=fC6CONO3OOH(i)-1; fC6NO3CO5O(i)=fC6NO3CO5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5O = C6CO23HO5 + NO2';
k(:,i) = 4.20e10.*exp(-1962./T);
Gstr{i,1} = 'C6NO3CO5O'; 
fC6NO3CO5O(i)=fC6NO3CO5O(i)-1; fC6CO23HO5(i)=fC6CO23HO5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO335CO + OH = CO235C6 + NO2';
k(:,i) = 8.05e-13;
Gstr{i,1} = 'C62NO335CO'; Gstr{i,2} = 'OH'; 
fC62NO335CO(i)=fC62NO335CO(i)-1; fOH(i)=fOH(i)-1; fCO235C6(i)=fCO235C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO335CO + hv = CH3CHO + CO2C3CO3 + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C62NO335CO'; 
fC62NO335CO(i)=fC62NO335CO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62NO335CO + hv = CH3CHO + CO2C3CO3 + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C62NO335CO'; 
fC62NO335CO(i)=fC62NO335CO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5OH + OH = C62NO335CO + HO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'C6NO3CO5OH'; Gstr{i,2} = 'OH'; 
fC6NO3CO5OH(i)=fC6NO3CO5OH(i)-1; fOH(i)=fOH(i)-1; fC62NO335CO(i)=fC62NO335CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6NO3CO5OH + hv = C6CO3OH5O + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C6NO3CO5OH'; 
fC6NO3CO5OH(i)=fC6NO3CO5OH(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONO3C6OOH + OH = C64NO335CO + OH';
k(:,i) = 1.91e-11;
Gstr{i,1} = 'CONO3C6OOH'; Gstr{i,2} = 'OH'; 
fCONO3C6OOH(i)=fCONO3C6OOH(i)-1; fOH(i)=fOH(i)-1; fC64NO335CO(i)=fC64NO335CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CONO3C6OOH + OH = C6CONO34O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CONO3C6OOH'; Gstr{i,2} = 'OH'; 
fCONO3C6OOH(i)=fCONO3C6OOH(i)-1; fOH(i)=fOH(i)-1; fC6CONO34O2(i)=fC6CONO34O2(i)+1; 

i=i+1;
Rnames{i} = 'CONO3C6OOH + hv = C6CONO34O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CONO3C6OOH'; 
fCONO3C6OOH(i)=fCONO3C6OOH(i)-1; fC6CONO34O(i)=fC6CONO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CONO3C6OOH + hv = C6CONO34O + OH';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'CONO3C6OOH'; 
fCONO3C6OOH(i)=fCONO3C6OOH(i)-1; fC6CONO34O(i)=fC6CONO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O = C2H5CHO + MGLYOX + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'C6CONO34O'; 
fC6CONO34O(i)=fC6CONO34O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34O = C64NO335CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C6CONO34O'; 
fC6CONO34O(i)=fC6CONO34O(i)-1; fC64NO335CO(i)=fC64NO335CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C64NO335CO + OH = CO234C6 + NO2';
k(:,i) = 1.38e-12;
Gstr{i,1} = 'C64NO335CO'; Gstr{i,2} = 'OH'; 
fC64NO335CO(i)=fC64NO335CO(i)-1; fOH(i)=fOH(i)-1; fCO234C6(i)=fCO234C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64NO335CO + hv = C2H5CO3 + MGLYOX + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C64NO335CO'; 
fC64NO335CO(i)=fC64NO335CO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34OH + OH = C64NO335CO + HO2';
k(:,i) = 8.98e-12;
Gstr{i,1} = 'C6CONO34OH'; Gstr{i,2} = 'OH'; 
fC6CONO34OH(i)=fC6CONO34OH(i)-1; fOH(i)=fOH(i)-1; fC64NO335CO(i)=fC64NO335CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CONO34OH + hv = HO3C3CHO + CH3CO3 + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CONO34OH'; 
fC6CONO34OH(i)=fC6CONO34OH(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO2 + HO2 = NBZFUOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'NBZFUO2'; Gstr{i,2} = 'HO2'; 
fNBZFUO2(i)=fNBZFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNBZFUOOH(i)=fNBZFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO2 + NO = NBZFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBZFUO2'; Gstr{i,2} = 'NO'; 
fNBZFUO2(i)=fNBZFUO2(i)-1; fNO(i)=fNO(i)-1; fNBZFUO(i)=fNBZFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO2 + NO3 = NBZFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBZFUO2'; Gstr{i,2} = 'NO3'; 
fNBZFUO2(i)=fNBZFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNBZFUO(i)=fNBZFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO2 + RO2 = NBZFUO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NBZFUO2'; Gstr{i,2} = 'RO2';
fNBZFUO2(i)=fNBZFUO2(i)-1; fNBZFUO(i)=fNBZFUO(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOOA = BZFUONOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BZFUONOOA'; 
fBZFUONOOA(i)=fBZFUONOOA(i)-1; fBZFUONOO(i)=fBZFUONOO(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOOA = CO + HCOCH2O2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'BZFUONOOA'; 
fBZFUONOOA(i)=fBZFUONOOA(i)-1; fCO(i)=fCO(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + HO2 = BZFUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'HO2'; 
fBZFUO2(i)=fBZFUO2(i)-1; fHO2(i)=fHO2(i)-1; fBZFUOOH(i)=fBZFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + NO = BZFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'NO'; 
fBZFUO2(i)=fBZFUO2(i)-1; fNO(i)=fNO(i)-1; fBZFUO(i)=fBZFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + NO3 = BZFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'NO3'; 
fBZFUO2(i)=fBZFUO2(i)-1; fNO3(i)=fNO3(i)-1; fBZFUO(i)=fBZFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + RO2 = BZFUCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'RO2';
fBZFUO2(i)=fBZFUO2(i)-1; fBZFUCO(i)=fBZFUCO(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + RO2 = BZFUO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'RO2';
fBZFUO2(i)=fBZFUO2(i)-1; fBZFUO(i)=fBZFUO(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO2 + RO2 = BZFUOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BZFUO2'; Gstr{i,2} = 'RO2';
fBZFUO2(i)=fBZFUO2(i)-1; fBZFUOH(i)=fBZFUOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDALCO2H + OH = MALDIALCO2';
k(:,i) = 3.70e-11;
Gstr{i,1} = 'MALDALCO2H'; Gstr{i,2} = 'OH'; 
fMALDALCO2H(i)=fMALDALCO2H(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDALCO2H + hv = HCOCO2H + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'MALDALCO2H'; 
fMALDALCO2H(i)=fMALDALCO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MALDALCO2H + hv = HCOCO2H + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'MALDALCO2H'; 
fMALDALCO2H(i)=fMALDALCO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MALDALCO3H + OH = MALDIALCO3';
k(:,i) = 4.00e-11;
Gstr{i,1} = 'MALDALCO3H'; Gstr{i,2} = 'OH'; 
fMALDALCO3H(i)=fMALDALCO3H(i)-1; fOH(i)=fOH(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; 

i=i+1;
Rnames{i} = 'MALDALCO3H + hv = MALDIALCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'MALDALCO3H'; 
fMALDALCO3H(i)=fMALDALCO3H(i)-1; fMALDIALCO2(i)=fMALDIALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO2 = GLYOX + HO2 + CO';
k(:,i) = KDEC.*0.40;
Gstr{i,1} = 'MALDIALCO2'; 
fMALDIALCO2(i)=fMALDIALCO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALCO2 = MALANHY + HO2';
k(:,i) = KDEC.*0.60;
Gstr{i,1} = 'MALDIALCO2'; 
fMALDIALCO2(i)=fMALDIALCO2(i)-1; fMALANHY(i)=fMALANHY(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALPAN + OH = GLYOX + CO + CO + NO2';
k(:,i) = 3.70e-11;
Gstr{i,1} = 'MALDIALPAN'; Gstr{i,2} = 'OH'; 
fMALDIALPAN(i)=fMALDIALPAN(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALPAN = MALDIALCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MALDIALPAN'; 
fMALDIALPAN(i)=fMALDIALPAN(i)-1; fMALDIALCO3(i)=fMALDIALCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO2H + OH = C3DIALO2';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'EPXDLCO2H'; Gstr{i,2} = 'OH'; 
fEPXDLCO2H(i)=fEPXDLCO2H(i)-1; fOH(i)=fOH(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO2H + hv = C3DIALO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EPXDLCO2H'; 
fEPXDLCO2H(i)=fEPXDLCO2H(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3H + OH = EPXDLCO3';
k(:,i) = 2.62e-11;
Gstr{i,1} = 'EPXDLCO3H'; Gstr{i,2} = 'OH'; 
fEPXDLCO3H(i)=fEPXDLCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXDLCO3(i)=fEPXDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3H + hv = C3DIALO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXDLCO3H'; 
fEPXDLCO3H(i)=fEPXDLCO3H(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLCO3H + hv = C3DIALO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'EPXDLCO3H'; 
fEPXDLCO3H(i)=fEPXDLCO3H(i)-1; fC3DIALO2(i)=fC3DIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLPAN + OH = C33CO + CO + NO2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'EPXDLPAN'; Gstr{i,2} = 'OH'; 
fEPXDLPAN(i)=fEPXDLPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXDLPAN = EPXDLCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXDLPAN'; 
fEPXDLPAN(i)=fEPXDLPAN(i)-1; fEPXDLCO3(i)=fEPXDLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALOOH + OH = C33CO + OH';
k(:,i) = 1.44e-10;
Gstr{i,1} = 'C3DIALOOH'; Gstr{i,2} = 'OH'; 
fC3DIALOOH(i)=fC3DIALOOH(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALOOH + hv = C3DIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3DIALOOH'; 
fC3DIALOOH(i)=fC3DIALOOH(i)-1; fC3DIALO(i)=fC3DIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALOOH + hv = GLYOX + CO + HO2 + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C3DIALOOH'; 
fC3DIALOOH(i)=fC3DIALOOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIALO = GLYOX + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C3DIALO'; 
fC3DIALO(i)=fC3DIALO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C33CO + OH = CO + CO + CO + HO2';
k(:,i) = 5.77e-11;
Gstr{i,1} = 'C33CO'; Gstr{i,2} = 'OH'; 
fC33CO(i)=fC33CO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C33CO + hv = CO + HO2 + CO + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C33CO'; 
fC33CO(i)=fC33CO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALOOH + OH = HOCOC4DIAL + OH';
k(:,i) = 1.22e-10;
Gstr{i,1} = 'MALDIALOOH'; Gstr{i,2} = 'OH'; 
fMALDIALOOH(i)=fMALDIALOOH(i)-1; fOH(i)=fOH(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALOOH + OH = MALDIALO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MALDIALOOH'; Gstr{i,2} = 'OH'; 
fMALDIALOOH(i)=fMALDIALOOH(i)-1; fOH(i)=fOH(i)-1; fMALDIALO2(i)=fMALDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALOOH + hv = C32OH13CO + CO + OH + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'MALDIALOOH'; 
fMALDIALOOH(i)=fMALDIALOOH(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALOOH + hv = MALDIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MALDIALOOH'; 
fMALDIALOOH(i)=fMALDIALOOH(i)-1; fMALDIALO(i)=fMALDIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALDIALO = GLYOX + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MALDIALO'; 
fMALDIALO(i)=fMALDIALO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCOC4DIAL + OH = CO2C4DIAL + HO2';
k(:,i) = 3.67e-11;
Gstr{i,1} = 'HOCOC4DIAL'; Gstr{i,2} = 'OH'; 
fHOCOC4DIAL(i)=fHOCOC4DIAL(i)-1; fOH(i)=fOH(i)-1; fCO2C4DIAL(i)=fCO2C4DIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCOC4DIAL + hv = HCOCOHCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'HOCOC4DIAL'; 
fHOCOC4DIAL(i)=fHOCOC4DIAL(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HOCOC4DIAL + hv = HCOCOHCO3 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HOCOC4DIAL'; 
fHOCOC4DIAL(i)=fHOCOC4DIAL(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HOHOC4DIAL + OH = HOCOC4DIAL + HO2';
k(:,i) = 8.13e-11;
Gstr{i,1} = 'HOHOC4DIAL'; Gstr{i,2} = 'OH'; 
fHOHOC4DIAL(i)=fHOHOC4DIAL(i)-1; fOH(i)=fOH(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOHOC4DIAL + hv = C32OH13CO + HO2 + HO2 + CO';
k(:,i) = J15.*2;
Gstr{i,1} = 'HOHOC4DIAL'; 
fHOHOC4DIAL(i)=fHOHOC4DIAL(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O + NO2 = DNPHEN';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NPHEN1O'; Gstr{i,2} = 'NO2'; 
fNPHEN1O(i)=fNPHEN1O(i)-1; fNO2(i)=fNO2(i)-1; fDNPHEN(i)=fDNPHEN(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O + O3 = NPHEN1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NPHEN1O'; Gstr{i,2} = 'O3'; 
fNPHEN1O(i)=fNPHEN1O(i)-1; fO3(i)=fO3(i)-1; fNPHEN1O2(i)=fNPHEN1O2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECHOL + NO3 = NNCATECO2';
k(:,i) = 2.60e-12;
Gstr{i,1} = 'NCATECHOL'; Gstr{i,2} = 'NO3'; 
fNCATECHOL(i)=fNCATECHOL(i)-1; fNO3(i)=fNO3(i)-1; fNNCATECO2(i)=fNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECHOL + OH = NCATECO2';
k(:,i) = 3.47e-12;
Gstr{i,1} = 'NCATECHOL'; Gstr{i,2} = 'OH'; 
fNCATECHOL(i)=fNCATECHOL(i)-1; fOH(i)=fOH(i)-1; fNCATECO2(i)=fNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O2 + HO2 = CATEC1OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CATEC1O2'; Gstr{i,2} = 'HO2'; 
fCATEC1O2(i)=fCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fCATEC1OOH(i)=fCATEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O2 + NO = CATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CATEC1O2'; Gstr{i,2} = 'NO'; 
fCATEC1O2(i)=fCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O2 + NO3 = CATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CATEC1O2'; Gstr{i,2} = 'NO3'; 
fCATEC1O2(i)=fCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1O2 + RO2 = CATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CATEC1O2'; Gstr{i,2} = 'RO2';
fCATEC1O2(i)=fCATEC1O2(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PBZQONE + NO3 = NBZQO2';
k(:,i) = 3.00e-13;
Gstr{i,1} = 'PBZQONE'; Gstr{i,2} = 'NO3'; 
fPBZQONE(i)=fPBZQONE(i)-1; fNO3(i)=fNO3(i)-1; fNBZQO2(i)=fNBZQO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZQONE + OH = PBZQO2';
k(:,i) = 4.6e-12;
Gstr{i,1} = 'PBZQONE'; Gstr{i,2} = 'OH'; 
fPBZQONE(i)=fPBZQONE(i)-1; fOH(i)=fOH(i)-1; fPBZQO2(i)=fPBZQO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14OH + OH = C5CO14CO2';
k(:,i) = 5.44e-11;
Gstr{i,1} = 'C5CO14OH'; Gstr{i,2} = 'OH'; 
fC5CO14OH(i)=fC5CO14OH(i)-1; fOH(i)=fOH(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14OH + hv = CH3CO3 + HCOCO2H + HO2 + CO';
k(:,i) = J23;
Gstr{i,1} = 'C5CO14OH'; 
fC5CO14OH(i)=fC5CO14OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14OH + hv = CH3CO3 + HCOCO2H + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'C5CO14OH'; 
fC5CO14OH(i)=fC5CO14OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PTLQONE + NO3 = NPTLQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PTLQONE'; Gstr{i,2} = 'NO3'; 
fPTLQONE(i)=fPTLQONE(i)-1; fNO3(i)=fNO3(i)-1; fNPTLQO2(i)=fNPTLQO2(i)+1; 

i=i+1;
Rnames{i} = 'PTLQONE + OH = PTLQO2';
k(:,i) = 2.3e-11;
Gstr{i,1} = 'PTLQONE'; Gstr{i,2} = 'OH'; 
fPTLQONE(i)=fPTLQONE(i)-1; fOH(i)=fOH(i)-1; fPTLQO2(i)=fPTLQO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O + NO2 = DNCRES';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NCRES1O'; Gstr{i,2} = 'NO2'; 
fNCRES1O(i)=fNCRES1O(i)-1; fNO2(i)=fNO2(i)-1; fDNCRES(i)=fDNCRES(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O + O3 = NCRES1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NCRES1O'; Gstr{i,2} = 'O3'; 
fNCRES1O(i)=fNCRES1O(i)-1; fO3(i)=fO3(i)-1; fNCRES1O2(i)=fNCRES1O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1OOH + OH = OXYL1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'OXYL1OOH'; Gstr{i,2} = 'OH'; 
fOXYL1OOH(i)=fOXYL1OOH(i)-1; fOH(i)=fOH(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYL1OOH + hv = TOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYL1OOH'; 
fOXYL1OOH(i)=fOXYL1OOH(i)-1; fTOL1O(i)=fTOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECH + NO3 = MNNCATECO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'MNCATECH'; Gstr{i,2} = 'NO3'; 
fMNCATECH(i)=fMNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fMNNCATECO2(i)=fMNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECH + OH = MNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'MNCATECH'; Gstr{i,2} = 'OH'; 
fMNCATECH(i)=fMNCATECH(i)-1; fOH(i)=fOH(i)-1; fMNCATECO2(i)=fMNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O2 + HO2 = MCATEC1OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MCATEC1O2'; Gstr{i,2} = 'HO2'; 
fMCATEC1O2(i)=fMCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fMCATEC1OOH(i)=fMCATEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O2 + NO = MCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MCATEC1O2'; Gstr{i,2} = 'NO'; 
fMCATEC1O2(i)=fMCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O2 + NO3 = MCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MCATEC1O2'; Gstr{i,2} = 'NO3'; 
fMCATEC1O2(i)=fMCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1O2 + RO2 = MCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'MCATEC1O2'; Gstr{i,2} = 'RO2';
fMCATEC1O2(i)=fMCATEC1O2(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'MC3ODBCO2H + OH = MC3CODBCO2';
k(:,i) = 4.38e-11;
Gstr{i,1} = 'MC3ODBCO2H'; Gstr{i,2} = 'OH'; 
fMC3ODBCO2H(i)=fMC3ODBCO2H(i)-1; fOH(i)=fOH(i)-1; fMC3CODBCO2(i)=fMC3CODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3ODBCO2H + hv = CH3COCO2H + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'MC3ODBCO2H'; 
fMC3ODBCO2H(i)=fMC3ODBCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC3ODBCO2H + hv = CH3COCO2H + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'MC3ODBCO2H'; 
fMC3ODBCO2H(i)=fMC3ODBCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + HO2 = C5PACALD2';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5PACALD2(i)=fC5PACALD2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + HO2 = MC3CODBCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMC3CODBCO2(i)=fMC3CODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + HO2 = MC3ODBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMC3ODBCO2H(i)=fMC3ODBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + NO = MC3CODBCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'NO'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fNO(i)=fNO(i)-1; fMC3CODBCO2(i)=fMC3CODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + NO2 = MC3CODBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'NO2'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fNO2(i)=fNO2(i)-1; fMC3CODBPAN(i)=fMC3CODBPAN(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + NO3 = MC3CODBCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'NO3'; 
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fNO3(i)=fNO3(i)-1; fMC3CODBCO2(i)=fMC3CODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + RO2 = MC3CODBCO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'RO2';
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fMC3CODBCO2(i)=fMC3CODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO3 + RO2 = MC3ODBCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'MC3CODBCO3'; Gstr{i,2} = 'RO2';
fMC3CODBCO3(i)=fMC3CODBCO3(i)-1; fMC3ODBCO2H(i)=fMC3ODBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOOA = MGLYOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'MGLYOOA'; 
fMGLYOOA(i)=fMGLYOOA(i)-1; fMGLYOO(i)=fMGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'MGLYOOA = OH + CO + CH3CO3';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'MGLYOOA'; 
fMGLYOOA(i)=fMGLYOOA(i)-1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO2 + HO2 = C4MALOHOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4M2ALOHO2'; Gstr{i,2} = 'HO2'; 
fC4M2ALOHO2(i)=fC4M2ALOHO2(i)-1; fHO2(i)=fHO2(i)-1; fC4MALOHOOH(i)=fC4MALOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO2 + NO = C4M2ALOHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4M2ALOHO2'; Gstr{i,2} = 'NO'; 
fC4M2ALOHO2(i)=fC4M2ALOHO2(i)-1; fNO(i)=fNO(i)-1; fC4M2ALOHO(i)=fC4M2ALOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO2 + NO3 = C4M2ALOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4M2ALOHO2'; Gstr{i,2} = 'NO3'; 
fC4M2ALOHO2(i)=fC4M2ALOHO2(i)-1; fNO3(i)=fNO3(i)-1; fC4M2ALOHO(i)=fC4M2ALOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO2 + RO2 = C4M2AL2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C4M2ALOHO2'; Gstr{i,2} = 'RO2';
fC4M2ALOHO2(i)=fC4M2ALOHO2(i)-1; fC4M2AL2OH(i)=fC4M2AL2OH(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO2 + RO2 = C4M2ALOHO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C4M2ALOHO2'; Gstr{i,2} = 'RO2';
fC4M2ALOHO2(i)=fC4M2ALOHO2(i)-1; fC4M2ALOHO(i)=fC4M2ALOHO(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + HO2 = C5DICAROOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'HO2'; 
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fHO2(i)=fHO2(i)-1; fC5DICAROOH(i)=fC5DICAROOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + NO = C5DICARBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'NO'; 
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fNO(i)=fNO(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + NO3 = C5DICARBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'NO3'; 
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fNO3(i)=fNO3(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + RO2 = C5134CO2OH';
k(:,i) = 1.40e-12.*0.20;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'RO2';
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + RO2 = C514CO23OH';
k(:,i) = 1.40e-12.*0.20;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'RO2';
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fC514CO23OH(i)=fC514CO23OH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO2 + RO2 = C5DICARBO';
k(:,i) = 1.40e-12.*0.60;
Gstr{i,1} = 'C5DICARBO2'; Gstr{i,2} = 'RO2';
fC5DICARBO2(i)=fC5DICARBO2(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUO2 + HO2 = NTLFUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NTLFUO2'; Gstr{i,2} = 'HO2'; 
fNTLFUO2(i)=fNTLFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNTLFUOOH(i)=fNTLFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUO2 + NO = NTLFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTLFUO2'; Gstr{i,2} = 'NO'; 
fNTLFUO2(i)=fNTLFUO2(i)-1; fNO(i)=fNO(i)-1; fNTLFUO(i)=fNTLFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUO2 + NO3 = NTLFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTLFUO2'; Gstr{i,2} = 'NO3'; 
fNTLFUO2(i)=fNTLFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNTLFUO(i)=fNTLFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUO2 + RO2 = NTLFUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NTLFUO2'; Gstr{i,2} = 'RO2';
fNTLFUO2(i)=fNTLFUO2(i)-1; fNTLFUO(i)=fNTLFUO(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOOA = CO + OH + MECOACETO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TLFUONOOA'; 
fTLFUONOOA(i)=fTLFUONOOA(i)-1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fMECOACETO2(i)=fMECOACETO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOOA = TLFUONOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'TLFUONOOA'; 
fTLFUONOOA(i)=fTLFUONOOA(i)-1; fTLFUONOO(i)=fTLFUONOO(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO2 + HO2 = TLFUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'TLFUO2'; Gstr{i,2} = 'HO2'; 
fTLFUO2(i)=fTLFUO2(i)-1; fHO2(i)=fHO2(i)-1; fTLFUOOH(i)=fTLFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO2 + NO = TLFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TLFUO2'; Gstr{i,2} = 'NO'; 
fTLFUO2(i)=fTLFUO2(i)-1; fNO(i)=fNO(i)-1; fTLFUO(i)=fTLFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO2 + NO3 = TLFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TLFUO2'; Gstr{i,2} = 'NO3'; 
fTLFUO2(i)=fTLFUO2(i)-1; fNO3(i)=fNO3(i)-1; fTLFUO(i)=fTLFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO2 + RO2 = TLFUO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'TLFUO2'; Gstr{i,2} = 'RO2';
fTLFUO2(i)=fTLFUO2(i)-1; fTLFUO(i)=fTLFUO(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO2 + RO2 = TLFUOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'TLFUO2'; Gstr{i,2} = 'RO2';
fTLFUO2(i)=fTLFUO2(i)-1; fTLFUOH(i)=fTLFUOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14CO2 = MALANHY + CH3O2';
k(:,i) = KDEC.*0.83;
Gstr{i,1} = 'C5CO14CO2'; 
fC5CO14CO2(i)=fC5CO14CO2(i)-1; fMALANHY(i)=fMALANHY(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14CO2 = MGLYOX + HO2 + CO';
k(:,i) = KDEC.*0.17;
Gstr{i,1} = 'C5CO14CO2'; 
fC5CO14CO2(i)=fC5CO14CO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14OOH + OH = C5CO14O2';
k(:,i) = 3.59e-12;
Gstr{i,1} = 'C5CO14OOH'; Gstr{i,2} = 'OH'; 
fC5CO14OOH(i)=fC5CO14OOH(i)-1; fOH(i)=fOH(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO14OOH + hv = C5CO14CO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C5CO14OOH'; 
fC5CO14OOH(i)=fC5CO14OOH(i)-1; fC5CO14CO2(i)=fC5CO14CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5COO2NO2 + OH = MGLYOX + CO + CO + NO2';
k(:,i) = 5.43e-11;
Gstr{i,1} = 'C5COO2NO2'; Gstr{i,2} = 'OH'; 
fC5COO2NO2(i)=fC5COO2NO2(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COO2NO2 = C5CO14O2 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5COO2NO2'; 
fC5COO2NO2(i)=fC5COO2NO2(i)-1; fC5CO14O2(i)=fC5CO14O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO2H + hv = CH3CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CH3COCO2H'; 
fCH3COCO2H(i)=fCH3COCO2H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CH3COCO2H = CH3CO3';
k(:,i) = 8.0e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CH3COCO2H'; 
fOH(i)=fOH(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO2H + OH = OXYL1O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'OXYLCO2H'; Gstr{i,2} = 'OH'; 
fOXYLCO2H(i)=fOXYLCO2H(i)-1; fOH(i)=fOH(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3H + OH = OXYLCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'OXYLCO3H'; Gstr{i,2} = 'OH'; 
fOXYLCO3H(i)=fOXYLCO3H(i)-1; fOH(i)=fOH(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYLCO3H + hv = OXYL1O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYLCO3H'; 
fOXYLCO3H(i)=fOXYLCO3H(i)-1; fOXYL1O2(i)=fOXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYLPAN + OH = OXYL1OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'OXYLPAN'; Gstr{i,2} = 'OH'; 
fOXYLPAN(i)=fOXYLPAN(i)-1; fOH(i)=fOH(i)-1; fOXYL1OOH(i)=fOXYL1OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYLPAN = OXYLCO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'OXYLPAN'; 
fOXYLPAN(i)=fOXYLPAN(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + HO2 = C5DBCOCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + HO2 = C5DBCOCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5DBCOCO3H(i)=fC5DBCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + HO2 = MC4CODBCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'HO2'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + NO = MC4CODBCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'NO'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fNO(i)=fNO(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + NO2 = MC4CODBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'NO2'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fNO2(i)=fNO2(i)-1; fMC4CODBPAN(i)=fMC4CODBPAN(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + NO3 = MC4CODBCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'NO3'; 
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fNO3(i)=fNO3(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + RO2 = C5DBCOCO2H';
k(:,i) = 1.00e-11.*0.30;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'RO2';
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO3 + RO2 = MC4CODBCO2';
k(:,i) = 1.00e-11.*0.70;
Gstr{i,1} = 'MC4CODBCO3'; Gstr{i,2} = 'RO2';
fMC4CODBCO3(i)=fMC4CODBCO3(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOA = BIACETO2 + OH';
k(:,i) = KDEC.*0.27;
Gstr{i,1} = 'MEK2OOA'; 
fMEK2OOA(i)=fMEK2OOA(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOA = CH3CO3 + CH3O2';
k(:,i) = KDEC.*0.255;
Gstr{i,1} = 'MEK2OOA'; 
fMEK2OOA(i)=fMEK2OOA(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOA = CH3COCH3';
k(:,i) = KDEC.*0.255;
Gstr{i,1} = 'MEK2OOA'; 
fMEK2OOA(i)=fMEK2OOA(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOA = MEK2OO';
k(:,i) = KDEC.*0.22;
Gstr{i,1} = 'MEK2OOA'; 
fMEK2OOA(i)=fMEK2OOA(i)-1; fMEK2OO(i)=fMEK2OO(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO2 + HO2 = MC5COOHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MC5CO2OHO2'; Gstr{i,2} = 'HO2'; 
fMC5CO2OHO2(i)=fMC5CO2OHO2(i)-1; fHO2(i)=fHO2(i)-1; fMC5COOHOOH(i)=fMC5COOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO2 + NO = MC5CO2OHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MC5CO2OHO2'; Gstr{i,2} = 'NO'; 
fMC5CO2OHO2(i)=fMC5CO2OHO2(i)-1; fNO(i)=fNO(i)-1; fMC5CO2OHO(i)=fMC5CO2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO2 + NO3 = MC5CO2OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MC5CO2OHO2'; Gstr{i,2} = 'NO3'; 
fMC5CO2OHO2(i)=fMC5CO2OHO2(i)-1; fNO3(i)=fNO3(i)-1; fMC5CO2OHO(i)=fMC5CO2OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO2 + RO2 = MC52CO2OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'MC5CO2OHO2'; Gstr{i,2} = 'RO2';
fMC5CO2OHO2(i)=fMC5CO2OHO2(i)-1; fMC52CO2OH(i)=fMC52CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO2 + RO2 = MC5CO2OHO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'MC5CO2OHO2'; Gstr{i,2} = 'RO2';
fMC5CO2OHO2(i)=fMC5CO2OHO2(i)-1; fMC5CO2OHO(i)=fMC5CO2OHO(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUO2 + HO2 = NOXYFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NOXYFUO2'; Gstr{i,2} = 'HO2'; 
fNOXYFUO2(i)=fNOXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNOXYFUOOH(i)=fNOXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUO2 + NO = NOXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOXYFUO2'; Gstr{i,2} = 'NO'; 
fNOXYFUO2(i)=fNOXYFUO2(i)-1; fNO(i)=fNO(i)-1; fNOXYFUO(i)=fNOXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUO2 + NO3 = NOXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOXYFUO2'; Gstr{i,2} = 'NO3'; 
fNOXYFUO2(i)=fNOXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNOXYFUO(i)=fNOXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUO2 + RO2 = NOXYFUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NOXYFUO2'; Gstr{i,2} = 'RO2';
fNOXYFUO2(i)=fNOXYFUO2(i)-1; fNOXYFUO(i)=fNOXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + HO2 = C6OTKETOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'HO2'; 
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fHO2(i)=fHO2(i)-1; fC6OTKETOOH(i)=fC6OTKETOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + NO = C6OTKETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'NO'; 
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fNO(i)=fNO(i)-1; fC6OTKETO(i)=fC6OTKETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + NO3 = C6OTKETO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'NO3'; 
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fNO3(i)=fNO3(i)-1; fC6OTKETO(i)=fC6OTKETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + RO2 = C6OTKETCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'RO2';
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fC6OTKETCO(i)=fC6OTKETCO(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + RO2 = C6OTKETO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'RO2';
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fC6OTKETO(i)=fC6OTKETO(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO2 + RO2 = C6OTKETOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C6OTKETO2'; Gstr{i,2} = 'RO2';
fC6OTKETO2(i)=fC6OTKETO2(i)-1; fC6OTKETOH(i)=fC6OTKETOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO2 + HO2 = OXYFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'OXYFUO2'; Gstr{i,2} = 'HO2'; 
fOXYFUO2(i)=fOXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYFUOOH(i)=fOXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO2 + NO = OXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXYFUO2'; Gstr{i,2} = 'NO'; 
fOXYFUO2(i)=fOXYFUO2(i)-1; fNO(i)=fNO(i)-1; fOXYFUO(i)=fOXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO2 + NO3 = OXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYFUO2'; Gstr{i,2} = 'NO3'; 
fOXYFUO2(i)=fOXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYFUO(i)=fOXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO2 + RO2 = OXYFUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'OXYFUO2'; Gstr{i,2} = 'RO2';
fOXYFUO2(i)=fOXYFUO2(i)-1; fOXYFUO(i)=fOXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO2 + RO2 = OXYFUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'OXYFUO2'; Gstr{i,2} = 'RO2';
fOXYFUO2(i)=fOXYFUO2(i)-1; fOXYFUOH(i)=fOXYFUOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DCO2H + OH = C4MCO2O2';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'EPXM2DCO2H'; Gstr{i,2} = 'OH'; 
fEPXM2DCO2H(i)=fEPXM2DCO2H(i)-1; fOH(i)=fOH(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DCO2H + hv = C4MCO2O2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EPXM2DCO2H'; 
fEPXM2DCO2H(i)=fEPXM2DCO2H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DCO3H + OH = EPXM2DLCO3';
k(:,i) = 2.53e-11;
Gstr{i,1} = 'EPXM2DCO3H'; Gstr{i,2} = 'OH'; 
fEPXM2DCO3H(i)=fEPXM2DCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DCO3H + hv = C4MCO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXM2DCO3H'; 
fEPXM2DCO3H(i)=fEPXM2DCO3H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DCO3H + hv = C4MCO2O2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'EPXM2DCO3H'; 
fEPXM2DCO3H(i)=fEPXM2DCO3H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLPAN + OH = EPXM2DLCO3 + NO2';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'EPXM2DLPAN'; Gstr{i,2} = 'OH'; 
fEPXM2DLPAN(i)=fEPXM2DLPAN(i)-1; fOH(i)=fOH(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXM2DLPAN = EPXM2DLCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXM2DLPAN'; 
fEPXM2DLPAN(i)=fEPXM2DLPAN(i)-1; fEPXM2DLCO3(i)=fEPXM2DLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OOH + OH = C4MCO2O2';
k(:,i) = 6.97e-11;
Gstr{i,1} = 'C4MCO2OOH'; Gstr{i,2} = 'OH'; 
fC4MCO2OOH(i)=fC4MCO2OOH(i)-1; fOH(i)=fOH(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OOH + hv = BIACET + OH + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C4MCO2OOH'; 
fC4MCO2OOH(i)=fC4MCO2OOH(i)-1; fBIACET(i)=fBIACET(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OOH + hv = C4MCO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MCO2OOH'; 
fC4MCO2OOH(i)=fC4MCO2OOH(i)-1; fC4MCO2O(i)=fC4MCO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OOH + hv = CH3CO3 + MGLYOX + OH';
k(:,i) = J22;
Gstr{i,1} = 'C4MCO2OOH'; 
fC4MCO2OOH(i)=fC4MCO2OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O = BIACET + HO2 + CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4MCO2O'; 
fC4MCO2O(i)=fC4MCO2O(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2O = MGLYOX + CH3CO3';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4MCO2O'; 
fC4MCO2O(i)=fC4MCO2O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OH + OH = C4MCO2O';
k(:,i) = 6.63e-11;
Gstr{i,1} = 'C4MCO2OH'; Gstr{i,2} = 'OH'; 
fC4MCO2OH(i)=fC4MCO2OH(i)-1; fOH(i)=fOH(i)-1; fC4MCO2O(i)=fC4MCO2O(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OH + hv = BIACET + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C4MCO2OH'; 
fC4MCO2OH(i)=fC4MCO2OH(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4MCO2OH + hv = MGLYOX + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C4MCO2OH'; 
fC4MCO2OH(i)=fC4MCO2OH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCOCO2H + OH = MC4CODBCO2';
k(:,i) = 5.08e-11;
Gstr{i,1} = 'C5DBCOCO2H'; Gstr{i,2} = 'OH'; 
fC5DBCOCO2H(i)=fC5DBCOCO2H(i)-1; fOH(i)=fOH(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCOCO2H + hv = HCOCO2H + CH3CO3 + CH3CO3';
k(:,i) = J24;
Gstr{i,1} = 'C5DBCOCO2H'; 
fC5DBCOCO2H(i)=fC5DBCOCO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O + NO2 = DNOXYOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NOXYOL1O'; Gstr{i,2} = 'NO2'; 
fNOXYOL1O(i)=fNOXYOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNOXYOL(i)=fDNOXYOL(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O + O3 = NOXYOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NOXYOL1O'; Gstr{i,2} = 'O3'; 
fNOXYOL1O(i)=fNOXYOL1O(i)-1; fO3(i)=fO3(i)-1; fNOXYOL1O2(i)=fNOXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'DM123OOH + OH = DM123O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'DM123OOH'; Gstr{i,2} = 'OH'; 
fDM123OOH(i)=fDM123OOH(i)-1; fOH(i)=fOH(i)-1; fDM123O2(i)=fDM123O2(i)+1; 

i=i+1;
Rnames{i} = 'DM123OOH + hv = OXY1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'DM123OOH'; 
fDM123OOH(i)=fDM123OOH(i)-1; fOXY1O(i)=fOXY1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYQONE + NO3 = NOXYQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'OXYQONE'; Gstr{i,2} = 'NO3'; 
fOXYQONE(i)=fOXYQONE(i)-1; fNO3(i)=fNO3(i)-1; fNOXYQO2(i)=fNOXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYQONE + OH = OXYQO2';
k(:,i) = 2.35e-10;
Gstr{i,1} = 'OXYQONE'; Gstr{i,2} = 'OH'; 
fOXYQONE(i)=fOXYQONE(i)-1; fOH(i)=fOH(i)-1; fOXYQO2(i)=fOXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECH + NO3 = OXNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'OXNCATECH'; Gstr{i,2} = 'NO3'; 
fOXNCATECH(i)=fOXNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fOXNNCATCO2(i)=fOXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECH + OH = OXNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'OXNCATECH'; Gstr{i,2} = 'OH'; 
fOXNCATECH(i)=fOXNCATECH(i)-1; fOH(i)=fOH(i)-1; fOXNCATECO2(i)=fOXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O2 + HO2 = OCATEC1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXCATEC1O2'; Gstr{i,2} = 'HO2'; 
fOXCATEC1O2(i)=fOXCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fOCATEC1OOH(i)=fOCATEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O2 + NO = OXCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXCATEC1O2'; Gstr{i,2} = 'NO'; 
fOXCATEC1O2(i)=fOXCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O2 + NO3 = OXCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXCATEC1O2'; Gstr{i,2} = 'NO3'; 
fOXCATEC1O2(i)=fOXCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXCATEC1O2 + RO2 = OXCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'OXCATEC1O2'; Gstr{i,2} = 'RO2';
fOXCATEC1O2(i)=fOXCATEC1O2(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO2H + OH = MXYL1O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'MXYLCO2H'; Gstr{i,2} = 'OH'; 
fMXYLCO2H(i)=fMXYLCO2H(i)-1; fOH(i)=fOH(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3H + OH = MXYLCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'MXYLCO3H'; Gstr{i,2} = 'OH'; 
fMXYLCO3H(i)=fMXYLCO3H(i)-1; fOH(i)=fOH(i)-1; fMXYLCO3(i)=fMXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYLCO3H + hv = MXYL1O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYLCO3H'; 
fMXYLCO3H(i)=fMXYLCO3H(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYLPAN + OH = MXYL1OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'MXYLPAN'; Gstr{i,2} = 'OH'; 
fMXYLPAN(i)=fMXYLPAN(i)-1; fOH(i)=fOH(i)-1; fMXYL1OOH(i)=fMXYL1OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYLPAN = MXYLCO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'MXYLPAN'; 
fMXYLPAN(i)=fMXYLPAN(i)-1; fMXYLCO3(i)=fMXYLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1OOH + OH = MXYL1O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MXYL1OOH'; Gstr{i,2} = 'OH'; 
fMXYL1OOH(i)=fMXYL1OOH(i)-1; fOH(i)=fOH(i)-1; fMXYL1O2(i)=fMXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1OOH + hv = MXYL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYL1OOH'; 
fMXYL1OOH(i)=fMXYL1OOH(i)-1; fMXYL1O(i)=fMXYL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYL1O + NO2 = TOL1OHNO2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'MXYL1O'; Gstr{i,2} = 'NO2'; 
fMXYL1O(i)=fMXYL1O(i)-1; fNO2(i)=fNO2(i)-1; fTOL1OHNO2(i)=fTOL1OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO2 + HO2 = C6CO2OHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C5MCO2OHO2'; Gstr{i,2} = 'HO2'; 
fC5MCO2OHO2(i)=fC5MCO2OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC6CO2OHOOH(i)=fC6CO2OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO2 + NO = NO2 + C5MCO2OHO';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5MCO2OHO2'; Gstr{i,2} = 'NO'; 
fC5MCO2OHO2(i)=fC5MCO2OHO2(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fC5MCO2OHO(i)=fC5MCO2OHO(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO2 + NO3 = NO2 + C5MCO2OHO';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5MCO2OHO2'; Gstr{i,2} = 'NO3'; 
fC5MCO2OHO2(i)=fC5MCO2OHO2(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fC5MCO2OHO(i)=fC5MCO2OHO(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO2 + RO2 = C5MCO2OHO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'C5MCO2OHO2'; Gstr{i,2} = 'RO2';
fC5MCO2OHO2(i)=fC5MCO2OHO2(i)-1; fC5MCO2OHO(i)=fC5MCO2OHO(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO2 + RO2 = C6CO2M2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'C5MCO2OHO2'; Gstr{i,2} = 'RO2';
fC5MCO2OHO2(i)=fC5MCO2OHO2(i)-1; fC6CO2M2OH(i)=fC6CO2M2OH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUO2 + HO2 = NMXYFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NMXYFUO2'; Gstr{i,2} = 'HO2'; 
fNMXYFUO2(i)=fNMXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNMXYFUOOH(i)=fNMXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUO2 + NO = NMXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMXYFUO2'; Gstr{i,2} = 'NO'; 
fNMXYFUO2(i)=fNMXYFUO2(i)-1; fNO(i)=fNO(i)-1; fNMXYFUO(i)=fNMXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUO2 + NO3 = NMXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMXYFUO2'; Gstr{i,2} = 'NO3'; 
fNMXYFUO2(i)=fNMXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNMXYFUO(i)=fNMXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUO2 + RO2 = NMXYFUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NMXYFUO2'; Gstr{i,2} = 'RO2';
fNMXYFUO2(i)=fNMXYFUO2(i)-1; fNMXYFUO(i)=fNMXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + HO2 = C23O3MCOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'HO2'; 
fC23O3MO2(i)=fC23O3MO2(i)-1; fHO2(i)=fHO2(i)-1; fC23O3MCOOH(i)=fC23O3MCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + NO = C23O3MO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'NO'; 
fC23O3MO2(i)=fC23O3MO2(i)-1; fNO(i)=fNO(i)-1; fC23O3MO(i)=fC23O3MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + NO3 = C23O3MO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'NO3'; 
fC23O3MO2(i)=fC23O3MO2(i)-1; fNO3(i)=fNO3(i)-1; fC23O3MO(i)=fC23O3MO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + RO2 = ACECOCOCH3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'RO2';
fC23O3MO2(i)=fC23O3MO2(i)-1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + RO2 = C23O3MO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'RO2';
fC23O3MO2(i)=fC23O3MO2(i)-1; fC23O3MO(i)=fC23O3MO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO2 + RO2 = C23O3MOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C23O3MO2'; Gstr{i,2} = 'RO2';
fC23O3MO2(i)=fC23O3MO2(i)-1; fC23O3MOH(i)=fC23O3MOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO2 + HO2 = MXYFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'MXYFUO2'; Gstr{i,2} = 'HO2'; 
fMXYFUO2(i)=fMXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYFUOOH(i)=fMXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO2 + NO = MXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXYFUO2'; Gstr{i,2} = 'NO'; 
fMXYFUO2(i)=fMXYFUO2(i)-1; fNO(i)=fNO(i)-1; fMXYFUO(i)=fMXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO2 + NO3 = MXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYFUO2'; Gstr{i,2} = 'NO3'; 
fMXYFUO2(i)=fMXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYFUO(i)=fMXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO2 + RO2 = MXYFUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'MXYFUO2'; Gstr{i,2} = 'RO2';
fMXYFUO2(i)=fMXYFUO2(i)-1; fMXYFUO(i)=fMXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO2 + RO2 = MXYFUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'MXYFUO2'; Gstr{i,2} = 'RO2';
fMXYFUO2(i)=fMXYFUO2(i)-1; fMXYFUOH(i)=fMXYFUOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUO2 + HO2 = NPXYFUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NPXYFUO2'; Gstr{i,2} = 'HO2'; 
fNPXYFUO2(i)=fNPXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNPXYFUOOH(i)=fNPXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUO2 + NO = NPXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPXYFUO2'; Gstr{i,2} = 'NO'; 
fNPXYFUO2(i)=fNPXYFUO2(i)-1; fNO(i)=fNO(i)-1; fNPXYFUO(i)=fNPXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUO2 + NO3 = NPXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPXYFUO2'; Gstr{i,2} = 'NO3'; 
fNPXYFUO2(i)=fNPXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNPXYFUO(i)=fNPXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUO2 + RO2 = NPXYFUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NPXYFUO2'; Gstr{i,2} = 'RO2';
fNPXYFUO2(i)=fNPXYFUO2(i)-1; fNPXYFUO(i)=fNPXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOXO2 + HO2 = MCOCOMOOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MCOCOMOXO2'; Gstr{i,2} = 'HO2'; 
fMCOCOMOXO2(i)=fMCOCOMOXO2(i)-1; fHO2(i)=fHO2(i)-1; fMCOCOMOOOH(i)=fMCOCOMOOOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOXO2 + NO = MCOCOMOXO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MCOCOMOXO2'; Gstr{i,2} = 'NO'; 
fMCOCOMOXO2(i)=fMCOCOMOXO2(i)-1; fNO(i)=fNO(i)-1; fMCOCOMOXO(i)=fMCOCOMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOXO2 + NO3 = MCOCOMOXO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MCOCOMOXO2'; Gstr{i,2} = 'NO3'; 
fMCOCOMOXO2(i)=fMCOCOMOXO2(i)-1; fNO3(i)=fNO3(i)-1; fMCOCOMOXO(i)=fMCOCOMOXO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOXO2 + RO2 = MCOCOMOXO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'MCOCOMOXO2'; Gstr{i,2} = 'RO2';
fMCOCOMOXO2(i)=fMCOCOMOXO2(i)-1; fMCOCOMOXO(i)=fMCOCOMOXO(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO2 + HO2 = PXYFUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PXYFUO2'; Gstr{i,2} = 'HO2'; 
fPXYFUO2(i)=fPXYFUO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYFUOOH(i)=fPXYFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO2 + NO = PXYFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXYFUO2'; Gstr{i,2} = 'NO'; 
fPXYFUO2(i)=fPXYFUO2(i)-1; fNO(i)=fNO(i)-1; fPXYFUO(i)=fPXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO2 + NO3 = PXYFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYFUO2'; Gstr{i,2} = 'NO3'; 
fPXYFUO2(i)=fPXYFUO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYFUO(i)=fPXYFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO2 + RO2 = PXYFUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'PXYFUO2'; Gstr{i,2} = 'RO2';
fPXYFUO2(i)=fPXYFUO2(i)-1; fPXYFUO(i)=fPXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO2 + RO2 = PXYFUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'PXYFUO2'; Gstr{i,2} = 'RO2';
fPXYFUO2(i)=fPXYFUO2(i)-1; fPXYFUOH(i)=fPXYFUOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO2 = MGLYOX + HO2 + CO';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C3MCODBCO2'; 
fC3MCODBCO2(i)=fC3MCODBCO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBCO2 = MMALANHY + HO2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C3MCODBCO2'; 
fC3MCODBCO2(i)=fC3MCODBCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD1 + O3 = GLYOOC + CH3COCO3H';
k(:,i) = 2.40e-17.*0.27;
Gstr{i,1} = 'C5PACALD1'; Gstr{i,2} = 'O3'; 
fC5PACALD1(i)=fC5PACALD1(i)-1; fO3(i)=fO3(i)-1; fGLYOOC(i)=fGLYOOC(i)+1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD1 + O3 = GLYOX + PPACLOOA';
k(:,i) = 2.40e-17.*0.73;
Gstr{i,1} = 'C5PACALD1'; Gstr{i,2} = 'O3'; 
fC5PACALD1(i)=fC5PACALD1(i)-1; fO3(i)=fO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fPPACLOOA(i)=fPPACLOOA(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD1 + OH = C534O2';
k(:,i) = 4.72e-11;
Gstr{i,1} = 'C5PACALD1'; Gstr{i,2} = 'OH'; 
fC5PACALD1(i)=fC5PACALD1(i)-1; fOH(i)=fOH(i)-1; fC534O2(i)=fC534O2(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD1 + hv = CH3CO3 + GLYOX + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C5PACALD1'; 
fC5PACALD1(i)=fC5PACALD1(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBPAN + OH = MGLYOX + CO + CO + NO2';
k(:,i) = 4.37e-11;
Gstr{i,1} = 'C3MCODBPAN'; Gstr{i,2} = 'OH'; 
fC3MCODBPAN(i)=fC3MCODBPAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MCODBPAN = C3MCODBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3MCODBPAN'; 
fC3MCODBPAN(i)=fC3MCODBPAN(i)-1; fC3MCODBCO3(i)=fC3MCODBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO2H + OH = C3MDIALO2';
k(:,i) = 2.27e-11;
Gstr{i,1} = 'EPXMDLCO2H'; Gstr{i,2} = 'OH'; 
fEPXMDLCO2H(i)=fEPXMDLCO2H(i)-1; fOH(i)=fOH(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO2H + hv = C3MDIALO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EPXMDLCO2H'; 
fEPXMDLCO2H(i)=fEPXMDLCO2H(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3H + OH = EPXMDLCO3';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'EPXMDLCO3H'; Gstr{i,2} = 'OH'; 
fEPXMDLCO3H(i)=fEPXMDLCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXMDLCO3(i)=fEPXMDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3H + hv = C3MDIALO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXMDLCO3H'; 
fEPXMDLCO3H(i)=fEPXMDLCO3H(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLCO3H + hv = C3MDIALO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'EPXMDLCO3H'; 
fEPXMDLCO3H(i)=fEPXMDLCO3H(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLPAN + OH = MGLYOX + CO + NO2';
k(:,i) = 2.25e-11;
Gstr{i,1} = 'EPXMDLPAN'; Gstr{i,2} = 'OH'; 
fEPXMDLPAN(i)=fEPXMDLPAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMDLPAN = EPXMDLCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXMDLPAN'; 
fEPXMDLPAN(i)=fEPXMDLPAN(i)-1; fEPXMDLCO3(i)=fEPXMDLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALOOH + OH = C3MDIALO2';
k(:,i) = 1.35e-10;
Gstr{i,1} = 'C3MDIALOOH'; Gstr{i,2} = 'OH'; 
fC3MDIALOOH(i)=fC3MDIALOOH(i)-1; fOH(i)=fOH(i)-1; fC3MDIALO2(i)=fC3MDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALOOH + hv = C3MDIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3MDIALOOH'; 
fC3MDIALOOH(i)=fC3MDIALOOH(i)-1; fC3MDIALO(i)=fC3MDIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALOOH + hv = MGLYOX + OH + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'C3MDIALOOH'; 
fC3MDIALOOH(i)=fC3MDIALOOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3MDIALO = MGLYOX + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C3MDIALO'; 
fC3MDIALO(i)=fC3MDIALO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O + NO2 = DNMXYOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NMXYOL1O'; Gstr{i,2} = 'NO2'; 
fNMXYOL1O(i)=fNMXYOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNMXYOL(i)=fDNMXYOL(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O + O3 = NMXYOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NMXYOL1O'; Gstr{i,2} = 'O3'; 
fNMXYOL1O(i)=fNMXYOL1O(i)-1; fO3(i)=fO3(i)-1; fNMXYOL1O2(i)=fNMXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1OOH + OH = MXY1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'MXY1OOH'; Gstr{i,2} = 'OH'; 
fMXY1OOH(i)=fMXY1OOH(i)-1; fOH(i)=fOH(i)-1; fMXY1O2(i)=fMXY1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXY1OOH + hv = MXY1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXY1OOH'; 
fMXY1OOH(i)=fMXY1OOH(i)-1; fMXY1O(i)=fMXY1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYQONE + NO3 = NMXYQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'MXYQONE'; Gstr{i,2} = 'NO3'; 
fMXYQONE(i)=fMXYQONE(i)-1; fNO3(i)=fNO3(i)-1; fNMXYQO2(i)=fNMXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYQONE + OH = MXYQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'MXYQONE'; Gstr{i,2} = 'OH'; 
fMXYQONE(i)=fMXYQONE(i)-1; fOH(i)=fOH(i)-1; fMXYQO2(i)=fMXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECH + NO3 = MXNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'MXNCATECH'; Gstr{i,2} = 'NO3'; 
fMXNCATECH(i)=fMXNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fMXNNCATCO2(i)=fMXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECH + OH = MXNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'MXNCATECH'; Gstr{i,2} = 'OH'; 
fMXNCATECH(i)=fMXNCATECH(i)-1; fOH(i)=fOH(i)-1; fMXNCATECO2(i)=fMXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O2 + HO2 = MXCTEC1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXCATEC1O2'; Gstr{i,2} = 'HO2'; 
fMXCATEC1O2(i)=fMXCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fMXCTEC1OOH(i)=fMXCTEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O2 + NO = MXCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXCATEC1O2'; Gstr{i,2} = 'NO'; 
fMXCATEC1O2(i)=fMXCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O2 + NO3 = MXCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXCATEC1O2'; Gstr{i,2} = 'NO3'; 
fMXCATEC1O2(i)=fMXCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXCATEC1O2 + RO2 = MXCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'MXCATEC1O2'; Gstr{i,2} = 'RO2';
fMXCATEC1O2(i)=fMXCATEC1O2(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'C3MCOCO2H + OH = MGLYOX + HO2 + CO';
k(:,i) = 4.66e-11;
Gstr{i,1} = 'C3MCOCO2H'; Gstr{i,2} = 'OH'; 
fC3MCOCO2H(i)=fC3MCOCO2H(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3MCOCO2H + hv = HCOCO2H + HO2 + CO + CH3O2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'C3MCOCO2H'; 
fC3MCOCO2H(i)=fC3MCOCO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3MCOCO2H + hv = HCOCO2H + HO2 + CO + CH3O2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'C3MCOCO2H'; 
fC3MCOCO2H(i)=fC3MCOCO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO2H + OH = PXYL1O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'PXYLCO2H'; Gstr{i,2} = 'OH'; 
fPXYLCO2H(i)=fPXYLCO2H(i)-1; fOH(i)=fOH(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3H + OH = PXYLCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'PXYLCO3H'; Gstr{i,2} = 'OH'; 
fPXYLCO3H(i)=fPXYLCO3H(i)-1; fOH(i)=fOH(i)-1; fPXYLCO3(i)=fPXYLCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYLCO3H + hv = PXYL1O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYLCO3H'; 
fPXYLCO3H(i)=fPXYLCO3H(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYLPAN + OH = PXYL1OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'PXYLPAN'; Gstr{i,2} = 'OH'; 
fPXYLPAN(i)=fPXYLPAN(i)-1; fOH(i)=fOH(i)-1; fPXYL1OOH(i)=fPXYL1OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYLPAN = PXYLCO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'PXYLPAN'; 
fPXYLPAN(i)=fPXYLPAN(i)-1; fPXYLCO3(i)=fPXYLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1OOH + OH = PXYL1O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PXYL1OOH'; Gstr{i,2} = 'OH'; 
fPXYL1OOH(i)=fPXYL1OOH(i)-1; fOH(i)=fOH(i)-1; fPXYL1O2(i)=fPXYL1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1OOH + hv = PXYL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYL1OOH'; 
fPXYL1OOH(i)=fPXYL1OOH(i)-1; fPXYL1O(i)=fPXYL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYL1O + NO2 = TOL4OHNO2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'PXYL1O'; Gstr{i,2} = 'NO2'; 
fPXYL1O(i)=fPXYL1O(i)-1; fNO2(i)=fNO2(i)-1; fTOL4OHNO2(i)=fTOL4OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + HO2 = DMKOHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'HO2'; 
fDMKOHO2(i)=fDMKOHO2(i)-1; fHO2(i)=fHO2(i)-1; fDMKOHOOH(i)=fDMKOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + NO = DMKOHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'NO'; 
fDMKOHO2(i)=fDMKOHO2(i)-1; fNO(i)=fNO(i)-1; fDMKOHO(i)=fDMKOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + NO3 = DMKOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'NO3'; 
fDMKOHO2(i)=fDMKOHO2(i)-1; fNO3(i)=fNO3(i)-1; fDMKOHO(i)=fDMKOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + RO2 = DMK2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'RO2';
fDMKOHO2(i)=fDMKOHO2(i)-1; fDMK2OH(i)=fDMK2OH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + RO2 = DMKCOOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'RO2';
fDMKOHO2(i)=fDMKOHO2(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO2 + RO2 = DMKOHO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'DMKOHO2'; Gstr{i,2} = 'RO2';
fDMKOHO2(i)=fDMKOHO2(i)-1; fDMKOHO(i)=fDMKOHO(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O + NO2 = DNPXYOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NPXYOL1O'; Gstr{i,2} = 'NO2'; 
fNPXYOL1O(i)=fNPXYOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNPXYOL(i)=fDNPXYOL(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O + O3 = NPXYOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NPXYOL1O'; Gstr{i,2} = 'O3'; 
fNPXYOL1O(i)=fNPXYOL1O(i)-1; fO3(i)=fO3(i)-1; fNPXYOL1O2(i)=fNPXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1OOH + OH = PXY1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'PXY1OOH'; Gstr{i,2} = 'OH'; 
fPXY1OOH(i)=fPXY1OOH(i)-1; fOH(i)=fOH(i)-1; fPXY1O2(i)=fPXY1O2(i)+1; 

i=i+1;
Rnames{i} = 'PXY1OOH + hv = PXY1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXY1OOH'; 
fPXY1OOH(i)=fPXY1OOH(i)-1; fPXY1O(i)=fPXY1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYQONE + NO3 = NPXYQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PXYQONE'; Gstr{i,2} = 'NO3'; 
fPXYQONE(i)=fPXYQONE(i)-1; fNO3(i)=fNO3(i)-1; fNPXYQO2(i)=fNPXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYQONE + OH = PXYQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'PXYQONE'; Gstr{i,2} = 'OH'; 
fPXYQONE(i)=fPXYQONE(i)-1; fOH(i)=fOH(i)-1; fPXYQO2(i)=fPXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECH + NO3 = PXNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'PXNCATECH'; Gstr{i,2} = 'NO3'; 
fPXNCATECH(i)=fPXNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fPXNNCATCO2(i)=fPXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECH + OH = PXNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'PXNCATECH'; Gstr{i,2} = 'OH'; 
fPXNCATECH(i)=fPXNCATECH(i)-1; fOH(i)=fOH(i)-1; fPXNCATECO2(i)=fPXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O2 + HO2 = PCATEC1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXCATEC1O2'; Gstr{i,2} = 'HO2'; 
fPXCATEC1O2(i)=fPXCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fPCATEC1OOH(i)=fPCATEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O2 + NO = PXCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXCATEC1O2'; Gstr{i,2} = 'NO'; 
fPXCATEC1O2(i)=fPXCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O2 + NO3 = PXCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXCATEC1O2'; Gstr{i,2} = 'NO3'; 
fPXCATEC1O2(i)=fPXCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXCATEC1O2 + RO2 = PXCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PXCATEC1O2'; Gstr{i,2} = 'RO2';
fPXCATEC1O2(i)=fPXCATEC1O2(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2CO2H + OH = C6H5CH2O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'C6H5C2CO2H'; Gstr{i,2} = 'OH'; 
fC6H5C2CO2H(i)=fC6H5C2CO2H(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2CO3H + OH = C6H5CH2CO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'C6H5C2CO3H'; Gstr{i,2} = 'OH'; 
fC6H5C2CO3H(i)=fC6H5C2CO3H(i)-1; fOH(i)=fOH(i)-1; fC6H5CH2CO3(i)=fC6H5CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H5C2CO3H + hv = C6H5CH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H5C2CO3H'; 
fC6H5C2CO3H(i)=fC6H5C2CO3H(i)-1; fC6H5CH2O2(i)=fC6H5CH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2PAN + OH = BENZAL + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'C6H5CH2PAN'; Gstr{i,2} = 'OH'; 
fC6H5CH2PAN(i)=fC6H5CH2PAN(i)-1; fOH(i)=fOH(i)-1; fBENZAL(i)=fBENZAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H5CH2PAN = C6H5CH2CO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'C6H5CH2PAN'; 
fC6H5CH2PAN(i)=fC6H5CH2PAN(i)-1; fC6H5CH2CO3(i)=fC6H5CH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O + NO2 = DNEBNZOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NEBNZ1O'; Gstr{i,2} = 'NO2'; 
fNEBNZ1O(i)=fNEBNZ1O(i)-1; fNO2(i)=fNO2(i)-1; fDNEBNZOL(i)=fDNEBNZOL(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O + O3 = NEBNZ1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NEBNZ1O'; Gstr{i,2} = 'O3'; 
fNEBNZ1O(i)=fNEBNZ1O(i)-1; fO3(i)=fO3(i)-1; fNEBNZ1O2(i)=fNEBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOOH + OH = EBENZO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'EBENZOOH'; Gstr{i,2} = 'OH'; 
fEBENZOOH(i)=fEBENZOOH(i)-1; fOH(i)=fOH(i)-1; fEBENZO2(i)=fEBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'EBENZOOH + hv = EBENZO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBENZOOH'; 
fEBENZOOH(i)=fEBENZOOH(i)-1; fEBENZO(i)=fEBENZO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DCRBBOH + OH = C6DCARBBO';
k(:,i) = 3.73e-11;
Gstr{i,1} = 'C6DCRBBOH'; Gstr{i,2} = 'OH'; 
fC6DCRBBOH(i)=fC6DCRBBOH(i)-1; fOH(i)=fOH(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; 

i=i+1;
Rnames{i} = 'C6DCRBBOH + hv = HCOCO2H + C2H5CO3 + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'C6DCRBBOH'; 
fC6DCRBBOH(i)=fC6DCRBBOH(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PEBQONE + NO3 = NPEBQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PEBQONE'; Gstr{i,2} = 'NO3'; 
fPEBQONE(i)=fPEBQONE(i)-1; fNO3(i)=fNO3(i)-1; fNPEBQO2(i)=fNPEBQO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBQONE + OH = PEBQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'PEBQONE'; Gstr{i,2} = 'OH'; 
fPEBQONE(i)=fPEBQONE(i)-1; fOH(i)=fOH(i)-1; fPEBQO2(i)=fPEBQO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECH + NO3 = ENNCATECO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'ENCATECH'; Gstr{i,2} = 'NO3'; 
fENCATECH(i)=fENCATECH(i)-1; fNO3(i)=fNO3(i)-1; fENNCATECO2(i)=fENNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECH + OH = ENCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'ENCATECH'; Gstr{i,2} = 'OH'; 
fENCATECH(i)=fENCATECH(i)-1; fOH(i)=fOH(i)-1; fENCATECO2(i)=fENCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O2 + HO2 = ECATEC1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'ECATEC1O2'; Gstr{i,2} = 'HO2'; 
fECATEC1O2(i)=fECATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fECATEC1OOH(i)=fECATEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O2 + NO = ECATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ECATEC1O2'; Gstr{i,2} = 'NO'; 
fECATEC1O2(i)=fECATEC1O2(i)-1; fNO(i)=fNO(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O2 + NO3 = ECATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ECATEC1O2'; Gstr{i,2} = 'NO3'; 
fECATEC1O2(i)=fECATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1O2 + RO2 = ECATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'ECATEC1O2'; Gstr{i,2} = 'RO2';
fECATEC1O2(i)=fECATEC1O2(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'RGDCO2H + OH = C2H5CO3 + GLYOX';
k(:,i) = 4.89e-11;
Gstr{i,1} = 'RGDCO2H'; Gstr{i,2} = 'OH'; 
fRGDCO2H(i)=fRGDCO2H(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'RGDCO2H + hv = HO2 + CO + ECOCO2H + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'RGDCO2H'; 
fRGDCO2H(i)=fRGDCO2H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + HO2 = C6DICAROOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'HO2'; 
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fHO2(i)=fHO2(i)-1; fC6DICAROOH(i)=fC6DICAROOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + NO = C6DICARBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'NO'; 
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fNO(i)=fNO(i)-1; fC6DICARBO(i)=fC6DICARBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + NO3 = C6DICARBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'NO3'; 
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fNO3(i)=fNO3(i)-1; fC6DICARBO(i)=fC6DICARBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + RO2 = C6134CO2OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'RO2';
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + RO2 = C614CO23OH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'RO2';
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fC614CO23OH(i)=fC614CO23OH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO2 + RO2 = C6DICARBO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'C6DICARBO2'; Gstr{i,2} = 'RO2';
fC6DICARBO2(i)=fC6DICARBO2(i)-1; fC6DICARBO(i)=fC6DICARBO(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO2 + HO2 = NEBFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NEBFUO2'; Gstr{i,2} = 'HO2'; 
fNEBFUO2(i)=fNEBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNEBFUOOH(i)=fNEBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO2 + NO = NEBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NEBFUO2'; Gstr{i,2} = 'NO'; 
fNEBFUO2(i)=fNEBFUO2(i)-1; fNO(i)=fNO(i)-1; fNEBFUO(i)=fNEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO2 + NO3 = NEBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NEBFUO2'; Gstr{i,2} = 'NO3'; 
fNEBFUO2(i)=fNEBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNEBFUO(i)=fNEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO2 + RO2 = NEBFUO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NEBFUO2'; Gstr{i,2} = 'RO2';
fNEBFUO2(i)=fNEBFUO2(i)-1; fNEBFUO(i)=fNEBFUO(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + HO2 = BUTALAOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'HO2'; 
fBUTALAO2(i)=fBUTALAO2(i)-1; fHO2(i)=fHO2(i)-1; fBUTALAOOH(i)=fBUTALAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + NO = BUTAL2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'NO'; 
fBUTALAO2(i)=fBUTALAO2(i)-1; fNO(i)=fNO(i)-1; fBUTAL2O(i)=fBUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + NO3 = BUTAL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'NO3'; 
fBUTALAO2(i)=fBUTALAO2(i)-1; fNO3(i)=fNO3(i)-1; fBUTAL2O(i)=fBUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + RO2 = BUTAL2O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'RO2';
fBUTALAO2(i)=fBUTALAO2(i)-1; fBUTAL2O(i)=fBUTAL2O(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + RO2 = EGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'RO2';
fBUTALAO2(i)=fBUTALAO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAO2 + RO2 = HO3C3CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BUTALAO2'; Gstr{i,2} = 'RO2';
fBUTALAO2(i)=fBUTALAO2(i)-1; fHO3C3CHO(i)=fHO3C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + HO2 = EBFUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'HO2'; 
fEBFUO2(i)=fEBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fEBFUOOH(i)=fEBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + NO = EBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'NO'; 
fEBFUO2(i)=fEBFUO2(i)-1; fNO(i)=fNO(i)-1; fEBFUO(i)=fEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + NO3 = EBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'NO3'; 
fEBFUO2(i)=fEBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fEBFUO(i)=fEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + RO2 = EBFUCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'RO2';
fEBFUO2(i)=fEBFUO2(i)-1; fEBFUCO(i)=fEBFUCO(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + RO2 = EBFUO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'RO2';
fEBFUO2(i)=fEBFUO2(i)-1; fEBFUO(i)=fEBFUO(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO2 + RO2 = EBFUOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'EBFUO2'; Gstr{i,2} = 'RO2';
fEBFUO2(i)=fEBFUO2(i)-1; fEBFUOH(i)=fEBFUOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO = EGLYOX + CO + HO2';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C6DCARBBO'; 
fC6DCARBBO(i)=fC6DCARBBO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBBO = MALANHY + C2H5O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C6DCARBBO'; 
fC6DCARBBO(i)=fC6DCARBBO(i)-1; fMALANHY(i)=fMALANHY(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCRBBOOH + OH = C6DCARBBO2';
k(:,i) = 4.09e-11;
Gstr{i,1} = 'C6DCRBBOOH'; Gstr{i,2} = 'OH'; 
fC6DCRBBOOH(i)=fC6DCRBBOOH(i)-1; fOH(i)=fOH(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCRBBOOH + hv = C6DCARBBO + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C6DCRBBOOH'; 
fC6DCRBBOOH(i)=fC6DCRBBOOH(i)-1; fC6DCARBBO(i)=fC6DCARBBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBPAN + OH = EGLYOX + CO + CO + NO2';
k(:,i) = 3.73e-11;
Gstr{i,1} = 'C6DCARBPAN'; Gstr{i,2} = 'OH'; 
fC6DCARBPAN(i)=fC6DCARBPAN(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DCARBPAN = C6DCARBBO2 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6DCARBPAN'; 
fC6DCARBPAN(i)=fC6DCARBPAN(i)-1; fC6DCARBBO2(i)=fC6DCARBBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECOCO2H + OH = C2H5CO3';
k(:,i) = 2.53e-12;
Gstr{i,1} = 'ECOCO2H'; Gstr{i,2} = 'OH'; 
fECOCO2H(i)=fECOCO2H(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'ECOCO2H + hv = C2H5CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'ECOCO2H'; 
fECOCO2H(i)=fECOCO2H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CHO + OH = CO3H4CO3';
k(:,i) = 7.09e-11;
Gstr{i,1} = 'CO3H4CHO'; Gstr{i,2} = 'OH'; 
fCO3H4CHO(i)=fCO3H4CHO(i)-1; fOH(i)=fOH(i)-1; fCO3H4CO3(i)=fCO3H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CHO + hv = C2H5CO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'CO3H4CHO'; 
fCO3H4CHO(i)=fCO3H4CHO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CHO + hv = EGLYOX + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CO3H4CHO'; 
fCO3H4CHO(i)=fCO3H4CHO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHO2 + HO2 = C7CO3OHOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7CO3OHO2'; Gstr{i,2} = 'HO2'; 
fC7CO3OHO2(i)=fC7CO3OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC7CO3OHOOH(i)=fC7CO3OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHO2 + NO = C7CO3OHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7CO3OHO2'; Gstr{i,2} = 'NO'; 
fC7CO3OHO2(i)=fC7CO3OHO2(i)-1; fNO(i)=fNO(i)-1; fC7CO3OHO(i)=fC7CO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHO2 + NO3 = C7CO3OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7CO3OHO2'; Gstr{i,2} = 'NO3'; 
fC7CO3OHO2(i)=fC7CO3OHO2(i)-1; fNO3(i)=fNO3(i)-1; fC7CO3OHO(i)=fC7CO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHO2 + RO2 = C7CO3OHO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C7CO3OHO2'; Gstr{i,2} = 'RO2';
fC7CO3OHO2(i)=fC7CO3OHO2(i)-1; fC7CO3OHO(i)=fC7CO3OHO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETOOH + OH = PHCOCOME + OH';
k(:,i) = 5.15e-11;
Gstr{i,1} = 'PHCOETOOH'; Gstr{i,2} = 'OH'; 
fPHCOETOOH(i)=fPHCOETOOH(i)-1; fOH(i)=fOH(i)-1; fPHCOCOME(i)=fPHCOCOME(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETOOH + hv = PHCOETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHCOETOOH'; 
fPHCOETOOH(i)=fPHCOETOOH(i)-1; fPHCOETO(i)=fPHCOETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETO = C6H5CO3 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PHCOETO'; 
fPHCOETO(i)=fPHCOETO(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOME + OH = PHCOCOCO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'PHCOCOME'; Gstr{i,2} = 'OH'; 
fPHCOCOME(i)=fPHCOCOME(i)-1; fOH(i)=fOH(i)-1; fPHCOCOCO2(i)=fPHCOCOCO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOME + hv = C6H5CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'PHCOCOME'; 
fPHCOCOME(i)=fPHCOCOME(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'PHCOETOH + OH = PHCOCOME + HO2';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'PHCOETOH'; Gstr{i,2} = 'OH'; 
fPHCOETOH(i)=fPHCOETOH(i)-1; fOH(i)=fOH(i)-1; fPHCOCOME(i)=fPHCOCOME(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO2H + OH = C7DCCO2';
k(:,i) = 3.62e-11;
Gstr{i,1} = 'C7DCCO2H'; Gstr{i,2} = 'OH'; 
fC7DCCO2H(i)=fC7DCCO2H(i)-1; fOH(i)=fOH(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO2H + hv = PGLYOX + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7DCCO2H'; 
fC7DCCO2H(i)=fC7DCCO2H(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO2H + hv = PGLYOX + CO + HO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7DCCO2H'; 
fC7DCCO2H(i)=fC7DCCO2H(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O + NO2 = DNPBNZOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NPBNZ1O'; Gstr{i,2} = 'NO2'; 
fNPBNZ1O(i)=fNPBNZ1O(i)-1; fNO2(i)=fNO2(i)-1; fDNPBNZOL(i)=fDNPBNZOL(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O + O3 = NPBNZ1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NPBNZ1O'; Gstr{i,2} = 'O3'; 
fNPBNZ1O(i)=fNPBNZ1O(i)-1; fO3(i)=fO3(i)-1; fNPBNZ1O2(i)=fNPBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOOH + OH = PBENZO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'PBENZOOH'; Gstr{i,2} = 'OH'; 
fPBENZOOH(i)=fPBENZOOH(i)-1; fOH(i)=fOH(i)-1; fPBENZO2(i)=fPBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'PBENZOOH + hv = PBENZO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBENZOOH'; 
fPBENZOOH(i)=fPBENZOOH(i)-1; fPBENZO(i)=fPBENZO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQONE + NO3 = NPPRBQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PPRBQONE'; Gstr{i,2} = 'NO3'; 
fPPRBQONE(i)=fPPRBQONE(i)-1; fNO3(i)=fNO3(i)-1; fNPPRBQO2(i)=fNPPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQONE + OH = PPRBQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'PPRBQONE'; Gstr{i,2} = 'OH'; 
fPPRBQONE(i)=fPPRBQONE(i)-1; fOH(i)=fOH(i)-1; fPPRBQO2(i)=fPPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECH + NO3 = PNNCATECO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'PNCATECH'; Gstr{i,2} = 'NO3'; 
fPNCATECH(i)=fPNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fPNNCATECO2(i)=fPNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECH + OH = PNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'PNCATECH'; Gstr{i,2} = 'OH'; 
fPNCATECH(i)=fPNCATECH(i)-1; fOH(i)=fOH(i)-1; fPNCATECO2(i)=fPNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O2 + HO2 = PRCATC1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PCATEC1O2'; Gstr{i,2} = 'HO2'; 
fPCATEC1O2(i)=fPCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fPRCATC1OOH(i)=fPRCATC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O2 + NO = PCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PCATEC1O2'; Gstr{i,2} = 'NO'; 
fPCATEC1O2(i)=fPCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O2 + NO3 = PCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PCATEC1O2'; Gstr{i,2} = 'NO3'; 
fPCATEC1O2(i)=fPCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1O2 + RO2 = PCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PCATEC1O2'; Gstr{i,2} = 'RO2';
fPCATEC1O2(i)=fPCATEC1O2(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'PC3ODBCO2H + OH = GLYOX + C3H7CO3';
k(:,i) = 5.00e-11;
Gstr{i,1} = 'PC3ODBCO2H'; Gstr{i,2} = 'OH'; 
fPC3ODBCO2H(i)=fPC3ODBCO2H(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'PC3ODBCO2H + hv = PGLYOXOH + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'PC3ODBCO2H'; 
fPC3ODBCO2H(i)=fPC3ODBCO2H(i)-1; fPGLYOXOH(i)=fPGLYOXOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PC3ODBCO2H + hv = PGLYOXOH + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'PC3ODBCO2H'; 
fPC3ODBCO2H(i)=fPC3ODBCO2H(i)-1; fPGLYOXOH(i)=fPGLYOXOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOB = C3H7CHO';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'PGLOOB'; 
fPGLOOB(i)=fPGLOOB(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOB = C3H7CO3 + CO + OH';
k(:,i) = KDEC.*0.57;
Gstr{i,1} = 'PGLOOB'; 
fPGLOOB(i)=fPGLOOB(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOB = C3H7CO3 + HO2';
k(:,i) = KDEC.*0.125;
Gstr{i,1} = 'PGLOOB'; 
fPGLOOB(i)=fPGLOOB(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PGLOOB = PGLOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'PGLOOB'; 
fPGLOOB(i)=fPGLOOB(i)-1; fPGLOO(i)=fPGLOO(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + HO2 = C7DCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'HO2'; 
fC7DCO2(i)=fC7DCO2(i)-1; fHO2(i)=fHO2(i)-1; fC7DCOOH(i)=fC7DCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + NO = C7DCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'NO'; 
fC7DCO2(i)=fC7DCO2(i)-1; fNO(i)=fNO(i)-1; fC7DCO(i)=fC7DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + NO3 = C7DCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'NO3'; 
fC7DCO2(i)=fC7DCO2(i)-1; fNO3(i)=fNO3(i)-1; fC7DCO(i)=fC7DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + RO2 = C61CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'RO2';
fC7DCO2(i)=fC7DCO2(i)-1; fC61CHO(i)=fC61CHO(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + RO2 = C7DCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'RO2';
fC7DCO2(i)=fC7DCO2(i)-1; fC7DCO(i)=fC7DCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO2 + RO2 = C7DCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C7DCO2'; Gstr{i,2} = 'RO2';
fC7DCO2(i)=fC7DCO2(i)-1; fC7DCOH(i)=fC7DCOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO2 + HO2 = NPBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NPBFUO2'; Gstr{i,2} = 'HO2'; 
fNPBFUO2(i)=fNPBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNPBFUOOH(i)=fNPBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO2 + NO = NPBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPBFUO2'; Gstr{i,2} = 'NO'; 
fNPBFUO2(i)=fNPBFUO2(i)-1; fNO(i)=fNO(i)-1; fNPBFUO(i)=fNPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO2 + NO3 = NPBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPBFUO2'; Gstr{i,2} = 'NO3'; 
fNPBFUO2(i)=fNPBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNPBFUO(i)=fNPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO2 + RO2 = NPBFUO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NPBFUO2'; Gstr{i,2} = 'RO2';
fNPBFUO2(i)=fNPBFUO2(i)-1; fNPBFUO(i)=fNPBFUO(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + HO2 = C4CHOAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'HO2'; 
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fHO2(i)=fHO2(i)-1; fC4CHOAOOH(i)=fC4CHOAOOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + NO = C4CHO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'NO'; 
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fNO(i)=fNO(i)-1; fC4CHO2O(i)=fC4CHO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + NO3 = C4CHO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'NO3'; 
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fNO3(i)=fNO3(i)-1; fC4CHO2O(i)=fC4CHO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + RO2 = C4CHO2O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'RO2';
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fC4CHO2O(i)=fC4CHO2O(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + RO2 = C4OHCHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'RO2';
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fC4OHCHO(i)=fC4OHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAO2 + RO2 = PGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C4CHOAO2'; Gstr{i,2} = 'RO2';
fC4CHOAO2(i)=fC4CHOAO2(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + HO2 = PBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'HO2'; 
fPBFUO2(i)=fPBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fPBFUOOH(i)=fPBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + NO = PBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'NO'; 
fPBFUO2(i)=fPBFUO2(i)-1; fNO(i)=fNO(i)-1; fPBFUO(i)=fPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + NO3 = PBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'NO3'; 
fPBFUO2(i)=fPBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fPBFUO(i)=fPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + RO2 = PBFUCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'RO2';
fPBFUO2(i)=fPBFUO2(i)-1; fPBFUCO(i)=fPBFUCO(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + RO2 = PBFUO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'RO2';
fPBFUO2(i)=fPBFUO2(i)-1; fPBFUO(i)=fPBFUO(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO2 + RO2 = PBFUOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PBFUO2'; Gstr{i,2} = 'RO2';
fPBFUO2(i)=fPBFUO2(i)-1; fPBFUOH(i)=fPBFUOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO2 = MALANHY + NC3H7O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C7DCCO2'; 
fC7DCCO2(i)=fC7DCCO2(i)-1; fMALANHY(i)=fMALANHY(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO2 = PGLYOX + CO + HO2';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C7DCCO2'; 
fC7DCCO2(i)=fC7DCCO2(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3H + OH = C7DCCO3';
k(:,i) = 3.94e-11;
Gstr{i,1} = 'C7DCCO3H'; Gstr{i,2} = 'OH'; 
fC7DCCO3H(i)=fC7DCCO3H(i)-1; fOH(i)=fOH(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DCCO3H + hv = C7DCCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C7DCCO3H'; 
fC7DCCO3H(i)=fC7DCCO3H(i)-1; fC7DCCO2(i)=fC7DCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCPAN + OH = PGLYOX + CO + CO + NO2';
k(:,i) = 3.58e-11;
Gstr{i,1} = 'C7DCPAN'; Gstr{i,2} = 'OH'; 
fC7DCPAN(i)=fC7DCPAN(i)-1; fOH(i)=fOH(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCPAN = C7DCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7DCPAN'; 
fC7DCPAN(i)=fC7DCPAN(i)-1; fC7DCCO3(i)=fC7DCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PGLYOXOH + OH = C3H7CO3';
k(:,i) = 5.05e-12;
Gstr{i,1} = 'PGLYOXOH'; Gstr{i,2} = 'OH'; 
fPGLYOXOH(i)=fPGLYOXOH(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'PGLYOXOH + hv = C3H7CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PGLYOXOH'; 
fPGLYOXOH(i)=fPGLYOXOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O132OH + OH = C5O45OHCO3';
k(:,i) = 7.41e-11;
Gstr{i,1} = 'C6O132OH'; Gstr{i,2} = 'OH'; 
fC6O132OH(i)=fC6O132OH(i)-1; fOH(i)=fOH(i)-1; fC5O45OHCO3(i)=fC5O45OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6O132OH + hv = C3H7CO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6O132OH'; 
fC6O132OH(i)=fC6O132OH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O132OH + hv = PGLYOX + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C6O132OH'; 
fC6O132OH(i)=fC6O132OH(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8CO3OHO2 + HO2 = C83COOHOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C8CO3OHO2'; Gstr{i,2} = 'HO2'; 
fC8CO3OHO2(i)=fC8CO3OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC83COOHOOH(i)=fC83COOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO3OHO2 + NO = C8CO3OHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C8CO3OHO2'; Gstr{i,2} = 'NO'; 
fC8CO3OHO2(i)=fC8CO3OHO2(i)-1; fNO(i)=fNO(i)-1; fC8CO3OHO(i)=fC8CO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO3OHO2 + NO3 = C8CO3OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C8CO3OHO2'; Gstr{i,2} = 'NO3'; 
fC8CO3OHO2(i)=fC8CO3OHO2(i)-1; fNO3(i)=fNO3(i)-1; fC8CO3OHO(i)=fC8CO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO3OHO2 + RO2 = C8CO3OHO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C8CO3OHO2'; Gstr{i,2} = 'RO2';
fC8CO3OHO2(i)=fC8CO3OHO2(i)-1; fC8CO3OHO(i)=fC8CO3OHO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + HO2 = PHCOMEOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'HO2'; 
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fHO2(i)=fHO2(i)-1; fPHCOMEOOH(i)=fPHCOMEOOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + NO = PHCOMEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'NO'; 
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fNO(i)=fNO(i)-1; fPHCOMEO(i)=fPHCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + NO3 = PHCOMEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'NO3'; 
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fNO3(i)=fNO3(i)-1; fPHCOMEO(i)=fPHCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + RO2 = PHCOMEO';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'RO2';
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fPHCOMEO(i)=fPHCOMEO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + RO2 = PHCOMEOH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'RO2';
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fPHCOMEOH(i)=fPHCOMEOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO2 + RO2 = PHGLYOX';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'PHCOMEO2'; Gstr{i,2} = 'RO2';
fPHCOMEO2(i)=fPHCOMEO2(i)-1; fPHGLYOX(i)=fPHGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O + NO2 = DNIPBNZOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NIPBNZ1O'; Gstr{i,2} = 'NO2'; 
fNIPBNZ1O(i)=fNIPBNZ1O(i)-1; fNO2(i)=fNO2(i)-1; fDNIPBNZOL(i)=fDNIPBNZOL(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O + O3 = NIPBNZ1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NIPBNZ1O'; Gstr{i,2} = 'O3'; 
fNIPBNZ1O(i)=fNIPBNZ1O(i)-1; fO3(i)=fO3(i)-1; fNIPBNZ1O2(i)=fNIPBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOOH + OH = IPBENZO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'IPBENZOOH'; Gstr{i,2} = 'OH'; 
fIPBENZOOH(i)=fIPBENZOOH(i)-1; fOH(i)=fOH(i)-1; fIPBENZO2(i)=fIPBENZO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBENZOOH + hv = IPBENZO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBENZOOH'; 
fIPBENZOOH(i)=fIPBENZOOH(i)-1; fIPBENZO(i)=fIPBENZO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO2H + OH = IC7DCCO2';
k(:,i) = 3.42e-11;
Gstr{i,1} = 'IC7DCCO2H'; Gstr{i,2} = 'OH'; 
fIC7DCCO2H(i)=fIC7DCCO2H(i)-1; fOH(i)=fOH(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO2H + hv = IPRGLYOX + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'IC7DCCO2H'; 
fIC7DCCO2H(i)=fIC7DCCO2H(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO2H + hv = IPRGLYOX + CO + HO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IC7DCCO2H'; 
fIC7DCCO2H(i)=fIC7DCCO2H(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQONE + NO3 = NIPRBQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'IPRBQONE'; Gstr{i,2} = 'NO3'; 
fIPRBQONE(i)=fIPRBQONE(i)-1; fNO3(i)=fNO3(i)-1; fNIPRBQO2(i)=fNIPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQONE + OH = IPRBQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'IPRBQONE'; Gstr{i,2} = 'OH'; 
fIPRBQONE(i)=fIPRBQONE(i)-1; fOH(i)=fOH(i)-1; fIPRBQO2(i)=fIPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECH + NO3 = IPNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'IPNCATECH'; Gstr{i,2} = 'NO3'; 
fIPNCATECH(i)=fIPNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fIPNNCATCO2(i)=fIPNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECH + OH = IPNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'IPNCATECH'; Gstr{i,2} = 'OH'; 
fIPNCATECH(i)=fIPNCATECH(i)-1; fOH(i)=fOH(i)-1; fIPNCATECO2(i)=fIPNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O2 + HO2 = IPCATC1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'IPCATEC1O2'; Gstr{i,2} = 'HO2'; 
fIPCATEC1O2(i)=fIPCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fIPCATC1OOH(i)=fIPCATC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O2 + NO = IPCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPCATEC1O2'; Gstr{i,2} = 'NO'; 
fIPCATEC1O2(i)=fIPCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O2 + NO3 = IPCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPCATEC1O2'; Gstr{i,2} = 'NO3'; 
fIPCATEC1O2(i)=fIPCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATEC1O2 + RO2 = IPCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'IPCATEC1O2'; Gstr{i,2} = 'RO2';
fIPCATEC1O2(i)=fIPCATEC1O2(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'IP3ODBCO2H + OH = GLYOX + IPRCO3';
k(:,i) = 5.00e-11;
Gstr{i,1} = 'IP3ODBCO2H'; Gstr{i,2} = 'OH'; 
fIP3ODBCO2H(i)=fIP3ODBCO2H(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'IP3ODBCO2H + hv = IPGLYOXOH + HO2 + CO + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'IP3ODBCO2H'; 
fIP3ODBCO2H(i)=fIP3ODBCO2H(i)-1; fIPGLYOXOH(i)=fIPGLYOXOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IP3ODBCO2H + hv = IPGLYOXOH + HO2 + CO + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'IP3ODBCO2H'; 
fIP3ODBCO2H(i)=fIP3ODBCO2H(i)-1; fIPGLYOXOH(i)=fIPGLYOXOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + HO2 = IC7DCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'HO2'; 
fIC7DCO2(i)=fIC7DCO2(i)-1; fHO2(i)=fHO2(i)-1; fIC7DCOOH(i)=fIC7DCOOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + NO = IC7DCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'NO'; 
fIC7DCO2(i)=fIC7DCO2(i)-1; fNO(i)=fNO(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + NO3 = IC7DCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'NO3'; 
fIC7DCO2(i)=fIC7DCO2(i)-1; fNO3(i)=fNO3(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + RO2 = C62CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'RO2';
fIC7DCO2(i)=fIC7DCO2(i)-1; fC62CHO(i)=fC62CHO(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + RO2 = IC7DCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'RO2';
fIC7DCO2(i)=fIC7DCO2(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO2 + RO2 = IC7DCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IC7DCO2'; Gstr{i,2} = 'RO2';
fIC7DCO2(i)=fIC7DCO2(i)-1; fIC7DCOH(i)=fIC7DCOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO2 + HO2 = NIPBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NIPBFUO2'; Gstr{i,2} = 'HO2'; 
fNIPBFUO2(i)=fNIPBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNIPBFUOOH(i)=fNIPBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO2 + NO = NIPBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NIPBFUO2'; Gstr{i,2} = 'NO'; 
fNIPBFUO2(i)=fNIPBFUO2(i)-1; fNO(i)=fNO(i)-1; fNIPBFUO(i)=fNIPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO2 + NO3 = NIPBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NIPBFUO2'; Gstr{i,2} = 'NO3'; 
fNIPBFUO2(i)=fNIPBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNIPBFUO(i)=fNIPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO2 + RO2 = NIPBFUO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NIPBFUO2'; Gstr{i,2} = 'RO2';
fNIPBFUO2(i)=fNIPBFUO2(i)-1; fNIPBFUO(i)=fNIPBFUO(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + HO2 = IC4CHOAOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'HO2'; 
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fHO2(i)=fHO2(i)-1; fIC4CHOAOOH(i)=fIC4CHOAOOH(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + NO = M3BUTAL2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'NO'; 
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fNO(i)=fNO(i)-1; fM3BUTAL2O(i)=fM3BUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + NO3 = M3BUTAL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'NO3'; 
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fNO3(i)=fNO3(i)-1; fM3BUTAL2O(i)=fM3BUTAL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + RO2 = C3M3OH2CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'RO2';
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fC3M3OH2CHO(i)=fC3M3OH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + RO2 = IPRGLYOX';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'RO2';
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAO2 + RO2 = M3BUTAL2O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'IC4CHOAO2'; Gstr{i,2} = 'RO2';
fIC4CHOAO2(i)=fIC4CHOAO2(i)-1; fM3BUTAL2O(i)=fM3BUTAL2O(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + HO2 = IPBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'HO2'; 
fIPBFUO2(i)=fIPBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fIPBFUOOH(i)=fIPBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + NO = IPBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'NO'; 
fIPBFUO2(i)=fIPBFUO2(i)-1; fNO(i)=fNO(i)-1; fIPBFUO(i)=fIPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + NO3 = IPBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'NO3'; 
fIPBFUO2(i)=fIPBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fIPBFUO(i)=fIPBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + RO2 = IPBFUCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'RO2';
fIPBFUO2(i)=fIPBFUO2(i)-1; fIPBFUCO(i)=fIPBFUCO(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + RO2 = IPBFUO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'RO2';
fIPBFUO2(i)=fIPBFUO2(i)-1; fIPBFUO(i)=fIPBFUO(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO2 + RO2 = IPBFUOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPBFUO2'; Gstr{i,2} = 'RO2';
fIPBFUO2(i)=fIPBFUO2(i)-1; fIPBFUOH(i)=fIPBFUOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO2 = IPRGLYOX + CO + HO2';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'IC7DCCO2'; 
fIC7DCCO2(i)=fIC7DCCO2(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO2 = MALANHY + IC3H7O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'IC7DCCO2'; 
fIC7DCCO2(i)=fIC7DCCO2(i)-1; fMALANHY(i)=fMALANHY(i)+1; fIC3H7O2(i)=fIC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3H + OH = IC7DCCO3';
k(:,i) = 3.74e-11;
Gstr{i,1} = 'IC7DCCO3H'; Gstr{i,2} = 'OH'; 
fIC7DCCO3H(i)=fIC7DCCO3H(i)-1; fOH(i)=fOH(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCCO3H + hv = IC7DCCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'IC7DCCO3H'; 
fIC7DCCO3H(i)=fIC7DCCO3H(i)-1; fIC7DCCO2(i)=fIC7DCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCPAN + OH = IPRGLYOX + CO + CO + NO2';
k(:,i) = 3.38e-11;
Gstr{i,1} = 'IC7DCPAN'; Gstr{i,2} = 'OH'; 
fIC7DCPAN(i)=fIC7DCPAN(i)-1; fOH(i)=fOH(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCPAN = IC7DCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IC7DCPAN'; 
fIC7DCPAN(i)=fIC7DCPAN(i)-1; fIC7DCCO3(i)=fIC7DCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPGLYOXOH + OH = IPRCO3';
k(:,i) = 3.05e-12;
Gstr{i,1} = 'IPGLYOXOH'; Gstr{i,2} = 'OH'; 
fIPGLYOXOH(i)=fIPGLYOXOH(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPGLYOXOH + hv = IPRCO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IPGLYOXOH'; 
fIPGLYOXOH(i)=fIPGLYOXOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MO132OH + OH = C4MOHOCO3';
k(:,i) = 7.20e-11;
Gstr{i,1} = 'C5MO132OH'; Gstr{i,2} = 'OH'; 
fC5MO132OH(i)=fC5MO132OH(i)-1; fOH(i)=fOH(i)-1; fC4MOHOCO3(i)=fC4MOHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5MO132OH + hv = IPRCO3 + GLYOX + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C5MO132OH'; 
fC5MO132OH(i)=fC5MO132OH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MO132OH + hv = IPRGLYOX + HO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C5MO132OH'; 
fC5MO132OH(i)=fC5MO132OH(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO3OHO2 + HO2 = C7MO3OHOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C7MCO3OHO2'; Gstr{i,2} = 'HO2'; 
fC7MCO3OHO2(i)=fC7MCO3OHO2(i)-1; fHO2(i)=fHO2(i)-1; fC7MO3OHOOH(i)=fC7MO3OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO3OHO2 + NO = C7MCO3OHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7MCO3OHO2'; Gstr{i,2} = 'NO'; 
fC7MCO3OHO2(i)=fC7MCO3OHO2(i)-1; fNO(i)=fNO(i)-1; fC7MCO3OHO(i)=fC7MCO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO3OHO2 + NO3 = C7MCO3OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7MCO3OHO2'; Gstr{i,2} = 'NO3'; 
fC7MCO3OHO2(i)=fC7MCO3OHO2(i)-1; fNO3(i)=fNO3(i)-1; fC7MCO3OHO(i)=fC7MCO3OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO3OHO2 + RO2 = C7MCO3OHO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C7MCO3OHO2'; Gstr{i,2} = 'RO2';
fC7MCO3OHO2(i)=fC7MCO3OHO2(i)-1; fC7MCO3OHO(i)=fC7MCO3OHO(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO2H + OH = DM123O2';
k(:,i) = 7.92e-13;
Gstr{i,1} = 'TM123BCO2H'; Gstr{i,2} = 'OH'; 
fTM123BCO2H(i)=fTM123BCO2H(i)-1; fOH(i)=fOH(i)-1; fDM123O2(i)=fDM123O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3H + OH = TM123BCO3';
k(:,i) = 3.86e-12;
Gstr{i,1} = 'TM123BCO3H'; Gstr{i,2} = 'OH'; 
fTM123BCO3H(i)=fTM123BCO3H(i)-1; fOH(i)=fOH(i)-1; fTM123BCO3(i)=fTM123BCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM123BCO3H + hv = DM123O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123BCO3H'; 
fTM123BCO3H(i)=fTM123BCO3H(i)-1; fDM123O2(i)=fDM123O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPAN + OH = DM123OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'TM123BPAN'; Gstr{i,2} = 'OH'; 
fTM123BPAN(i)=fTM123BPAN(i)-1; fOH(i)=fOH(i)-1; fDM123OOH(i)=fDM123OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM123BPAN = TM123BCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TM123BPAN'; 
fTM123BPAN(i)=fTM123BPAN(i)-1; fTM123BCO3(i)=fTM123BCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO2H + OH = C7ADCCO2';
k(:,i) = 4.52e-11;
Gstr{i,1} = 'C7ADCCO2H'; Gstr{i,2} = 'OH'; 
fC7ADCCO2H(i)=fC7ADCCO2H(i)-1; fOH(i)=fOH(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO2H + hv = BIACET + CH3CO3 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7ADCCO2H'; 
fC7ADCCO2H(i)=fC7ADCCO2H(i)-1; fBIACET(i)=fBIACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO2H + hv = BIACET + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7ADCCO2H'; 
fC7ADCCO2H(i)=fC7ADCCO2H(i)-1; fBIACET(i)=fBIACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O + NO2 = DNT123BOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NT123L1O'; Gstr{i,2} = 'NO2'; 
fNT123L1O(i)=fNT123L1O(i)-1; fNO2(i)=fNO2(i)-1; fDNT123BOL(i)=fDNT123BOL(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O + O3 = NT123L1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NT123L1O'; Gstr{i,2} = 'O3'; 
fNT123L1O(i)=fNT123L1O(i)-1; fO3(i)=fO3(i)-1; fNT123L1O2(i)=fNT123L1O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OOH + OH = TM123O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'TM123OOH'; Gstr{i,2} = 'OH'; 
fTM123OOH(i)=fTM123OOH(i)-1; fOH(i)=fOH(i)-1; fTM123O2(i)=fTM123O2(i)+1; 

i=i+1;
Rnames{i} = 'TM123OOH + hv = TM123O + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM123OOH'; 
fTM123OOH(i)=fTM123OOH(i)-1; fTM123O(i)=fTM123O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATEC + NO3 = T123NNCTO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'T123NCATEC'; Gstr{i,2} = 'NO3'; 
fT123NCATEC(i)=fT123NCATEC(i)-1; fNO3(i)=fNO3(i)-1; fT123NNCTO2(i)=fT123NNCTO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATEC + OH = T123NCATO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'T123NCATEC'; Gstr{i,2} = 'OH'; 
fT123NCATEC(i)=fT123NCATEC(i)-1; fOH(i)=fOH(i)-1; fT123NCATO2(i)=fT123NCATO2(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O2 + HO2 = T123CT1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T123CAT1O2'; Gstr{i,2} = 'HO2'; 
fT123CAT1O2(i)=fT123CAT1O2(i)-1; fHO2(i)=fHO2(i)-1; fT123CT1OOH(i)=fT123CT1OOH(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O2 + NO = T123CAT1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T123CAT1O2'; Gstr{i,2} = 'NO'; 
fT123CAT1O2(i)=fT123CAT1O2(i)-1; fNO(i)=fNO(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O2 + NO3 = T123CAT1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T123CAT1O2'; Gstr{i,2} = 'NO3'; 
fT123CAT1O2(i)=fT123CAT1O2(i)-1; fNO3(i)=fNO3(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123CAT1O2 + RO2 = T123CAT1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'T123CAT1O2'; Gstr{i,2} = 'RO2';
fT123CAT1O2(i)=fT123CAT1O2(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + HO2 = C7ADCCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'HO2'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + HO2 = C7ADCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'HO2'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7ADCCO2H(i)=fC7ADCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + HO2 = C7ADCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'HO2'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7ADCCO3H(i)=fC7ADCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + NO = C7ADCCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'NO'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fNO(i)=fNO(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + NO2 = C7ADCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'NO2'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7ADCPAN(i)=fC7ADCPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + NO3 = C7ADCCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'NO3'; 
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + RO2 = C7ADCCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'RO2';
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3 + RO2 = C7ADCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C7ADCCO3'; Gstr{i,2} = 'RO2';
fC7ADCCO3(i)=fC7ADCCO3(i)-1; fC7ADCCO2H(i)=fC7ADCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO2 + HO2 = C7ADCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7ADCO2'; Gstr{i,2} = 'HO2'; 
fC7ADCO2(i)=fC7ADCO2(i)-1; fHO2(i)=fHO2(i)-1; fC7ADCOOH(i)=fC7ADCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO2 + NO = C7ADCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7ADCO2'; Gstr{i,2} = 'NO'; 
fC7ADCO2(i)=fC7ADCO2(i)-1; fNO(i)=fNO(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO2 + NO3 = C7ADCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7ADCO2'; Gstr{i,2} = 'NO3'; 
fC7ADCO2(i)=fC7ADCO2(i)-1; fNO3(i)=fNO3(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO2 + RO2 = C7ADCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C7ADCO2'; Gstr{i,2} = 'RO2';
fC7ADCO2(i)=fC7ADCO2(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO2 + RO2 = C7ADCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C7ADCO2'; Gstr{i,2} = 'RO2';
fC7ADCO2(i)=fC7ADCO2(i)-1; fC7ADCOH(i)=fC7ADCOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUO2 + HO2 = NTMB1FUOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NTMB1FUO2'; Gstr{i,2} = 'HO2'; 
fNTMB1FUO2(i)=fNTMB1FUO2(i)-1; fHO2(i)=fHO2(i)-1; fNTMB1FUOOH(i)=fNTMB1FUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUO2 + NO = NTMB1FUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTMB1FUO2'; Gstr{i,2} = 'NO'; 
fNTMB1FUO2(i)=fNTMB1FUO2(i)-1; fNO(i)=fNO(i)-1; fNTMB1FUO(i)=fNTMB1FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUO2 + NO3 = NTMB1FUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTMB1FUO2'; Gstr{i,2} = 'NO3'; 
fNTMB1FUO2(i)=fNTMB1FUO2(i)-1; fNO3(i)=fNO3(i)-1; fNTMB1FUO(i)=fNTMB1FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUO2 + RO2 = NTMB1FUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NTMB1FUO2'; Gstr{i,2} = 'RO2';
fNTMB1FUO2(i)=fNTMB1FUO2(i)-1; fNTMB1FUO(i)=fNTMB1FUO(i)+1; 

i=i+1;
Rnames{i} = 'C5OCO3M + OH = MEKBO2 + CO';
k(:,i) = 1.85e-11;
Gstr{i,1} = 'C5OCO3M'; Gstr{i,2} = 'OH'; 
fC5OCO3M(i)=fC5OCO3M(i)-1; fOH(i)=fOH(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5OCO3M + hv = MEKBO2 + HO2 + CO';
k(:,i) = J22;
Gstr{i,1} = 'C5OCO3M'; 
fC5OCO3M(i)=fC5OCO3M(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5OCO3M + hv = MEKBO2 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C5OCO3M'; 
fC5OCO3M(i)=fC5OCO3M(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO2 + HO2 = TMB1FUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'TMB1FUO2'; Gstr{i,2} = 'HO2'; 
fTMB1FUO2(i)=fTMB1FUO2(i)-1; fHO2(i)=fHO2(i)-1; fTMB1FUOOH(i)=fTMB1FUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO2 + NO = TMB1FUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TMB1FUO2'; Gstr{i,2} = 'NO'; 
fTMB1FUO2(i)=fTMB1FUO2(i)-1; fNO(i)=fNO(i)-1; fTMB1FUO(i)=fTMB1FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO2 + NO3 = TMB1FUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TMB1FUO2'; Gstr{i,2} = 'NO3'; 
fTMB1FUO2(i)=fTMB1FUO2(i)-1; fNO3(i)=fNO3(i)-1; fTMB1FUO(i)=fTMB1FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO2 + RO2 = TMB1FUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'TMB1FUO2'; Gstr{i,2} = 'RO2';
fTMB1FUO2(i)=fTMB1FUO2(i)-1; fTMB1FUO(i)=fTMB1FUO(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO2 + RO2 = TMB1FUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'TMB1FUO2'; Gstr{i,2} = 'RO2';
fTMB1FUO2(i)=fTMB1FUO2(i)-1; fTMB1FUOH(i)=fTMB1FUOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUO2 + HO2 = NTMB2FUOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NTMB2FUO2'; Gstr{i,2} = 'HO2'; 
fNTMB2FUO2(i)=fNTMB2FUO2(i)-1; fHO2(i)=fHO2(i)-1; fNTMB2FUOOH(i)=fNTMB2FUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUO2 + NO = NTMB2FUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTMB2FUO2'; Gstr{i,2} = 'NO'; 
fNTMB2FUO2(i)=fNTMB2FUO2(i)-1; fNO(i)=fNO(i)-1; fNTMB2FUO(i)=fNTMB2FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUO2 + NO3 = NTMB2FUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTMB2FUO2'; Gstr{i,2} = 'NO3'; 
fNTMB2FUO2(i)=fNTMB2FUO2(i)-1; fNO3(i)=fNO3(i)-1; fNTMB2FUO(i)=fNTMB2FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUO2 + RO2 = NTMB2FUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NTMB2FUO2'; Gstr{i,2} = 'RO2';
fNTMB2FUO2(i)=fNTMB2FUO2(i)-1; fNTMB2FUO(i)=fNTMB2FUO(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO2 + HO2 = MC6OTKTOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MC6OTKETO2'; Gstr{i,2} = 'HO2'; 
fMC6OTKETO2(i)=fMC6OTKETO2(i)-1; fHO2(i)=fHO2(i)-1; fMC6OTKTOOH(i)=fMC6OTKTOOH(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO2 + NO = MC6OTKETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MC6OTKETO2'; Gstr{i,2} = 'NO'; 
fMC6OTKETO2(i)=fMC6OTKETO2(i)-1; fNO(i)=fNO(i)-1; fMC6OTKETO(i)=fMC6OTKETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO2 + NO3 = MC6OTKETO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MC6OTKETO2'; Gstr{i,2} = 'NO3'; 
fMC6OTKETO2(i)=fMC6OTKETO2(i)-1; fNO3(i)=fNO3(i)-1; fMC6OTKETO(i)=fMC6OTKETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO2 + RO2 = MC6OTKETO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'MC6OTKETO2'; Gstr{i,2} = 'RO2';
fMC6OTKETO2(i)=fMC6OTKETO2(i)-1; fMC6OTKETO(i)=fMC6OTKETO(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO2 + RO2 = MC6OTKETOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'MC6OTKETO2'; Gstr{i,2} = 'RO2';
fMC6OTKETO2(i)=fMC6OTKETO2(i)-1; fMC6OTKETOH(i)=fMC6OTKETOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO2 + HO2 = TMB2FUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'TMB2FUO2'; Gstr{i,2} = 'HO2'; 
fTMB2FUO2(i)=fTMB2FUO2(i)-1; fHO2(i)=fHO2(i)-1; fTMB2FUOOH(i)=fTMB2FUOOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO2 + NO = TMB2FUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TMB2FUO2'; Gstr{i,2} = 'NO'; 
fTMB2FUO2(i)=fTMB2FUO2(i)-1; fNO(i)=fNO(i)-1; fTMB2FUO(i)=fTMB2FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO2 + NO3 = TMB2FUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TMB2FUO2'; Gstr{i,2} = 'NO3'; 
fTMB2FUO2(i)=fTMB2FUO2(i)-1; fNO3(i)=fNO3(i)-1; fTMB2FUO(i)=fTMB2FUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO2 + RO2 = TMB2FUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'TMB2FUO2'; Gstr{i,2} = 'RO2';
fTMB2FUO2(i)=fTMB2FUO2(i)-1; fTMB2FUO(i)=fTMB2FUO(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO2 + RO2 = TMB2FUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'TMB2FUO2'; Gstr{i,2} = 'RO2';
fTMB2FUO2(i)=fTMB2FUO2(i)-1; fTMB2FUOH(i)=fTMB2FUOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO2H + OH = C4MCO2O2';
k(:,i) = 2.10e-12;
Gstr{i,1} = 'EPXKTMCO2H'; Gstr{i,2} = 'OH'; 
fEPXKTMCO2H(i)=fEPXKTMCO2H(i)-1; fOH(i)=fOH(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO2H + hv = C4MCO2O2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EPXKTMCO2H'; 
fEPXKTMCO2H(i)=fEPXKTMCO2H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3H + OH = EPXKTMCO3';
k(:,i) = 5.18e-12;
Gstr{i,1} = 'EPXKTMCO3H'; Gstr{i,2} = 'OH'; 
fEPXKTMCO3H(i)=fEPXKTMCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3H + hv = C4MCO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXKTMCO3H'; 
fEPXKTMCO3H(i)=fEPXKTMCO3H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMCO3H + hv = C4MCO2O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'EPXKTMCO3H'; 
fEPXKTMCO3H(i)=fEPXKTMCO3H(i)-1; fC4MCO2O2(i)=fC4MCO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMPAN + OH = BIACET + CO + NO2';
k(:,i) = 1.95e-12;
Gstr{i,1} = 'EPXKTMPAN'; Gstr{i,2} = 'OH'; 
fEPXKTMPAN(i)=fEPXKTMPAN(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXKTMPAN = EPXKTMCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXKTMPAN'; 
fEPXKTMPAN(i)=fEPXKTMPAN(i)-1; fEPXKTMCO3(i)=fEPXKTMCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2OOH + OH = CO23C3CHO + OH';
k(:,i) = 7.83e-11;
Gstr{i,1} = 'C4CO2OOH'; Gstr{i,2} = 'OH'; 
fC4CO2OOH(i)=fC4CO2OOH(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2OOH + hv = C4CO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4CO2OOH'; 
fC4CO2OOH(i)=fC4CO2OOH(i)-1; fC4CO2O(i)=fC4CO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2OOH + hv = CH3CO3 + GLYOX + OH';
k(:,i) = J22;
Gstr{i,1} = 'C4CO2OOH'; 
fC4CO2OOH(i)=fC4CO2OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2OOH + hv = HO2 + CO + MGLYOX + OH';
k(:,i) = J17;
Gstr{i,1} = 'C4CO2OOH'; 
fC4CO2OOH(i)=fC4CO2OOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO2H + OH = DM124O2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'TM124BCO2H'; Gstr{i,2} = 'OH'; 
fTM124BCO2H(i)=fTM124BCO2H(i)-1; fOH(i)=fOH(i)-1; fDM124O2(i)=fDM124O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3H + OH = TM124BCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'TM124BCO3H'; Gstr{i,2} = 'OH'; 
fTM124BCO3H(i)=fTM124BCO3H(i)-1; fOH(i)=fOH(i)-1; fTM124BCO3(i)=fTM124BCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124BCO3H + hv = DM124O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124BCO3H'; 
fTM124BCO3H(i)=fTM124BCO3H(i)-1; fDM124O2(i)=fDM124O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPAN + OH = DM124OOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'TM124BPAN'; Gstr{i,2} = 'OH'; 
fTM124BPAN(i)=fTM124BPAN(i)-1; fOH(i)=fOH(i)-1; fDM124OOH(i)=fDM124OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124BPAN = TM124BCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TM124BPAN'; 
fTM124BPAN(i)=fTM124BPAN(i)-1; fTM124BCO3(i)=fTM124BCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DM124OOH + OH = DM124O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DM124OOH'; Gstr{i,2} = 'OH'; 
fDM124OOH(i)=fDM124OOH(i)-1; fOH(i)=fOH(i)-1; fDM124O2(i)=fDM124O2(i)+1; 

i=i+1;
Rnames{i} = 'DM124OOH + hv = DM124O + OH';
k(:,i) = J41;
Gstr{i,1} = 'DM124OOH'; 
fDM124OOH(i)=fDM124OOH(i)-1; fDM124O(i)=fDM124O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DM124O + NO2 = DM124OHNO2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'DM124O'; Gstr{i,2} = 'NO2'; 
fDM124O(i)=fDM124O(i)-1; fNO2(i)=fNO2(i)-1; fDM124OHNO2(i)=fDM124OHNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOC = BIACETO2 + OH';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'MEK2OOC'; 
fMEK2OOC(i)=fMEK2OOC(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OOC = MEK2OO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'MEK2OOC'; 
fMEK2OOC(i)=fMEK2OOC(i)-1; fMEK2OO(i)=fMEK2OO(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO2 + HO2 = C7BDCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7BDCO2'; Gstr{i,2} = 'HO2'; 
fC7BDCO2(i)=fC7BDCO2(i)-1; fHO2(i)=fHO2(i)-1; fC7BDCOOH(i)=fC7BDCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO2 + NO = C7BDCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7BDCO2'; Gstr{i,2} = 'NO'; 
fC7BDCO2(i)=fC7BDCO2(i)-1; fNO(i)=fNO(i)-1; fC7BDCO(i)=fC7BDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO2 + NO3 = C7BDCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7BDCO2'; Gstr{i,2} = 'NO3'; 
fC7BDCO2(i)=fC7BDCO2(i)-1; fNO3(i)=fNO3(i)-1; fC7BDCO(i)=fC7BDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO2 + RO2 = C7BDCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C7BDCO2'; Gstr{i,2} = 'RO2';
fC7BDCO2(i)=fC7BDCO2(i)-1; fC7BDCO(i)=fC7BDCO(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO2 + RO2 = C7BDCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C7BDCO2'; Gstr{i,2} = 'RO2';
fC7BDCO2(i)=fC7BDCO2(i)-1; fC7BDCOH(i)=fC7BDCOH(i)+1; 

i=i+1;
Rnames{i} = 'C3M2COCO2H + OH = MGLYOX + CH3CO3';
k(:,i) = 5.52e-11;
Gstr{i,1} = 'C3M2COCO2H'; Gstr{i,2} = 'OH'; 
fC3M2COCO2H(i)=fC3M2COCO2H(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3M2COCO2H + hv = CH3COCO2H + CH3CO3 + HO2 + CO';
k(:,i) = J18;
Gstr{i,1} = 'C3M2COCO2H'; 
fC3M2COCO2H(i)=fC3M2COCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3M2COCO2H + hv = CH3COCO2H + CH3CO3 + HO2 + CO';
k(:,i) = J19;
Gstr{i,1} = 'C3M2COCO2H'; 
fC3M2COCO2H(i)=fC3M2COCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O + NO2 = DNT124BOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NT124L1O'; Gstr{i,2} = 'NO2'; 
fNT124L1O(i)=fNT124L1O(i)-1; fNO2(i)=fNO2(i)-1; fDNT124BOL(i)=fDNT124BOL(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O + O3 = NT124L1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NT124L1O'; Gstr{i,2} = 'O3'; 
fNT124L1O(i)=fNT124L1O(i)-1; fO3(i)=fO3(i)-1; fNT124L1O2(i)=fNT124L1O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OOH + OH = TM124O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'TM124OOH'; Gstr{i,2} = 'OH'; 
fTM124OOH(i)=fTM124OOH(i)-1; fOH(i)=fOH(i)-1; fTM124O2(i)=fTM124O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124OOH + hv = TM124O + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124OOH'; 
fTM124OOH(i)=fTM124OOH(i)-1; fTM124O(i)=fTM124O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124QONE + NO3 = NTM124QO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'TM124QONE'; Gstr{i,2} = 'NO3'; 
fTM124QONE(i)=fTM124QONE(i)-1; fNO3(i)=fNO3(i)-1; fNTM124QO2(i)=fNTM124QO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124QONE + OH = TM124QO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'TM124QONE'; Gstr{i,2} = 'OH'; 
fTM124QONE(i)=fTM124QONE(i)-1; fOH(i)=fOH(i)-1; fTM124QO2(i)=fTM124QO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATEC + NO3 = T124NNCTO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'T124NCATEC'; Gstr{i,2} = 'NO3'; 
fT124NCATEC(i)=fT124NCATEC(i)-1; fNO3(i)=fNO3(i)-1; fT124NNCTO2(i)=fT124NNCTO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATEC + OH = T124NCATO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'T124NCATEC'; Gstr{i,2} = 'OH'; 
fT124NCATEC(i)=fT124NCATEC(i)-1; fOH(i)=fOH(i)-1; fT124NCATO2(i)=fT124NCATO2(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O2 + HO2 = T124CT1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T124CAT1O2'; Gstr{i,2} = 'HO2'; 
fT124CAT1O2(i)=fT124CAT1O2(i)-1; fHO2(i)=fHO2(i)-1; fT124CT1OOH(i)=fT124CT1OOH(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O2 + NO = T124CAT1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T124CAT1O2'; Gstr{i,2} = 'NO'; 
fT124CAT1O2(i)=fT124CAT1O2(i)-1; fNO(i)=fNO(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O2 + NO3 = T124CAT1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T124CAT1O2'; Gstr{i,2} = 'NO3'; 
fT124CAT1O2(i)=fT124CAT1O2(i)-1; fNO3(i)=fNO3(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124CAT1O2 + RO2 = T124CAT1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'T124CAT1O2'; Gstr{i,2} = 'RO2';
fT124CAT1O2(i)=fT124CAT1O2(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; 

i=i+1;
Rnames{i} = 'C5CODBCO2H + OH = C4MCODBCO2';
k(:,i) = 3.54e-11;
Gstr{i,1} = 'C5CODBCO2H'; Gstr{i,2} = 'OH'; 
fC5CODBCO2H(i)=fC5CODBCO2H(i)-1; fOH(i)=fOH(i)-1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CODBCO2H + hv = CH3COCO2H + CH3CO3 + HO2 + CO';
k(:,i) = J24;
Gstr{i,1} = 'C5CODBCO2H'; 
fC5CODBCO2H(i)=fC5CODBCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO2H + OH = DMPHO2';
k(:,i) = 1.10e-12;
Gstr{i,1} = 'TMBCO2H'; Gstr{i,2} = 'OH'; 
fTMBCO2H(i)=fTMBCO2H(i)-1; fOH(i)=fOH(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3H + OH = TMBCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'TMBCO3H'; Gstr{i,2} = 'OH'; 
fTMBCO3H(i)=fTMBCO3H(i)-1; fOH(i)=fOH(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; 

i=i+1;
Rnames{i} = 'TMBCO3H + hv = DMPHO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TMBCO3H'; 
fTMBCO3H(i)=fTMBCO3H(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMBPAN + OH = DMPHOOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'TMBPAN'; Gstr{i,2} = 'OH'; 
fTMBPAN(i)=fTMBPAN(i)-1; fOH(i)=fOH(i)-1; fDMPHOOH(i)=fDMPHOOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMBPAN = TMBCO3 + NO2';
k(:,i) = KBPAN.*0.67;
Gstr{i,1} = 'TMBPAN'; 
fTMBPAN(i)=fTMBPAN(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHOOH + OH = DMPHO2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'DMPHOOH'; Gstr{i,2} = 'OH'; 
fDMPHOOH(i)=fDMPHOOH(i)-1; fOH(i)=fOH(i)-1; fDMPHO2(i)=fDMPHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHOOH + hv = DMPHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMPHOOH'; 
fDMPHOOH(i)=fDMPHOOH(i)-1; fDMPHO(i)=fDMPHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHO + NO2 = DMPHOHNO2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'DMPHO'; Gstr{i,2} = 'NO2'; 
fDMPHO(i)=fDMPHO(i)-1; fNO2(i)=fNO2(i)-1; fDMPHOHNO2(i)=fDMPHOHNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO2 = MGLYOX + CH3CO3';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C4MCODBCO2'; 
fC4MCODBCO2(i)=fC4MCODBCO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBCO2 = MMALANHY + CH3O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C4MCODBCO2'; 
fC4MCODBCO2(i)=fC4MCODBCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CODBCO3H + OH = C4MCODBCO3';
k(:,i) = 3.90e-11;
Gstr{i,1} = 'C5CODBCO3H'; Gstr{i,2} = 'OH'; 
fC5CODBCO3H(i)=fC5CODBCO3H(i)-1; fOH(i)=fOH(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5CODBCO3H + hv = C4MCODBCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C5CODBCO3H'; 
fC5CODBCO3H(i)=fC5CODBCO3H(i)-1; fC4MCODBCO2(i)=fC4MCODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBPAN + OH = MGLYOX + HCHO + CO + CO + NO2';
k(:,i) = 3.54e-11;
Gstr{i,1} = 'C4MCODBPAN'; Gstr{i,2} = 'OH'; 
fC4MCODBPAN(i)=fC4MCODBPAN(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MCODBPAN = C4MCODBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4MCODBPAN'; 
fC4MCODBPAN(i)=fC4MCODBPAN(i)-1; fC4MCODBCO3(i)=fC4MCODBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO2H + OH = CO24C53O2';
k(:,i) = 2.11e-12;
Gstr{i,1} = 'EPXMKTCO2H'; Gstr{i,2} = 'OH'; 
fEPXMKTCO2H(i)=fEPXMKTCO2H(i)-1; fOH(i)=fOH(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO2H + hv = CO24C53O2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EPXMKTCO2H'; 
fEPXMKTCO2H(i)=fEPXMKTCO2H(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3H + OH = EPXMKTCO3';
k(:,i) = 5.17e-12;
Gstr{i,1} = 'EPXMKTCO3H'; Gstr{i,2} = 'OH'; 
fEPXMKTCO3H(i)=fEPXMKTCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXMKTCO3(i)=fEPXMKTCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3H + hv = CO24C53O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXMKTCO3H'; 
fEPXMKTCO3H(i)=fEPXMKTCO3H(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTCO3H + hv = CO24C53O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'EPXMKTCO3H'; 
fEPXMKTCO3H(i)=fEPXMKTCO3H(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTPAN + OH = C5CO234 + CO + NO2';
k(:,i) = 1.95e-12;
Gstr{i,1} = 'EPXMKTPAN'; Gstr{i,2} = 'OH'; 
fEPXMKTPAN(i)=fEPXMKTPAN(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMKTPAN = EPXMKTCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXMKTPAN'; 
fEPXMKTPAN(i)=fEPXMKTPAN(i)-1; fEPXMKTCO3(i)=fEPXMKTCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53OOH + OH = CO24C53O2';
k(:,i) = 1.75e-11;
Gstr{i,1} = 'CO24C53OOH'; Gstr{i,2} = 'OH'; 
fCO24C53OOH(i)=fCO24C53OOH(i)-1; fOH(i)=fOH(i)-1; fCO24C53O2(i)=fCO24C53O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53OOH + hv = CO24C53O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO24C53OOH'; 
fCO24C53OOH(i)=fCO24C53OOH(i)-1; fCO24C53O(i)=fCO24C53O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53OOH + hv = MGLYOX + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO24C53OOH'; 
fCO24C53OOH(i)=fCO24C53OOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C53O = MGLYOX + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO24C53O'; 
fCO24C53O(i)=fCO24C53O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5CO243OH + OH = C5CO234 + HO2';
k(:,i) = 4.06e-12;
Gstr{i,1} = 'C5CO243OH'; Gstr{i,2} = 'OH'; 
fC5CO243OH(i)=fC5CO243OH(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO243OH + hv = MGLYOX + CH3CO3 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C5CO243OH'; 
fC5CO243OH(i)=fC5CO243OH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234 + OH = C5CO234O2';
k(:,i) = 2.04e-13;
Gstr{i,1} = 'C5CO234'; Gstr{i,2} = 'OH'; 
fC5CO234(i)=fC5CO234(i)-1; fOH(i)=fOH(i)-1; fC5CO234O2(i)=fC5CO234O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234 + hv = CH3CO3 + CH3CO3 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C5CO234'; 
fC5CO234(i)=fC5CO234(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEOOH + OH = MPHGLYOX + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'MPHCOMEOOH'; Gstr{i,2} = 'OH'; 
fMPHCOMEOOH(i)=fMPHCOMEOOH(i)-1; fOH(i)=fOH(i)-1; fMPHGLYOX(i)=fMPHGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEOOH + hv = MPHCOMEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MPHCOMEOOH'; 
fMPHCOMEOOH(i)=fMPHCOMEOOH(i)-1; fMPHCOMEO(i)=fMPHCOMEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEOOH + hv = OXYLCO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MPHCOMEOOH'; 
fMPHCOMEOOH(i)=fMPHCOMEOOH(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEO = OXYLCO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MPHCOMEO'; 
fMPHCOMEO(i)=fMPHCOMEO(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEOH + OH = MPHGLYOX + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'MPHCOMEOH'; Gstr{i,2} = 'OH'; 
fMPHCOMEOH(i)=fMPHCOMEOH(i)-1; fOH(i)=fOH(i)-1; fMPHGLYOX(i)=fMPHGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHCOMEOH + hv = OXYLCO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MPHCOMEOH'; 
fMPHCOMEOH(i)=fMPHCOMEOH(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MPHGLYOX + OH = OXYLCO3 + CO';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'MPHGLYOX'; Gstr{i,2} = 'OH'; 
fMPHGLYOX(i)=fMPHGLYOX(i)-1; fOH(i)=fOH(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MPHGLYOX + hv = OXYLCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'MPHGLYOX'; 
fMPHGLYOX(i)=fMPHGLYOX(i)-1; fOXYLCO3(i)=fOXYLCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDCO2H + OH = C4ECO2O2';
k(:,i) = 2.55e-11;
Gstr{i,1} = 'EPXMEDCO2H'; Gstr{i,2} = 'OH'; 
fEPXMEDCO2H(i)=fEPXMEDCO2H(i)-1; fOH(i)=fOH(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDCO2H + hv = C4ECO2O2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'EPXMEDCO2H'; 
fEPXMEDCO2H(i)=fEPXMEDCO2H(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDCO3H + OH = EPXMEDLCO3';
k(:,i) = 2.85e-11;
Gstr{i,1} = 'EPXMEDCO3H'; Gstr{i,2} = 'OH'; 
fEPXMEDCO3H(i)=fEPXMEDCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXMEDLCO3(i)=fEPXMEDLCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDCO3H + hv = C4ECO2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXMEDCO3H'; 
fEPXMEDCO3H(i)=fEPXMEDCO3H(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDCO3H + hv = C4ECO2O2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'EPXMEDCO3H'; 
fEPXMEDCO3H(i)=fEPXMEDCO3H(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLPAN + OH = EPXMEDLCO3 + NO2';
k(:,i) = 2.54e-11;
Gstr{i,1} = 'EPXMEDLPAN'; Gstr{i,2} = 'OH'; 
fEPXMEDLPAN(i)=fEPXMEDLPAN(i)-1; fOH(i)=fOH(i)-1; fEPXMEDLCO3(i)=fEPXMEDLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXMEDLPAN = EPXMEDLCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXMEDLPAN'; 
fEPXMEDLPAN(i)=fEPXMEDLPAN(i)-1; fEPXMEDLCO3(i)=fEPXMEDLCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2OOH + OH = C4ECO2O2';
k(:,i) = 7.30e-11;
Gstr{i,1} = 'C4ECO2OOH'; Gstr{i,2} = 'OH'; 
fC4ECO2OOH(i)=fC4ECO2OOH(i)-1; fOH(i)=fOH(i)-1; fC4ECO2O2(i)=fC4ECO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2OOH + hv = C4ECO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4ECO2OOH'; 
fC4ECO2OOH(i)=fC4ECO2OOH(i)-1; fC4ECO2O(i)=fC4ECO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2OOH + hv = CH3CO3 + EGLYOX + OH';
k(:,i) = J22;
Gstr{i,1} = 'C4ECO2OOH'; 
fC4ECO2OOH(i)=fC4ECO2OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2OOH + hv = CO23C5 + OH + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C4ECO2OOH'; 
fC4ECO2OOH(i)=fC4ECO2OOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O = CO23C5 + HO2 + CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4ECO2O'; 
fC4ECO2O(i)=fC4ECO2O(i)-1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4ECO2O = EGLYOX + CH3CO3';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C4ECO2O'; 
fC4ECO2O(i)=fC4ECO2O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CDCCO2H + OH = CO23C5 + HO2 + CO';
k(:,i) = 4.56e-11;
Gstr{i,1} = 'C7CDCCO2H'; Gstr{i,2} = 'OH'; 
fC7CDCCO2H(i)=fC7CDCCO2H(i)-1; fOH(i)=fOH(i)-1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7CDCCO2H + hv = CO23C5 + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7CDCCO2H'; 
fC7CDCCO2H(i)=fC7CDCCO2H(i)-1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CDCCO2H + hv = CO23C5 + HO2 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7CDCCO2H'; 
fC7CDCCO2H(i)=fC7CDCCO2H(i)-1; fCO23C5(i)=fCO23C5(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O + NO2 = DNOETOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NOETOL1O'; Gstr{i,2} = 'NO2'; 
fNOETOL1O(i)=fNOETOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNOETOL(i)=fDNOETOL(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O + O3 = NOETOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NOETOL1O'; Gstr{i,2} = 'O3'; 
fNOETOL1O(i)=fNOETOL1O(i)-1; fO3(i)=fO3(i)-1; fNOETOL1O2(i)=fNOETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'OET1OOH + OH = OET1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'OET1OOH'; Gstr{i,2} = 'OH'; 
fOET1OOH(i)=fOET1OOH(i)-1; fOH(i)=fOH(i)-1; fOET1O2(i)=fOET1O2(i)+1; 

i=i+1;
Rnames{i} = 'OET1OOH + hv = OET1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'OET1OOH'; 
fOET1OOH(i)=fOET1OOH(i)-1; fOET1O(i)=fOET1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLQONE + NO3 = NOETLQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'OETLQONE'; Gstr{i,2} = 'NO3'; 
fOETLQONE(i)=fOETLQONE(i)-1; fNO3(i)=fNO3(i)-1; fNOETLQO2(i)=fNOETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLQONE + OH = OETLQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'OETLQONE'; Gstr{i,2} = 'OH'; 
fOETLQONE(i)=fOETLQONE(i)-1; fOH(i)=fOH(i)-1; fOETLQO2(i)=fOETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECH + NO3 = OTNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'OTNCATECH'; Gstr{i,2} = 'NO3'; 
fOTNCATECH(i)=fOTNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fOTNNCATCO2(i)=fOTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECH + OH = OTNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'OTNCATECH'; Gstr{i,2} = 'OH'; 
fOTNCATECH(i)=fOTNCATECH(i)-1; fOH(i)=fOH(i)-1; fOTNCATECO2(i)=fOTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O2 + HO2 = OTCTEC1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'OTCATEC1O2'; Gstr{i,2} = 'HO2'; 
fOTCATEC1O2(i)=fOTCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fOTCTEC1OOH(i)=fOTCTEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O2 + NO = OTCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OTCATEC1O2'; Gstr{i,2} = 'NO'; 
fOTCATEC1O2(i)=fOTCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O2 + NO3 = OTCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OTCATEC1O2'; Gstr{i,2} = 'NO3'; 
fOTCATEC1O2(i)=fOTCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTCATEC1O2 + RO2 = OTCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'OTCATEC1O2'; Gstr{i,2} = 'RO2';
fOTCATEC1O2(i)=fOTCATEC1O2(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'CO23C3CHO + hv = CH3CO3 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO23C3CHO'; 
fCO23C3CHO(i)=fCO23C3CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C3CHO + hv = CH3CO3 + HCOCO';
k(:,i) = J35;
Gstr{i,1} = 'CO23C3CHO'; 
fCO23C3CHO(i)=fCO23C3CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCO(i)=fHCOCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO23C3CHO = CH3CO3 + CO + CO + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO23C3CHO'; 
fNO3(i)=fNO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO23C3CHO = CH3CO3 + CO + CO';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO23C3CHO'; 
fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O + NO2 = DNMETOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NMETOL1O'; Gstr{i,2} = 'NO2'; 
fNMETOL1O(i)=fNMETOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNMETOL(i)=fDNMETOL(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O + O3 = NMETOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NMETOL1O'; Gstr{i,2} = 'O3'; 
fNMETOL1O(i)=fNMETOL1O(i)-1; fO3(i)=fO3(i)-1; fNMETOL1O2(i)=fNMETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'MET1OOH + OH = MET1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'MET1OOH'; Gstr{i,2} = 'OH'; 
fMET1OOH(i)=fMET1OOH(i)-1; fOH(i)=fOH(i)-1; fMET1O2(i)=fMET1O2(i)+1; 

i=i+1;
Rnames{i} = 'MET1OOH + hv = MET1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MET1OOH'; 
fMET1OOH(i)=fMET1OOH(i)-1; fMET1O(i)=fMET1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLQONE + NO3 = NMETLQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'METLQONE'; Gstr{i,2} = 'NO3'; 
fMETLQONE(i)=fMETLQONE(i)-1; fNO3(i)=fNO3(i)-1; fNMETLQO2(i)=fNMETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'METLQONE + OH = METLQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'METLQONE'; Gstr{i,2} = 'OH'; 
fMETLQONE(i)=fMETLQONE(i)-1; fOH(i)=fOH(i)-1; fMETLQO2(i)=fMETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECH + NO3 = MTNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'MTNCATECH'; Gstr{i,2} = 'NO3'; 
fMTNCATECH(i)=fMTNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fMTNNCATCO2(i)=fMTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECH + OH = MTNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'MTNCATECH'; Gstr{i,2} = 'OH'; 
fMTNCATECH(i)=fMTNCATECH(i)-1; fOH(i)=fOH(i)-1; fMTNCATECO2(i)=fMTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O2 + HO2 = MTCTEC1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'MTCATEC1O2'; Gstr{i,2} = 'HO2'; 
fMTCATEC1O2(i)=fMTCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fMTCTEC1OOH(i)=fMTCTEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O2 + NO = MTCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MTCATEC1O2'; Gstr{i,2} = 'NO'; 
fMTCATEC1O2(i)=fMTCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O2 + NO3 = MTCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTCATEC1O2'; Gstr{i,2} = 'NO3'; 
fMTCATEC1O2(i)=fMTCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTCATEC1O2 + RO2 = MTCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'MTCATEC1O2'; Gstr{i,2} = 'RO2';
fMTCATEC1O2(i)=fMTCATEC1O2(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + HO2 = C7EDCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'HO2'; 
fC7EDCO2(i)=fC7EDCO2(i)-1; fHO2(i)=fHO2(i)-1; fC7EDCOOH(i)=fC7EDCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + NO = C7EDCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'NO'; 
fC7EDCO2(i)=fC7EDCO2(i)-1; fNO(i)=fNO(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + NO3 = C7EDCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'NO3'; 
fC7EDCO2(i)=fC7EDCO2(i)-1; fNO3(i)=fNO3(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + RO2 = C7EDCCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'RO2';
fC7EDCO2(i)=fC7EDCO2(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + RO2 = C7EDCO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'RO2';
fC7EDCO2(i)=fC7EDCO2(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO2 + RO2 = C7EDCOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C7EDCO2'; Gstr{i,2} = 'RO2';
fC7EDCO2(i)=fC7EDCO2(i)-1; fC7EDCOH(i)=fC7EDCOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O + NO2 = DNPETOL';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'NPETOL1O'; Gstr{i,2} = 'NO2'; 
fNPETOL1O(i)=fNPETOL1O(i)-1; fNO2(i)=fNO2(i)-1; fDNPETOL(i)=fDNPETOL(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O + O3 = NPETOL1O2';
k(:,i) = 2.86e-13;
Gstr{i,1} = 'NPETOL1O'; Gstr{i,2} = 'O3'; 
fNPETOL1O(i)=fNPETOL1O(i)-1; fO3(i)=fO3(i)-1; fNPETOL1O2(i)=fNPETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'PET1OOH + OH = PET1O2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'PET1OOH'; Gstr{i,2} = 'OH'; 
fPET1OOH(i)=fPET1OOH(i)-1; fOH(i)=fOH(i)-1; fPET1O2(i)=fPET1O2(i)+1; 

i=i+1;
Rnames{i} = 'PET1OOH + hv = PET1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PET1OOH'; 
fPET1OOH(i)=fPET1OOH(i)-1; fPET1O(i)=fPET1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLQONE + NO3 = NPETLQO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'PETLQONE'; Gstr{i,2} = 'NO3'; 
fPETLQONE(i)=fPETLQONE(i)-1; fNO3(i)=fNO3(i)-1; fNPETLQO2(i)=fNPETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLQONE + OH = PETLQO2';
k(:,i) = 2.35e-11;
Gstr{i,1} = 'PETLQONE'; Gstr{i,2} = 'OH'; 
fPETLQONE(i)=fPETLQONE(i)-1; fOH(i)=fOH(i)-1; fPETLQO2(i)=fPETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECH + NO3 = PTNNCATCO2';
k(:,i) = 5.03e-12;
Gstr{i,1} = 'PTNCATECH'; Gstr{i,2} = 'NO3'; 
fPTNCATECH(i)=fPTNCATECH(i)-1; fNO3(i)=fNO3(i)-1; fPTNNCATCO2(i)=fPTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECH + OH = PTNCATECO2';
k(:,i) = 6.83e-12;
Gstr{i,1} = 'PTNCATECH'; Gstr{i,2} = 'OH'; 
fPTNCATECH(i)=fPTNCATECH(i)-1; fOH(i)=fOH(i)-1; fPTNCATECO2(i)=fPTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O2 + HO2 = PTCTEC1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PTCATEC1O2'; Gstr{i,2} = 'HO2'; 
fPTCATEC1O2(i)=fPTCATEC1O2(i)-1; fHO2(i)=fHO2(i)-1; fPTCTEC1OOH(i)=fPTCTEC1OOH(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O2 + NO = PTCATEC1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PTCATEC1O2'; Gstr{i,2} = 'NO'; 
fPTCATEC1O2(i)=fPTCATEC1O2(i)-1; fNO(i)=fNO(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O2 + NO3 = PTCATEC1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PTCATEC1O2'; Gstr{i,2} = 'NO3'; 
fPTCATEC1O2(i)=fPTCATEC1O2(i)-1; fNO3(i)=fNO3(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTCATEC1O2 + RO2 = PTCATEC1O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PTCATEC1O2'; Gstr{i,2} = 'RO2';
fPTCATEC1O2(i)=fPTCATEC1O2(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMOOH + OH = DMPHGLYOX + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'DMPHCOMOOH'; Gstr{i,2} = 'OH'; 
fDMPHCOMOOH(i)=fDMPHCOMOOH(i)-1; fOH(i)=fOH(i)-1; fDMPHGLYOX(i)=fDMPHGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMOOH + hv = DMPHCOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMPHCOMOOH'; 
fDMPHCOMOOH(i)=fDMPHCOMOOH(i)-1; fDMPHCOMO(i)=fDMPHCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMOOH + hv = TMBCO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'DMPHCOMOOH'; 
fDMPHCOMOOH(i)=fDMPHCOMOOH(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMO = TMBCO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'DMPHCOMO'; 
fDMPHCOMO(i)=fDMPHCOMO(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMOH + OH = MPHGLYOX + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'DMPHCOMOH'; Gstr{i,2} = 'OH'; 
fDMPHCOMOH(i)=fDMPHCOMOH(i)-1; fOH(i)=fOH(i)-1; fMPHGLYOX(i)=fMPHGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHCOMOH + hv = TMBCO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DMPHCOMOH'; 
fDMPHCOMOH(i)=fDMPHCOMOH(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMPHGLYOX + OH = TMBCO3 + CO';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'DMPHGLYOX'; Gstr{i,2} = 'OH'; 
fDMPHGLYOX(i)=fDMPHGLYOX(i)-1; fOH(i)=fOH(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DMPHGLYOX + hv = TMBCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'DMPHGLYOX'; 
fDMPHGLYOX(i)=fDMPHGLYOX(i)-1; fTMBCO3(i)=fTMBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + HO2 = C7DDCCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'HO2'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + HO2 = C7DDCCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'HO2'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DDCCO2H(i)=fC7DDCCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + HO2 = C7DDCCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'HO2'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7DDCCO3H(i)=fC7DDCCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + NO = C7DDCCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'NO'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fNO(i)=fNO(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + NO2 = C7DDCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'NO2'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7DDCPAN(i)=fC7DDCPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + NO3 = C7DDCCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'NO3'; 
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + RO2 = C7DDCCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'RO2';
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3 + RO2 = C7DDCCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C7DDCCO3'; Gstr{i,2} = 'RO2';
fC7DDCCO3(i)=fC7DDCCO3(i)-1; fC7DDCCO2H(i)=fC7DDCCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO2 + HO2 = C7DDCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C7DDCO2'; Gstr{i,2} = 'HO2'; 
fC7DDCO2(i)=fC7DDCO2(i)-1; fHO2(i)=fHO2(i)-1; fC7DDCOOH(i)=fC7DDCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO2 + NO = C7DDCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C7DDCO2'; Gstr{i,2} = 'NO'; 
fC7DDCO2(i)=fC7DDCO2(i)-1; fNO(i)=fNO(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO2 + NO3 = C7DDCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C7DDCO2'; Gstr{i,2} = 'NO3'; 
fC7DDCO2(i)=fC7DDCO2(i)-1; fNO3(i)=fNO3(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO2 + RO2 = C7DDCO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C7DDCO2'; Gstr{i,2} = 'RO2';
fC7DDCO2(i)=fC7DDCO2(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO2 + RO2 = C7DDCOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C7DDCO2'; Gstr{i,2} = 'RO2';
fC7DDCO2(i)=fC7DDCO2(i)-1; fC7DDCOH(i)=fC7DDCOH(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUO2 + HO2 = NMEBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NMEBFUO2'; Gstr{i,2} = 'HO2'; 
fNMEBFUO2(i)=fNMEBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fNMEBFUOOH(i)=fNMEBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUO2 + NO = NMEBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMEBFUO2'; Gstr{i,2} = 'NO'; 
fNMEBFUO2(i)=fNMEBFUO2(i)-1; fNO(i)=fNO(i)-1; fNMEBFUO(i)=fNMEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUO2 + NO3 = NMEBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMEBFUO2'; Gstr{i,2} = 'NO3'; 
fNMEBFUO2(i)=fNMEBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fNMEBFUO(i)=fNMEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUO2 + RO2 = NMEBFUO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NMEBFUO2'; Gstr{i,2} = 'RO2';
fNMEBFUO2(i)=fNMEBFUO2(i)-1; fNMEBFUO(i)=fNMEBFUO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + HO2 = C23O3ECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'HO2'; 
fC23O3EO2(i)=fC23O3EO2(i)-1; fHO2(i)=fHO2(i)-1; fC23O3ECOOH(i)=fC23O3ECOOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + NO = C23O3EO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'NO'; 
fC23O3EO2(i)=fC23O3EO2(i)-1; fNO(i)=fNO(i)-1; fC23O3EO(i)=fC23O3EO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + NO3 = C23O3EO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'NO3'; 
fC23O3EO2(i)=fC23O3EO2(i)-1; fNO3(i)=fNO3(i)-1; fC23O3EO(i)=fC23O3EO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + RO2 = C23O3EHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'RO2';
fC23O3EO2(i)=fC23O3EO2(i)-1; fC23O3EHO(i)=fC23O3EHO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + RO2 = C23O3EO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'RO2';
fC23O3EO2(i)=fC23O3EO2(i)-1; fC23O3EO(i)=fC23O3EO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO2 + RO2 = C23O3EOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C23O3EO2'; Gstr{i,2} = 'RO2';
fC23O3EO2(i)=fC23O3EO2(i)-1; fC23O3EOH(i)=fC23O3EOH(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO2 + HO2 = MEBFUOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MEBFUO2'; Gstr{i,2} = 'HO2'; 
fMEBFUO2(i)=fMEBFUO2(i)-1; fHO2(i)=fHO2(i)-1; fMEBFUOOH(i)=fMEBFUOOH(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO2 + NO = MEBFUO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MEBFUO2'; Gstr{i,2} = 'NO'; 
fMEBFUO2(i)=fMEBFUO2(i)-1; fNO(i)=fNO(i)-1; fMEBFUO(i)=fMEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO2 + NO3 = MEBFUO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MEBFUO2'; Gstr{i,2} = 'NO3'; 
fMEBFUO2(i)=fMEBFUO2(i)-1; fNO3(i)=fNO3(i)-1; fMEBFUO(i)=fMEBFUO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO2 + RO2 = MEBFUO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'MEBFUO2'; Gstr{i,2} = 'RO2';
fMEBFUO2(i)=fMEBFUO2(i)-1; fMEBFUO(i)=fMEBFUO(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO2 + RO2 = MEBFUOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'MEBFUO2'; Gstr{i,2} = 'RO2';
fMEBFUO2(i)=fMEBFUO2(i)-1; fMEBFUOH(i)=fMEBFUOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO243OH + OH = CO234C6 + HO2';
k(:,i) = 5.29e-12;
Gstr{i,1} = 'C6CO243OH'; Gstr{i,2} = 'OH'; 
fC6CO243OH(i)=fC6CO243OH(i)-1; fOH(i)=fOH(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO243OH + hv = EGLYOX + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CO243OH'; 
fC6CO243OH(i)=fC6CO243OH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO243OH + hv = MGLYOX + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CO243OH'; 
fC6CO243OH(i)=fC6CO243OH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMOOH + OH = EMPHGLYOX + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'EMPHCOMOOH'; Gstr{i,2} = 'OH'; 
fEMPHCOMOOH(i)=fEMPHCOMOOH(i)-1; fOH(i)=fOH(i)-1; fEMPHGLYOX(i)=fEMPHGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMOOH + hv = EMPHCO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'EMPHCOMOOH'; 
fEMPHCOMOOH(i)=fEMPHCOMOOH(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMOOH + hv = EMPHCOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EMPHCOMOOH'; 
fEMPHCOMOOH(i)=fEMPHCOMOOH(i)-1; fEMPHCOMO(i)=fEMPHCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMO = EMPHCO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'EMPHCOMO'; 
fEMPHCOMO(i)=fEMPHCOMO(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMOH + OH = EMPHGLYOX + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'EMPHCOMOH'; Gstr{i,2} = 'OH'; 
fEMPHCOMOH(i)=fEMPHCOMOH(i)-1; fOH(i)=fOH(i)-1; fEMPHGLYOX(i)=fEMPHGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCOMOH + hv = EMPHCO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EMPHCOMOH'; 
fEMPHCOMOH(i)=fEMPHCOMOH(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHGLYOX + OH = EMPHCO3 + CO';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'EMPHGLYOX'; Gstr{i,2} = 'OH'; 
fEMPHGLYOX(i)=fEMPHGLYOX(i)-1; fOH(i)=fOH(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHGLYOX + hv = EMPHCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'EMPHGLYOX'; 
fEMPHGLYOX(i)=fEMPHGLYOX(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3H + OH = EMPHCO3';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'EMPHCO3H'; Gstr{i,2} = 'OH'; 
fEMPHCO3H(i)=fEMPHCO3H(i)-1; fOH(i)=fOH(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; 

i=i+1;
Rnames{i} = 'EMPHCO3H + hv = EMPHO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EMPHCO3H'; 
fEMPHCO3H(i)=fEMPHCO3H(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHO2 + HO2 = EMPHOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'EMPHO2'; Gstr{i,2} = 'HO2'; 
fEMPHO2(i)=fEMPHO2(i)-1; fHO2(i)=fHO2(i)-1; fEMPHOOH(i)=fEMPHOOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHO2 + NO = EMPHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EMPHO2'; Gstr{i,2} = 'NO'; 
fEMPHO2(i)=fEMPHO2(i)-1; fNO(i)=fNO(i)-1; fEMPHO(i)=fEMPHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHO2 + NO3 = EMPHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EMPHO2'; Gstr{i,2} = 'NO3'; 
fEMPHO2(i)=fEMPHO2(i)-1; fNO3(i)=fNO3(i)-1; fEMPHO(i)=fEMPHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHO2 + RO2 = EMPHO';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'EMPHO2'; Gstr{i,2} = 'RO2';
fEMPHO2(i)=fEMPHO2(i)-1; fEMPHO(i)=fEMPHO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHPAN + OH = EMPHOOH + CO + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'EMPHPAN'; Gstr{i,2} = 'OH'; 
fEMPHPAN(i)=fEMPHPAN(i)-1; fOH(i)=fOH(i)-1; fEMPHOOH(i)=fEMPHOOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHPAN = EMPHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EMPHPAN'; 
fEMPHPAN(i)=fEMPHPAN(i)-1; fEMPHCO3(i)=fEMPHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2H + OH = C7DDCCO2';
k(:,i) = 4.56e-11;
Gstr{i,1} = 'C7DDCCO2H'; Gstr{i,2} = 'OH'; 
fC7DDCCO2H(i)=fC7DDCCO2H(i)-1; fOH(i)=fOH(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2H + OH = EGLYOX + CH3CO3';
k(:,i) = 4.56e-11;
Gstr{i,1} = 'C7DDCCO2H'; Gstr{i,2} = 'OH'; 
fC7DDCCO2H(i)=fC7DDCCO2H(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2H + hv = CH3COCO2H + CH3CO3 + HO2 + CO';
k(:,i) = J22;
Gstr{i,1} = 'C7DDCCO2H'; 
fC7DDCCO2H(i)=fC7DDCCO2H(i)-1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2H + hv = EGLYOX + CH3CO3 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7DDCCO2H'; 
fC7DDCCO2H(i)=fC7DDCCO2H(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2H + hv = EGLYOX + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7DDCCO2H'; 
fC7DDCCO2H(i)=fC7DDCCO2H(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ODLBCO3H + OH = C7CODBCO3';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'C7ODLBCO3H'; Gstr{i,2} = 'OH'; 
fC7ODLBCO3H(i)=fC7ODLBCO3H(i)-1; fOH(i)=fOH(i)-1; fC7CODBCO3(i)=fC7CODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ODLBCO3H + hv = EGLYOX + C2H5CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7ODLBCO3H'; 
fC7ODLBCO3H(i)=fC7ODLBCO3H(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBPAN + OH = EGLYOX + C2H5CHO + NO2';
k(:,i) = 2.32e-11;
Gstr{i,1} = 'C7CODBPAN'; Gstr{i,2} = 'OH'; 
fC7CODBPAN(i)=fC7CODBPAN(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CODBPAN = C7CODBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7CODBPAN'; 
fC7CODBPAN(i)=fC7CODBPAN(i)-1; fC7CODBCO3(i)=fC7CODBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO2H + OH = CO24C63O2';
k(:,i) = 5.39e-12;
Gstr{i,1} = 'EPXEKTCO2H'; Gstr{i,2} = 'OH'; 
fEPXEKTCO2H(i)=fEPXEKTCO2H(i)-1; fOH(i)=fOH(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO2H + hv = CO24C63O2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'EPXEKTCO2H'; 
fEPXEKTCO2H(i)=fEPXEKTCO2H(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3H + OH = EPXEKTCO3';
k(:,i) = 8.46e-12;
Gstr{i,1} = 'EPXEKTCO3H'; Gstr{i,2} = 'OH'; 
fEPXEKTCO3H(i)=fEPXEKTCO3H(i)-1; fOH(i)=fOH(i)-1; fEPXEKTCO3(i)=fEPXEKTCO3(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3H + hv = CO24C63O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'EPXEKTCO3H'; 
fEPXEKTCO3H(i)=fEPXEKTCO3H(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTCO3H + hv = CO24C63O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'EPXEKTCO3H'; 
fEPXEKTCO3H(i)=fEPXEKTCO3H(i)-1; fCO24C63O2(i)=fCO24C63O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTPAN + OH = CO24C6 + CO + NO2';
k(:,i) = 5.23e-12;
Gstr{i,1} = 'EPXEKTPAN'; Gstr{i,2} = 'OH'; 
fEPXEKTPAN(i)=fEPXEKTPAN(i)-1; fOH(i)=fOH(i)-1; fCO24C6(i)=fCO24C6(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EPXEKTPAN = EPXEKTCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'EPXEKTPAN'; 
fEPXEKTPAN(i)=fEPXEKTPAN(i)-1; fEPXEKTCO3(i)=fEPXEKTCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALOOH + OH = C3EDIALO2';
k(:,i) = 1.38e-10;
Gstr{i,1} = 'C3EDIALOOH'; Gstr{i,2} = 'OH'; 
fC3EDIALOOH(i)=fC3EDIALOOH(i)-1; fOH(i)=fOH(i)-1; fC3EDIALO2(i)=fC3EDIALO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALOOH + hv = C3EDIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3EDIALOOH'; 
fC3EDIALOOH(i)=fC3EDIALOOH(i)-1; fC3EDIALO(i)=fC3EDIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALOOH + hv = EGLYOX + OH + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'C3EDIALOOH'; 
fC3EDIALOOH(i)=fC3EDIALOOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALO = EGLYOX + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C3EDIALO'; 
fC3EDIALO(i)=fC3EDIALO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALOH + OH = EGLYOX + HO2 + CO';
k(:,i) = 1.35e-10;
Gstr{i,1} = 'C3EDIALOH'; Gstr{i,2} = 'OH'; 
fC3EDIALOH(i)=fC3EDIALOH(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C3EDIALOH + hv = EGLYOX + HO2 + HO2 + CO';
k(:,i) = J17.*2;
Gstr{i,1} = 'C3EDIALOH'; 
fC3EDIALOH(i)=fC3EDIALOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63OOH + OH = CO234C6 + OH';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'CO24C63OOH'; Gstr{i,2} = 'OH'; 
fCO24C63OOH(i)=fCO24C63OOH(i)-1; fOH(i)=fOH(i)-1; fCO234C6(i)=fCO234C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63OOH + hv = CO24C63O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO24C63OOH'; 
fCO24C63OOH(i)=fCO24C63OOH(i)-1; fCO24C63O(i)=fCO24C63O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63OOH + hv = MGLYOX + C2H5CO3 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO24C63OOH'; 
fCO24C63OOH(i)=fCO24C63OOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C63O = MGLYOX + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO24C63O'; 
fCO24C63O(i)=fCO24C63O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO234C6 + OH = CO234C65O2';
k(:,i) = 1.33e-12;
Gstr{i,1} = 'CO234C6'; Gstr{i,2} = 'OH'; 
fCO234C6(i)=fCO234C6(i)-1; fOH(i)=fOH(i)-1; fCO234C65O2(i)=fCO234C65O2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C6 + hv = C2H5CO3 + CH3CO3 + CO';
k(:,i) = J35.*2;
Gstr{i,1} = 'CO234C6'; 
fCO234C6(i)=fCO234C6(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3H + OH = CCL3CO3';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CCL3CO3H'; Gstr{i,2} = 'OH'; 
fCCL3CO3H(i)=fCCL3CO3H(i)-1; fOH(i)=fOH(i)-1; fCCL3CO3(i)=fCCL3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CCL3CO3H + hv = CCL3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CCL3CO3H'; 
fCCL3CO3H(i)=fCCL3CO3H(i)-1; fCCL3O2(i)=fCCL3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CCL3PAN = CCL3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CCL3PAN'; 
fCCL3PAN(i)=fCCL3PAN(i)-1; fCCL3CO3(i)=fCCL3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETO2H + OH = CH2CLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CLETO2H'; Gstr{i,2} = 'OH'; 
fCLETO2H(i)=fCLETO2H(i)-1; fOH(i)=fOH(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3H + OH = CLETO3';
k(:,i) = 4.29e-12;
Gstr{i,1} = 'CLETO3H'; Gstr{i,2} = 'OH'; 
fCLETO3H(i)=fCLETO3H(i)-1; fOH(i)=fOH(i)-1; fCLETO3(i)=fCLETO3(i)+1; 

i=i+1;
Rnames{i} = 'CLETO3H + hv = CH2CLO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CLETO3H'; 
fCLETO3H(i)=fCLETO3H(i)-1; fCH2CLO2(i)=fCH2CLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLETPAN + OH = CHOCL + CO + NO2';
k(:,i) = 6.26e-13;
Gstr{i,1} = 'CLETPAN'; Gstr{i,2} = 'OH'; 
fCLETPAN(i)=fCLETPAN(i)-1; fOH(i)=fOH(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLETPAN = CLETO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CLETPAN'; 
fCLETPAN(i)=fCLETPAN(i)-1; fCLETO3(i)=fCLETO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3H + OH = CL2OHCO3';
k(:,i) = 3.59e-12;
Gstr{i,1} = 'CL2OHCO3H'; Gstr{i,2} = 'OH'; 
fCL2OHCO3H(i)=fCL2OHCO3H(i)-1; fOH(i)=fOH(i)-1; fCL2OHCO3(i)=fCL2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHCO3H + hv = COCL2 + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL2OHCO3H'; 
fCL2OHCO3H(i)=fCL2OHCO3H(i)-1; fCOCL2(i)=fCOCL2(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHPAN + OH = CL2OHCO3 + NO2';
k(:,i) = 6.00e-13;
Gstr{i,1} = 'CL2OHPAN'; Gstr{i,2} = 'OH'; 
fCL2OHPAN(i)=fCL2OHPAN(i)-1; fOH(i)=fOH(i)-1; fCL2OHCO3(i)=fCL2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL2OHPAN = CL2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CL2OHPAN'; 
fCL2OHPAN(i)=fCL2OHPAN(i)-1; fCL2OHCO3(i)=fCL2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO2H + OH = DICLETO2';
k(:,i) = 2.10e-12;
Gstr{i,1} = 'CL12CO2H'; Gstr{i,2} = 'OH'; 
fCL12CO2H(i)=fCL12CO2H(i)-1; fOH(i)=fOH(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3H + OH = CL12CO3';
k(:,i) = 5.65e-12;
Gstr{i,1} = 'CL12CO3H'; Gstr{i,2} = 'OH'; 
fCL12CO3H(i)=fCL12CO3H(i)-1; fOH(i)=fOH(i)-1; fCL12CO3(i)=fCL12CO3(i)+1; 

i=i+1;
Rnames{i} = 'CL12CO3H + hv = DICLETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CL12CO3H'; 
fCL12CO3H(i)=fCL12CO3H(i)-1; fDICLETO2(i)=fDICLETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CL12PAN + OH = CH2CLCOCL + CO + NO2';
k(:,i) = 2.42e-12;
Gstr{i,1} = 'CL12PAN'; Gstr{i,2} = 'OH'; 
fCL12PAN(i)=fCL12PAN(i)-1; fOH(i)=fOH(i)-1; fCH2CLCOCL(i)=fCH2CLCOCL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CL12PAN = CL12CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CL12PAN'; 
fCL12PAN(i)=fCL12PAN(i)-1; fCL12CO3(i)=fCL12CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCCLO2 + HO2 = CH3COCLOOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CH3COCCLO2'; Gstr{i,2} = 'HO2'; 
fCH3COCCLO2(i)=fCH3COCCLO2(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCLOOH(i)=fCH3COCLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCCLO2 + NO = CH3COCCLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CH3COCCLO2'; Gstr{i,2} = 'NO'; 
fCH3COCCLO2(i)=fCH3COCCLO2(i)-1; fNO(i)=fNO(i)-1; fCH3COCCLO(i)=fCH3COCCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCCLO2 + NO3 = CH3COCCLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CH3COCCLO2'; Gstr{i,2} = 'NO3'; 
fCH3COCCLO2(i)=fCH3COCCLO2(i)-1; fNO3(i)=fNO3(i)-1; fCH3COCCLO(i)=fCH3COCCLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCCLO2 + RO2 = CH3COCCLO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CH3COCCLO2'; Gstr{i,2} = 'RO2';
fCH3COCCLO2(i)=fCH3COCCLO2(i)-1; fCH3COCCLO(i)=fCH3COCCLO(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMOOH + OH = CLCOCLMEO2';
k(:,i) = 4.12e-12;
Gstr{i,1} = 'CLCOCLMOOH'; Gstr{i,2} = 'OH'; 
fCLCOCLMOOH(i)=fCLCOCLMOOH(i)-1; fOH(i)=fOH(i)-1; fCLCOCLMEO2(i)=fCLCOCLMEO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMOOH + hv = CLCOCLMEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CLCOCLMOOH'; 
fCLCOCLMOOH(i)=fCLCOCLMOOH(i)-1; fCLCOCLMEO(i)=fCLCOCLMEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLMEO = CH3COCL + CO + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CLCOCLMEO'; 
fCLCOCLMEO(i)=fCLCOCLMEO(i)-1; fCH3COCL(i)=fCH3COCL(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO2H + OH = CHCL2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CHCL2CO2H'; Gstr{i,2} = 'OH'; 
fCHCL2CO2H(i)=fCHCL2CO2H(i)-1; fOH(i)=fOH(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3H + OH = CHCL2CO3';
k(:,i) = 3.80e-12;
Gstr{i,1} = 'CHCL2CO3H'; Gstr{i,2} = 'OH'; 
fCHCL2CO3H(i)=fCHCL2CO3H(i)-1; fOH(i)=fOH(i)-1; fCHCL2CO3(i)=fCHCL2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2CO3H + hv = CHCL2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHCL2CO3H'; 
fCHCL2CO3H(i)=fCHCL2CO3H(i)-1; fCHCL2O2(i)=fCHCL2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2PAN + OH = COCL2 + CO + NO2';
k(:,i) = 5.70e-13;
Gstr{i,1} = 'CHCL2PAN'; Gstr{i,2} = 'OH'; 
fCHCL2PAN(i)=fCHCL2PAN(i)-1; fOH(i)=fOH(i)-1; fCOCL2(i)=fCOCL2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHCL2PAN = CHCL2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHCL2PAN'; 
fCHCL2PAN(i)=fCHCL2PAN(i)-1; fCHCL2CO3(i)=fCHCL2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2OOH + OH = CLCOCH2O2';
k(:,i) = 7.25e-12;
Gstr{i,1} = 'CLCOCH2OOH'; Gstr{i,2} = 'OH'; 
fCLCOCH2OOH(i)=fCLCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCLCOCH2O2(i)=fCLCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2OOH + hv = CLCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CLCOCH2OOH'; 
fCLCOCH2OOH(i)=fCLCOCH2OOH(i)-1; fCLCOCH2O(i)=fCLCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCH2O = HCHO + CO + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CLCOCH2O'; 
fCLCOCH2O(i)=fCLCOCH2O(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O2 + HO2 = CLCOCL2OOH';
k(:,i) = 3.30e-13.*exp(820./T);
Gstr{i,1} = 'CLCOCCL2O2'; Gstr{i,2} = 'HO2'; 
fCLCOCCL2O2(i)=fCLCOCCL2O2(i)-1; fHO2(i)=fHO2(i)-1; fCLCOCL2OOH(i)=fCLCOCL2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O2 + NO = CLCOCCL2O + NO2';
k(:,i) = KRO2NO.*1.5;
Gstr{i,1} = 'CLCOCCL2O2'; Gstr{i,2} = 'NO'; 
fCLCOCCL2O2(i)=fCLCOCCL2O2(i)-1; fNO(i)=fNO(i)-1; fCLCOCCL2O(i)=fCLCOCCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O2 + NO3 = CLCOCCL2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CLCOCCL2O2'; Gstr{i,2} = 'NO3'; 
fCLCOCCL2O2(i)=fCLCOCCL2O2(i)-1; fNO3(i)=fNO3(i)-1; fCLCOCCL2O(i)=fCLCOCCL2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O2 + RO2 = CCL2OHCOCL';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'CLCOCCL2O2'; Gstr{i,2} = 'RO2';
fCLCOCCL2O2(i)=fCLCOCCL2O2(i)-1; fCCL2OHCOCL(i)=fCCL2OHCOCL(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O2 + RO2 = CLCOCCL2O';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'CLCOCCL2O2'; Gstr{i,2} = 'RO2';
fCLCOCCL2O2(i)=fCLCOCCL2O2(i)-1; fCLCOCCL2O(i)=fCLCOCCL2O(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLOOH + OH = CLCOCLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CLCOCLOOH'; Gstr{i,2} = 'OH'; 
fCLCOCLOOH(i)=fCLCOCLOOH(i)-1; fOH(i)=fOH(i)-1; fCLCOCLO2(i)=fCLCOCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLOOH + OH = CLGLYOX + OH';
k(:,i) = 4.00e-12;
Gstr{i,1} = 'CLCOCLOOH'; Gstr{i,2} = 'OH'; 
fCLCOCLOOH(i)=fCLCOCLOOH(i)-1; fOH(i)=fOH(i)-1; fCLGLYOX(i)=fCLGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLOOH + hv = CLCOCLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CLCOCLOOH'; 
fCLCOCLOOH(i)=fCLCOCLOOH(i)-1; fCLCOCLO(i)=fCLCOCLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCLO = CHOCL + CO + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CLCOCLO'; 
fCLCOCLO(i)=fCLCOCLO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCO(i)=fCO(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'CLOHCO2H + OH = CHOCL + HO2';
k(:,i) = 2.57e-12;
Gstr{i,1} = 'CLOHCO2H'; Gstr{i,2} = 'OH'; 
fCLOHCO2H(i)=fCLOHCO2H(i)-1; fOH(i)=fOH(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CLOHCO3H + OH = CCLOHCO3';
k(:,i) = 5.67e-12;
Gstr{i,1} = 'CLOHCO3H'; Gstr{i,2} = 'OH'; 
fCLOHCO3H(i)=fCLOHCO3H(i)-1; fOH(i)=fOH(i)-1; fCCLOHCO3(i)=fCCLOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'CLOHCO3H + hv = CHOCL + HO2+ OH';
k(:,i) = J41;
Gstr{i,1} = 'CLOHCO3H'; 
fCLOHCO3H(i)=fCLOHCO3H(i)-1; fCHOCL(i)=fCHOCL(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLOHPAN + OH = CHOCL + CO + NO2';
k(:,i) = 2.08e-12;
Gstr{i,1} = 'CLOHPAN'; Gstr{i,2} = 'OH'; 
fCLOHPAN(i)=fCLOHPAN(i)-1; fOH(i)=fOH(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CLOHPAN = CCLOHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CLOHPAN'; 
fCLOHPAN(i)=fCLOHPAN(i)-1; fCCLOHCO3(i)=fCCLOHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKOOH + hv = HNMVKO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HNMVKOOH'; 
fHNMVKOOH(i)=fHNMVKOOH(i)-1; fHNMVKO(i)=fHNMVKO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKOOH + hv = NO3CH2CO3 + HOCH2CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'HNMVKOOH'; 
fHNMVKOOH(i)=fHNMVKOOH(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HNMVKOOH = HNBIACET + OH';
k(:,i) = 3.96e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HNMVKOOH'; 
fOH(i)=fOH(i)-1; fHNMVKOOH(i)=fHNMVKOOH(i)-1; fHNBIACET(i)=fHNBIACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKO = NO3CH2CO3 + HOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'HNMVKO'; 
fHNMVKO(i)=fHNMVKO(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HNBIACET + hv = NO3CH2CO3 + HOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'HNBIACET'; 
fHNBIACET(i)=fHNBIACET(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HNBIACET = NCO23CHO + HO2';
k(:,i) = 2.32e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HNBIACET'; 
fOH(i)=fOH(i)-1; fHNBIACET(i)=fHNBIACET(i)-1; fNCO23CHO(i)=fNCO23CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HNMVKOH + hv = NO3CH2CO3 + HOCH2CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HNMVKOH'; 
fHNMVKOH(i)=fHNMVKOH(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HNMVKOH = HNBIACET + HO2';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HNMVKOH'; 
fOH(i)=fOH(i)-1; fHNMVKOH(i)=fHNMVKOH(i)-1; fHNBIACET(i)=fHNBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3CO2H = NO3CH2CHO + CO + HO2';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3CO2H'; 
fOH(i)=fOH(i)-1; fNC3CO2H(i)=fNC3CO2H(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3CO3H + hv = NO3CH2CHO + CO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC3CO3H'; 
fNC3CO3H(i)=fNC3CO3H(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC3CO3H = NC3CO3';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC3CO3H'; 
fOH(i)=fOH(i)-1; fNC3CO3H(i)=fNC3CO3H(i)-1; fNC3CO3(i)=fNC3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN9 = NC3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN9'; 
fC4PAN9(i)=fC4PAN9(i)-1; fNC3CO3(i)=fNC3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN9 = NO3CH2CHO + CO + CO + NO2';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN9'; 
fOH(i)=fOH(i)-1; fC4PAN9(i)=fC4PAN9(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAOO + CO = NO3CH2CHO';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'NAOO'; Gstr{i,2} = 'CO'; 
fNAOO(i)=fNAOO(i)-1; fCO(i)=fCO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'NAOO + NO = NO3CH2CHO + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'NAOO'; Gstr{i,2} = 'NO'; 
fNAOO(i)=fNAOO(i)-1; fNO(i)=fNO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NAOO + NO2 = NO3CH2CHO + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'NAOO'; Gstr{i,2} = 'NO2'; 
fNAOO(i)=fNAOO(i)-1; fNO2(i)=fNO2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NAOO + SO2 = NO3CH2CHO + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'NAOO'; Gstr{i,2} = 'SO2'; 
fNAOO(i)=fNAOO(i)-1; fSO2(i)=fSO2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NAOO = NO3CH2CHO + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'NAOO'; 
fNAOO(i)=fNAOO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NAOO = NO3CH2CO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'NAOO'; 
fNAOO(i)=fNAOO(i)-1; fNO3CH2CO2H(i)=fNO3CH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C42OOH + hv = C42O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C42OOH'; 
fC42OOH(i)=fC42OOH(i)-1; fC42O(i)=fC42O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42OOH + hv = HO2 + CO + HO2 + NMGLYOX';
k(:,i) = J15;
Gstr{i,1} = 'C42OOH'; 
fC42OOH(i)=fC42OOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNMGLYOX(i)=fNMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'OH + C42OOH = H3NCO2CHO + OH';
k(:,i) = 6.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C42OOH'; 
fOH(i)=fOH(i)-1; fC42OOH(i)=fC42OOH(i)-1; fH3NCO2CHO(i)=fH3NCO2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42O = NO3CH2CHO + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C42O'; 
fC42O(i)=fC42O(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42OH + hv = HO2 + CO + HO2 + C42AOH';
k(:,i) = J15;
Gstr{i,1} = 'C42OH'; 
fC42OH(i)=fC42OH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fC42AOH(i)=fC42AOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C42OH = H3NCO2CHO + HO2';
k(:,i) = 3.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C42OH'; 
fOH(i)=fOH(i)-1; fC42OH(i)=fC42OH(i)-1; fH3NCO2CHO(i)=fH3NCO2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3NCO2CHO + hv = NMGLYOX + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'H3NCO2CHO'; 
fH3NCO2CHO(i)=fH3NCO2CHO(i)-1; fNMGLYOX(i)=fNMGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H3NCO2CHO = HNO3 + CO + NMGLYOX + HO2';
k(:,i) = KNO3AL;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H3NCO2CHO'; 
fNO3(i)=fNO3(i)-1; fH3NCO2CHO(i)=fH3NCO2CHO(i)-1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fNMGLYOX(i)=fNMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3NCO2CHO = CO + NMGLYOX + HO2';
k(:,i) = 2.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3NCO2CHO'; 
fOH(i)=fOH(i)-1; fH3NCO2CHO(i)=fH3NCO2CHO(i)-1; fCO(i)=fCO(i)+1; fNMGLYOX(i)=fNMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CO2H = CO + HO2 + HOCH2CHO';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CO2H'; 
fOH(i)=fOH(i)-1; fHC3CO2H(i)=fHC3CO2H(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HC3CO3H + hv = HOCH2CHO + CO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC3CO3H'; 
fHC3CO3H(i)=fHC3CO3H(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CO3H = HC3CO3';
k(:,i) = 2.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CO3H'; 
fOH(i)=fOH(i)-1; fHC3CO3H(i)=fHC3CO3H(i)-1; fHC3CO3(i)=fHC3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN7 = HC3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN7'; 
fC4PAN7(i)=fC4PAN7(i)-1; fHC3CO3(i)=fHC3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN7 = HOCH2CHO + CO + CO + NO2';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN7'; 
fOH(i)=fOH(i)-1; fC4PAN7(i)=fC4PAN7(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'GAOO + CO = HOCH2CHO';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'GAOO'; Gstr{i,2} = 'CO'; 
fGAOO(i)=fGAOO(i)-1; fCO(i)=fCO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'GAOO + NO = HOCH2CHO + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'GAOO'; Gstr{i,2} = 'NO'; 
fGAOO(i)=fGAOO(i)-1; fNO(i)=fNO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'GAOO + NO2 = HOCH2CHO + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'GAOO'; Gstr{i,2} = 'NO2'; 
fGAOO(i)=fGAOO(i)-1; fNO2(i)=fNO2(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'GAOO + SO2 = HOCH2CHO + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'GAOO'; Gstr{i,2} = 'SO2'; 
fGAOO(i)=fGAOO(i)-1; fSO2(i)=fSO2(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'GAOO = HOCH2CHO + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'GAOO'; 
fGAOO(i)=fGAOO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'GAOO = HOCH2CO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'GAOO'; 
fGAOO(i)=fGAOO(i)-1; fHOCH2CO2H(i)=fHOCH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C41OOH + hv = C41O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C41OOH'; 
fC41OOH(i)=fC41OOH(i)-1; fC41O(i)=fC41O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C41OOH = H13CO2CHO + OH';
k(:,i) = 1.39e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C41OOH'; 
fOH(i)=fOH(i)-1; fC41OOH(i)=fC41OOH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C41NO3 = H13CO2CHO + NO2';
k(:,i) = 2.50e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C41NO3'; 
fOH(i)=fOH(i)-1; fC41NO3(i)=fC41NO3(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C41O = GLYOX + HOCH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C41O'; 
fC41O(i)=fC41O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C41OH + hv = HOCH2CHO + GLYOX + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C41OH'; 
fC41OH(i)=fC41OH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C41OH = H13CO2CHO + HO2';
k(:,i) = 6.59e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C41OH'; 
fOH(i)=fOH(i)-1; fC41OH(i)=fC41OH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CHO + hv = HOCH2CHO + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'H13CO2CHO'; 
fH13CO2CHO(i)=fH13CO2CHO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H13CO2CHO = H13CO2CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H13CO2CHO'; 
fNO3(i)=fNO3(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)-1; fH13CO2CO3(i)=fH13CO2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13CO2CHO = H13CO2CO3';
k(:,i) = 2.66e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13CO2CHO'; 
fOH(i)=fOH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)-1; fH13CO2CO3(i)=fH13CO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO + CO = HOCH2COCHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'HMGLOO'; Gstr{i,2} = 'CO'; 
fHMGLOO(i)=fHMGLOO(i)-1; fCO(i)=fCO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO + NO = HOCH2COCHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'HMGLOO'; Gstr{i,2} = 'NO'; 
fHMGLOO(i)=fHMGLOO(i)-1; fNO(i)=fNO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO + NO2 = HOCH2COCHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'HMGLOO'; Gstr{i,2} = 'NO2'; 
fHMGLOO(i)=fHMGLOO(i)-1; fNO2(i)=fNO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO + SO2 = HOCH2COCHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'HMGLOO'; Gstr{i,2} = 'SO2'; 
fHMGLOO(i)=fHMGLOO(i)-1; fSO2(i)=fSO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO = HOCH2COCHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'HMGLOO'; 
fHMGLOO(i)=fHMGLOO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HMGLOO = HOCH2COCO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'HMGLOO'; 
fHMGLOO(i)=fHMGLOO(i)-1; fHOCH2COCO2H(i)=fHOCH2COCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAOOH + OH = H13CO2CHO + OH';
k(:,i) = 5.98e-11;
Gstr{i,1} = 'MVKOHAOOH'; Gstr{i,2} = 'OH'; 
fMVKOHAOOH(i)=fMVKOHAOOH(i)-1; fOH(i)=fOH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAOOH + hv = MVKOHAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MVKOHAOOH'; 
fMVKOHAOOH(i)=fMVKOHAOOH(i)-1; fMVKOHAO(i)=fMVKOHAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAOOH + hv = MVKOHAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MVKOHAOOH'; 
fMVKOHAOOH(i)=fMVKOHAOOH(i)-1; fMVKOHAO(i)=fMVKOHAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHANO3 + OH = H13CO2CHO + NO2';
k(:,i) = 4.37e-12;
Gstr{i,1} = 'MVKOHANO3'; Gstr{i,2} = 'OH'; 
fMVKOHANO3(i)=fMVKOHANO3(i)-1; fOH(i)=fOH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAO = HOCH2COCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MVKOHAO'; 
fMVKOHAO(i)=fMVKOHAO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAOH + OH = H13CO2CHO + HO2';
k(:,i) = 2.10e-11;
Gstr{i,1} = 'MVKOHAOH'; Gstr{i,2} = 'OH'; 
fMVKOHAOH(i)=fMVKOHAOH(i)-1; fOH(i)=fOH(i)-1; fH13CO2CHO(i)=fH13CO2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHAOH + hv = HOCH2CO3 + HOCH2CHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MVKOHAOH'; 
fMVKOHAOH(i)=fMVKOHAOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBOOH + OH = H14CO23C4 + OH';
k(:,i) = 4.39e-12;
Gstr{i,1} = 'MVKOHBOOH'; Gstr{i,2} = 'OH'; 
fMVKOHBOOH(i)=fMVKOHBOOH(i)-1; fOH(i)=fOH(i)-1; fH14CO23C4(i)=fH14CO23C4(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBOOH + hv = HOCH2CHO + HOCH2CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MVKOHBOOH'; 
fMVKOHBOOH(i)=fMVKOHBOOH(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBOOH + hv = MVKOHBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MVKOHBOOH'; 
fMVKOHBOOH(i)=fMVKOHBOOH(i)-1; fMVKOHBO(i)=fMVKOHBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MVKOHBO = HOCH2CHO + HOCH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MVKOHBO'; 
fMVKOHBO(i)=fMVKOHBO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'H14CO23C4 + OH = H1CO23CHO + HO2';
k(:,i) = 4.44e-12;
Gstr{i,1} = 'H14CO23C4'; Gstr{i,2} = 'OH'; 
fH14CO23C4(i)=fH14CO23C4(i)-1; fOH(i)=fOH(i)-1; fH1CO23CHO(i)=fH1CO23CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H14CO23C4 + hv = HOCH2CO3 + HOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'H14CO23C4'; 
fH14CO23C4(i)=fH14CO23C4(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HC3CCO3H + hv = HO2 + ACR + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC3CCO3H'; 
fHC3CCO3H(i)=fHC3CCO3H(i)-1; fHO2(i)=fHO2(i)+1; fACR(i)=fACR(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC3CCO3H = HC3CCO3';
k(:,i) = 4.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC3CCO3H'; 
fOH(i)=fOH(i)-1; fHC3CCO3H(i)=fHC3CCO3H(i)-1; fHC3CCO3(i)=fHC3CCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN8 = HC3CCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN8'; 
fC4PAN8(i)=fC4PAN8(i)-1; fHC3CCO3(i)=fHC3CCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN8 = ACR + CO + NO2';
k(:,i) = 4.06e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN8'; 
fOH(i)=fOH(i)-1; fC4PAN8(i)=fC4PAN8(i)-1; fACR(i)=fACR(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 + HO2 = C527OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C527O2'; Gstr{i,2} = 'HO2'; 
fC527O2(i)=fC527O2(i)-1; fHO2(i)=fHO2(i)-1; fC527OOH(i)=fC527OOH(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 + NO = C527NO3';
k(:,i) = KRO2NO.*0.065;
Gstr{i,1} = 'C527O2'; Gstr{i,2} = 'NO'; 
fC527O2(i)=fC527O2(i)-1; fNO(i)=fNO(i)-1; fC527NO3(i)=fC527NO3(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 + NO = C527O + NO2';
k(:,i) = KRO2NO.*0.935;
Gstr{i,1} = 'C527O2'; Gstr{i,2} = 'NO'; 
fC527O2(i)=fC527O2(i)-1; fNO(i)=fNO(i)-1; fC527O(i)=fC527O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 + NO3 = C527O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C527O2'; Gstr{i,2} = 'NO3'; 
fC527O2(i)=fC527O2(i)-1; fNO3(i)=fNO3(i)-1; fC527O(i)=fC527O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 + RO2 = C527O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C527O2'; Gstr{i,2} = 'RO2';
fC527O2(i)=fC527O2(i)-1; fC527O(i)=fC527O(i)+1; 

i=i+1;
Rnames{i} = 'C527O2 = MACROOH + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C527O2'; 
fC527O2(i)=fC527O2(i)-1; fMACROOH(i)=fMACROOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3F + NO3 = C4MDIAL + NO2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'M3F'; Gstr{i,2} = 'NO3'; 
fM3F(i)=fM3F(i)-1; fNO3(i)=fNO3(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3F + O3 = M3FOOA';
k(:,i) = 2.00e-17;
Gstr{i,1} = 'M3F'; Gstr{i,2} = 'O3'; 
fM3F(i)=fM3F(i)-1; fO3(i)=fO3(i)-1; fM3FOOA(i)=fM3FOOA(i)+1; 

i=i+1;
Rnames{i} = 'M3F + OH = C4MDIAL + HO2';
k(:,i) = 9.00e-11;
Gstr{i,1} = 'M3F'; Gstr{i,2} = 'OH'; 
fM3F(i)=fM3F(i)-1; fOH(i)=fOH(i)-1; fC4MDIAL(i)=fC4MDIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3OO + CO = NOA';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'NC3OO'; Gstr{i,2} = 'CO'; 
fNC3OO(i)=fNC3OO(i)-1; fCO(i)=fCO(i)-1; fNOA(i)=fNOA(i)+1; 

i=i+1;
Rnames{i} = 'NC3OO + NO = NOA + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'NC3OO'; Gstr{i,2} = 'NO'; 
fNC3OO(i)=fNC3OO(i)-1; fNO(i)=fNO(i)-1; fNOA(i)=fNOA(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC3OO + NO2 = NOA + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'NC3OO'; Gstr{i,2} = 'NO2'; 
fNC3OO(i)=fNC3OO(i)-1; fNO2(i)=fNO2(i)-1; fNOA(i)=fNOA(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC3OO + SO2 = NOA + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'NC3OO'; Gstr{i,2} = 'SO2'; 
fNC3OO(i)=fNC3OO(i)-1; fSO2(i)=fSO2(i)-1; fNOA(i)=fNOA(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NC3OO = NOA + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'NC3OO'; 
fNC3OO(i)=fNC3OO(i)-1; fNOA(i)=fNOA(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'INCOOH + hv = INCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'INCOOH'; 
fINCOOH(i)=fINCOOH(i)-1; fINCO(i)=fINCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCOOH = INCCO + OH';
k(:,i) = 3.31e-11.*0.89;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCOOH'; 
fOH(i)=fOH(i)-1; fINCOOH(i)=fINCOOH(i)-1; fINCCO(i)=fINCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCOOH = INCO2';
k(:,i) = 3.31e-11.*0.11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCOOH'; 
fOH(i)=fOH(i)-1; fINCOOH(i)=fINCOOH(i)-1; fINCO2(i)=fINCO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNO3 = INCCO + NO2';
k(:,i) = 1.98e-12.*0.445;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNO3'; 
fOH(i)=fOH(i)-1; fINCNO3(i)=fINCNO3(i)-1; fINCCO(i)=fINCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNO3 = INCNCHO + HO2';
k(:,i) = 1.98e-12.*0.414;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNO3'; 
fOH(i)=fOH(i)-1; fINCNO3(i)=fINCNO3(i)-1; fINCNCHO(i)=fINCNCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNO3 = NOA + HOCH2CHO + NO2';
k(:,i) = 1.98e-12.*0.141;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNO3'; 
fOH(i)=fOH(i)-1; fINCNO3(i)=fINCNO3(i)-1; fNOA(i)=fNOA(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCO = NOA + HO2 + HOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'INCO'; 
fINCO(i)=fINCO(i)-1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'INCCO + hv = C59O + NO2';
k(:,i) = J56.*0.91;
Gstr{i,1} = 'INCCO'; 
fINCCO(i)=fINCCO(i)-1; fC59O(i)=fC59O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCCO = INCGLYOX + HO2';
k(:,i) = 3.30e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCCO'; 
fOH(i)=fOH(i)-1; fINCCO(i)=fINCCO(i)-1; fINCGLYOX(i)=fINCGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCOH = INCCO + HO2';
k(:,i) = 1.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCOH'; 
fOH(i)=fOH(i)-1; fINCOH(i)=fINCOH(i)-1; fINCCO(i)=fINCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4CO2H = NOA + CO + HO2';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4CO2H'; 
fOH(i)=fOH(i)-1; fNC4CO2H(i)=fNC4CO2H(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4CO3H + hv = NOA + CO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC4CO3H'; 
fNC4CO3H(i)=fNC4CO3H(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + NC4CO3H = NC4CO3';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NC4CO3H'; 
fOH(i)=fOH(i)-1; fNC4CO3H(i)=fNC4CO3H(i)-1; fNC4CO3(i)=fNC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN18 = NC4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN18'; 
fC5PAN18(i)=fC5PAN18(i)-1; fNC4CO3(i)=fNC4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN18 = NOA + CO + CO + NO2';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN18'; 
fOH(i)=fOH(i)-1; fC5PAN18(i)=fC5PAN18(i)-1; fNOA(i)=fNOA(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOAOO + CO = NOA';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'NOAOO'; Gstr{i,2} = 'CO'; 
fNOAOO(i)=fNOAOO(i)-1; fCO(i)=fCO(i)-1; fNOA(i)=fNOA(i)+1; 

i=i+1;
Rnames{i} = 'NOAOO + NO = NOA + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'NOAOO'; Gstr{i,2} = 'NO'; 
fNOAOO(i)=fNOAOO(i)-1; fNO(i)=fNO(i)-1; fNOA(i)=fNOA(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOAOO + NO2 = NOA + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'NOAOO'; Gstr{i,2} = 'NO2'; 
fNOAOO(i)=fNOAOO(i)-1; fNO2(i)=fNO2(i)-1; fNOA(i)=fNOA(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NOAOO + SO2 = NOA + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'NOAOO'; Gstr{i,2} = 'SO2'; 
fNOAOO(i)=fNOAOO(i)-1; fSO2(i)=fSO2(i)-1; fNOA(i)=fNOA(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NOAOO = NOA + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'NOAOO'; 
fNOAOO(i)=fNOAOO(i)-1; fNOA(i)=fNOA(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C510OOH + hv = C510O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C510OOH'; 
fC510OOH(i)=fC510OOH(i)-1; fC510O(i)=fC510O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C510OOH = C510O2';
k(:,i) = 2.81e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C510OOH'; 
fOH(i)=fOH(i)-1; fC510OOH(i)=fC510OOH(i)-1; fC510O2(i)=fC510O2(i)+1; 

i=i+1;
Rnames{i} = 'C510O = NOA + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C510O'; 
fC510O(i)=fC510O(i)-1; fNOA(i)=fNOA(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C510OH = C510O';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C510OH'; 
fOH(i)=fOH(i)-1; fC510OH(i)=fC510OH(i)-1; fC510O(i)=fC510O(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CHO + OH = CO2N3CO3';
k(:,i) = 7.20e-12;
Gstr{i,1} = 'CO2N3CHO'; Gstr{i,2} = 'OH'; 
fCO2N3CHO(i)=fCO2N3CHO(i)-1; fOH(i)=fOH(i)-1; fCO2N3CO3(i)=fCO2N3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CHO + hv = GLYOX + CH3CO3 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CO2N3CHO'; 
fCO2N3CHO(i)=fCO2N3CHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXA = IEACHO + HO2';
k(:,i) = 8.40e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXA'; 
fOH(i)=fOH(i)-1; fIEPOXA(i)=fIEPOXA(i)-1; fIEACHO(i)=fIEACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 + HO2 = C526OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C526O2'; Gstr{i,2} = 'HO2'; 
fC526O2(i)=fC526O2(i)-1; fHO2(i)=fHO2(i)-1; fC526OOH(i)=fC526OOH(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 + NO = C526NO3';
k(:,i) = KRO2NO.*0.065;
Gstr{i,1} = 'C526O2'; Gstr{i,2} = 'NO'; 
fC526O2(i)=fC526O2(i)-1; fNO(i)=fNO(i)-1; fC526NO3(i)=fC526NO3(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 + NO = C526O + NO2';
k(:,i) = KRO2NO.*0.935;
Gstr{i,1} = 'C526O2'; Gstr{i,2} = 'NO'; 
fC526O2(i)=fC526O2(i)-1; fNO(i)=fNO(i)-1; fC526O(i)=fC526O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 + NO3 = C526O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C526O2'; Gstr{i,2} = 'NO3'; 
fC526O2(i)=fC526O2(i)-1; fNO3(i)=fNO3(i)-1; fC526O(i)=fC526O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 + RO2 = C526O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C526O2'; Gstr{i,2} = 'RO2';
fC526O2(i)=fC526O2(i)-1; fC526O(i)=fC526O(i)+1; 

i=i+1;
Rnames{i} = 'C526O2 = HMVKBOOH + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C526O2'; 
fC526O2(i)=fC526O2(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC2OOA = NC2OO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'NC2OOA'; 
fNC2OOA(i)=fNC2OOA(i)-1; fNC2OO(i)=fNC2OO(i)+1; 

i=i+1;
Rnames{i} = 'NC2OOA = OH + NO2 + GLYOX';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'NC2OOA'; 
fNC2OOA(i)=fNC2OOA(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'ACLOOA = ACLOO';
k(:,i) = KDEC.*0.11;
Gstr{i,1} = 'ACLOOA'; 
fACLOOA(i)=fACLOOA(i)-1; fACLOO(i)=fACLOO(i)+1; 

i=i+1;
Rnames{i} = 'ACLOOA = OH + HO2 + MGLYOX';
k(:,i) = KDEC.*0.89;
Gstr{i,1} = 'ACLOOA'; 
fACLOOA(i)=fACLOOA(i)-1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C536OOH + OH = DHPMEK + CO + OH';
k(:,i) = 6.60e-11;
Gstr{i,1} = 'C536OOH'; Gstr{i,2} = 'OH'; 
fC536OOH(i)=fC536OOH(i)-1; fOH(i)=fOH(i)-1; fDHPMEK(i)=fDHPMEK(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C536OOH + hv = C3MDIALOOH + HCHO + OH + OH';
k(:,i) = J41;
Gstr{i,1} = 'C536OOH'; 
fC536OOH(i)=fC536OOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C536OOH + hv = DHPMEK + CO + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C536OOH'; 
fC536OOH(i)=fC536OOH(i)-1; fDHPMEK(i)=fDHPMEK(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C536OOH + hv = MGLYOX + HCOCH2OOH + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'C536OOH'; 
fC536OOH(i)=fC536OOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C536O = MGLYOX + HCOCH2OOH + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C536O'; 
fC536O(i)=fC536O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMEK + OH = BIACETOOH + OH';
k(:,i) = 2.92e-11.*0.56;
Gstr{i,1} = 'DHPMEK'; Gstr{i,2} = 'OH'; 
fDHPMEK(i)=fDHPMEK(i)-1; fOH(i)=fOH(i)-1; fBIACETOOH(i)=fBIACETOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMEK + OH = C4CO2OOH + OH';
k(:,i) = 2.92e-11.*0.44;
Gstr{i,1} = 'DHPMEK'; Gstr{i,2} = 'OH'; 
fDHPMEK(i)=fDHPMEK(i)-1; fOH(i)=fOH(i)-1; fC4CO2OOH(i)=fC4CO2OOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMEK + hv = CH3CO3 + HCOCH2OOH + OH';
k(:,i) = J41;
Gstr{i,1} = 'DHPMEK'; 
fDHPMEK(i)=fDHPMEK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMEK + hv = CH3CO3 + HCOCH2OOH + OH';
k(:,i) = J22;
Gstr{i,1} = 'DHPMEK'; 
fDHPMEK(i)=fDHPMEK(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCH2OOH(i)=fHCOCH2OOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMEK + hv = MGLYOX + HCHO + OH + OH';
k(:,i) = J41;
Gstr{i,1} = 'DHPMEK'; 
fDHPMEK(i)=fDHPMEK(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PGAOOB = GLYOX + OH + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PGAOOB'; 
fPGAOOB(i)=fPGAOOB(i)-1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MALOHOOH + OH = CO2H3CHO + CO + OH';
k(:,i) = 4.58e-11;
Gstr{i,1} = 'C4MALOHOOH'; Gstr{i,2} = 'OH'; 
fC4MALOHOOH(i)=fC4MALOHOOH(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MALOHOOH + hv = C4M2ALOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MALOHOOH'; 
fC4MALOHOOH(i)=fC4MALOHOOH(i)-1; fC4M2ALOHO(i)=fC4M2ALOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MALOHOOH + hv = CO2H3CHO + HO2 + CO + OH';
k(:,i) = J17.*2;
Gstr{i,1} = 'C4MALOHOOH'; 
fC4MALOHOOH(i)=fC4MALOHOOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HVMK + OH = CO2H3CHO + HO2';
k(:,i) = 7.04e-11;
Gstr{i,1} = 'HVMK'; Gstr{i,2} = 'OH'; 
fHVMK(i)=fHVMK(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HVMK + hv = CO + HO2 + MGLYOX + OH';
k(:,i) = J20.*0.5;
Gstr{i,1} = 'HVMK'; 
fHVMK(i)=fHVMK(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + HO2 = ACETOL + CO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'HO2'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fHO2(i)=fHO2(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + HO2 = HC4ACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'HO2'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fHO2(i)=fHO2(i)-1; fHC4ACO2H(i)=fHC4ACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + HO2 = HC4ACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'HO2'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fHO2(i)=fHO2(i)-1; fHC4ACO3H(i)=fHC4ACO3H(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + NO = ACETOL + CO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'NO'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fNO(i)=fNO(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + NO2 = C5PAN17';
k(:,i) = KFPAN;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'NO2'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN17(i)=fC5PAN17(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + NO3 = ACETOL + CO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'NO3'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fNO3(i)=fNO3(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + RO2 = ACETOL + HO2 + CO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'RO2';
fHC4ACO3(i)=fHC4ACO3(i)-1; fACETOL(i)=fACETOL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 = C5PACALD2 + HO2';
k(:,i) = 2.20D10.*exp(-8174./T).*exp(1.00D8./T.^3);
Gstr{i,1} = 'HC4ACO3'; 
fHC4ACO3(i)=fHC4ACO3(i)-1; fC5PACALD2(i)=fC5PACALD2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3 + RO2 = HC4ACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HC4ACO3'; Gstr{i,2} = 'RO2';
fHC4ACO3(i)=fHC4ACO3(i)-1; fHC4ACO2H(i)=fHC4ACO2H(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 + HO2 = C58AOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C58AO2'; Gstr{i,2} = 'HO2'; 
fC58AO2(i)=fC58AO2(i)-1; fHO2(i)=fHO2(i)-1; fC58AOOH(i)=fC58AOOH(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 + NO = C58ANO3';
k(:,i) = KRO2NO.*0.065;
Gstr{i,1} = 'C58AO2'; Gstr{i,2} = 'NO'; 
fC58AO2(i)=fC58AO2(i)-1; fNO(i)=fNO(i)-1; fC58ANO3(i)=fC58ANO3(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 + NO = C58AO + NO2';
k(:,i) = KRO2NO.*0.935;
Gstr{i,1} = 'C58AO2'; Gstr{i,2} = 'NO'; 
fC58AO2(i)=fC58AO2(i)-1; fNO(i)=fNO(i)-1; fC58AO(i)=fC58AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 + NO3 = C58AO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C58AO2'; Gstr{i,2} = 'NO3'; 
fC58AO2(i)=fC58AO2(i)-1; fNO3(i)=fNO3(i)-1; fC58AO(i)=fC58AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 + RO2 = C58AO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C58AO2'; Gstr{i,2} = 'RO2';
fC58AO2(i)=fC58AO2(i)-1; fC58AO(i)=fC58AO(i)+1; 

i=i+1;
Rnames{i} = 'C58AO2 = MACROH + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C58AO2'; 
fC58AO2(i)=fC58AO2(i)-1; fMACROH(i)=fMACROH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXB = C57O2';
k(:,i) = 1.16e-11.*0.370;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXB'; 
fOH(i)=fOH(i)-1; fIEPOXB(i)=fIEPOXB(i)-1; fC57O2(i)=fC57O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXB = C58AO2';
k(:,i) = 1.16e-11.*0.370;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXB'; 
fOH(i)=fOH(i)-1; fIEPOXB(i)=fIEPOXB(i)-1; fC58AO2(i)=fC58AO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXB = C59O2';
k(:,i) = 1.16e-11.*0.150;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXB'; 
fOH(i)=fOH(i)-1; fIEPOXB(i)=fIEPOXB(i)-1; fC59O2(i)=fC59O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXB = IEB1CHO';
k(:,i) = 1.16e-11.*0.055;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXB'; 
fOH(i)=fOH(i)-1; fIEPOXB(i)=fIEPOXB(i)-1; fIEB1CHO(i)=fIEB1CHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXB = IEB4CHO';
k(:,i) = 1.16e-11.*0.055;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXB'; 
fOH(i)=fOH(i)-1; fIEPOXB(i)=fIEPOXB(i)-1; fIEB4CHO(i)=fIEB4CHO(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOOA = ACETOL + NO2 + CO + OH';
k(:,i) = KDEC.*0.36;
Gstr{i,1} = 'MACRNOOA'; 
fMACRNOOA(i)=fMACRNOOA(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOOA = ACETOL + NO2 + HO2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MACRNOOA'; 
fMACRNOOA(i)=fMACRNOOA(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOOA = MACRNOO';
k(:,i) = KDEC.*0.24;
Gstr{i,1} = 'MACRNOOA'; 
fMACRNOOA(i)=fMACRNOOA(i)-1; fMACRNOO(i)=fMACRNOO(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOOA = PROPOLNO3';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'MACRNOOA'; 
fMACRNOOA(i)=fMACRNOOA(i)-1; fPROPOLNO3(i)=fPROPOLNO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + HO2 = INB1OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'HO2'; 
fINB1O2(i)=fINB1O2(i)-1; fHO2(i)=fHO2(i)-1; fINB1OOH(i)=fINB1OOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + NO = INB1NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'NO'; 
fINB1O2(i)=fINB1O2(i)-1; fNO(i)=fNO(i)-1; fINB1NO3(i)=fINB1NO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + NO = INB1O + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'NO'; 
fINB1O2(i)=fINB1O2(i)-1; fNO(i)=fNO(i)-1; fINB1O(i)=fINB1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + NO3 = INB1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'NO3'; 
fINB1O2(i)=fINB1O2(i)-1; fNO3(i)=fNO3(i)-1; fINB1O(i)=fINB1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + RO2 = INB1CO';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'RO2';
fINB1O2(i)=fINB1O2(i)-1; fINB1CO(i)=fINB1CO(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + RO2 = INB1O';
k(:,i) = 2.90e-12.*0.8;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'RO2';
fINB1O2(i)=fINB1O2(i)-1; fINB1O(i)=fINB1O(i)+1; 

i=i+1;
Rnames{i} = 'INB1O2 + RO2 = INB1OH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'INB1O2'; Gstr{i,2} = 'RO2';
fINB1O2(i)=fINB1O2(i)-1; fINB1OH(i)=fINB1OH(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + HO2 = INB2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'HO2'; 
fINB2O2(i)=fINB2O2(i)-1; fHO2(i)=fHO2(i)-1; fINB2OOH(i)=fINB2OOH(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + NO = INANO3';
k(:,i) = KRO2NO.*0.087;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'NO'; 
fINB2O2(i)=fINB2O2(i)-1; fNO(i)=fNO(i)-1; fINANO3(i)=fINANO3(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + NO = INB2O + NO2';
k(:,i) = KRO2NO.*0.913;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'NO'; 
fINB2O2(i)=fINB2O2(i)-1; fNO(i)=fNO(i)-1; fINB2O(i)=fINB2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + RO2 = C58NO3';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'RO2';
fINB2O2(i)=fINB2O2(i)-1; fC58NO3(i)=fC58NO3(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + RO2 = INB1OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'RO2';
fINB2O2(i)=fINB2O2(i)-1; fINB1OH(i)=fINB1OH(i)+1; 

i=i+1;
Rnames{i} = 'INB2O2 + RO2 = INB2O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'INB2O2'; Gstr{i,2} = 'RO2';
fINB2O2(i)=fINB2O2(i)-1; fINB2O(i)=fINB2O(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXC =  C59O2';
k(:,i) = 1.50e-11.*0.719;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXC'; 
fOH(i)=fOH(i)-1; fIEPOXC(i)=fIEPOXC(i)-1; fC59O2(i)=fC59O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEPOXC = IECCHO + HO2';
k(:,i) = 1.50e-11.*0.281;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEPOXC'; 
fOH(i)=fOH(i)-1; fIEPOXC(i)=fIEPOXC(i)-1; fIECCHO(i)=fIECCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C537OOH + OH = DHPMPAL + CO + OH';
k(:,i) = 5.64e-11;
Gstr{i,1} = 'C537OOH'; Gstr{i,2} = 'OH'; 
fC537OOH(i)=fC537OOH(i)-1; fOH(i)=fOH(i)-1; fDHPMPAL(i)=fDHPMPAL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C537OOH + hv = C4CO2OOH + HCHO + OH + OH';
k(:,i) = J41;
Gstr{i,1} = 'C537OOH'; 
fC537OOH(i)=fC537OOH(i)-1; fC4CO2OOH(i)=fC4CO2OOH(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C537OOH + hv = DHPMPAL + CO + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C537OOH'; 
fC537OOH(i)=fC537OOH(i)-1; fDHPMPAL(i)=fDHPMPAL(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C537OOH + hv = GLYOX + HYPERACET + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'C537OOH'; 
fC537OOH(i)=fC537OOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHYPERACET(i)=fHYPERACET(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C537O = GLYOX + HYPERACET + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C537O'; 
fC537O(i)=fC537O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHYPERACET(i)=fHYPERACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMPAL + OH = C3MDIALOOH + OH';
k(:,i) = 3.77e-11.*0.32;
Gstr{i,1} = 'DHPMPAL'; Gstr{i,2} = 'OH'; 
fDHPMPAL(i)=fDHPMPAL(i)-1; fOH(i)=fOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMPAL + OH = HYPERACET + CO + OH';
k(:,i) = 3.77e-11.*0.68;
Gstr{i,1} = 'DHPMPAL'; Gstr{i,2} = 'OH'; 
fDHPMPAL(i)=fDHPMPAL(i)-1; fOH(i)=fOH(i)-1; fHYPERACET(i)=fHYPERACET(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMPAL + hv = C3MDIALOOH + OH';
k(:,i) = J41;
Gstr{i,1} = 'DHPMPAL'; 
fDHPMPAL(i)=fDHPMPAL(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DHPMPAL + hv = HYPERACET + OH + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'DHPMPAL'; 
fDHPMPAL(i)=fDHPMPAL(i)-1; fHYPERACET(i)=fHYPERACET(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DHPMPAL + hv = MGLYOX + OH + HCHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DHPMPAL'; 
fDHPMPAL(i)=fDHPMPAL(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD2 + O3 = MGLYOOA + HCOCO3H';
k(:,i) = 2.40e-17.*0.73;
Gstr{i,1} = 'C5PACALD2'; Gstr{i,2} = 'O3'; 
fC5PACALD2(i)=fC5PACALD2(i)-1; fO3(i)=fO3(i)-1; fMGLYOOA(i)=fMGLYOOA(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD2 + O3 = MGLYOX + PPGAOOB';
k(:,i) = 2.40e-17.*0.27;
Gstr{i,1} = 'C5PACALD2'; Gstr{i,2} = 'O3'; 
fC5PACALD2(i)=fC5PACALD2(i)-1; fO3(i)=fO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fPPGAOOB(i)=fPPGAOOB(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD2 + OH = C535O2';
k(:,i) = 4.72e-11;
Gstr{i,1} = 'C5PACALD2'; Gstr{i,2} = 'OH'; 
fC5PACALD2(i)=fC5PACALD2(i)-1; fOH(i)=fOH(i)-1; fC535O2(i)=fC535O2(i)+1; 

i=i+1;
Rnames{i} = 'C5PACALD2 + hv = CO + HO2 + MGLYOX + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C5PACALD2'; 
fC5PACALD2(i)=fC5PACALD2(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PACLOOA = MGLYOX + OH + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PACLOOA'; 
fPACLOOA(i)=fPACLOOA(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HPC52O2 + HO2 = HPC52OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HPC52O2'; Gstr{i,2} = 'HO2'; 
fHPC52O2(i)=fHPC52O2(i)-1; fHO2(i)=fHO2(i)-1; fHPC52OOH(i)=fHPC52OOH(i)+1; 

i=i+1;
Rnames{i} = 'HPC52O2 + NO = HPC52O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HPC52O2'; Gstr{i,2} = 'NO'; 
fHPC52O2(i)=fHPC52O2(i)-1; fNO(i)=fNO(i)-1; fHPC52O(i)=fHPC52O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52O2 + NO3 = HPC52O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HPC52O2'; Gstr{i,2} = 'NO3'; 
fHPC52O2(i)=fHPC52O2(i)-1; fNO3(i)=fNO3(i)-1; fHPC52O(i)=fHPC52O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52O2 + RO2 = HPC52O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'HPC52O2'; Gstr{i,2} = 'RO2';
fHPC52O2(i)=fHPC52O2(i)-1; fHPC52O(i)=fHPC52O(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + HO2 = CH3CO3 + HOCH2CHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'HO2'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + HO2 = HC4CCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'HO2'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fHO2(i)=fHO2(i)-1; fHC4CCO2H(i)=fHC4CCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + HO2 = HC4CCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'HO2'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fHO2(i)=fHO2(i)-1; fHC4CCO3H(i)=fHC4CCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + NO = CH3CO3 + HOCH2CHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'NO'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fNO(i)=fNO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + NO2 = C5PAN19';
k(:,i) = KFPAN;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'NO2'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN19(i)=fC5PAN19(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + NO3 = CH3CO3 + HOCH2CHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'NO3'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 = C5PACALD1 + HO2';
k(:,i) = 8.14D9.*exp(-8591./T).*exp(1.00D8./T.^3);
Gstr{i,1} = 'HC4CCO3'; 
fHC4CCO3(i)=fHC4CCO3(i)-1; fC5PACALD1(i)=fC5PACALD1(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + RO2 = CH3CO3 + HOCH2CHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'RO2';
fHC4CCO3(i)=fHC4CCO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3 + RO2 = HC4CCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HC4CCO3'; Gstr{i,2} = 'RO2';
fHC4CCO3(i)=fHC4CCO3(i)-1; fHC4CCO2H(i)=fHC4CCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C57AO2 + HO2 = C57AOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C57AO2'; Gstr{i,2} = 'HO2'; 
fC57AO2(i)=fC57AO2(i)-1; fHO2(i)=fHO2(i)-1; fC57AOOH(i)=fC57AOOH(i)+1; 

i=i+1;
Rnames{i} = 'C57AO2 + NO = C57AO + NO2';
k(:,i) = KRO2NO.*0.935;
Gstr{i,1} = 'C57AO2'; Gstr{i,2} = 'NO'; 
fC57AO2(i)=fC57AO2(i)-1; fNO(i)=fNO(i)-1; fC57AO(i)=fC57AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57AO2 + NO = INDHCHO';
k(:,i) = KRO2NO.*0.065;
Gstr{i,1} = 'C57AO2'; Gstr{i,2} = 'NO'; 
fC57AO2(i)=fC57AO2(i)-1; fNO(i)=fNO(i)-1; fINDHCHO(i)=fINDHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C57AO2 + NO3 = C57AO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C57AO2'; Gstr{i,2} = 'NO3'; 
fC57AO2(i)=fC57AO2(i)-1; fNO3(i)=fNO3(i)-1; fC57AO(i)=fC57AO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57AO2 + RO2 = C57AO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C57AO2'; Gstr{i,2} = 'RO2';
fC57AO2(i)=fC57AO2(i)-1; fC57AO(i)=fC57AO(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + HO2 = C57OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'HO2'; 
fC57O2(i)=fC57O2(i)-1; fHO2(i)=fHO2(i)-1; fC57OOH(i)=fC57OOH(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + NO = C57NO3';
k(:,i) = KRO2NO.*0.019;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'NO'; 
fC57O2(i)=fC57O2(i)-1; fNO(i)=fNO(i)-1; fC57NO3(i)=fC57NO3(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + NO = C57O + NO2';
k(:,i) = KRO2NO.*0.981;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'NO'; 
fC57O2(i)=fC57O2(i)-1; fNO(i)=fNO(i)-1; fC57O(i)=fC57O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + NO3 = C57O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'NO3'; 
fC57O2(i)=fC57O2(i)-1; fNO3(i)=fNO3(i)-1; fC57O(i)=fC57O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + RO2 = C57O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'RO2';
fC57O2(i)=fC57O2(i)-1; fC57O(i)=fC57O(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 + RO2 = C57OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C57O2'; Gstr{i,2} = 'RO2';
fC57O2(i)=fC57O2(i)-1; fC57OH(i)=fC57OH(i)+1; 

i=i+1;
Rnames{i} = 'C57O2 = HO12CO3C4 + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'C57O2'; 
fC57O2(i)=fC57O2(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC4OOA = NC4OO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'NC4OOA'; 
fNC4OOA(i)=fNC4OOA(i)-1; fNC4OO(i)=fNC4OO(i)+1; 

i=i+1;
Rnames{i} = 'NC4OOA = OH + NO2 + BIACETOH';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'NC4OOA'; 
fNC4OOA(i)=fNC4OOA(i)-1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; fBIACETOH(i)=fBIACETOH(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + HO2 = INDOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'HO2'; 
fINDO2(i)=fINDO2(i)-1; fHO2(i)=fHO2(i)-1; fINDOOH(i)=fINDOOH(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + NO = INB1NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'NO'; 
fINDO2(i)=fINDO2(i)-1; fNO(i)=fNO(i)-1; fINB1NO3(i)=fINB1NO3(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + NO = INDO + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'NO'; 
fINDO2(i)=fINDO2(i)-1; fNO(i)=fNO(i)-1; fINDO(i)=fINDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + NO3 = INDO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'NO3'; 
fINDO2(i)=fINDO2(i)-1; fNO3(i)=fNO3(i)-1; fINDO(i)=fINDO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + RO2 = INDO';
k(:,i) = 8.00e-13.*0.8;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'RO2';
fINDO2(i)=fINDO2(i)-1; fINDO(i)=fINDO(i)+1; 

i=i+1;
Rnames{i} = 'INDO2 + RO2 = INDOH';
k(:,i) = 8.00e-13.*0.2;
Gstr{i,1} = 'INDO2'; Gstr{i,2} = 'RO2';
fINDO2(i)=fINDO2(i)-1; fINDOH(i)=fINDOH(i)+1; 

i=i+1;
Rnames{i} = 'C59O2 + HO2 = C59OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C59O2'; Gstr{i,2} = 'HO2'; 
fC59O2(i)=fC59O2(i)-1; fHO2(i)=fHO2(i)-1; fC59OOH(i)=fC59OOH(i)+1; 

i=i+1;
Rnames{i} = 'C59O2 + NO = C59O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C59O2'; Gstr{i,2} = 'NO'; 
fC59O2(i)=fC59O2(i)-1; fNO(i)=fNO(i)-1; fC59O(i)=fC59O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C59O2 + NO3 = C59O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C59O2'; Gstr{i,2} = 'NO3'; 
fC59O2(i)=fC59O2(i)-1; fNO3(i)=fNO3(i)-1; fC59O(i)=fC59O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C59O2 + RO2 = C59O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C59O2'; Gstr{i,2} = 'RO2';
fC59O2(i)=fC59O2(i)-1; fC59O(i)=fC59O(i)+1; 

i=i+1;
Rnames{i} = 'INAOOH + hv = INAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'INAOOH'; 
fINAOOH(i)=fINAOOH(i)-1; fINAO(i)=fINAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAOOH = INAHPCHO + HO2';
k(:,i) = 1.01e-11.*0.65;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAOOH'; 
fOH(i)=fOH(i)-1; fINAOOH(i)=fINAOOH(i)-1; fINAHPCHO(i)=fINAHPCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAOOH = INAO2';
k(:,i) = 1.01e-11.*0.35;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAOOH'; 
fOH(i)=fOH(i)-1; fINAOOH(i)=fINAOOH(i)-1; fINAO2(i)=fINAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANO3 = ACETOL + NO2 + NO3CH2CHO';
k(:,i) = 2.00e-12.*0.07;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANO3'; 
fOH(i)=fOH(i)-1; fINANO3(i)=fINANO3(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANO3 = C58NO3 + NO2';
k(:,i) = 2.00e-12.*0.39;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANO3'; 
fOH(i)=fOH(i)-1; fINANO3(i)=fINANO3(i)-1; fC58NO3(i)=fC58NO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANO3 = HCHO + NO2 + HMVKANO3';
k(:,i) = 2.00e-12.*0.07;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANO3'; 
fOH(i)=fOH(i)-1; fINANO3(i)=fINANO3(i)-1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; fHMVKANO3(i)=fHMVKANO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANO3 = INANCHO + HO2';
k(:,i) = 2.00e-12.*0.33;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANO3'; 
fOH(i)=fOH(i)-1; fINANO3(i)=fINANO3(i)-1; fINANCHO(i)=fINANCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANO3 = INANCO + HO2';
k(:,i) = 2.00e-12.*0.14;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANO3'; 
fOH(i)=fOH(i)-1; fINANO3(i)=fINANO3(i)-1; fINANCO(i)=fINANCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INAO = ACETOL + NO3CH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'INAO'; 
fINAO(i)=fINAO(i)-1; fACETOL(i)=fACETOL(i)+1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAOH = INAHCHO + HO2';
k(:,i) = 6.68e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAOH'; 
fOH(i)=fOH(i)-1; fINAOH(i)=fINAOH(i)-1; fINAHCHO(i)=fINAHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC41OO + CO = HMVKANO3';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'NC41OO'; Gstr{i,2} = 'CO'; 
fNC41OO(i)=fNC41OO(i)-1; fCO(i)=fCO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; 

i=i+1;
Rnames{i} = 'NC41OO + NO = HMVKANO3 + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'NC41OO'; Gstr{i,2} = 'NO'; 
fNC41OO(i)=fNC41OO(i)-1; fNO(i)=fNO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC41OO + NO2 = HMVKANO3 + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'NC41OO'; Gstr{i,2} = 'NO2'; 
fNC41OO(i)=fNC41OO(i)-1; fNO2(i)=fNO2(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC41OO + SO2 = HMVKANO3 + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'NC41OO'; Gstr{i,2} = 'SO2'; 
fNC41OO(i)=fNC41OO(i)-1; fSO2(i)=fSO2(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NC41OO = HMVKANO3 + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'NC41OO'; 
fNC41OO(i)=fNC41OO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C58OOH + hv = C58O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C58OOH'; 
fC58OOH(i)=fC58OOH(i)-1; fC58O(i)=fC58O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58OOH = C4MALOHOOH + HO2';
k(:,i) = 3.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58OOH'; 
fOH(i)=fOH(i)-1; fC58OOH(i)=fC58OOH(i)-1; fC4MALOHOOH(i)=fC4MALOHOOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3 + hv = ACETOL + GLYOX + HO2 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'C58NO3'; 
fC58NO3(i)=fC58NO3(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58NO3 = C58NO3CO3';
k(:,i) = 2.32e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58NO3'; 
fOH(i)=fOH(i)-1; fC58NO3(i)=fC58NO3(i)-1; fC58NO3CO3(i)=fC58NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C58O = ACETOL + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C58O'; 
fC58O(i)=fC58O(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58OH = C58O';
k(:,i) = 3.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58OH'; 
fOH(i)=fOH(i)-1; fC58OH(i)=fC58OH(i)-1; fC58O(i)=fC58O(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3H + OH =  HC4CO3';
k(:,i) = 9.11e-11;
Gstr{i,1} = 'HC4CO3H'; Gstr{i,2} = 'OH'; 
fHC4CO3H(i)=fHC4CO3H(i)-1; fOH(i)=fOH(i)-1; fHC4CO3(i)=fHC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HC4CO3H + hv = MACR + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC4CO3H'; 
fHC4CO3H(i)=fHC4CO3H(i)-1; fMACR(i)=fMACR(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC4PAN + OH = MACR + CO + NO2';
k(:,i) = 8.75e-11;
Gstr{i,1} = 'HC4PAN'; Gstr{i,2} = 'OH'; 
fHC4PAN(i)=fHC4PAN(i)-1; fOH(i)=fOH(i)-1; fMACR(i)=fMACR(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4PAN = HC4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HC4PAN'; 
fHC4PAN(i)=fHC4PAN(i)-1; fHC4CO3(i)=fHC4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C3CO2H + OH = CH3COCH2O2';
k(:,i) = 1.14e-12;
Gstr{i,1} = 'CO2C3CO2H'; Gstr{i,2} = 'OH'; 
fCO2C3CO2H(i)=fCO2C3CO2H(i)-1; fOH(i)=fOH(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C4CHO + hv = CO2C3CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO24C4CHO'; 
fCO24C4CHO(i)=fCO24C4CHO(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO24C4CHO = CO2C3CO3 + CO + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO24C4CHO'; 
fNO3(i)=fNO3(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO24C4CHO = CO2C3CO3 + CO';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO24C4CHO'; 
fOH(i)=fOH(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + HO2 = C524OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'HO2'; 
fC524O2(i)=fC524O2(i)-1; fHO2(i)=fHO2(i)-1; fC524OOH(i)=fC524OOH(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + NO = C524NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'NO'; 
fC524O2(i)=fC524O2(i)-1; fNO(i)=fNO(i)-1; fC524NO3(i)=fC524NO3(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + NO = C524O + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'NO'; 
fC524O2(i)=fC524O2(i)-1; fNO(i)=fNO(i)-1; fC524O(i)=fC524O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + NO3 = C524O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'NO3'; 
fC524O2(i)=fC524O2(i)-1; fNO3(i)=fNO3(i)-1; fC524O(i)=fC524O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + RO2 = C524CO';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'RO2';
fC524O2(i)=fC524O2(i)-1; fC524CO(i)=fC524CO(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + RO2 = C524O';
k(:,i) = 2.90e-12.*0.8;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'RO2';
fC524O2(i)=fC524O2(i)-1; fC524O(i)=fC524O(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 + RO2 = C524OH';
k(:,i) = 2.90e-12.*0.1;
Gstr{i,1} = 'C524O2'; Gstr{i,2} = 'RO2';
fC524O2(i)=fC524O2(i)-1; fC524OH(i)=fC524OH(i)+1; 

i=i+1;
Rnames{i} = 'C524O2 = HMACR + HCHO + OH';
k(:,i) = 1.88D11.*exp(-9752./T);
Gstr{i,1} = 'C524O2'; 
fC524O2(i)=fC524O2(i)-1; fHMACR(i)=fHMACR(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ALCOMOXOOH + OH = CHOCOMOXO2';
k(:,i) = 1.99e-11;
Gstr{i,1} = 'ALCOMOXOOH'; Gstr{i,2} = 'OH'; 
fALCOMOXOOH(i)=fALCOMOXOOH(i)-1; fOH(i)=fOH(i)-1; fCHOCOMOXO2(i)=fCHOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'ALCOMOXOOH + hv = CHOCOMOXO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ALCOMOXOOH'; 
fALCOMOXOOH(i)=fALCOMOXOOH(i)-1; fCHOCOMOXO(i)=fCHOCOMOXO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOMOXO = HCHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'CHOCOMOXO'; 
fCHOCOMOXO(i)=fCHOCOMOXO(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3H + OH = ACETMECO3';
k(:,i) = 4.55e-12;
Gstr{i,1} = 'ACETMECO3H'; Gstr{i,2} = 'OH'; 
fACETMECO3H(i)=fACETMECO3H(i)-1; fOH(i)=fOH(i)-1; fACETMECO3(i)=fACETMECO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETMECO3H + hv = METHACETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACETMECO3H'; 
fACETMECO3H(i)=fACETMECO3H(i)-1; fMETHACETO2(i)=fMETHACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACETMEPAN + OH = METACETHO + CO + NO2';
k(:,i) = 9.55e-13;
Gstr{i,1} = 'ACETMEPAN'; Gstr{i,2} = 'OH'; 
fACETMEPAN(i)=fACETMEPAN(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETMEPAN = ACETMECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ACETMEPAN'; 
fACETMEPAN(i)=fACETMEPAN(i)-1; fACETMECO3(i)=fACETMECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOACETEOOH + OH = HOACETETO2';
k(:,i) = 3.95e-11;
Gstr{i,1} = 'HOACETEOOH'; Gstr{i,2} = 'OH'; 
fHOACETEOOH(i)=fHOACETEOOH(i)-1; fOH(i)=fOH(i)-1; fHOACETETO2(i)=fHOACETETO2(i)+1; 

i=i+1;
Rnames{i} = 'HOACETEOOH + hv = HOACETETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOACETEOOH'; 
fHOACETEOOH(i)=fHOACETEOOH(i)-1; fHOACETETO(i)=fHOACETETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOACETETO = CH3CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HOACETETO'; 
fHOACETETO(i)=fHOACETETO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOACEOOH + OH = MECOACETO2';
k(:,i) = 3.59e-12;
Gstr{i,1} = 'MECOACEOOH'; Gstr{i,2} = 'OH'; 
fMECOACEOOH(i)=fMECOACEOOH(i)-1; fOH(i)=fOH(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOACEOOH + hv = MECOACETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MECOACEOOH'; 
fMECOACEOOH(i)=fMECOACEOOH(i)-1; fMECOACETO(i)=fMECOACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MECOACETO = CH3CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'MECOACETO'; 
fMECOACETO(i)=fMECOACETO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEOOH + OH = ACPRONEO2';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'ACPRONEOOH'; Gstr{i,2} = 'OH'; 
fACPRONEOOH(i)=fACPRONEOOH(i)-1; fOH(i)=fOH(i)-1; fACPRONEO2(i)=fACPRONEO2(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEOOH + hv = ACPRONEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACPRONEOOH'; 
fACPRONEOOH(i)=fACPRONEOOH(i)-1; fACPRONEO(i)=fACPRONEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEO = METACETHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'ACPRONEO'; 
fACPRONEO(i)=fACPRONEO(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACECOCOCH3 + OH = ACCOCOMEO2';
k(:,i) = 1.09e-13;
Gstr{i,1} = 'ACECOCOCH3'; Gstr{i,2} = 'OH'; 
fACECOCOCH3(i)=fACECOCOCH3(i)-1; fOH(i)=fOH(i)-1; fACCOCOMEO2(i)=fACCOCOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'ACECOCOCH3 + hv = CH3CO3 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACECOCOCH3'; 
fACECOCOCH3(i)=fACECOCOCH3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACPRONEOH + OH = ACECOCOCH3 + HO2';
k(:,i) = 2.23e-12;
Gstr{i,1} = 'ACPRONEOH'; Gstr{i,2} = 'OH'; 
fACPRONEOH(i)=fACPRONEOH(i)-1; fOH(i)=fOH(i)-1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETOOH + OH = ACCOETO2';
k(:,i) = 5.15e-11;
Gstr{i,1} = 'ACCOETOOH'; Gstr{i,2} = 'OH'; 
fACCOETOOH(i)=fACCOETOOH(i)-1; fOH(i)=fOH(i)-1; fACCOETO2(i)=fACCOETO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETOOH + hv = ACCOETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACCOETOOH'; 
fACCOETOOH(i)=fACCOETOOH(i)-1; fACCOETO(i)=fACCOETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOETO = ACCOMECHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'ACCOETO'; 
fACCOETO(i)=fACCOETO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO2H + OH = ACETC2H4O2';
k(:,i) = 6.39e-12;
Gstr{i,1} = 'ACETC2CO2H'; Gstr{i,2} = 'OH'; 
fACETC2CO2H(i)=fACETC2CO2H(i)-1; fOH(i)=fOH(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3H + OH = ACETC2CO3';
k(:,i) = 9.94e-12;
Gstr{i,1} = 'ACETC2CO3H'; Gstr{i,2} = 'OH'; 
fACETC2CO3H(i)=fACETC2CO3H(i)-1; fOH(i)=fOH(i)-1; fACETC2CO3(i)=fACETC2CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2CO3H + hv = ACETC2H4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACETC2CO3H'; 
fACETC2CO3H(i)=fACETC2CO3H(i)-1; fACETC2H4O2(i)=fACETC2H4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2PAN + OH = ACETETCHO + CO + NO2';
k(:,i) = 5.53e-12;
Gstr{i,1} = 'ACETC2PAN'; Gstr{i,2} = 'OH'; 
fACETC2PAN(i)=fACETC2PAN(i)-1; fOH(i)=fOH(i)-1; fACETETCHO(i)=fACETETCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACETC2PAN = ACETC2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ACETC2PAN'; 
fACETC2PAN(i)=fACETC2PAN(i)-1; fACETC2CO3(i)=fACETC2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO2H + OH = ETHACETO2';
k(:,i) = 2.76e-12;
Gstr{i,1} = 'IPRACBCO2H'; Gstr{i,2} = 'OH'; 
fIPRACBCO2H(i)=fIPRACBCO2H(i)-1; fOH(i)=fOH(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3H + OH = IPRACBCO3';
k(:,i) = 6.31e-12;
Gstr{i,1} = 'IPRACBCO3H'; Gstr{i,2} = 'OH'; 
fIPRACBCO3H(i)=fIPRACBCO3H(i)-1; fOH(i)=fOH(i)-1; fIPRACBCO3(i)=fIPRACBCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBCO3H + hv = ETHACETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRACBCO3H'; 
fIPRACBCO3H(i)=fIPRACBCO3H(i)-1; fETHACETO2(i)=fETHACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBPAN + OH = METHCOACET + CO + NO2';
k(:,i) = 2.72e-12;
Gstr{i,1} = 'IPRACBPAN'; Gstr{i,2} = 'OH'; 
fIPRACBPAN(i)=fIPRACBPAN(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRACBPAN = IPRACBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IPRACBPAN'; 
fIPRACBPAN(i)=fIPRACBPAN(i)-1; fIPRACBCO3(i)=fIPRACBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUOAOOH + OH = ACBUONEAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ACBUOAOOH'; Gstr{i,2} = 'OH'; 
fACBUOAOOH(i)=fACBUOAOOH(i)-1; fOH(i)=fOH(i)-1; fACBUONEAO2(i)=fACBUONEAO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUOAOOH + OH = ACCOPRONE + OH';
k(:,i) = 1.58e-10;
Gstr{i,1} = 'ACBUOAOOH'; Gstr{i,2} = 'OH'; 
fACBUOAOOH(i)=fACBUOAOOH(i)-1; fOH(i)=fOH(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUOAOOH + hv = ACBUONEAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACBUOAOOH'; 
fACBUOAOOH(i)=fACBUOAOOH(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUOAOOH + hv = ACBUONEAO + OH';
k(:,i) = J22;
Gstr{i,1} = 'ACBUOAOOH'; 
fACBUOAOOH(i)=fACBUOAOOH(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONANO3 + OH = ACCOPRONE + NO2';
k(:,i) = 2.47e-12;
Gstr{i,1} = 'ACBUONANO3'; Gstr{i,2} = 'OH'; 
fACBUONANO3(i)=fACBUONANO3(i)-1; fOH(i)=fOH(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONANO3 + hv = ACBUONEAO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ACBUONANO3'; 
fACBUONANO3(i)=fACBUONANO3(i)-1; fACBUONEAO(i)=fACBUONEAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEAO = CO2C3CHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'ACBUONEAO'; 
fACBUONEAO(i)=fACBUONEAO(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONAOH + OH = ACCOPRONE + HO2';
k(:,i) = 4.21e-11;
Gstr{i,1} = 'ACBUONAOH'; Gstr{i,2} = 'OH'; 
fACBUONAOH(i)=fACBUONAOH(i)-1; fOH(i)=fOH(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONAOH + hv = ACEETOHO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACBUONAOH'; 
fACBUONAOH(i)=fACBUONAOH(i)-1; fACEETOHO2(i)=fACEETOHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACCOPRONE + OH = ACCOMCOMO2';
k(:,i) = 1.09e-13;
Gstr{i,1} = 'ACCOPRONE'; Gstr{i,2} = 'OH'; 
fACCOPRONE(i)=fACCOPRONE(i)-1; fOH(i)=fOH(i)-1; fACCOMCOMO2(i)=fACCOMCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOPRONE + hv = MECOACETO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACCOPRONE'; 
fACCOPRONE(i)=fACCOPRONE(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOOH + OH = ACBUONEBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ACBUONBOOH'; Gstr{i,2} = 'OH'; 
fACBUONBOOH(i)=fACBUONBOOH(i)-1; fOH(i)=fOH(i)-1; fACBUONEBO2(i)=fACBUONEBO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOOH + OH = ACCOCOC2H5 + OH';
k(:,i) = 2.84e-11;
Gstr{i,1} = 'ACBUONBOOH'; Gstr{i,2} = 'OH'; 
fACBUONBOOH(i)=fACBUONBOOH(i)-1; fOH(i)=fOH(i)-1; fACCOCOC2H5(i)=fACCOCOC2H5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOOH + hv = ACBUONEBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACBUONBOOH'; 
fACBUONBOOH(i)=fACBUONBOOH(i)-1; fACBUONEBO(i)=fACBUONEBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOOH + hv = METACETHO + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'ACBUONBOOH'; 
fACBUONBOOH(i)=fACBUONBOOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONEBO = EGLYOX + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'ACBUONEBO'; 
fACBUONEBO(i)=fACBUONEBO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOH + OH = ACCOCOC2H5 + HO2';
k(:,i) = 8.40e-12;
Gstr{i,1} = 'ACBUONBOH'; Gstr{i,2} = 'OH'; 
fACBUONBOH(i)=fACBUONBOH(i)-1; fOH(i)=fOH(i)-1; fACCOCOC2H5(i)=fACCOCOC2H5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACBUONBOH + hv = METACETHO + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'ACBUONBOH'; 
fACBUONBOH(i)=fACBUONBOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOC2H5 + OH = ACCOCOETO2';
k(:,i) = 1.27e-12;
Gstr{i,1} = 'ACCOCOC2H5'; Gstr{i,2} = 'OH'; 
fACCOCOC2H5(i)=fACCOCOC2H5(i)-1; fOH(i)=fOH(i)-1; fACCOCOETO2(i)=fACCOCOETO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOC2H5 + hv = C2H5CO3 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'ACCOCOC2H5'; 
fACCOCOC2H5(i)=fACCOCOC2H5(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ACCOPROOH + OH = ACCOC3H6O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ACCOPROOH'; Gstr{i,2} = 'OH'; 
fACCOPROOH(i)=fACCOPROOH(i)-1; fOH(i)=fOH(i)-1; fACCOC3H6O2(i)=fACCOC3H6O2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOPROOH + OH = ACCOPRONE + OH';
k(:,i) = 1.05e-10;
Gstr{i,1} = 'ACCOPROOH'; Gstr{i,2} = 'OH'; 
fACCOPROOH(i)=fACCOPROOH(i)-1; fOH(i)=fOH(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOPROOH + hv = ACCOC3H6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACCOPROOH'; 
fACCOPROOH(i)=fACCOPROOH(i)-1; fACCOC3H6O(i)=fACCOC3H6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O = ACCOPRONE + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'ACCOC3H6O'; 
fACCOC3H6O(i)=fACCOC3H6O(i)-1; fACCOPRONE(i)=fACCOPRONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOC3H6O = MECOACETO2 + CH3CHO';
k(:,i) = 2.70e14.*exp(-6543./T);
Gstr{i,1} = 'ACCOC3H6O'; 
fACCOC3H6O(i)=fACCOC3H6O(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'SBUACCOOH + OH = SBUACONEO2';
k(:,i) = 4.33e-12;
Gstr{i,1} = 'SBUACCOOH'; Gstr{i,2} = 'OH'; 
fSBUACCOOH(i)=fSBUACCOOH(i)-1; fOH(i)=fOH(i)-1; fSBUACONEO2(i)=fSBUACONEO2(i)+1; 

i=i+1;
Rnames{i} = 'SBUACCOOH + hv = METHCOACET + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'SBUACCOOH'; 
fSBUACCOOH(i)=fSBUACCOOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACCOOH + hv = SBUACONEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'SBUACCOOH'; 
fSBUACCOOH(i)=fSBUACCOOH(i)-1; fSBUACONEO(i)=fSBUACONEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'SBUACONEO = METHCOACET + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'SBUACONEO'; 
fSBUACONEO(i)=fSBUACONEO(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'SBUACCOH + OH = METHCOACET + CH3CO3';
k(:,i) = 7.79e-13;
Gstr{i,1} = 'SBUACCOH'; Gstr{i,2} = 'OH'; 
fSBUACCOH(i)=fSBUACCOH(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'SBUACCOH + hv = METHCOACET + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'SBUACCOH'; 
fSBUACCOH(i)=fSBUACCOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3H + OH = TBUACCO3';
k(:,i) = 5.23e-12;
Gstr{i,1} = 'TBUACCO3H'; Gstr{i,2} = 'OH'; 
fTBUACCO3H(i)=fTBUACCO3H(i)-1; fOH(i)=fOH(i)-1; fTBUACCO3(i)=fTBUACCO3(i)+1; 

i=i+1;
Rnames{i} = 'TBUACCO3H + hv = IPROACETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'TBUACCO3H'; 
fTBUACCO3H(i)=fTBUACCO3H(i)-1; fIPROACETO2(i)=fIPROACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TBUACPAN + OH = METHCOACET + HCHO + CO + NO2';
k(:,i) = 1.63e-12;
Gstr{i,1} = 'TBUACPAN'; Gstr{i,2} = 'OH'; 
fTBUACPAN(i)=fTBUACPAN(i)-1; fOH(i)=fOH(i)-1; fMETHCOACET(i)=fMETHCOACET(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TBUACPAN = TBUACCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'TBUACPAN'; 
fTBUACPAN(i)=fTBUACPAN(i)-1; fTBUACCO3(i)=fTBUACCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + HO2 = ETHFORMOOH';
k(:,i) = KRO2HO2.*0.520.*0.6;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'HO2'; 
fETHFORMO2(i)=fETHFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fETHFORMOOH(i)=fETHFORMOOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + HO2 = METACETHO';
k(:,i) = KRO2HO2.*0.520.*0.4;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'HO2'; 
fETHFORMO2(i)=fETHFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + NO = ETHFORMNO3';
k(:,i) = KRO2NO.*0.047;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'NO'; 
fETHFORMO2(i)=fETHFORMO2(i)-1; fNO(i)=fNO(i)-1; fETHFORMNO3(i)=fETHFORMNO3(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + NO = ETHFORMO + NO2';
k(:,i) = KRO2NO.*0.953;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'NO'; 
fETHFORMO2(i)=fETHFORMO2(i)-1; fNO(i)=fNO(i)-1; fETHFORMO(i)=fETHFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + NO3 = ETHFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'NO3'; 
fETHFORMO2(i)=fETHFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fETHFORMO(i)=fETHFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + RO2 = ETHFORMO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'RO2';
fETHFORMO2(i)=fETHFORMO2(i)-1; fETHFORMO(i)=fETHFORMO(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + RO2 = ETHFORMOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'RO2';
fETHFORMO2(i)=fETHFORMO2(i)-1; fETHFORMOH(i)=fETHFORMOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO2 + RO2 = METACETHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'ETHFORMO2'; Gstr{i,2} = 'RO2';
fETHFORMO2(i)=fETHFORMO2(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALOOH + OH = MTBEACHO13 + OH';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'MTBEAALOOH'; Gstr{i,2} = 'OH'; 
fMTBEAALOOH(i)=fMTBEAALOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO13(i)=fMTBEACHO13(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALOOH + OH = MTBEACHOO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MTBEAALOOH'; Gstr{i,2} = 'OH'; 
fMTBEAALOOH(i)=fMTBEAALOOH(i)-1; fOH(i)=fOH(i)-1; fMTBEACHOO2(i)=fMTBEACHOO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALOOH + hv = MTBEACHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBEAALOOH'; 
fMTBEAALOOH(i)=fMTBEAALOOH(i)-1; fMTBEACHOO(i)=fMTBEACHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALNO3 + OH = MTBEACHO13 + NO2';
k(:,i) = 5.67e-13;
Gstr{i,1} = 'MTBEAALNO3'; Gstr{i,2} = 'OH'; 
fMTBEAALNO3(i)=fMTBEAALNO3(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO13(i)=fMTBEACHO13(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALNO3 + hv = MTBEACHOO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MTBEAALNO3'; 
fMTBEAALNO3(i)=fMTBEAALNO3(i)-1; fMTBEACHOO(i)=fMTBEACHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOO = MTBEACHO13 + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MTBEACHOO'; 
fMTBEACHOO(i)=fMTBEACHOO(i)-1; fMTBEACHO13(i)=fMTBEACHO13(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHO13 + NO3 = MTBEAALCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'MTBEACHO13'; Gstr{i,2} = 'NO3'; 
fMTBEACHO13(i)=fMTBEACHO13(i)-1; fNO3(i)=fNO3(i)-1; fMTBEAALCO3(i)=fMTBEAALCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHO13 + OH = MTBEAALCO3';
k(:,i) = 2.12e-11;
Gstr{i,1} = 'MTBEACHO13'; Gstr{i,2} = 'OH'; 
fMTBEACHO13(i)=fMTBEACHO13(i)-1; fOH(i)=fOH(i)-1; fMTBEAALCO3(i)=fMTBEAALCO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHO13 + hv = CH3COCH3 + HCHO + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'MTBEACHO13'; 
fMTBEACHO13(i)=fMTBEACHO13(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MTBEACHOHO + OH = MTBEACHO13 + HO2';
k(:,i) = 4.08e-13;
Gstr{i,1} = 'MTBEACHOHO'; Gstr{i,2} = 'OH'; 
fMTBEACHOHO(i)=fMTBEACHOHO(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO13(i)=fMTBEACHO13(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO2 + HO2 = IPRMETOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IPRMEETO2'; Gstr{i,2} = 'HO2'; 
fIPRMEETO2(i)=fIPRMEETO2(i)-1; fHO2(i)=fHO2(i)-1; fIPRMETOOH(i)=fIPRMETOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO2 + NO = IPRMEETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPRMEETO2'; Gstr{i,2} = 'NO'; 
fIPRMEETO2(i)=fIPRMEETO2(i)-1; fNO(i)=fNO(i)-1; fIPRMEETO(i)=fIPRMEETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO2 + NO3 = IPRMEETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPRMEETO2'; Gstr{i,2} = 'NO3'; 
fIPRMEETO2(i)=fIPRMEETO2(i)-1; fNO3(i)=fNO3(i)-1; fIPRMEETO(i)=fIPRMEETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO2 + RO2 = IPRMEETO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'IPRMEETO2'; Gstr{i,2} = 'RO2';
fIPRMEETO2(i)=fIPRMEETO2(i)-1; fIPRMEETO(i)=fIPRMEETO(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO2 + RO2 = IPRMEETOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'IPRMEETO2'; Gstr{i,2} = 'RO2';
fIPRMEETO2(i)=fIPRMEETO2(i)-1; fIPRMEETOH(i)=fIPRMEETOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO2H + OH = IPRMEETO2';
k(:,i) = 2.15e-12;
Gstr{i,1} = 'MTBEBCO2H'; Gstr{i,2} = 'OH'; 
fMTBEBCO2H(i)=fMTBEBCO2H(i)-1; fOH(i)=fOH(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3H + OH = MTBEBCO3';
k(:,i) = 5.74e-12;
Gstr{i,1} = 'MTBEBCO3H'; Gstr{i,2} = 'OH'; 
fMTBEBCO3H(i)=fMTBEBCO3H(i)-1; fOH(i)=fOH(i)-1; fMTBEBCO3(i)=fMTBEBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBCO3H + hv = IPRMEETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBEBCO3H'; 
fMTBEBCO3H(i)=fMTBEBCO3H(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBPAN + OH = METHACET + HCHO + CO + NO2';
k(:,i) = 2.15e-12;
Gstr{i,1} = 'MTBEBPAN'; Gstr{i,2} = 'OH'; 
fMTBEBPAN(i)=fMTBEBPAN(i)-1; fOH(i)=fOH(i)-1; fMETHACET(i)=fMETHACET(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEBPAN = MTBEBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MTBEBPAN'; 
fMTBEBPAN(i)=fMTBEBPAN(i)-1; fMTBEBCO3(i)=fMTBEBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21OOH + OH = IPROACET + OH';
k(:,i) = 2.00e-10;
Gstr{i,1} = 'IPROC21OOH'; Gstr{i,2} = 'OH'; 
fIPROC21OOH(i)=fIPROC21OOH(i)-1; fOH(i)=fOH(i)-1; fIPROACET(i)=fIPROACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21OOH + hv = IPROC21O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPROC21OOH'; 
fIPROC21OOH(i)=fIPROC21OOH(i)-1; fIPROC21O(i)=fIPROC21O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21NO3 + OH = IPROACET + NO2';
k(:,i) = 6.24e-12;
Gstr{i,1} = 'IPROC21NO3'; Gstr{i,2} = 'OH'; 
fIPROC21NO3(i)=fIPROC21NO3(i)-1; fOH(i)=fOH(i)-1; fIPROACET(i)=fIPROACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21NO3 + hv = IPROC21O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'IPROC21NO3'; 
fIPROC21NO3(i)=fIPROC21NO3(i)-1; fIPROC21O(i)=fIPROC21O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21O = IPROCHO + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPROC21O'; 
fIPROC21O(i)=fIPROC21O(i)-1; fIPROCHO(i)=fIPROCHO(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'IPROC21OH + OH = IPROACET + HO2';
k(:,i) = 6.28e-11;
Gstr{i,1} = 'IPROC21OH'; Gstr{i,2} = 'OH'; 
fIPROC21OH(i)=fIPROC21OH(i)-1; fOH(i)=fOH(i)-1; fIPROACET(i)=fIPROACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3H + OH = IPROMCCO3';
k(:,i) = 2.19e-11;
Gstr{i,1} = 'IPROMCCO3H'; Gstr{i,2} = 'OH'; 
fIPROMCCO3H(i)=fIPROMCCO3H(i)-1; fOH(i)=fOH(i)-1; fIPROMCCO3(i)=fIPROMCCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCCO3H + hv = IPROC21O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPROMCCO3H'; 
fIPROMCCO3H(i)=fIPROMCCO3H(i)-1; fIPROC21O2(i)=fIPROC21O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCPAN + OH = IPROACET + CO + NO2';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'IPROMCPAN'; Gstr{i,2} = 'OH'; 
fIPROMCPAN(i)=fIPROMCPAN(i)-1; fOH(i)=fOH(i)-1; fIPROACET(i)=fIPROACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPROMCPAN = IPROMCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IPROMCPAN'; 
fIPROMCPAN(i)=fIPROMCPAN(i)-1; fIPROMCCO3(i)=fIPROMCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEOOH + OH = EIPEO2';
k(:,i) = 9.26e-12;
Gstr{i,1} = 'EIPEOOH'; Gstr{i,2} = 'OH'; 
fEIPEOOH(i)=fEIPEOOH(i)-1; fOH(i)=fOH(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEOOH + hv = EIPEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EIPEOOH'; 
fEIPEOOH(i)=fEIPEOOH(i)-1; fEIPEO(i)=fEIPEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EIPEO = ETHACET + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'EIPEO'; 
fEIPEO(i)=fEIPEO(i)-1; fETHACET(i)=fETHACET(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'EIPEOH + OH = EIPEO';
k(:,i) = 5.70e-12;
Gstr{i,1} = 'EIPEOH'; Gstr{i,2} = 'OH'; 
fEIPEOH(i)=fEIPEOH(i)-1; fOH(i)=fOH(i)-1; fEIPEO(i)=fEIPEO(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3H + OH = ETBEACO3';
k(:,i) = 6.57e-12;
Gstr{i,1} = 'ETBEACO3H'; Gstr{i,2} = 'OH'; 
fETBEACO3H(i)=fETBEACO3H(i)-1; fOH(i)=fOH(i)-1; fETBEACO3(i)=fETBEACO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBEACO3H + hv = EIPEO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETBEACO3H'; 
fETBEACO3H(i)=fETBEACO3H(i)-1; fEIPEO2(i)=fEIPEO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAPAN + OH = ETHACET + HCHO + CO + NO2';
k(:,i) = 5.57e-12;
Gstr{i,1} = 'ETBEAPAN'; Gstr{i,2} = 'OH'; 
fETBEAPAN(i)=fETBEAPAN(i)-1; fOH(i)=fOH(i)-1; fETHACET(i)=fETHACET(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBEAPAN = ETBEACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ETBEAPAN'; 
fETBEAPAN(i)=fETBEAPAN(i)-1; fETBEACO3(i)=fETBEACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3H + OH = ETBECCO3';
k(:,i) = 1.09e-11;
Gstr{i,1} = 'ETBECCO3H'; Gstr{i,2} = 'OH'; 
fETBECCO3H(i)=fETBECCO3H(i)-1; fOH(i)=fOH(i)-1; fETBECCO3(i)=fETBECCO3(i)+1; 

i=i+1;
Rnames{i} = 'ETBECCO3H + hv = MTBEAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETBECCO3H'; 
fETBECCO3H(i)=fETBECCO3H(i)-1; fMTBEAO2(i)=fMTBEAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETBECPAN + OH = MTBEACHO + CO + NO2';
k(:,i) = 7.32e-12;
Gstr{i,1} = 'ETBECPAN'; Gstr{i,2} = 'OH'; 
fETBECPAN(i)=fETBECPAN(i)-1; fOH(i)=fOH(i)-1; fMTBEACHO(i)=fMTBEACHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETBECPAN = ETBECCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ETBECPAN'; 
fETBECPAN(i)=fETBECPAN(i)-1; fETBECCO3(i)=fETBECCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + HO2 = CHOOCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'HO2'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + HO2 = CHOOMCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'HO2'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOOMCO2H(i)=fCHOOMCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + HO2 = CHOOMCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'HO2'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOOMCO3H(i)=fCHOOMCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + NO = CHOOCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'NO'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fNO(i)=fNO(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + NO2 = CHOOMPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'NO2'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fNO2(i)=fNO2(i)-1; fCHOOMPAN(i)=fCHOOMPAN(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + NO3 = CHOOCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'NO3'; 
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + RO2 = CHOOCH2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'RO2';
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3 + RO2 = CHOOMCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CHOOMCO3'; Gstr{i,2} = 'RO2';
fCHOOMCO3(i)=fCHOOMCO3(i)-1; fCHOOMCO2H(i)=fCHOOMCO2H(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORMO2 + HO2 = PRNFORMOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'PRONFORMO2'; Gstr{i,2} = 'HO2'; 
fPRONFORMO2(i)=fPRONFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fPRNFORMOOH(i)=fPRNFORMOOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORMO2 + NO = PRONFORMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONFORMO2'; Gstr{i,2} = 'NO'; 
fPRONFORMO2(i)=fPRONFORMO2(i)-1; fNO(i)=fNO(i)-1; fPRONFORMO(i)=fPRONFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORMO2 + NO3 = PRONFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONFORMO2'; Gstr{i,2} = 'NO3'; 
fPRONFORMO2(i)=fPRONFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONFORMO(i)=fPRONFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORMO2 + RO2 = PRONFORMO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PRONFORMO2'; Gstr{i,2} = 'RO2';
fPRONFORMO2(i)=fPRONFORMO2(i)-1; fPRONFORMO(i)=fPRONFORMO(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + HO2 = PRCOOMCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'HO2'; 
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOMCO3H(i)=fPRCOOMCO3H(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + HO2 = PRCOOMO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'HO2'; 
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + NO = PRCOOMO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'NO'; 
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fNO(i)=fNO(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + NO2 = PRCOOMPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'NO2'; 
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fNO2(i)=fNO2(i)-1; fPRCOOMPAN(i)=fPRCOOMPAN(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + NO3 = PRCOOMO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'NO3'; 
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fNO3(i)=fNO3(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3 + RO2 = PRCOOMO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'PRCOOMCO3'; Gstr{i,2} = 'RO2';
fPRCOOMCO3(i)=fPRCOOMCO3(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMO2 + HO2 = PRCOOMOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PRCOOMO2'; Gstr{i,2} = 'HO2'; 
fPRCOOMO2(i)=fPRCOOMO2(i)-1; fHO2(i)=fHO2(i)-1; fPRCOOMOOH(i)=fPRCOOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMO2 + NO = PRCOOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRCOOMO2'; Gstr{i,2} = 'NO'; 
fPRCOOMO2(i)=fPRCOOMO2(i)-1; fNO(i)=fNO(i)-1; fPRCOOMO(i)=fPRCOOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMO2 + NO3 = PRCOOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRCOOMO2'; Gstr{i,2} = 'NO3'; 
fPRCOOMO2(i)=fPRCOOMO2(i)-1; fNO3(i)=fNO3(i)-1; fPRCOOMO(i)=fPRCOOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMO2 + RO2 = PRCOOMO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'PRCOOMO2'; Gstr{i,2} = 'RO2';
fPRCOOMO2(i)=fPRCOOMO2(i)-1; fPRCOOMO(i)=fPRCOOMO(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHOO2 + HO2 = BOXCOALOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'BOXCOCHOO2'; Gstr{i,2} = 'HO2'; 
fBOXCOCHOO2(i)=fBOXCOCHOO2(i)-1; fHO2(i)=fHO2(i)-1; fBOXCOALOOH(i)=fBOXCOALOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHOO2 + NO = BOXCOCHOO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOXCOCHOO2'; Gstr{i,2} = 'NO'; 
fBOXCOCHOO2(i)=fBOXCOCHOO2(i)-1; fNO(i)=fNO(i)-1; fBOXCOCHOO(i)=fBOXCOCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHOO2 + NO3 = BOXCOCHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXCOCHOO2'; Gstr{i,2} = 'NO3'; 
fBOXCOCHOO2(i)=fBOXCOCHOO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXCOCHOO(i)=fBOXCOCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHOO2 + RO2 = BOXCOCHOO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'BOXCOCHOO2'; Gstr{i,2} = 'RO2';
fBOXCOCHOO2(i)=fBOXCOCHOO2(i)-1; fBOXCOCHOO(i)=fBOXCOCHOO(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + HO2 = BUFORMOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'HO2'; 
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fBUFORMOOH(i)=fBUFORMOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + NO = BUFORMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'NO'; 
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fNO(i)=fNO(i)-1; fBUFORMO(i)=fBUFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + NO3 = BUFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'NO3'; 
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fBUFORMO(i)=fBUFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + RO2 = BUFORMO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'RO2';
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fBUFORMO(i)=fBUFORMO(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + RO2 = BUOHFORM';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'RO2';
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fBUOHFORM(i)=fBUOHFORM(i)+1; 

i=i+1;
Rnames{i} = 'BOXFORMO2 + RO2 = PRCOFORM';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BOXFORMO2'; Gstr{i,2} = 'RO2';
fBOXFORMO2(i)=fBOXFORMO2(i)-1; fPRCOFORM(i)=fPRCOFORM(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOPO2 + HO2 = PRNOCOPOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PRONOCOPO2'; Gstr{i,2} = 'HO2'; 
fPRONOCOPO2(i)=fPRONOCOPO2(i)-1; fHO2(i)=fHO2(i)-1; fPRNOCOPOOH(i)=fPRNOCOPOOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOPO2 + NO = PRONOCOPO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONOCOPO2'; Gstr{i,2} = 'NO'; 
fPRONOCOPO2(i)=fPRONOCOPO2(i)-1; fNO(i)=fNO(i)-1; fPRONOCOPO(i)=fPRONOCOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOPO2 + NO3 = PRONOCOPO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONOCOPO2'; Gstr{i,2} = 'NO3'; 
fPRONOCOPO2(i)=fPRONOCOPO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONOCOPO(i)=fPRONOCOPO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOPO2 + RO2 = PRONOCOPO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PRONOCOPO2'; Gstr{i,2} = 'RO2';
fPRONOCOPO2(i)=fPRONOCOPO2(i)-1; fPRONOCOPO(i)=fPRONOCOPO(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOOLOOH + OH = BOXCOEOLO2';
k(:,i) = 5.29e-11;
Gstr{i,1} = 'BOXCOOLOOH'; Gstr{i,2} = 'OH'; 
fBOXCOOLOOH(i)=fBOXCOOLOOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOEOLO2(i)=fBOXCOEOLO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOOLOOH + hv = BOXCOEOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXCOOLOOH'; 
fBOXCOOLOOH(i)=fBOXCOOLOOH(i)-1; fBOXCOEOLO(i)=fBOXCOEOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOEOLO = C3H7CHO + CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXCOEOLO'; 
fBOXCOEOLO(i)=fBOXCOEOLO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOMO2 + HO2 = BOX2COMOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'BOXCOCOMO2'; Gstr{i,2} = 'HO2'; 
fBOXCOCOMO2(i)=fBOXCOCOMO2(i)-1; fHO2(i)=fHO2(i)-1; fBOX2COMOOH(i)=fBOX2COMOOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOMO2 + NO = BOXCOCOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BOXCOCOMO2'; Gstr{i,2} = 'NO'; 
fBOXCOCOMO2(i)=fBOXCOCOMO2(i)-1; fNO(i)=fNO(i)-1; fBOXCOCOMO(i)=fBOXCOCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOMO2 + NO3 = BOXCOCOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BOXCOCOMO2'; Gstr{i,2} = 'NO3'; 
fBOXCOCOMO2(i)=fBOXCOCOMO2(i)-1; fNO3(i)=fNO3(i)-1; fBOXCOCOMO(i)=fBOXCOCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOMO2 + RO2 = BOXCOCOMO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'BOXCOCOMO2'; Gstr{i,2} = 'RO2';
fBOXCOCOMO2(i)=fBOXCOCOMO2(i)-1; fBOXCOCOMO(i)=fBOXCOCOMO(i)+1; 

i=i+1;
Rnames{i} = 'BRETO2H + OH = CH2BRO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'BRETO2H'; Gstr{i,2} = 'OH'; 
fBRETO2H(i)=fBRETO2H(i)-1; fOH(i)=fOH(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3H + OH = BRETO3';
k(:,i) = 3.79e-12;
Gstr{i,1} = 'BRETO3H'; Gstr{i,2} = 'OH'; 
fBRETO3H(i)=fBRETO3H(i)-1; fOH(i)=fOH(i)-1; fBRETO3(i)=fBRETO3(i)+1; 

i=i+1;
Rnames{i} = 'BRETO3H + hv = CH2BRO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'BRETO3H'; 
fBRETO3H(i)=fBRETO3H(i)-1; fCH2BRO2(i)=fCH2BRO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BRETPAN + OH = CHOBR + CO + NO2';
k(:,i) = 5.56e-13;
Gstr{i,1} = 'BRETPAN'; Gstr{i,2} = 'OH'; 
fBRETPAN(i)=fBRETPAN(i)-1; fOH(i)=fOH(i)-1; fCHOBR(i)=fCHOBR(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BRETPAN = BRETO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'BRETPAN'; 
fBRETPAN(i)=fBRETPAN(i)-1; fBRETO3(i)=fBRETO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C4OOH + OH = HO1CO3C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HOCO3C4OOH'; Gstr{i,2} = 'OH'; 
fHOCO3C4OOH(i)=fHOCO3C4OOH(i)-1; fOH(i)=fOH(i)-1; fHO1CO3C4O2(i)=fHO1CO3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C4OOH + OH = HO1CO3CHO + OH';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'HOCO3C4OOH'; Gstr{i,2} = 'OH'; 
fHOCO3C4OOH(i)=fHOCO3C4OOH(i)-1; fOH(i)=fOH(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C4OOH + hv = HO1CO3C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOCO3C4OOH'; 
fHOCO3C4OOH(i)=fHOCO3C4OOH(i)-1; fHO1CO3C4O(i)=fHO1CO3C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C4OOH + hv = HO1CO3C4O + OH';
k(:,i) = J22;
Gstr{i,1} = 'HOCO3C4OOH'; 
fHOCO3C4OOH(i)=fHOCO3C4OOH(i)-1; fHO1CO3C4O(i)=fHO1CO3C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3C4O = HOC2H4CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'HO1CO3C4O'; 
fHO1CO3C4O(i)=fHO1CO3C4O(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO2C4 + OH = HO1CO3CHO + HO2';
k(:,i) = 1.57e-11;
Gstr{i,1} = 'HO14CO2C4'; Gstr{i,2} = 'OH'; 
fHO14CO2C4(i)=fHO14CO2C4(i)-1; fOH(i)=fOH(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO2C4 + hv = HOCH2CO3 + HOCH2CH2O2';
k(:,i) = J22;
Gstr{i,1} = 'HO14CO2C4'; 
fHO14CO2C4(i)=fHO14CO2C4(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3CHO + NO3 = HOC2H4CO3 + CO + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'HO1CO3CHO'; Gstr{i,2} = 'NO3'; 
fHO1CO3CHO(i)=fHO1CO3CHO(i)-1; fNO3(i)=fNO3(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3CHO + OH = HOC2H4CO3 + CO';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'HO1CO3CHO'; Gstr{i,2} = 'OH'; 
fHO1CO3CHO(i)=fHO1CO3CHO(i)-1; fOH(i)=fOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO3CHO + hv = HOC2H4CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'HO1CO3CHO'; 
fHO1CO3CHO(i)=fHO1CO3CHO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BIACETOOH + hv = BIACETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BIACETOOH'; 
fBIACETOOH(i)=fBIACETOOH(i)-1; fBIACETO(i)=fBIACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BIACETOOH + hv = BIACETO + OH';
k(:,i) = J35;
Gstr{i,1} = 'BIACETOOH'; 
fBIACETOOH(i)=fBIACETOOH(i)-1; fBIACETO(i)=fBIACETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + BIACETOOH = BIACETO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BIACETOOH'; 
fOH(i)=fOH(i)-1; fBIACETOOH(i)=fBIACETOOH(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + BIACETOOH = CO23C3CHO + OH';
k(:,i) = 5.99e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'BIACETOOH'; 
fOH(i)=fOH(i)-1; fBIACETOOH(i)=fBIACETOOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BIACETO = CH3CO3 + HCHO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'BIACETO'; 
fBIACETO(i)=fBIACETO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HOCO4C5OOH + OH = HO2CO4C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'HOCO4C5OOH'; Gstr{i,2} = 'OH'; 
fHOCO4C5OOH(i)=fHOCO4C5OOH(i)-1; fOH(i)=fOH(i)-1; fHO2CO4C5O2(i)=fHO2CO4C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO4C5OOH + OH = HO2CO4CHO + OH';
k(:,i) = 3.67e-11;
Gstr{i,1} = 'HOCO4C5OOH'; Gstr{i,2} = 'OH'; 
fHOCO4C5OOH(i)=fHOCO4C5OOH(i)-1; fOH(i)=fOH(i)-1; fHO2CO4CHO(i)=fHO2CO4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO4C5OOH + hv = HO2CO4C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOCO4C5OOH'; 
fHOCO4C5OOH(i)=fHOCO4C5OOH(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO4C5OOH + hv = HO2CO4C5O + OH';
k(:,i) = J22;
Gstr{i,1} = 'HOCO4C5OOH'; 
fHOCO4C5OOH(i)=fHOCO4C5OOH(i)-1; fHO2CO4C5O(i)=fHO2CO4C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4C5O = CO2C3CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'HO2CO4C5O'; 
fHO2CO4C5O(i)=fHO2CO4C5O(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO2C5 + OH = HO1CO24C5 + HO2';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'HO14CO2C5'; Gstr{i,2} = 'OH'; 
fHO14CO2C5(i)=fHO14CO2C5(i)-1; fOH(i)=fOH(i)-1; fHO1CO24C5(i)=fHO1CO24C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO2C5 + hv = IPROPOLO2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'HO14CO2C5'; 
fHO14CO2C5(i)=fHO14CO2C5(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4CHO + OH = CO24C4CHO + HO2';
k(:,i) = 3.02e-11;
Gstr{i,1} = 'HO2CO4CHO'; Gstr{i,2} = 'OH'; 
fHO2CO4CHO(i)=fHO2CO4CHO(i)-1; fOH(i)=fOH(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO4CHO + hv = HO2C3CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'HO2CO4CHO'; 
fHO2CO4CHO(i)=fHO2CO4CHO(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54OOH + OH = CO23C54O2';
k(:,i) = 2.24e-11;
Gstr{i,1} = 'CO23C54OOH'; Gstr{i,2} = 'OH'; 
fCO23C54OOH(i)=fCO23C54OOH(i)-1; fOH(i)=fOH(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54OOH + hv = CO23C54O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO23C54OOH'; 
fCO23C54OOH(i)=fCO23C54OOH(i)-1; fCO23C54O(i)=fCO23C54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54OOH + hv = CO23C54O + OH';
k(:,i) = J35;
Gstr{i,1} = 'CO23C54OOH'; 
fCO23C54OOH(i)=fCO23C54OOH(i)-1; fCO23C54O(i)=fCO23C54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C54O = CH3CHO + CH3CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO23C54O'; 
fCO23C54O(i)=fCO23C54O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C5OOH + OH = HOCO3C54O2';
k(:,i) = 3.57e-11;
Gstr{i,1} = 'HOCO3C5OOH'; Gstr{i,2} = 'OH'; 
fHOCO3C5OOH(i)=fHOCO3C5OOH(i)-1; fOH(i)=fOH(i)-1; fHOCO3C54O2(i)=fHOCO3C54O2(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C5OOH + hv = CH3CHO + HOC2H4CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'HOCO3C5OOH'; 
fHOCO3C5OOH(i)=fHOCO3C5OOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C5OOH + hv = HOCO3C54O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOCO3C5OOH'; 
fHOCO3C5OOH(i)=fHOCO3C5OOH(i)-1; fHOCO3C54O(i)=fHOCO3C54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOCO3C54O = CH3CHO + HOC2H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'HOCO3C54O'; 
fHOCO3C54O(i)=fHOCO3C54O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO3C5 + OH = HO1CO34C5 + HO2';
k(:,i) = 1.88e-11;
Gstr{i,1} = 'HO14CO3C5'; Gstr{i,2} = 'OH'; 
fHO14CO3C5(i)=fHO14CO3C5(i)-1; fOH(i)=fOH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO14CO3C5 + hv = CH3CHO + HOC2H4CO3';
k(:,i) = J22;
Gstr{i,1} = 'HO14CO3C5'; 
fHO14CO3C5(i)=fHO14CO3C5(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO1CO34C5 + hv = CH3CO3 + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'HO1CO34C5'; 
fHO1CO34C5(i)=fHO1CO34C5(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO1CO34C5 = CO23C4CHO + HO2';
k(:,i) = 1.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO1CO34C5'; 
fOH(i)=fOH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)-1; fCO23C4CHO(i)=fCO23C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C53OOH + hv = C53O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C53OOH'; 
fC53OOH(i)=fC53OOH(i)-1; fC53O(i)=fC53O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C53OOH + hv = HCHO + HOIPRCO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C53OOH'; 
fC53OOH(i)=fC53OOH(i)-1; fHCHO(i)=fHCHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C53OOH = C53O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C53OOH'; 
fOH(i)=fOH(i)-1; fC53OOH(i)=fC53OOH(i)-1; fC53O2(i)=fC53O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C53OOH = HOIPRGLYOX + OH';
k(:,i) = 3.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C53OOH'; 
fOH(i)=fOH(i)-1; fC53OOH(i)=fC53OOH(i)-1; fHOIPRGLYOX(i)=fHOIPRGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C53O = HCHO + HOIPRCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C53O'; 
fC53O(i)=fC53O(i)-1; fHCHO(i)=fHCHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'C53OH + hv = HCHO + HOIPRCO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C53OH'; 
fC53OH(i)=fC53OH(i)-1; fHCHO(i)=fHCHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C53OH = HOIPRGLYOX + HO2';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C53OH'; 
fOH(i)=fOH(i)-1; fC53OH(i)=fC53OH(i)-1; fHOIPRGLYOX(i)=fHOIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIPRGLYOX + hv = HOIPRCO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'HOIPRGLYOX'; 
fHOIPRGLYOX(i)=fHOIPRGLYOX(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIPRGLYOX = HOIPRCO3 + CO';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIPRGLYOX'; 
fOH(i)=fOH(i)-1; fHOIPRGLYOX(i)=fHOIPRGLYOX(i)-1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C41CO2H + hv = CH3CO3 + C2H5O2';
k(:,i) = J22;
Gstr{i,1} = 'C41CO2H'; 
fC41CO2H(i)=fC41CO2H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C41CO2H = MEKBO2';
k(:,i) = 4.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C41CO2H'; 
fOH(i)=fOH(i)-1; fC41CO2H(i)=fC41CO2H(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3H + hv = CH3CO3 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'C41CO3H'; 
fC41CO3H(i)=fC41CO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C41CO3H + hv = MEKBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C41CO3H'; 
fC41CO3H(i)=fC41CO3H(i)-1; fMEKBO2(i)=fMEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C41CO3H = C41CO3';
k(:,i) = 7.56e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C41CO3H'; 
fOH(i)=fOH(i)-1; fC41CO3H(i)=fC41CO3H(i)-1; fC41CO3(i)=fC41CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN7 = C41CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN7'; 
fC5PAN7(i)=fC5PAN7(i)-1; fC41CO3(i)=fC41CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN7 = BIACET + CO + NO2';
k(:,i) = 3.96e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN7'; 
fOH(i)=fOH(i)-1; fC5PAN7(i)=fC5PAN7(i)-1; fBIACET(i)=fBIACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC6OOH + OH = CO2HOC61O2';
k(:,i) = 4.93e-11;
Gstr{i,1} = 'CO2HOC6OOH'; Gstr{i,2} = 'OH'; 
fCO2HOC6OOH(i)=fCO2HOC6OOH(i)-1; fOH(i)=fOH(i)-1; fCO2HOC61O2(i)=fCO2HOC61O2(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC6OOH + hv = CO2HOC61O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2HOC6OOH'; 
fCO2HOC6OOH(i)=fCO2HOC6OOH(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC6OOH + hv = CO2HOC61O + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO2HOC6OOH'; 
fCO2HOC6OOH(i)=fCO2HOC6OOH(i)-1; fCO2HOC61O(i)=fCO2HOC61O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2HOC61O = HO3C4CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO2HOC61O'; 
fCO2HOC61O(i)=fCO2HOC61O(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6OOH + OH = CO235C6 + OH';
k(:,i) = 1.93e-11;
Gstr{i,1} = 'CO24C6OOH'; Gstr{i,2} = 'OH'; 
fCO24C6OOH(i)=fCO24C6OOH(i)-1; fOH(i)=fOH(i)-1; fCO235C6(i)=fCO235C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6OOH + OH = CO24C6O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CO24C6OOH'; Gstr{i,2} = 'OH'; 
fCO24C6OOH(i)=fCO24C6OOH(i)-1; fOH(i)=fOH(i)-1; fCO24C6O2(i)=fCO24C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6OOH + hv = CH3CHO + CO2C3CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO24C6OOH'; 
fCO24C6OOH(i)=fCO24C6OOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6OOH + hv = CO24C6O + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO24C6OOH'; 
fCO24C6OOH(i)=fCO24C6OOH(i)-1; fCO24C6O(i)=fCO24C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6OOH + hv = CO24C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO24C6OOH'; 
fCO24C6OOH(i)=fCO24C6OOH(i)-1; fCO24C6O(i)=fCO24C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO24C6O = CO2C3CO3 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO24C6O'; 
fCO24C6O(i)=fCO24C6O(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6OOH + hv = CH3CO3 + CO2C3CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C6OOH'; 
fCO25C6OOH(i)=fCO25C6OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6OOH + hv = CO25C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO25C6OOH'; 
fCO25C6OOH(i)=fCO25C6OOH(i)-1; fCO25C6O(i)=fCO25C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C6OOH = CO235C6 + OH';
k(:,i) = 5.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C6OOH'; 
fOH(i)=fOH(i)-1; fCO25C6OOH(i)=fCO25C6OOH(i)-1; fCO235C6(i)=fCO235C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6O = CO2C3CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO25C6O'; 
fCO25C6O(i)=fCO25C6O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6 + hv = CH3CO3 + CH3COCH2O2 + CO';
k(:,i) = J22;
Gstr{i,1} = 'CO235C6'; 
fCO235C6(i)=fCO235C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6 + hv = CH3CO3 + CO2C3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO235C6'; 
fCO235C6(i)=fCO235C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO235C6 = C62O2';
k(:,i) = 7.29e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO235C6'; 
fOH(i)=fOH(i)-1; fCO235C6(i)=fCO235C6(i)-1; fC62O2(i)=fC62O2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6OH + hv = CH3CO3 + CO2C3CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C6OH'; 
fCO25C6OH(i)=fCO25C6OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C6OH = CO235C6 + HO2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C6OH'; 
fOH(i)=fOH(i)-1; fCO25C6OH(i)=fCO25C6OH(i)-1; fCO235C6(i)=fCO235C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4OOH + hv = HO2C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C4OOH'; 
fHO2C4OOH(i)=fHO2C4OOH(i)-1; fHO2C4O(i)=fHO2C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4OOH = HO2C3CHO + OH';
k(:,i) = 1.97e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4OOH'; 
fOH(i)=fOH(i)-1; fHO2C4OOH(i)=fHO2C4OOH(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4OOH = HO2C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4OOH'; 
fOH(i)=fOH(i)-1; fHO2C4OOH(i)=fHO2C4OOH(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4NO3 + hv = HO2C4O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HO2C4NO3'; 
fHO2C4NO3(i)=fHO2C4NO3(i)-1; fHO2C4O(i)=fHO2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4NO3 = HO2C3CHO + NO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4NO3'; 
fOH(i)=fOH(i)-1; fHO2C4NO3(i)=fHO2C4NO3(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O = HO13C4O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'HO2C4O'; 
fHO2C4O(i)=fHO2C4O(i)-1; fHO13C4O2(i)=fHO13C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4O = HO2C3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HO2C4O'; 
fHO2C4O(i)=fHO2C4O(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C61OOH + hv = C61O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C61OOH'; 
fC61OOH(i)=fC61OOH(i)-1; fC61O(i)=fC61O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61OOH + hv = C61O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C61OOH'; 
fC61OOH(i)=fC61OOH(i)-1; fC61O(i)=fC61O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C61OOH = C61CO + OH';
k(:,i) = 9.12e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C61OOH'; 
fOH(i)=fOH(i)-1; fC61OOH(i)=fC61OOH(i)-1; fC61CO(i)=fC61CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61NO3 + hv = C61O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C61NO3'; 
fC61NO3(i)=fC61NO3(i)-1; fC61O(i)=fC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61NO3 + hv = C61O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C61NO3'; 
fC61NO3(i)=fC61NO3(i)-1; fC61O(i)=fC61O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C61NO3 = C61CO + NO2';
k(:,i) = 2.04e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C61NO3'; 
fOH(i)=fOH(i)-1; fC61NO3(i)=fC61NO3(i)-1; fC61CO(i)=fC61CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61O = CO2C3CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C61O'; 
fC61O(i)=fC61O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CO + hv = CO2C3CO3 + CH3CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C61CO'; 
fC61CO(i)=fC61CO(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C61CO = CO235C6 + HO2';
k(:,i) = 6.03e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C61CO'; 
fOH(i)=fOH(i)-1; fC61CO(i)=fC61CO(i)-1; fCO235C6(i)=fCO235C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C61OH + hv = C61O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C61OH'; 
fC61OH(i)=fC61OH(i)-1; fC61O(i)=fC61O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C61OH = C61CO + HO2';
k(:,i) = 4.22e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C61OH'; 
fOH(i)=fOH(i)-1; fC61OH(i)=fC61OH(i)-1; fC61CO(i)=fC61CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65OOH + OH = CO23C65O2';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'CO23C65OOH'; Gstr{i,2} = 'OH'; 
fCO23C65OOH(i)=fCO23C65OOH(i)-1; fOH(i)=fOH(i)-1; fCO23C65O2(i)=fCO23C65O2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65OOH + hv = CO23C65O + OH';
k(:,i) = J35;
Gstr{i,1} = 'CO23C65OOH'; 
fCO23C65OOH(i)=fCO23C65OOH(i)-1; fCO23C65O(i)=fCO23C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65OOH + hv = CO23C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO23C65OOH'; 
fCO23C65OOH(i)=fCO23C65OOH(i)-1; fCO23C65O(i)=fCO23C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O = CH3CHO + BIACETO2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'CO23C65O'; 
fCO23C65O(i)=fCO23C65O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fBIACETO2(i)=fBIACETO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C65O = CO235C6 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CO23C65O'; 
fCO23C65O(i)=fCO23C65O(i)-1; fCO235C6(i)=fCO235C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OHOOH + OH = C6CO23HO5 + OH';
k(:,i) = 4.67e-11;
Gstr{i,1} = 'C6CO3OHOOH'; Gstr{i,2} = 'OH'; 
fC6CO3OHOOH(i)=fC6CO3OHOOH(i)-1; fOH(i)=fOH(i)-1; fC6CO23HO5(i)=fC6CO23HO5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OHOOH + OH = C6CO3OH5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C6CO3OHOOH'; Gstr{i,2} = 'OH'; 
fC6CO3OHOOH(i)=fC6CO3OHOOH(i)-1; fOH(i)=fOH(i)-1; fC6CO3OH5O2(i)=fC6CO3OH5O2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OHOOH + hv = C6CO3OH5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CO3OHOOH'; 
fC6CO3OHOOH(i)=fC6CO3OHOOH(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OHOOH + hv = C6CO3OH5O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6CO3OHOOH'; 
fC6CO3OHOOH(i)=fC6CO3OHOOH(i)-1; fC6CO3OH5O(i)=fC6CO3OH5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3OH5O = CH3CHO + HO2C3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C6CO3OH5O'; 
fC6CO3OH5O(i)=fC6CO3OH5O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO23HO5 + OH = CO235C6 + HO2';
k(:,i) = 2.86e-11;
Gstr{i,1} = 'C6CO23HO5'; Gstr{i,2} = 'OH'; 
fC6CO23HO5(i)=fC6CO23HO5(i)-1; fOH(i)=fOH(i)-1; fCO235C6(i)=fCO235C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO23HO5 + hv = HO2C3CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C6CO23HO5'; 
fC6CO23HO5(i)=fC6CO23HO5(i)-1; fHO2C3CO3(i)=fHO2C3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO25 + OH = C61CO + HO2';
k(:,i) = 3.38e-11;
Gstr{i,1} = 'C6CO3HO25'; Gstr{i,2} = 'OH'; 
fC6CO3HO25(i)=fC6CO3HO25(i)-1; fOH(i)=fOH(i)-1; fC61CO(i)=fC61CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO25 + hv = IPROPOLO2 + CH3CHOHCO3';
k(:,i) = J22;
Gstr{i,1} = 'C6CO3HO25'; 
fC6CO3HO25(i)=fC6CO3HO25(i)-1; fIPROPOLO2(i)=fIPROPOLO2(i)+1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34OOH + OH = C6CO34O2';
k(:,i) = 2.36e-11;
Gstr{i,1} = 'C6CO34OOH'; Gstr{i,2} = 'OH'; 
fC6CO34OOH(i)=fC6CO34OOH(i)-1; fOH(i)=fOH(i)-1; fC6CO34O2(i)=fC6CO34O2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34OOH + hv = C6CO34O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CO34OOH'; 
fC6CO34OOH(i)=fC6CO34OOH(i)-1; fC6CO34O(i)=fC6CO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34OOH + hv = C6CO34O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C6CO34OOH'; 
fC6CO34OOH(i)=fC6CO34OOH(i)-1; fC6CO34O(i)=fC6CO34O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34O = CH3CHO + C2H5CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C6CO34O'; 
fC6CO34O(i)=fC6CO34O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6HOCOOOH + OH = C6CO34HO1 + OH';
k(:,i) = 4.05e-11;
Gstr{i,1} = 'C6HOCOOOH'; Gstr{i,2} = 'OH'; 
fC6HOCOOOH(i)=fC6HOCOOOH(i)-1; fOH(i)=fOH(i)-1; fC6CO34HO1(i)=fC6CO34HO1(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6HOCOOOH + OH = C6HO1CO3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C6HOCOOOH'; Gstr{i,2} = 'OH'; 
fC6HOCOOOH(i)=fC6HOCOOOH(i)-1; fOH(i)=fOH(i)-1; fC6HO1CO3O2(i)=fC6HO1CO3O2(i)+1; 

i=i+1;
Rnames{i} = 'C6HOCOOOH + hv = C2H5CHO + HOC2H4CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6HOCOOOH'; 
fC6HOCOOOH(i)=fC6HOCOOOH(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6HOCOOOH + hv = C6HO1CO3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6HOCOOOH'; 
fC6HOCOOOH(i)=fC6HOCOOOH(i)-1; fC6HO1CO3O(i)=fC6HO1CO3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6HO1CO3O = C2H5CHO + HOC2H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C6HO1CO3O'; 
fC6HO1CO3O(i)=fC6HO1CO3O(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34HO1 + OH = C6CO134 + HO2';
k(:,i) = 1.46e-11;
Gstr{i,1} = 'C6CO34HO1'; Gstr{i,2} = 'OH'; 
fC6CO34HO1(i)=fC6CO34HO1(i)-1; fOH(i)=fOH(i)-1; fC6CO134(i)=fC6CO134(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO34HO1 + hv = C2H5CO3 + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C6CO34HO1'; 
fC6CO34HO1(i)=fC6CO34HO1(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO14 + OH = C6CO34HO1 + HO2';
k(:,i) = 2.34e-11;
Gstr{i,1} = 'C6CO3HO14'; Gstr{i,2} = 'OH'; 
fC6CO3HO14(i)=fC6CO3HO14(i)-1; fOH(i)=fOH(i)-1; fC6CO34HO1(i)=fC6CO34HO1(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3HO14 + hv = C2H5CHO + HOC2H4CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CO3HO14'; 
fC6CO3HO14(i)=fC6CO3HO14(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3H + OH = C3COCCO3';
k(:,i) = 8.77e-12;
Gstr{i,1} = 'C3COCCO3H'; Gstr{i,2} = 'OH'; 
fC3COCCO3H(i)=fC3COCCO3H(i)-1; fOH(i)=fOH(i)-1; fC3COCCO3(i)=fC3COCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C3COCCO3H + hv = PEN2ONE1O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3COCCO3H'; 
fC3COCCO3H(i)=fC3COCCO3H(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3COCPAN + OH = PGLYOX + CO + NO2';
k(:,i) = 5.18e-12;
Gstr{i,1} = 'C3COCPAN'; Gstr{i,2} = 'OH'; 
fC3COCPAN(i)=fC3COCPAN(i)-1; fOH(i)=fOH(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3COCPAN = C3COCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3COCPAN'; 
fC3COCPAN(i)=fC3COCPAN(i)-1; fC3COCCO3(i)=fC3COCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ONE1OOH + OH = PEN2ONE1O2';
k(:,i) = 1.66e-11;
Gstr{i,1} = 'PE2ONE1OOH'; Gstr{i,2} = 'OH'; 
fPE2ONE1OOH(i)=fPE2ONE1OOH(i)-1; fOH(i)=fOH(i)-1; fPEN2ONE1O2(i)=fPEN2ONE1O2(i)+1; 

i=i+1;
Rnames{i} = 'PE2ONE1OOH + hv = PEN2ONE1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PE2ONE1OOH'; 
fPE2ONE1OOH(i)=fPE2ONE1OOH(i)-1; fPEN2ONE1O(i)=fPEN2ONE1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COOOH + OH = MIBK3COO2';
k(:,i) = 4.97e-12;
Gstr{i,1} = 'MIBK3COOOH'; Gstr{i,2} = 'OH'; 
fMIBK3COOOH(i)=fMIBK3COOOH(i)-1; fOH(i)=fOH(i)-1; fMIBK3COO2(i)=fMIBK3COO2(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COOOH + hv = MIBK3COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MIBK3COOOH'; 
fMIBK3COOOH(i)=fMIBK3COOOH(i)-1; fMIBK3COO(i)=fMIBK3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COOOH + hv = MIBK3COO + OH';
k(:,i) = J34;
Gstr{i,1} = 'MIBK3COOOH'; 
fMIBK3COOOH(i)=fMIBK3COOOH(i)-1; fMIBK3COO(i)=fMIBK3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MIBK3COO = CH3COCH3 + CH3CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'MIBK3COO'; 
fMIBK3COO(i)=fMIBK3COO(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C612OOH + hv = C612O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C612OOH'; 
fC612OOH(i)=fC612OOH(i)-1; fC612O(i)=fC612O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C612OOH + hv = C612O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C612OOH'; 
fC612OOH(i)=fC612OOH(i)-1; fC612O(i)=fC612O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C612OOH = C612O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C612OOH'; 
fOH(i)=fOH(i)-1; fC612OOH(i)=fC612OOH(i)-1; fC612O2(i)=fC612O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C612OOH = HM22COCHO + OH';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C612OOH'; 
fOH(i)=fOH(i)-1; fC612OOH(i)=fC612OOH(i)-1; fHM22COCHO(i)=fHM22COCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C612O = HM22CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C612O'; 
fC612O(i)=fC612O(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C612OH + hv = C612O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C612OH'; 
fC612OH(i)=fC612OH(i)-1; fC612O(i)=fC612O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C612OH = HM22COCHO + HO2';
k(:,i) = 1.60e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C612OH'; 
fOH(i)=fOH(i)-1; fC612OH(i)=fC612OH(i)-1; fHM22COCHO(i)=fHM22COCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22COCHO + hv = HM22CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'HM22COCHO'; 
fHM22COCHO(i)=fHM22COCHO(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22COCHO = HM22CO3 + CO';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22COCHO'; 
fOH(i)=fOH(i)-1; fHM22COCHO(i)=fHM22COCHO(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M33CO2H = MIPKAO2';
k(:,i) = 1.41e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M33CO2H'; 
fOH(i)=fOH(i)-1; fCO2M33CO2H(i)=fCO2M33CO2H(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M33CO3H + hv = MIPKAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2M33CO3H'; 
fCO2M33CO3H(i)=fCO2M33CO3H(i)-1; fMIPKAO2(i)=fMIPKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M33CO3H = CO2M33CO3';
k(:,i) = 4.98e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M33CO3H'; 
fOH(i)=fOH(i)-1; fCO2M33CO3H(i)=fCO2M33CO3H(i)-1; fCO2M33CO3(i)=fCO2M33CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN16 = CO2M33CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN16'; 
fC6PAN16(i)=fC6PAN16(i)-1; fCO2M33CO3(i)=fCO2M33CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN16 = BIACET + HCHO + CO + NO2';
k(:,i) = 1.38e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN16'; 
fOH(i)=fOH(i)-1; fC6PAN16(i)=fC6PAN16(i)-1; fBIACET(i)=fBIACET(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOOOH + OH = C6COCHOO2';
k(:,i) = 9.13e-11;
Gstr{i,1} = 'C6COCHOOOH'; Gstr{i,2} = 'OH'; 
fC6COCHOOOH(i)=fC6COCHOOOH(i)-1; fOH(i)=fOH(i)-1; fC6COCHOO2(i)=fC6COCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOOOH + hv = C6COCHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6COCHOOOH'; 
fC6COCHOOOH(i)=fC6COCHOOOH(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOOOH + hv = C6COCHOO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C6COCHOOOH'; 
fC6COCHOOOH(i)=fC6COCHOOOH(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOOOH + hv = C6COCHOO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6COCHOOOH'; 
fC6COCHOOOH(i)=fC6COCHOOOH(i)-1; fC6COCHOO(i)=fC6COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOO = C6CODIAL + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C6COCHOO'; 
fC6COCHOO(i)=fC6COCHOO(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CODIAL + NO3 = C6COCHOCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*5.5;
Gstr{i,1} = 'C6CODIAL'; Gstr{i,2} = 'NO3'; 
fC6CODIAL(i)=fC6CODIAL(i)-1; fNO3(i)=fNO3(i)-1; fC6COCHOCO3(i)=fC6COCHOCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CODIAL + OH = C6COCHOCO3';
k(:,i) = 9.78e-11;
Gstr{i,1} = 'C6CODIAL'; Gstr{i,2} = 'OH'; 
fC6CODIAL(i)=fC6CODIAL(i)-1; fOH(i)=fOH(i)-1; fC6COCHOCO3(i)=fC6COCHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CODIAL + hv = C5COCHOO2 + HO2 + CO';
k(:,i) = J15.*2;
Gstr{i,1} = 'C6CODIAL'; 
fC6CODIAL(i)=fC6CODIAL(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6CODIAL + hv = CHOC2H4O2 + HCOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'C6CODIAL'; 
fC6CODIAL(i)=fC6CODIAL(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6COHOCHO + OH = C6CODIAL + HO2';
k(:,i) = 8.07e-11;
Gstr{i,1} = 'C6COHOCHO'; Gstr{i,2} = 'OH'; 
fC6COHOCHO(i)=fC6COHOCHO(i)-1; fOH(i)=fOH(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COHOCHO + hv = HCOCH2CO3 + HO1C3O2';
k(:,i) = J22;
Gstr{i,1} = 'C6COHOCHO'; 
fC6COHOCHO(i)=fC6COHOCHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'C6COHOCHO + hv = HCOCH2CO3 + HO1C3O2';
k(:,i) = J15;
Gstr{i,1} = 'C6COHOCHO'; 
fC6COHOCHO(i)=fC6COHOCHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'CY6COCOOOH + OH = CY6DIONO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CY6COCOOOH'; Gstr{i,2} = 'OH'; 
fCY6COCOOOH(i)=fCY6COCOOOH(i)-1; fOH(i)=fOH(i)-1; fCY6DIONO2(i)=fCY6DIONO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6COCOOOH + OH = CY6TRION + OH';
k(:,i) = 4.63e-10;
Gstr{i,1} = 'CY6COCOOOH'; Gstr{i,2} = 'OH'; 
fCY6COCOOOH(i)=fCY6COCOOOH(i)-1; fOH(i)=fOH(i)-1; fCY6TRION(i)=fCY6TRION(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6COCOOOH + hv = CY6DIONO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CY6COCOOOH'; 
fCY6COCOOOH(i)=fCY6COCOOOH(i)-1; fCY6DIONO(i)=fCY6DIONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO = CY6TRION + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'CY6DIONO'; 
fCY6DIONO(i)=fCY6DIONO(i)-1; fCY6TRION(i)=fCY6TRION(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONO = CY6TRIONO2';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'CY6DIONO'; 
fCY6DIONO(i)=fCY6DIONO(i)-1; fCY6TRIONO2(i)=fCY6TRIONO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONOH + OH = CY6TRION + HO2';
k(:,i) = 1.22e-10;
Gstr{i,1} = 'CY6DIONOH'; Gstr{i,2} = 'OH'; 
fCY6DIONOH(i)=fCY6DIONOH(i)-1; fOH(i)=fOH(i)-1; fCY6TRION(i)=fCY6TRION(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONOH + hv = ACR + CO + VINOH';
k(:,i) = J22;
Gstr{i,1} = 'CY6DIONOH'; 
fCY6DIONOH(i)=fCY6DIONOH(i)-1; fACR(i)=fACR(i)+1; fCO(i)=fCO(i)+1; fVINOH(i)=fVINOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRION + OH = C6CYTONO2';
k(:,i) = 1.45e-12;
Gstr{i,1} = 'CY6TRION'; Gstr{i,2} = 'OH'; 
fCY6TRION(i)=fCY6TRION(i)-1; fOH(i)=fOH(i)-1; fC6CYTONO2(i)=fC6CYTONO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRION + hv = C3H6 + CO + CO + CO';
k(:,i) = J22.*3;
Gstr{i,1} = 'CY6TRION'; 
fCY6TRION(i)=fCY6TRION(i)-1; fC3H6(i)=fC3H6(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + HO2 = PINALOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'HO2'; 
fPINALO2(i)=fPINALO2(i)-1; fHO2(i)=fHO2(i)-1; fPINALOOH(i)=fPINALOOH(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + NO = PINALNO3';
k(:,i) = KRO2NO.*0.050;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'NO'; 
fPINALO2(i)=fPINALO2(i)-1; fNO(i)=fNO(i)-1; fPINALNO3(i)=fPINALNO3(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + NO = PINALO + NO2';
k(:,i) = KRO2NO.*0.950;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'NO'; 
fPINALO2(i)=fPINALO2(i)-1; fNO(i)=fNO(i)-1; fPINALO(i)=fPINALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + NO3 = PINALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'NO3'; 
fPINALO2(i)=fPINALO2(i)-1; fNO3(i)=fNO3(i)-1; fPINALO(i)=fPINALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + RO2 = PINALO';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'RO2';
fPINALO2(i)=fPINALO2(i)-1; fPINALO(i)=fPINALO(i)+1; 

i=i+1;
Rnames{i} = 'PINALO2 + RO2 = PINALOH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'PINALO2'; Gstr{i,2} = 'RO2';
fPINALO2(i)=fPINALO2(i)-1; fPINALOH(i)=fPINALOH(i)+1; 

i=i+1;
Rnames{i} = 'NC101OOH + OH = NC101O2';
k(:,i) = 5.94e-12;
Gstr{i,1} = 'NC101OOH'; Gstr{i,2} = 'OH'; 
fNC101OOH(i)=fNC101OOH(i)-1; fOH(i)=fOH(i)-1; fNC101O2(i)=fNC101O2(i)+1; 

i=i+1;
Rnames{i} = 'NC101OOH + hv = NC101O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC101OOH'; 
fNC101OOH(i)=fNC101OOH(i)-1; fNC101O(i)=fNC101O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC101O = NC102O2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC101O'; 
fNC101O(i)=fNC101O(i)-1; fNC102O2(i)=fNC102O2(i)+1; 

i=i+1;
Rnames{i} = 'PERPINONIC + OH = C96CO3';
k(:,i) = 9.73e-12;
Gstr{i,1} = 'PERPINONIC'; Gstr{i,2} = 'OH'; 
fPERPINONIC(i)=fPERPINONIC(i)-1; fOH(i)=fOH(i)-1; fC96CO3(i)=fC96CO3(i)+1; 

i=i+1;
Rnames{i} = 'PERPINONIC + hv = C96O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PERPINONIC'; 
fPERPINONIC(i)=fPERPINONIC(i)-1; fC96O2(i)=fC96O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PERPINONIC + hv = C96O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'PERPINONIC'; 
fPERPINONIC(i)=fPERPINONIC(i)-1; fC96O2(i)=fC96O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C10PAN2 + OH = NORPINAL + CO + NO2';
k(:,i) = 3.66e-12;
Gstr{i,1} = 'C10PAN2'; Gstr{i,2} = 'OH'; 
fC10PAN2(i)=fC10PAN2(i)-1; fOH(i)=fOH(i)-1; fNORPINAL(i)=fNORPINAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C10PAN2 = C96CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C10PAN2'; 
fC10PAN2(i)=fC10PAN2(i)-1; fC96CO3(i)=fC96CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + HO2 = C108OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'HO2'; 
fC108O2(i)=fC108O2(i)-1; fHO2(i)=fHO2(i)-1; fC108OOH(i)=fC108OOH(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + NO = C108NO3';
k(:,i) = KRO2NO.*0.125;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'NO'; 
fC108O2(i)=fC108O2(i)-1; fNO(i)=fNO(i)-1; fC108NO3(i)=fC108NO3(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + NO = C108O + NO2';
k(:,i) = KRO2NO.*0.875;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'NO'; 
fC108O2(i)=fC108O2(i)-1; fNO(i)=fNO(i)-1; fC108O(i)=fC108O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + NO3 = C108O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'NO3'; 
fC108O2(i)=fC108O2(i)-1; fNO3(i)=fNO3(i)-1; fC108O(i)=fC108O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + RO2 = C108O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'RO2';
fC108O2(i)=fC108O2(i)-1; fC108O(i)=fC108O(i)+1; 

i=i+1;
Rnames{i} = 'C108O2 + RO2 = C108OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C108O2'; Gstr{i,2} = 'RO2';
fC108O2(i)=fC108O2(i)-1; fC108OH(i)=fC108OH(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + HO2 = C89CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'HO2'; 
fC89CO3(i)=fC89CO3(i)-1; fHO2(i)=fHO2(i)-1; fC89CO2(i)=fC89CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + HO2 = C89CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'HO2'; 
fC89CO3(i)=fC89CO3(i)-1; fHO2(i)=fHO2(i)-1; fC89CO2H(i)=fC89CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + HO2 = C89CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'HO2'; 
fC89CO3(i)=fC89CO3(i)-1; fHO2(i)=fHO2(i)-1; fC89CO3H(i)=fC89CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + NO = C89CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'NO'; 
fC89CO3(i)=fC89CO3(i)-1; fNO(i)=fNO(i)-1; fC89CO2(i)=fC89CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + NO2 = C89PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'NO2'; 
fC89CO3(i)=fC89CO3(i)-1; fNO2(i)=fNO2(i)-1; fC89PAN(i)=fC89PAN(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + NO3 = C89CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'NO3'; 
fC89CO3(i)=fC89CO3(i)-1; fNO3(i)=fNO3(i)-1; fC89CO2(i)=fC89CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + RO2 = C89CO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'RO2';
fC89CO3(i)=fC89CO3(i)-1; fC89CO2(i)=fC89CO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3 + RO2 = C89CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C89CO3'; Gstr{i,2} = 'RO2';
fC89CO3(i)=fC89CO3(i)-1; fC89CO2H(i)=fC89CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + HO2 = C920CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'HO2'; 
fC920CO3(i)=fC920CO3(i)-1; fHO2(i)=fHO2(i)-1; fC920CO3H(i)=fC920CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + HO2 = C920O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'HO2'; 
fC920CO3(i)=fC920CO3(i)-1; fHO2(i)=fHO2(i)-1; fC920O2(i)=fC920O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + HO2 = HOPINONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'HO2'; 
fC920CO3(i)=fC920CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOPINONIC(i)=fHOPINONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + NO = C920O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'NO'; 
fC920CO3(i)=fC920CO3(i)-1; fNO(i)=fNO(i)-1; fC920O2(i)=fC920O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + NO2 = C920PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'NO2'; 
fC920CO3(i)=fC920CO3(i)-1; fNO2(i)=fNO2(i)-1; fC920PAN(i)=fC920PAN(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + NO3 = C920O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'NO3'; 
fC920CO3(i)=fC920CO3(i)-1; fNO3(i)=fNO3(i)-1; fC920O2(i)=fC920O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + RO2 = C920O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'RO2';
fC920CO3(i)=fC920CO3(i)-1; fC920O2(i)=fC920O2(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3 + RO2 = HOPINONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C920CO3'; Gstr{i,2} = 'RO2';
fC920CO3(i)=fC920CO3(i)-1; fHOPINONIC(i)=fHOPINONIC(i)+1; 

i=i+1;
Rnames{i} = 'C920O2 + HO2 = C920OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C920O2'; Gstr{i,2} = 'HO2'; 
fC920O2(i)=fC920O2(i)-1; fHO2(i)=fHO2(i)-1; fC920OOH(i)=fC920OOH(i)+1; 

i=i+1;
Rnames{i} = 'C920O2 + NO = C920O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C920O2'; Gstr{i,2} = 'NO'; 
fC920O2(i)=fC920O2(i)-1; fNO(i)=fNO(i)-1; fC920O(i)=fC920O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920O2 + NO3 = C920O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C920O2'; Gstr{i,2} = 'NO3'; 
fC920O2(i)=fC920O2(i)-1; fNO3(i)=fNO3(i)-1; fC920O(i)=fC920O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920O2 + RO2 = C920O';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'C920O2'; Gstr{i,2} = 'RO2';
fC920O2(i)=fC920O2(i)-1; fC920O(i)=fC920O(i)+1; 

i=i+1;
Rnames{i} = 'C97O2 + HO2 = C97OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C97O2'; Gstr{i,2} = 'HO2'; 
fC97O2(i)=fC97O2(i)-1; fHO2(i)=fHO2(i)-1; fC97OOH(i)=fC97OOH(i)+1; 

i=i+1;
Rnames{i} = 'C97O2 + NO = C97O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C97O2'; Gstr{i,2} = 'NO'; 
fC97O2(i)=fC97O2(i)-1; fNO(i)=fNO(i)-1; fC97O(i)=fC97O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C97O2 + NO3 = C97O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C97O2'; Gstr{i,2} = 'NO3'; 
fC97O2(i)=fC97O2(i)-1; fNO3(i)=fNO3(i)-1; fC97O(i)=fC97O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C97O2 + RO2 = C97O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C97O2'; Gstr{i,2} = 'RO2';
fC97O2(i)=fC97O2(i)-1; fC97O(i)=fC97O(i)+1; 

i=i+1;
Rnames{i} = 'C97O2 + RO2 = C97OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C97O2'; Gstr{i,2} = 'RO2';
fC97O2(i)=fC97O2(i)-1; fC97OH(i)=fC97OH(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + HO2 = C85CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'HO2'; 
fC85CO3(i)=fC85CO3(i)-1; fHO2(i)=fHO2(i)-1; fC85CO3H(i)=fC85CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + HO2 = C85O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'HO2'; 
fC85CO3(i)=fC85CO3(i)-1; fHO2(i)=fHO2(i)-1; fC85O2(i)=fC85O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + NO = C85O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'NO'; 
fC85CO3(i)=fC85CO3(i)-1; fNO(i)=fNO(i)-1; fC85O2(i)=fC85O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + NO2 = C9PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'NO2'; 
fC85CO3(i)=fC85CO3(i)-1; fNO2(i)=fNO2(i)-1; fC9PAN2(i)=fC9PAN2(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + NO3 = C85O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'NO3'; 
fC85CO3(i)=fC85CO3(i)-1; fNO3(i)=fNO3(i)-1; fC85O2(i)=fC85O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3 + RO2 = C85O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C85CO3'; Gstr{i,2} = 'RO2';
fC85CO3(i)=fC85CO3(i)-1; fC85O2(i)=fC85O2(i)+1; 

i=i+1;
Rnames{i} = 'C85O2 + HO2 = C85OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C85O2'; Gstr{i,2} = 'HO2'; 
fC85O2(i)=fC85O2(i)-1; fHO2(i)=fHO2(i)-1; fC85OOH(i)=fC85OOH(i)+1; 

i=i+1;
Rnames{i} = 'C85O2 + NO = C85O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C85O2'; Gstr{i,2} = 'NO'; 
fC85O2(i)=fC85O2(i)-1; fNO(i)=fNO(i)-1; fC85O(i)=fC85O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C85O2 + NO3 = C85O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C85O2'; Gstr{i,2} = 'NO3'; 
fC85O2(i)=fC85O2(i)-1; fNO3(i)=fNO3(i)-1; fC85O(i)=fC85O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C85O2 + RO2 = C85O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C85O2'; Gstr{i,2} = 'RO2';
fC85O2(i)=fC85O2(i)-1; fC85O(i)=fC85O(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + HO2 = C719OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'HO2'; 
fC719O2(i)=fC719O2(i)-1; fHO2(i)=fHO2(i)-1; fC719OOH(i)=fC719OOH(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + NO = C719NO3';
k(:,i) = KRO2NO.*0.042;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'NO'; 
fC719O2(i)=fC719O2(i)-1; fNO(i)=fNO(i)-1; fC719NO3(i)=fC719NO3(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + NO = C719O + NO2';
k(:,i) = KRO2NO.*0.958;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'NO'; 
fC719O2(i)=fC719O2(i)-1; fNO(i)=fNO(i)-1; fC719O(i)=fC719O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + NO3 = C719O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'NO3'; 
fC719O2(i)=fC719O2(i)-1; fNO3(i)=fNO3(i)-1; fC719O(i)=fC719O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + RO2 = C719O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'RO2';
fC719O2(i)=fC719O2(i)-1; fC719O(i)=fC719O(i)+1; 

i=i+1;
Rnames{i} = 'C719O2 + RO2 = C719OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C719O2'; Gstr{i,2} = 'RO2';
fC719O2(i)=fC719O2(i)-1; fC719OH(i)=fC719OH(i)+1; 

i=i+1;
Rnames{i} = 'C720OOH + OH = HCC7CO + OH';
k(:,i) = 1.27e-10;
Gstr{i,1} = 'C720OOH'; Gstr{i,2} = 'OH'; 
fC720OOH(i)=fC720OOH(i)-1; fOH(i)=fOH(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C720OOH + hv = C720O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C720OOH'; 
fC720OOH(i)=fC720OOH(i)-1; fC720O(i)=fC720O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C720NO3 + OH = HCC7CO + NO2';
k(:,i) = 9.60e-11;
Gstr{i,1} = 'C720NO3'; Gstr{i,2} = 'OH'; 
fC720NO3(i)=fC720NO3(i)-1; fOH(i)=fOH(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C720NO3 + hv = C720O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C720NO3'; 
fC720NO3(i)=fC720NO3(i)-1; fC720O(i)=fC720O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C720O = HCC7CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C720O'; 
fC720O(i)=fC720O(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C720OH + OH = HCC7CO + HO2';
k(:,i) = 1.09e-10;
Gstr{i,1} = 'C720OH'; Gstr{i,2} = 'OH'; 
fC720OH(i)=fC720OH(i)-1; fOH(i)=fOH(i)-1; fHCC7CO(i)=fHCC7CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3H + OH = NC91CO3';
k(:,i) = 8.85e-12;
Gstr{i,1} = 'NC91CO3H'; Gstr{i,2} = 'OH'; 
fNC91CO3H(i)=fNC91CO3H(i)-1; fOH(i)=fOH(i)-1; fNC91CO3(i)=fNC91CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC91CO3H + hv = NOPINONE + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC91CO3H'; 
fNC91CO3H(i)=fNC91CO3H(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC91PAN + OH = NOPINONE + CO + NO2 + NO2';
k(:,i) = 4.90e-12;
Gstr{i,1} = 'NC91PAN'; Gstr{i,2} = 'OH'; 
fNC91PAN(i)=fNC91PAN(i)-1; fOH(i)=fOH(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC91PAN = NC91CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'NC91PAN'; 
fNC91PAN(i)=fNC91PAN(i)-1; fNC91CO3(i)=fNC91CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + HO2 = C918OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'HO2'; 
fC918O2(i)=fC918O2(i)-1; fHO2(i)=fHO2(i)-1; fC918OOH(i)=fC918OOH(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + NO = C918NO3';
k(:,i) = KRO2NO.*0.047;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'NO'; 
fC918O2(i)=fC918O2(i)-1; fNO(i)=fNO(i)-1; fC918NO3(i)=fC918NO3(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + NO = C918O + NO2';
k(:,i) = KRO2NO.*0.953;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'NO'; 
fC918O2(i)=fC918O2(i)-1; fNO(i)=fNO(i)-1; fC918O(i)=fC918O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + NO3 = C918O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'NO3'; 
fC918O2(i)=fC918O2(i)-1; fNO3(i)=fNO3(i)-1; fC918O(i)=fC918O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + RO2 = C918O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'RO2';
fC918O2(i)=fC918O2(i)-1; fC918O(i)=fC918O(i)+1; 

i=i+1;
Rnames{i} = 'C918O2 + RO2 = C918OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C918O2'; Gstr{i,2} = 'RO2';
fC918O2(i)=fC918O2(i)-1; fC918OH(i)=fC918OH(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + HO2 = C9DCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'HO2'; 
fC9DCO2(i)=fC9DCO2(i)-1; fHO2(i)=fHO2(i)-1; fC9DCOOH(i)=fC9DCOOH(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + NO = C9DCNO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'NO'; 
fC9DCO2(i)=fC9DCO2(i)-1; fNO(i)=fNO(i)-1; fC9DCNO3(i)=fC9DCNO3(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + NO = C9DCO + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'NO'; 
fC9DCO2(i)=fC9DCO2(i)-1; fNO(i)=fNO(i)-1; fC9DCO(i)=fC9DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + NO3 = C9DCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'NO3'; 
fC9DCO2(i)=fC9DCO2(i)-1; fNO3(i)=fNO3(i)-1; fC9DCO(i)=fC9DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + RO2 = C9DCCO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'RO2';
fC9DCO2(i)=fC9DCO2(i)-1; fC9DCCO(i)=fC9DCCO(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + RO2 = C9DCO';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'RO2';
fC9DCO2(i)=fC9DCO2(i)-1; fC9DCO(i)=fC9DCO(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO2 + RO2 = C9DCOH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C9DCO2'; Gstr{i,2} = 'RO2';
fC9DCO2(i)=fC9DCO2(i)-1; fC9DCOH(i)=fC9DCOH(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + HO2 = C915OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'HO2'; 
fC915O2(i)=fC915O2(i)-1; fHO2(i)=fHO2(i)-1; fC915OOH(i)=fC915OOH(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + NO = C915NO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'NO'; 
fC915O2(i)=fC915O2(i)-1; fNO(i)=fNO(i)-1; fC915NO3(i)=fC915NO3(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + NO = C915O + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'NO'; 
fC915O2(i)=fC915O2(i)-1; fNO(i)=fNO(i)-1; fC915O(i)=fC915O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + NO3 = C915O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'NO3'; 
fC915O2(i)=fC915O2(i)-1; fNO3(i)=fNO3(i)-1; fC915O(i)=fC915O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + RO2 = C88CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'RO2';
fC915O2(i)=fC915O2(i)-1; fC88CHO(i)=fC88CHO(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + RO2 = C915O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'RO2';
fC915O2(i)=fC915O2(i)-1; fC915O(i)=fC915O(i)+1; 

i=i+1;
Rnames{i} = 'C915O2 + RO2 = C915OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C915O2'; Gstr{i,2} = 'RO2';
fC915O2(i)=fC915O2(i)-1; fC915OH(i)=fC915OH(i)+1; 

i=i+1;
Rnames{i} = 'C619CO + OH = C512CO3';
k(:,i) = 5.99e-12;
Gstr{i,1} = 'C619CO'; Gstr{i,2} = 'OH'; 
fC619CO(i)=fC619CO(i)-1; fOH(i)=fOH(i)-1; fC512CO3(i)=fC512CO3(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + HO2 = C917OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'HO2'; 
fC917O2(i)=fC917O2(i)-1; fHO2(i)=fHO2(i)-1; fC917OOH(i)=fC917OOH(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + NO = C917NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'NO'; 
fC917O2(i)=fC917O2(i)-1; fNO(i)=fNO(i)-1; fC917NO3(i)=fC917NO3(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + NO = C917O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'NO'; 
fC917O2(i)=fC917O2(i)-1; fNO(i)=fNO(i)-1; fC917O(i)=fC917O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + NO3 = C917O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'NO3'; 
fC917O2(i)=fC917O2(i)-1; fNO3(i)=fNO3(i)-1; fC917O(i)=fC917O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + RO2 = C917O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'RO2';
fC917O2(i)=fC917O2(i)-1; fC917O(i)=fC917O(i)+1; 

i=i+1;
Rnames{i} = 'C917O2 + RO2 = C917OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C917O2'; Gstr{i,2} = 'RO2';
fC917O2(i)=fC917O2(i)-1; fC917OH(i)=fC917OH(i)+1; 

i=i+1;
Rnames{i} = 'C8BCOOH + OH = C8BCCO + OH';
k(:,i) = 1.62e-11;
Gstr{i,1} = 'C8BCOOH'; Gstr{i,2} = 'OH'; 
fC8BCOOH(i)=fC8BCOOH(i)-1; fOH(i)=fOH(i)-1; fC8BCCO(i)=fC8BCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8BCOOH + hv = C8BCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8BCOOH'; 
fC8BCOOH(i)=fC8BCOOH(i)-1; fC8BCO(i)=fC8BCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8BCNO3 + OH = C8BCCO + NO2';
k(:,i) = 1.84e-12;
Gstr{i,1} = 'C8BCNO3'; Gstr{i,2} = 'OH'; 
fC8BCNO3(i)=fC8BCNO3(i)-1; fOH(i)=fOH(i)-1; fC8BCCO(i)=fC8BCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCNO3 + hv = C8BCO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C8BCNO3'; 
fC8BCNO3(i)=fC8BCNO3(i)-1; fC8BCO(i)=fC8BCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCO = C89O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C8BCO'; 
fC8BCO(i)=fC8BCO(i)-1; fC89O2(i)=fC89O2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCCO + OH = C89O2';
k(:,i) = 3.94e-12;
Gstr{i,1} = 'C8BCCO'; Gstr{i,2} = 'OH'; 
fC8BCCO(i)=fC8BCCO(i)-1; fOH(i)=fOH(i)-1; fC89O2(i)=fC89O2(i)+1; 

i=i+1;
Rnames{i} = 'C8BCOH + OH = C8BCCO + HO2';
k(:,i) = 6.81e-12;
Gstr{i,1} = 'C8BCOH'; Gstr{i,2} = 'OH'; 
fC8BCOH(i)=fC8BCOH(i)-1; fOH(i)=fOH(i)-1; fC8BCCO(i)=fC8BCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3H + OH = C918CO3';
k(:,i) = 1.46e-11;
Gstr{i,1} = 'C918CO3H'; Gstr{i,2} = 'OH'; 
fC918CO3H(i)=fC918CO3H(i)-1; fOH(i)=fOH(i)-1; fC918CO3(i)=fC918CO3(i)+1; 

i=i+1;
Rnames{i} = 'C918CO3H + hv = NOPINONE + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C918CO3H'; 
fC918CO3H(i)=fC918CO3H(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C918PAN + OH = NOPINONE + CO + NO2';
k(:,i) = 5.71e-12;
Gstr{i,1} = 'C918PAN'; Gstr{i,2} = 'OH'; 
fC918PAN(i)=fC918PAN(i)-1; fOH(i)=fOH(i)-1; fNOPINONE(i)=fNOPINONE(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918PAN = C918CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C918PAN'; 
fC918PAN(i)=fC918PAN(i)-1; fC918CO3(i)=fC918CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO2 + HO2 = NLIMALOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NLIMALO2'; Gstr{i,2} = 'HO2'; 
fNLIMALO2(i)=fNLIMALO2(i)-1; fHO2(i)=fHO2(i)-1; fNLIMALOOH(i)=fNLIMALOOH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO2 + NO = NLIMALO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NLIMALO2'; Gstr{i,2} = 'NO'; 
fNLIMALO2(i)=fNLIMALO2(i)-1; fNO(i)=fNO(i)-1; fNLIMALO(i)=fNLIMALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO2 + NO3 = NLIMALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NLIMALO2'; Gstr{i,2} = 'NO3'; 
fNLIMALO2(i)=fNLIMALO2(i)-1; fNO3(i)=fNO3(i)-1; fNLIMALO(i)=fNLIMALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO2 + RO2 = NLIMALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NLIMALO2'; Gstr{i,2} = 'RO2';
fNLIMALO2(i)=fNLIMALO2(i)-1; fNLIMALO(i)=fNLIMALO(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO2 + RO2 = NLIMALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NLIMALO2'; Gstr{i,2} = 'RO2';
fNLIMALO2(i)=fNLIMALO2(i)-1; fNLIMALOH(i)=fNLIMALOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALOOA = C926O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMALOOA'; 
fLIMALOOA(i)=fLIMALOOA(i)-1; fC926O2(i)=fC926O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKET + NO3 = C817CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'LMLKET'; Gstr{i,2} = 'NO3'; 
fLMLKET(i)=fLMLKET(i)-1; fNO3(i)=fNO3(i)-1; fC817CO3(i)=fC817CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKET + OH = C817CO3';
k(:,i) = 3.60e-11.*0.748;
Gstr{i,1} = 'LMLKET'; Gstr{i,2} = 'OH'; 
fLMLKET(i)=fLMLKET(i)-1; fOH(i)=fOH(i)-1; fC817CO3(i)=fC817CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKET + OH = C926O2';
k(:,i) = 3.60e-11.*0.252;
Gstr{i,1} = 'LMLKET'; Gstr{i,2} = 'OH'; 
fLMLKET(i)=fLMLKET(i)-1; fOH(i)=fOH(i)-1; fC926O2(i)=fC926O2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKET + hv = C817O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'LMLKET'; 
fLMLKET(i)=fLMLKET(i)-1; fC817O2(i)=fC817O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + HO2 = LIMALOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'HO2'; 
fLIMALO2(i)=fLIMALO2(i)-1; fHO2(i)=fHO2(i)-1; fLIMALOOH(i)=fLIMALOOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + NO = LIMALNO3';
k(:,i) = KRO2NO.*0.059;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'NO'; 
fLIMALO2(i)=fLIMALO2(i)-1; fNO(i)=fNO(i)-1; fLIMALNO3(i)=fLIMALNO3(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + NO = LIMALO + NO2';
k(:,i) = KRO2NO.*0.941;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'NO'; 
fLIMALO2(i)=fLIMALO2(i)-1; fNO(i)=fNO(i)-1; fLIMALO(i)=fLIMALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + NO3 = LIMALO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'NO3'; 
fLIMALO2(i)=fLIMALO2(i)-1; fNO3(i)=fNO3(i)-1; fLIMALO(i)=fLIMALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + RO2 = LIMALO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'RO2';
fLIMALO2(i)=fLIMALO2(i)-1; fLIMALO(i)=fLIMALO(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO2 + RO2 = LIMALOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'LIMALO2'; Gstr{i,2} = 'RO2';
fLIMALO2(i)=fLIMALO2(i)-1; fLIMALOH(i)=fLIMALOH(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + NO3 = C729CO3 + HNO3';
k(:,i) = KNO3AL.*17.0;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'NO3'; 
fC729CHO(i)=fC729CHO(i)-1; fNO3(i)=fNO3(i)-1; fC729CO3(i)=fC729CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + NO3 = NC826O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'NO3'; 
fC729CHO(i)=fC729CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC826O2(i)=fNC826O2(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + O3 = C626CHO + CH2OOF';
k(:,i) = 1.30e-17.*0.330;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'O3'; 
fC729CHO(i)=fC729CHO(i)-1; fO3(i)=fO3(i)-1; fC626CHO(i)=fC626CHO(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + O3 = C735OOA + HCHO';
k(:,i) = 1.30e-17.*0.670;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'O3'; 
fC729CHO(i)=fC729CHO(i)-1; fO3(i)=fO3(i)-1; fC735OOA(i)=fC735OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + OH = C729CO3';
k(:,i) = 1.06e-10.*0.447;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'OH'; 
fC729CHO(i)=fC729CHO(i)-1; fOH(i)=fOH(i)-1; fC729CO3(i)=fC729CO3(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + OH = C826O2';
k(:,i) = 1.06e-10.*0.553;
Gstr{i,1} = 'C729CHO'; Gstr{i,2} = 'OH'; 
fC729CHO(i)=fC729CHO(i)-1; fOH(i)=fOH(i)-1; fC826O2(i)=fC826O2(i)+1; 

i=i+1;
Rnames{i} = 'C729CHO + hv = C729O2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C729CHO'; 
fC729CHO(i)=fC729CHO(i)-1; fC729O2(i)=fC729O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + HO2 = C729CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'HO2'; 
fC729CO3(i)=fC729CO3(i)-1; fHO2(i)=fHO2(i)-1; fC729CO2H(i)=fC729CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + HO2 = C729CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'HO2'; 
fC729CO3(i)=fC729CO3(i)-1; fHO2(i)=fHO2(i)-1; fC729CO3H(i)=fC729CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + HO2 = C729O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'HO2'; 
fC729CO3(i)=fC729CO3(i)-1; fHO2(i)=fHO2(i)-1; fC729O2(i)=fC729O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + NO = C729O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'NO'; 
fC729CO3(i)=fC729CO3(i)-1; fNO(i)=fNO(i)-1; fC729O2(i)=fC729O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + NO2 = C729PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'NO2'; 
fC729CO3(i)=fC729CO3(i)-1; fNO2(i)=fNO2(i)-1; fC729PAN(i)=fC729PAN(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + NO3 = C729O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'NO3'; 
fC729CO3(i)=fC729CO3(i)-1; fNO3(i)=fNO3(i)-1; fC729O2(i)=fC729O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + RO2 = C729CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'RO2';
fC729CO3(i)=fC729CO3(i)-1; fC729CO2H(i)=fC729CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3 + RO2 = C729O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C729CO3'; Gstr{i,2} = 'RO2';
fC729CO3(i)=fC729CO3(i)-1; fC729O2(i)=fC729O2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + HO2 = C822CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'HO2'; 
fC822CO3(i)=fC822CO3(i)-1; fHO2(i)=fHO2(i)-1; fC822CO2(i)=fC822CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + HO2 = C822CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'HO2'; 
fC822CO3(i)=fC822CO3(i)-1; fHO2(i)=fHO2(i)-1; fC822CO2H(i)=fC822CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + HO2 = C822CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'HO2'; 
fC822CO3(i)=fC822CO3(i)-1; fHO2(i)=fHO2(i)-1; fC822CO3H(i)=fC822CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + NO = C822CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'NO'; 
fC822CO3(i)=fC822CO3(i)-1; fNO(i)=fNO(i)-1; fC822CO2(i)=fC822CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + NO2 = C822PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'NO2'; 
fC822CO3(i)=fC822CO3(i)-1; fNO2(i)=fNO2(i)-1; fC822PAN(i)=fC822PAN(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + NO3 = C822CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'NO3'; 
fC822CO3(i)=fC822CO3(i)-1; fNO3(i)=fNO3(i)-1; fC822CO2(i)=fC822CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + RO2 = C822CO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'RO2';
fC822CO3(i)=fC822CO3(i)-1; fC822CO2(i)=fC822CO2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3 + RO2 = C822CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C822CO3'; Gstr{i,2} = 'RO2';
fC822CO3(i)=fC822CO3(i)-1; fC822CO2H(i)=fC822CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + HO2 = C924OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'HO2'; 
fC924O2(i)=fC924O2(i)-1; fHO2(i)=fHO2(i)-1; fC924OOH(i)=fC924OOH(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + NO = C924O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'NO'; 
fC924O2(i)=fC924O2(i)-1; fNO(i)=fNO(i)-1; fC924O(i)=fC924O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + NO3 = C924O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'NO3'; 
fC924O2(i)=fC924O2(i)-1; fNO3(i)=fNO3(i)-1; fC924O(i)=fC924O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + RO2 = C924CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'RO2';
fC924O2(i)=fC924O2(i)-1; fC924CO(i)=fC924CO(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + RO2 = C924O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'RO2';
fC924O2(i)=fC924O2(i)-1; fC924O(i)=fC924O(i)+1; 

i=i+1;
Rnames{i} = 'C924O2 + RO2 = C924OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C924O2'; Gstr{i,2} = 'RO2';
fC924O2(i)=fC924O2(i)-1; fC924OH(i)=fC924OH(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + HO2 = C816CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'HO2'; 
fC816CO3(i)=fC816CO3(i)-1; fHO2(i)=fHO2(i)-1; fC816CO3H(i)=fC816CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + HO2 = C816O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'HO2'; 
fC816CO3(i)=fC816CO3(i)-1; fHO2(i)=fHO2(i)-1; fC816O2(i)=fC816O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + NO = C816O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'NO'; 
fC816CO3(i)=fC816CO3(i)-1; fNO(i)=fNO(i)-1; fC816O2(i)=fC816O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + NO2 = C816PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'NO2'; 
fC816CO3(i)=fC816CO3(i)-1; fNO2(i)=fNO2(i)-1; fC816PAN(i)=fC816PAN(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + NO3 = C816O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'NO3'; 
fC816CO3(i)=fC816CO3(i)-1; fNO3(i)=fNO3(i)-1; fC816O2(i)=fC816O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3 + RO2 = C816O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C816CO3'; Gstr{i,2} = 'RO2';
fC816CO3(i)=fC816CO3(i)-1; fC816O2(i)=fC816O2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMO2 + HO2 = NORLIMOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NORLIMO2'; Gstr{i,2} = 'HO2'; 
fNORLIMO2(i)=fNORLIMO2(i)-1; fHO2(i)=fHO2(i)-1; fNORLIMOOH(i)=fNORLIMOOH(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMO2 + NO = NORLIMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NORLIMO2'; Gstr{i,2} = 'NO'; 
fNORLIMO2(i)=fNORLIMO2(i)-1; fNO(i)=fNO(i)-1; fNORLIMO(i)=fNORLIMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMO2 + NO3 = NORLIMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NORLIMO2'; Gstr{i,2} = 'NO3'; 
fNORLIMO2(i)=fNORLIMO2(i)-1; fNO3(i)=fNO3(i)-1; fNORLIMO(i)=fNORLIMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMO2 + RO2 = NORLIMO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NORLIMO2'; Gstr{i,2} = 'RO2';
fNORLIMO2(i)=fNORLIMO2(i)-1; fNORLIMO(i)=fNORLIMO(i)+1; 

i=i+1;
Rnames{i} = 'C816O2 + HO2 = C816OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C816O2'; Gstr{i,2} = 'HO2'; 
fC816O2(i)=fC816O2(i)-1; fHO2(i)=fHO2(i)-1; fC816OOH(i)=fC816OOH(i)+1; 

i=i+1;
Rnames{i} = 'C816O2 + NO = C816O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C816O2'; Gstr{i,2} = 'NO'; 
fC816O2(i)=fC816O2(i)-1; fNO(i)=fNO(i)-1; fC816O(i)=fC816O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C816O2 + NO3 = C816O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C816O2'; Gstr{i,2} = 'NO3'; 
fC816O2(i)=fC816O2(i)-1; fNO3(i)=fNO3(i)-1; fC816O(i)=fC816O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C816O2 + RO2 = C816O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'C816O2'; Gstr{i,2} = 'RO2';
fC816O2(i)=fC816O2(i)-1; fC816O(i)=fC816O(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3H + OH = C923CO3';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'C923CO3H'; Gstr{i,2} = 'OH'; 
fC923CO3H(i)=fC923CO3H(i)-1; fOH(i)=fOH(i)-1; fC923CO3(i)=fC923CO3(i)+1; 

i=i+1;
Rnames{i} = 'C923CO3H + hv = C923O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C923CO3H'; 
fC923CO3H(i)=fC923CO3H(i)-1; fC923O2(i)=fC923O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C923PAN + OH = NORLIMAL + CO + NO2';
k(:,i) = 6.93e-11;
Gstr{i,1} = 'C923PAN'; Gstr{i,2} = 'OH'; 
fC923PAN(i)=fC923PAN(i)-1; fOH(i)=fOH(i)-1; fNORLIMAL(i)=fNORLIMAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C923PAN = C923CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C923PAN'; 
fC923PAN(i)=fC923PAN(i)-1; fC923CO3(i)=fC923CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO2 + HO2 = NLMKAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NLMKAO2'; Gstr{i,2} = 'HO2'; 
fNLMKAO2(i)=fNLMKAO2(i)-1; fHO2(i)=fHO2(i)-1; fNLMKAOOH(i)=fNLMKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO2 + NO = NLMKAO + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'NLMKAO2'; Gstr{i,2} = 'NO'; 
fNLMKAO2(i)=fNLMKAO2(i)-1; fNO(i)=fNO(i)-1; fNLMKAO(i)=fNLMKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO2 + NO3 = NLMKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NLMKAO2'; Gstr{i,2} = 'NO3'; 
fNLMKAO2(i)=fNLMKAO2(i)-1; fNO3(i)=fNO3(i)-1; fNLMKAO(i)=fNLMKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO2 + RO2 = LMKBNO3';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NLMKAO2'; Gstr{i,2} = 'RO2';
fNLMKAO2(i)=fNLMKAO2(i)-1; fLMKBNO3(i)=fLMKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO2 + RO2 = NLMKAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NLMKAO2'; Gstr{i,2} = 'RO2';
fNLMKAO2(i)=fNLMKAO2(i)-1; fNLMKAO(i)=fNLMKAO(i)+1; 

i=i+1;
Rnames{i} = 'LMKOOA = LMLKAO2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LMKOOA'; 
fLMKOOA(i)=fLMKOOA(i)-1; fLMLKAO2(i)=fLMLKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKOOA = LMLKBO2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LMKOOA'; 
fLMKOOA(i)=fLMKOOA(i)-1; fLMLKBO2(i)=fLMLKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKOOB = C817O2 + CO + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LMKOOB'; 
fLMKOOB(i)=fLMKOOB(i)-1; fC817O2(i)=fC817O2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKOOB = LMKBOO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'LMKOOB'; 
fLMKOOB(i)=fLMKOOB(i)-1; fLMKBOO(i)=fLMKBOO(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + HO2 = LMKAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'HO2'; 
fLMKAO2(i)=fLMKAO2(i)-1; fHO2(i)=fHO2(i)-1; fLMKAOOH(i)=fLMKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + NO = LMKANO3';
k(:,i) = KRO2NO.*0.240;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'NO'; 
fLMKAO2(i)=fLMKAO2(i)-1; fNO(i)=fNO(i)-1; fLMKANO3(i)=fLMKANO3(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + NO = LMKAO + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'NO'; 
fLMKAO2(i)=fLMKAO2(i)-1; fNO(i)=fNO(i)-1; fLMKAO(i)=fLMKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + NO3 = LMKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'NO3'; 
fLMKAO2(i)=fLMKAO2(i)-1; fNO3(i)=fNO3(i)-1; fLMKAO(i)=fLMKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + RO2 = LMKAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'RO2';
fLMKAO2(i)=fLMKAO2(i)-1; fLMKAO(i)=fLMKAO(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO2 + RO2 = LMKAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'LMKAO2'; Gstr{i,2} = 'RO2';
fLMKAO2(i)=fLMKAO2(i)-1; fLMKAOH(i)=fLMKAOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + HO2 = LMKBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'HO2'; 
fLMKBO2(i)=fLMKBO2(i)-1; fHO2(i)=fHO2(i)-1; fLMKBOOH(i)=fLMKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + NO = LMKBNO3';
k(:,i) = KRO2NO.*0.240;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'NO'; 
fLMKBO2(i)=fLMKBO2(i)-1; fNO(i)=fNO(i)-1; fLMKBNO3(i)=fLMKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + NO = LMKBO + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'NO'; 
fLMKBO2(i)=fLMKBO2(i)-1; fNO(i)=fNO(i)-1; fLMKBO(i)=fLMKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + NO3 = LMKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'NO3'; 
fLMKBO2(i)=fLMKBO2(i)-1; fNO3(i)=fNO3(i)-1; fLMKBO(i)=fLMKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + RO2 = LMKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'RO2';
fLMKBO2(i)=fLMKBO2(i)-1; fLMKAOH(i)=fLMKAOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + RO2 = LMKBCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'RO2';
fLMKBO2(i)=fLMKBO2(i)-1; fLMKBCO(i)=fLMKBCO(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO2 + RO2 = LMKBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'LMKBO2'; Gstr{i,2} = 'RO2';
fLMKBO2(i)=fLMKBO2(i)-1; fLMKBO(i)=fLMKBO(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3H + OH = C141CO3';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'C141CO3H'; Gstr{i,2} = 'OH'; 
fC141CO3H(i)=fC141CO3H(i)-1; fOH(i)=fOH(i)-1; fC141CO3(i)=fC141CO3(i)+1; 

i=i+1;
Rnames{i} = 'C141CO3H + hv = C141O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C141CO3H'; 
fC141CO3H(i)=fC141CO3H(i)-1; fC141O2(i)=fC141O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C141PAN + OH = C141CO + CO + NO2';
k(:,i) = 6.93e-11;
Gstr{i,1} = 'C141PAN'; Gstr{i,2} = 'OH'; 
fC141PAN(i)=fC141PAN(i)-1; fOH(i)=fOH(i)-1; fC141CO(i)=fC141CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141PAN = C141CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C141PAN'; 
fC141PAN(i)=fC141PAN(i)-1; fC141CO3(i)=fC141CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALOOH + OH = NBCALO2';
k(:,i) = 4.27e-11;
Gstr{i,1} = 'NBCALOOH'; Gstr{i,2} = 'OH'; 
fNBCALOOH(i)=fNBCALOOH(i)-1; fOH(i)=fOH(i)-1; fNBCALO2(i)=fNBCALO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALOOH + hv = NBCALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBCALOOH'; 
fNBCALOOH(i)=fNBCALOOH(i)-1; fNBCALO(i)=fNBCALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCALO = BCLKET + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBCALO'; 
fNBCALO(i)=fNBCALO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCALOH + OH = BCLKET + HCHO + NO2';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'NBCALOH'; Gstr{i,2} = 'OH'; 
fNBCALOH(i)=fNBCALOH(i)-1; fOH(i)=fOH(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALOO + CO = BCLKET';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCALOO'; Gstr{i,2} = 'CO'; 
fBCALOO(i)=fBCALOO(i)-1; fCO(i)=fCO(i)-1; fBCLKET(i)=fBCLKET(i)+1; 

i=i+1;
Rnames{i} = 'BCALOO + NO = BCLKET + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCALOO'; Gstr{i,2} = 'NO'; 
fBCALOO(i)=fBCALOO(i)-1; fNO(i)=fNO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALOO + NO2 = BCLKET + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCALOO'; Gstr{i,2} = 'NO2'; 
fBCALOO(i)=fBCALOO(i)-1; fNO2(i)=fNO2(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALOO + SO2 = BCLKET + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCALOO'; Gstr{i,2} = 'SO2'; 
fBCALOO(i)=fBCALOO(i)-1; fSO2(i)=fSO2(i)-1; fBCLKET(i)=fBCLKET(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCALOO = BCLKET + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'BCALOO'; 
fBCALOO(i)=fBCALOO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + HO2 = C146OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'HO2'; 
fC146O2(i)=fC146O2(i)-1; fHO2(i)=fHO2(i)-1; fC146OOH(i)=fC146OOH(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + NO = C146O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'NO'; 
fC146O2(i)=fC146O2(i)-1; fNO(i)=fNO(i)-1; fC146O(i)=fC146O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + NO3 = C146O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'NO3'; 
fC146O2(i)=fC146O2(i)-1; fNO3(i)=fNO3(i)-1; fC146O(i)=fC146O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + RO2 = C146CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'RO2';
fC146O2(i)=fC146O2(i)-1; fC146CO(i)=fC146CO(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + RO2 = C146O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'RO2';
fC146O2(i)=fC146O2(i)-1; fC146O(i)=fC146O(i)+1; 

i=i+1;
Rnames{i} = 'C146O2 + RO2 = C146OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C146O2'; Gstr{i,2} = 'RO2';
fC146O2(i)=fC146O2(i)-1; fC146OH(i)=fC146OH(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + HO2 = C131CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'HO2'; 
fC131CO3(i)=fC131CO3(i)-1; fHO2(i)=fHO2(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + HO2 = C131CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'HO2'; 
fC131CO3(i)=fC131CO3(i)-1; fHO2(i)=fHO2(i)-1; fC131CO3H(i)=fC131CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + HO2 = C131O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'HO2'; 
fC131CO3(i)=fC131CO3(i)-1; fHO2(i)=fHO2(i)-1; fC131O2(i)=fC131O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + NO = C131O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'NO'; 
fC131CO3(i)=fC131CO3(i)-1; fNO(i)=fNO(i)-1; fC131O2(i)=fC131O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + NO2 = C131PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'NO2'; 
fC131CO3(i)=fC131CO3(i)-1; fNO2(i)=fNO2(i)-1; fC131PAN(i)=fC131PAN(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + NO3 = C131O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'NO3'; 
fC131CO3(i)=fC131CO3(i)-1; fNO3(i)=fNO3(i)-1; fC131O2(i)=fC131O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + RO2 = C131CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'RO2';
fC131CO3(i)=fC131CO3(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3 + RO2 = C131O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C131CO3'; Gstr{i,2} = 'RO2';
fC131CO3(i)=fC131CO3(i)-1; fC131O2(i)=fC131O2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + HO2 = BCLKAOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'HO2'; 
fBCLKAO2(i)=fBCLKAO2(i)-1; fHO2(i)=fHO2(i)-1; fBCLKAOOH(i)=fBCLKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + NO = BCLKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'NO'; 
fBCLKAO2(i)=fBCLKAO2(i)-1; fNO(i)=fNO(i)-1; fBCLKAO(i)=fBCLKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + NO3 = BCLKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'NO3'; 
fBCLKAO2(i)=fBCLKAO2(i)-1; fNO3(i)=fNO3(i)-1; fBCLKAO(i)=fBCLKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + RO2 = BCLKACO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'RO2';
fBCLKAO2(i)=fBCLKAO2(i)-1; fBCLKACO(i)=fBCLKACO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + RO2 = BCLKAO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'RO2';
fBCLKAO2(i)=fBCLKAO2(i)-1; fBCLKAO(i)=fBCLKAO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO2 + RO2 = BCLKAOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKAO2'; Gstr{i,2} = 'RO2';
fBCLKAO2(i)=fBCLKAO2(i)-1; fBCLKAOH(i)=fBCLKAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + HO2 = BCLKBOOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'HO2'; 
fBCLKBO2(i)=fBCLKBO2(i)-1; fHO2(i)=fHO2(i)-1; fBCLKBOOH(i)=fBCLKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + NO = BCLKBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'NO'; 
fBCLKBO2(i)=fBCLKBO2(i)-1; fNO(i)=fNO(i)-1; fBCLKBO(i)=fBCLKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + NO3 = BCLKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'NO3'; 
fBCLKBO2(i)=fBCLKBO2(i)-1; fNO3(i)=fNO3(i)-1; fBCLKBO(i)=fBCLKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + RO2 = BCLKBCO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'RO2';
fBCLKBO2(i)=fBCLKBO2(i)-1; fBCLKBCO(i)=fBCLKBCO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + RO2 = BCLKBO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'RO2';
fBCLKBO2(i)=fBCLKBO2(i)-1; fBCLKBO(i)=fBCLKBO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO2 + RO2 = BCLKBOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKBO2'; Gstr{i,2} = 'RO2';
fBCLKBO2(i)=fBCLKBO2(i)-1; fBCLKBOH(i)=fBCLKBOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + HO2 = BCLKCOOH';
k(:,i) = KRO2HO2.*0.975;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'HO2'; 
fBCLKCO2(i)=fBCLKCO2(i)-1; fHO2(i)=fHO2(i)-1; fBCLKCOOH(i)=fBCLKCOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + NO = BCLKCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'NO'; 
fBCLKCO2(i)=fBCLKCO2(i)-1; fNO(i)=fNO(i)-1; fBCLKCO(i)=fBCLKCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + NO3 = BCLKCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'NO3'; 
fBCLKCO2(i)=fBCLKCO2(i)-1; fNO3(i)=fNO3(i)-1; fBCLKCO(i)=fBCLKCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + RO2 = BCLKCCO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'RO2';
fBCLKCO2(i)=fBCLKCO2(i)-1; fBCLKCCO(i)=fBCLKCCO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + RO2 = BCLKCO';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'RO2';
fBCLKCO2(i)=fBCLKCO2(i)-1; fBCLKCO(i)=fBCLKCO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO2 + RO2 = BCLKCOH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'BCLKCO2'; Gstr{i,2} = 'RO2';
fBCLKCO2(i)=fBCLKCO2(i)-1; fBCLKCOH(i)=fBCLKCOH(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + HO2 = C131OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'HO2'; 
fC131O2(i)=fC131O2(i)-1; fHO2(i)=fHO2(i)-1; fC131OOH(i)=fC131OOH(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + NO = C131NO3';
k(:,i) = KRO2NO.*0.178;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'NO'; 
fC131O2(i)=fC131O2(i)-1; fNO(i)=fNO(i)-1; fC131NO3(i)=fC131NO3(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + NO = C131O + NO2';
k(:,i) = KRO2NO.*0.822;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'NO'; 
fC131O2(i)=fC131O2(i)-1; fNO(i)=fNO(i)-1; fC131O(i)=fC131O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + NO3 = C131O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'NO3'; 
fC131O2(i)=fC131O2(i)-1; fNO3(i)=fNO3(i)-1; fC131O(i)=fC131O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + RO2 = C131CO';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'RO2';
fC131O2(i)=fC131O2(i)-1; fC131CO(i)=fC131CO(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + RO2 = C131O';
k(:,i) = 1.32e-12.*0.6;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'RO2';
fC131O2(i)=fC131O2(i)-1; fC131O(i)=fC131O(i)+1; 

i=i+1;
Rnames{i} = 'C131O2 + RO2 = C131OH';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C131O2'; Gstr{i,2} = 'RO2';
fC131O2(i)=fC131O2(i)-1; fC131OH(i)=fC131OH(i)+1; 

i=i+1;
Rnames{i} = 'BCALOOH + OH = BCALO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'BCALOOH'; Gstr{i,2} = 'OH'; 
fBCALOOH(i)=fBCALOOH(i)-1; fOH(i)=fOH(i)-1; fBCALO2(i)=fBCALO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALOOH + hv = BCALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCALOOH'; 
fBCALOOH(i)=fBCALOOH(i)-1; fBCALO(i)=fBCALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCALNO3 + OH = BCLKET + HCHO + NO2';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'BCALNO3'; Gstr{i,2} = 'OH'; 
fBCALNO3(i)=fBCALNO3(i)-1; fOH(i)=fOH(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALO = BCLKET + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCALO'; 
fBCALO(i)=fBCALO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCALOH + OH = BCLKET + HCHO + HO2';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'BCALOH'; Gstr{i,2} = 'OH'; 
fBCALOH(i)=fBCALOH(i)-1; fOH(i)=fOH(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZOOH + OH = BCKSOZ + HCHO + OH';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'BCSOZOOH'; Gstr{i,2} = 'OH'; 
fBCSOZOOH(i)=fBCSOZOOH(i)-1; fOH(i)=fOH(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZOOH + hv = BCSOZO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCSOZOOH'; 
fBCSOZOOH(i)=fBCSOZOOH(i)-1; fBCSOZO(i)=fBCSOZO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZNO3 + OH = BCKSOZ + HCHO + NO2';
k(:,i) = 1.58e-11;
Gstr{i,1} = 'BCSOZNO3'; Gstr{i,2} = 'OH'; 
fBCSOZNO3(i)=fBCSOZNO3(i)-1; fOH(i)=fOH(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZO = BCKSOZ + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCSOZO'; 
fBCSOZO(i)=fBCSOZO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCSOZOH + OH = BCKSOZ + HCHO + HO2';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'BCSOZOH'; Gstr{i,2} = 'OH'; 
fBCSOZOH(i)=fBCSOZOH(i)-1; fOH(i)=fOH(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + HO2 = C147OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'HO2'; 
fC147O2(i)=fC147O2(i)-1; fHO2(i)=fHO2(i)-1; fC147OOH(i)=fC147OOH(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + NO = C147O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'NO'; 
fC147O2(i)=fC147O2(i)-1; fNO(i)=fNO(i)-1; fC147O(i)=fC147O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + NO3 = C147O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'NO3'; 
fC147O2(i)=fC147O2(i)-1; fNO3(i)=fNO3(i)-1; fC147O(i)=fC147O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + RO2 = C147CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'RO2';
fC147O2(i)=fC147O2(i)-1; fC147CO(i)=fC147CO(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + RO2 = C147O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'RO2';
fC147O2(i)=fC147O2(i)-1; fC147O(i)=fC147O(i)+1; 

i=i+1;
Rnames{i} = 'C147O2 + RO2 = C147OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C147O2'; Gstr{i,2} = 'RO2';
fC147O2(i)=fC147O2(i)-1; fC147OH(i)=fC147OH(i)+1; 

i=i+1;
Rnames{i} = 'C141OO + CO = C131CO2H';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'C141OO'; Gstr{i,2} = 'CO'; 
fC141OO(i)=fC141OO(i)-1; fCO(i)=fCO(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C141OO + NO = C131CO2H + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'C141OO'; Gstr{i,2} = 'NO'; 
fC141OO(i)=fC141OO(i)-1; fNO(i)=fNO(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C141OO + NO2 = C131CO2H + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'C141OO'; Gstr{i,2} = 'NO2'; 
fC141OO(i)=fC141OO(i)-1; fNO2(i)=fNO2(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C141OO + SO2 = C131CO2H + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'C141OO'; Gstr{i,2} = 'SO2'; 
fC141OO(i)=fC141OO(i)-1; fSO2(i)=fSO2(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'C141OO = C131CO2H + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'C141OO'; 
fC141OO(i)=fC141OO(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C151OOH + OH = C131CO2H + HCHO + OH';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'C151OOH'; Gstr{i,2} = 'OH'; 
fC151OOH(i)=fC151OOH(i)-1; fOH(i)=fOH(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C151OOH + hv = C151O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C151OOH'; 
fC151OOH(i)=fC151OOH(i)-1; fC151O(i)=fC151O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C151NO3 + OH = C131CO2H + HCHO + NO2';
k(:,i) = 1.58e-11;
Gstr{i,1} = 'C151NO3'; Gstr{i,2} = 'OH'; 
fC151NO3(i)=fC151NO3(i)-1; fOH(i)=fOH(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C151O = HCHO + C131CO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C151O'; 
fC151O(i)=fC151O(i)-1; fHCHO(i)=fHCHO(i)+1; fC131CO2H(i)=fC131CO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C151OH + OH = C131CO2H + HCHO + HO2';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'C151OH'; Gstr{i,2} = 'OH'; 
fC151OH(i)=fC151OH(i)-1; fOH(i)=fOH(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + HO2 = C126CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'HO2'; 
fC126CO3(i)=fC126CO3(i)-1; fHO2(i)=fHO2(i)-1; fC126CO2H(i)=fC126CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + HO2 = C126CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'HO2'; 
fC126CO3(i)=fC126CO3(i)-1; fHO2(i)=fHO2(i)-1; fC126CO3H(i)=fC126CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + HO2 = C126O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'HO2'; 
fC126CO3(i)=fC126CO3(i)-1; fHO2(i)=fHO2(i)-1; fC126O2(i)=fC126O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + NO = C126O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'NO'; 
fC126CO3(i)=fC126CO3(i)-1; fNO(i)=fNO(i)-1; fC126O2(i)=fC126O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + NO2 = C126PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'NO2'; 
fC126CO3(i)=fC126CO3(i)-1; fNO2(i)=fNO2(i)-1; fC126PAN(i)=fC126PAN(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + NO3 = C126O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'NO3'; 
fC126CO3(i)=fC126CO3(i)-1; fNO3(i)=fNO3(i)-1; fC126O2(i)=fC126O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + RO2 = C126CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'RO2';
fC126CO3(i)=fC126CO3(i)-1; fC126CO2H(i)=fC126CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3 + RO2 = C126O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C126CO3'; Gstr{i,2} = 'RO2';
fC126CO3(i)=fC126CO3(i)-1; fC126O2(i)=fC126O2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + HO2 = C136CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'HO2'; 
fC136CO3(i)=fC136CO3(i)-1; fHO2(i)=fHO2(i)-1; fC136CO2(i)=fC136CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + HO2 = C136CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'HO2'; 
fC136CO3(i)=fC136CO3(i)-1; fHO2(i)=fHO2(i)-1; fC136CO2H(i)=fC136CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + HO2 = C136CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'HO2'; 
fC136CO3(i)=fC136CO3(i)-1; fHO2(i)=fHO2(i)-1; fC136CO3H(i)=fC136CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + NO = C136CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'NO'; 
fC136CO3(i)=fC136CO3(i)-1; fNO(i)=fNO(i)-1; fC136CO2(i)=fC136CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + NO2 = C136PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'NO2'; 
fC136CO3(i)=fC136CO3(i)-1; fNO2(i)=fNO2(i)-1; fC136PAN(i)=fC136PAN(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + NO3 = C136CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'NO3'; 
fC136CO3(i)=fC136CO3(i)-1; fNO3(i)=fNO3(i)-1; fC136CO2(i)=fC136CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + RO2 = C136CO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'RO2';
fC136CO3(i)=fC136CO3(i)-1; fC136CO2(i)=fC136CO2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3 + RO2 = C136CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C136CO3'; Gstr{i,2} = 'RO2';
fC136CO3(i)=fC136CO3(i)-1; fC136CO2H(i)=fC136CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BCBOCOO + CO = BCLKBOC';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCBOCOO'; Gstr{i,2} = 'CO'; 
fBCBOCOO(i)=fBCBOCOO(i)-1; fCO(i)=fCO(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; 

i=i+1;
Rnames{i} = 'BCBOCOO + NO = BCLKBOC + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCBOCOO'; Gstr{i,2} = 'NO'; 
fBCBOCOO(i)=fBCBOCOO(i)-1; fNO(i)=fNO(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCBOCOO + NO2 = BCLKBOC + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCBOCOO'; Gstr{i,2} = 'NO2'; 
fBCBOCOO(i)=fBCBOCOO(i)-1; fNO2(i)=fNO2(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCBOCOO + SO2 = BCLKBOC + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCBOCOO'; Gstr{i,2} = 'SO2'; 
fBCBOCOO(i)=fBCBOCOO(i)-1; fSO2(i)=fSO2(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCBOCOO = BCLKBOC + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'BCBOCOO'; 
fBCBOCOO(i)=fBCBOCOO(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + HO2 = C148OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'HO2'; 
fC148O2(i)=fC148O2(i)-1; fHO2(i)=fHO2(i)-1; fC148OOH(i)=fC148OOH(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + NO = C148O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'NO'; 
fC148O2(i)=fC148O2(i)-1; fNO(i)=fNO(i)-1; fC148O(i)=fC148O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + NO3 = C148O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'NO3'; 
fC148O2(i)=fC148O2(i)-1; fNO3(i)=fNO3(i)-1; fC148O(i)=fC148O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + RO2 = C148CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'RO2';
fC148O2(i)=fC148O2(i)-1; fC148CO(i)=fC148CO(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + RO2 = C148O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'RO2';
fC148O2(i)=fC148O2(i)-1; fC148O(i)=fC148O(i)+1; 

i=i+1;
Rnames{i} = 'C148O2 + RO2 = C148OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C148O2'; Gstr{i,2} = 'RO2';
fC148O2(i)=fC148O2(i)-1; fC148OH(i)=fC148OH(i)+1; 

i=i+1;
Rnames{i} = 'C152OOH + OH = BCLKBOC + HCHO + OH';
k(:,i) = 2.57e-11;
Gstr{i,1} = 'C152OOH'; Gstr{i,2} = 'OH'; 
fC152OOH(i)=fC152OOH(i)-1; fOH(i)=fOH(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C152OOH + hv = C152O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C152OOH'; 
fC152OOH(i)=fC152OOH(i)-1; fC152O(i)=fC152O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C152NO3 + OH = BCLKBOC + HCHO + NO2';
k(:,i) = 1.58e-11;
Gstr{i,1} = 'C152NO3'; Gstr{i,2} = 'OH'; 
fC152NO3(i)=fC152NO3(i)-1; fOH(i)=fOH(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C152O = HCHO + BCLKBOC + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C152O'; 
fC152O(i)=fC152O(i)-1; fHCHO(i)=fHCHO(i)+1; fBCLKBOC(i)=fBCLKBOC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C152OH + OH = BCLKBOC + HCHO + HO2';
k(:,i) = 2.21e-11;
Gstr{i,1} = 'C152OH'; Gstr{i,2} = 'OH'; 
fC152OH(i)=fC152OH(i)-1; fOH(i)=fOH(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + HO2 = C1311OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'HO2'; 
fC1311O2(i)=fC1311O2(i)-1; fHO2(i)=fHO2(i)-1; fC1311OOH(i)=fC1311OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + NO = C1311NO3';
k(:,i) = KRO2NO.*0.134;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'NO'; 
fC1311O2(i)=fC1311O2(i)-1; fNO(i)=fNO(i)-1; fC1311NO3(i)=fC1311NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + NO = C1311O + NO2';
k(:,i) = KRO2NO.*0.866;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'NO'; 
fC1311O2(i)=fC1311O2(i)-1; fNO(i)=fNO(i)-1; fC1311O(i)=fC1311O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + NO3 = C1311O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'NO3'; 
fC1311O2(i)=fC1311O2(i)-1; fNO3(i)=fNO3(i)-1; fC1311O(i)=fC1311O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + RO2 = C1311O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'RO2';
fC1311O2(i)=fC1311O2(i)-1; fC1311O(i)=fC1311O(i)+1; 

i=i+1;
Rnames{i} = 'C1311O2 + RO2 = C1311OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C1311O2'; Gstr{i,2} = 'RO2';
fC1311O2(i)=fC1311O2(i)-1; fC1311OH(i)=fC1311OH(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O2 + HO2 = NC1313OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'NC1313O2'; Gstr{i,2} = 'HO2'; 
fNC1313O2(i)=fNC1313O2(i)-1; fHO2(i)=fHO2(i)-1; fNC1313OOH(i)=fNC1313OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O2 + NO = NC1313O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC1313O2'; Gstr{i,2} = 'NO'; 
fNC1313O2(i)=fNC1313O2(i)-1; fNO(i)=fNO(i)-1; fNC1313O(i)=fNC1313O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O2 + NO3 = NC1313O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC1313O2'; Gstr{i,2} = 'NO3'; 
fNC1313O2(i)=fNC1313O2(i)-1; fNO3(i)=fNO3(i)-1; fNC1313O(i)=fNC1313O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O2 + RO2 = NC1313O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NC1313O2'; Gstr{i,2} = 'RO2';
fNC1313O2(i)=fNC1313O2(i)-1; fNC1313O(i)=fNC1313O(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O2 + RO2 = NC1313OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NC1313O2'; Gstr{i,2} = 'RO2';
fNC1313O2(i)=fNC1313O2(i)-1; fNC1313OH(i)=fNC1313OH(i)+1; 

i=i+1;
Rnames{i} = 'C116CHO + NO3 = C116CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C116CHO'; Gstr{i,2} = 'NO3'; 
fC116CHO(i)=fC116CHO(i)-1; fNO3(i)=fNO3(i)-1; fC116CO3(i)=fC116CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C116CHO + OH = C116CO3';
k(:,i) = 5.65e-11;
Gstr{i,1} = 'C116CHO'; Gstr{i,2} = 'OH'; 
fC116CHO(i)=fC116CHO(i)-1; fOH(i)=fOH(i)-1; fC116CO3(i)=fC116CO3(i)+1; 

i=i+1;
Rnames{i} = 'C116CHO + hv = C116O2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C116CHO'; 
fC116CHO(i)=fC116CHO(i)-1; fC116O2(i)=fC116O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C126OOA = C126OO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C126OOA'; 
fC126OOA(i)=fC126OOA(i)-1; fC126OO(i)=fC126OO(i)+1; 

i=i+1;
Rnames{i} = 'C126OOA = C129O2 + OH';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C126OOA'; 
fC126OOA(i)=fC126OOA(i)-1; fC129O2(i)=fC129O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + HO2 = C1313OOH';
k(:,i) = KRO2HO2.*0.957;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'HO2'; 
fC1313O2(i)=fC1313O2(i)-1; fHO2(i)=fHO2(i)-1; fC1313OOH(i)=fC1313OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + NO = C1313NO3';
k(:,i) = KRO2NO.*0.134;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'NO'; 
fC1313O2(i)=fC1313O2(i)-1; fNO(i)=fNO(i)-1; fC1313NO3(i)=fC1313NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + NO = C1313O + NO2';
k(:,i) = KRO2NO.*0.866;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'NO'; 
fC1313O2(i)=fC1313O2(i)-1; fNO(i)=fNO(i)-1; fC1313O(i)=fC1313O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + NO3 = C1313O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'NO3'; 
fC1313O2(i)=fC1313O2(i)-1; fNO3(i)=fNO3(i)-1; fC1313O(i)=fC1313O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + RO2 = C1313O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'RO2';
fC1313O2(i)=fC1313O2(i)-1; fC1313O(i)=fC1313O(i)+1; 

i=i+1;
Rnames{i} = 'C1313O2 + RO2 = C1313OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C1313O2'; Gstr{i,2} = 'RO2';
fC1313O2(i)=fC1313O2(i)-1; fC1313OH(i)=fC1313OH(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + HO2 = C126OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'HO2'; 
fC126O2(i)=fC126O2(i)-1; fHO2(i)=fHO2(i)-1; fC126OOH(i)=fC126OOH(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + NO = C126NO3';
k(:,i) = KRO2NO.*0.176;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'NO'; 
fC126O2(i)=fC126O2(i)-1; fNO(i)=fNO(i)-1; fC126NO3(i)=fC126NO3(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + NO = C126O + NO2';
k(:,i) = KRO2NO.*0.824;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'NO'; 
fC126O2(i)=fC126O2(i)-1; fNO(i)=fNO(i)-1; fC126O(i)=fC126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + NO3 = C126O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'NO3'; 
fC126O2(i)=fC126O2(i)-1; fNO3(i)=fNO3(i)-1; fC126O(i)=fC126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + RO2 = C126CO';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'RO2';
fC126O2(i)=fC126O2(i)-1; fC126CO(i)=fC126CO(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + RO2 = C126O';
k(:,i) = 1.32e-12.*0.6;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'RO2';
fC126O2(i)=fC126O2(i)-1; fC126O(i)=fC126O(i)+1; 

i=i+1;
Rnames{i} = 'C126O2 + RO2 = C126OH';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C126O2'; Gstr{i,2} = 'RO2';
fC126O2(i)=fC126O2(i)-1; fC126OH(i)=fC126OH(i)+1; 

i=i+1;
Rnames{i} = 'C144O2 + HO2 = C144OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C144O2'; Gstr{i,2} = 'HO2'; 
fC144O2(i)=fC144O2(i)-1; fHO2(i)=fHO2(i)-1; fC144OOH(i)=fC144OOH(i)+1; 

i=i+1;
Rnames{i} = 'C144O2 + NO = C144O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C144O2'; Gstr{i,2} = 'NO'; 
fC144O2(i)=fC144O2(i)-1; fNO(i)=fNO(i)-1; fC144O(i)=fC144O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C144O2 + NO3 = C144O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C144O2'; Gstr{i,2} = 'NO3'; 
fC144O2(i)=fC144O2(i)-1; fNO3(i)=fNO3(i)-1; fC144O(i)=fC144O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C144O2 + RO2 = C144O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C144O2'; Gstr{i,2} = 'RO2';
fC144O2(i)=fC144O2(i)-1; fC144O(i)=fC144O(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + HO2 = C142OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'HO2'; 
fC142O2(i)=fC142O2(i)-1; fHO2(i)=fHO2(i)-1; fC142OOH(i)=fC142OOH(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + NO = C142NO3';
k(:,i) = KRO2NO.*0.054;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'NO'; 
fC142O2(i)=fC142O2(i)-1; fNO(i)=fNO(i)-1; fC142NO3(i)=fC142NO3(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + NO = C142O + NO2';
k(:,i) = KRO2NO.*0.946;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'NO'; 
fC142O2(i)=fC142O2(i)-1; fNO(i)=fNO(i)-1; fC142O(i)=fC142O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + NO3 = C142O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'NO3'; 
fC142O2(i)=fC142O2(i)-1; fNO3(i)=fNO3(i)-1; fC142O(i)=fC142O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + RO2 = C142O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'RO2';
fC142O2(i)=fC142O2(i)-1; fC142O(i)=fC142O(i)+1; 

i=i+1;
Rnames{i} = 'C142O2 + RO2 = C142OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C142O2'; Gstr{i,2} = 'RO2';
fC142O2(i)=fC142O2(i)-1; fC142OH(i)=fC142OH(i)+1; 

i=i+1;
Rnames{i} = 'C144O = C131CO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C144O'; 
fC144O(i)=fC144O(i)-1; fC131CO(i)=fC131CO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO2 + HO2 = NBCKOOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'NBCKO2'; Gstr{i,2} = 'HO2'; 
fNBCKO2(i)=fNBCKO2(i)-1; fHO2(i)=fHO2(i)-1; fNBCKOOH(i)=fNBCKOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO2 + NO = NBCKO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBCKO2'; Gstr{i,2} = 'NO'; 
fNBCKO2(i)=fNBCKO2(i)-1; fNO(i)=fNO(i)-1; fNBCKO(i)=fNBCKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO2 + NO3 = NBCKO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBCKO2'; Gstr{i,2} = 'NO3'; 
fNBCKO2(i)=fNBCKO2(i)-1; fNO3(i)=fNO3(i)-1; fNBCKO(i)=fNBCKO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO2 + RO2 = BCKBNO3';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NBCKO2'; Gstr{i,2} = 'RO2';
fNBCKO2(i)=fNBCKO2(i)-1; fBCKBNO3(i)=fBCKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO2 + RO2 = NBCKO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NBCKO2'; Gstr{i,2} = 'RO2';
fNBCKO2(i)=fNBCKO2(i)-1; fNBCKO(i)=fNBCKO(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO + CO = BCLKET';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCKAOO'; Gstr{i,2} = 'CO'; 
fBCKAOO(i)=fBCKAOO(i)-1; fCO(i)=fCO(i)-1; fBCLKET(i)=fBCLKET(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO + NO = BCLKET + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCKAOO'; Gstr{i,2} = 'NO'; 
fBCKAOO(i)=fBCKAOO(i)-1; fNO(i)=fNO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO + NO2 = BCLKET + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCKAOO'; Gstr{i,2} = 'NO2'; 
fBCKAOO(i)=fBCKAOO(i)-1; fNO2(i)=fNO2(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO + SO2 = BCLKET + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCKAOO'; Gstr{i,2} = 'SO2'; 
fBCKAOO(i)=fBCKAOO(i)-1; fSO2(i)=fSO2(i)-1; fBCLKET(i)=fBCLKET(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO = BCKSOZ';
k(:,i) = 8.00e01;
Gstr{i,1} = 'BCKAOO'; 
fBCKAOO(i)=fBCKAOO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOO = BCLKET + H2O2';
k(:,i) = 2.00e-16.*H2O;
Gstr{i,1} = 'BCKAOO'; 
fBCKAOO(i)=fBCKAOO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO + CO = BCKET';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BCKBOO'; Gstr{i,2} = 'CO'; 
fBCKBOO(i)=fBCKBOO(i)-1; fCO(i)=fCO(i)-1; fBCKET(i)=fBCKET(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO + NO = BCKET + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BCKBOO'; Gstr{i,2} = 'NO'; 
fBCKBOO(i)=fBCKBOO(i)-1; fNO(i)=fNO(i)-1; fBCKET(i)=fBCKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO + NO2 = BCKET + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BCKBOO'; Gstr{i,2} = 'NO2'; 
fBCKBOO(i)=fBCKBOO(i)-1; fNO2(i)=fNO2(i)-1; fBCKET(i)=fBCKET(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO + SO2 = BCKET + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BCKBOO'; Gstr{i,2} = 'SO2'; 
fBCKBOO(i)=fBCKBOO(i)-1; fSO2(i)=fSO2(i)-1; fBCKET(i)=fBCKET(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO = BCKSOZ';
k(:,i) = 1.20e02;
Gstr{i,1} = 'BCKBOO'; 
fBCKBOO(i)=fBCKBOO(i)-1; fBCKSOZ(i)=fBCKSOZ(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOO = C131CO2H';
k(:,i) = 2.00e-16.*H2O;
Gstr{i,1} = 'BCKBOO'; 
fBCKBOO(i)=fBCKBOO(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOA = BCLKAO2 + OH';
k(:,i) = KDEC.*0.13;
Gstr{i,1} = 'BCKOOA'; 
fBCKOOA(i)=fBCKOOA(i)-1; fBCLKAO2(i)=fBCLKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOA = BCLKBO2 + OH';
k(:,i) = KDEC.*0.67;
Gstr{i,1} = 'BCKOOA'; 
fBCKOOA(i)=fBCKOOA(i)-1; fBCLKBO2(i)=fBCLKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOA = BCLKBOC';
k(:,i) = KDEC.*0.15;
Gstr{i,1} = 'BCKOOA'; 
fBCKOOA(i)=fBCKOOA(i)-1; fBCLKBOC(i)=fBCLKBOC(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOA = C1210O2 + CH3O2';
k(:,i) = KDEC.*0.05;
Gstr{i,1} = 'BCKOOA'; 
fBCKOOA(i)=fBCKOOA(i)-1; fC1210O2(i)=fC1210O2(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOB = BCLKCO2 + OH';
k(:,i) = KDEC.*0.66;
Gstr{i,1} = 'BCKOOB'; 
fBCKOOB(i)=fBCKOOB(i)-1; fBCLKCO2(i)=fBCLKCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOB = C131CO2H';
k(:,i) = KDEC.*0.17;
Gstr{i,1} = 'BCKOOB'; 
fBCKOOB(i)=fBCKOOB(i)-1; fC131CO2H(i)=fC131CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BCKOOB = C131O2 + HO2';
k(:,i) = KDEC.*0.17;
Gstr{i,1} = 'BCKOOB'; 
fBCKOOB(i)=fBCKOOB(i)-1; fC131O2(i)=fC131O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + HO2 = BCKAOOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'HO2'; 
fBCKAO2(i)=fBCKAO2(i)-1; fHO2(i)=fHO2(i)-1; fBCKAOOH(i)=fBCKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + NO = BCKANO3';
k(:,i) = KRO2NO.*0.245;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'NO'; 
fBCKAO2(i)=fBCKAO2(i)-1; fNO(i)=fNO(i)-1; fBCKANO3(i)=fBCKANO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + NO = BCKAO + NO2';
k(:,i) = KRO2NO.*0.755;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'NO'; 
fBCKAO2(i)=fBCKAO2(i)-1; fNO(i)=fNO(i)-1; fBCKAO(i)=fBCKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + NO3 = BCKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'NO3'; 
fBCKAO2(i)=fBCKAO2(i)-1; fNO3(i)=fNO3(i)-1; fBCKAO(i)=fBCKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + RO2 = BCKAO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'RO2';
fBCKAO2(i)=fBCKAO2(i)-1; fBCKAO(i)=fBCKAO(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO2 + RO2 = BCKAOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'BCKAO2'; Gstr{i,2} = 'RO2';
fBCKAO2(i)=fBCKAO2(i)-1; fBCKAOH(i)=fBCKAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + HO2 = BCKBOOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'HO2'; 
fBCKBO2(i)=fBCKBO2(i)-1; fHO2(i)=fHO2(i)-1; fBCKBOOH(i)=fBCKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + NO = BCKBNO3';
k(:,i) = KRO2NO.*0.245;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'NO'; 
fBCKBO2(i)=fBCKBO2(i)-1; fNO(i)=fNO(i)-1; fBCKBNO3(i)=fBCKBNO3(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + NO = BCKBO + NO2';
k(:,i) = KRO2NO.*0.755;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'NO'; 
fBCKBO2(i)=fBCKBO2(i)-1; fNO(i)=fNO(i)-1; fBCKBO(i)=fBCKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + NO3 = BCKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'NO3'; 
fBCKBO2(i)=fBCKBO2(i)-1; fNO3(i)=fNO3(i)-1; fBCKBO(i)=fBCKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + RO2 = BCKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'RO2';
fBCKBO2(i)=fBCKBO2(i)-1; fBCKAOH(i)=fBCKAOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + RO2 = BCKBCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'RO2';
fBCKBO2(i)=fBCKBO2(i)-1; fBCKBCO(i)=fBCKBCO(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO2 + RO2 = BCKBO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'BCKBO2'; Gstr{i,2} = 'RO2';
fBCKBO2(i)=fBCKBO2(i)-1; fBCKBO(i)=fBCKBO(i)+1; 

i=i+1;
Rnames{i} = 'MMFOOH + OH = MMCF + OH';
k(:,i) = 4.09e-11;
Gstr{i,1} = 'MMFOOH'; Gstr{i,2} = 'OH'; 
fMMFOOH(i)=fMMFOOH(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMFOOH + hv = MMFO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MMFOOH'; 
fMMFOOH(i)=fMMFOOH(i)-1; fMMFO(i)=fMMFO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMFNO3 + OH = MMCF + NO2';
k(:,i) = 2.12e-12;
Gstr{i,1} = 'MMFNO3'; Gstr{i,2} = 'OH'; 
fMMFNO3(i)=fMMFNO3(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFNO3 + hv = MMFO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'MMFNO3'; 
fMMFNO3(i)=fMMFNO3(i)-1; fMMFO(i)=fMMFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFO = MMCF + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'MMFO'; 
fMMFO(i)=fMMFO(i)-1; fMMCF(i)=fMMCF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMFOH + OH = MMCF + HO2';
k(:,i) = 1.17e-11;
Gstr{i,1} = 'MMFOH'; Gstr{i,2} = 'OH'; 
fMMFOH(i)=fMMFOH(i)-1; fOH(i)=fOH(i)-1; fMMCF(i)=fMMCF(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFOOH + OH = DFC + OH';
k(:,i) = 1.96e-11;
Gstr{i,1} = 'MMCFOOH'; Gstr{i,2} = 'OH'; 
fMMCFOOH(i)=fMMCFOOH(i)-1; fOH(i)=fOH(i)-1; fDFC(i)=fDFC(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMCFOOH + OH = MMCFO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MMCFOOH'; Gstr{i,2} = 'OH'; 
fMMCFOOH(i)=fMMCFOOH(i)-1; fOH(i)=fOH(i)-1; fMMCFO2(i)=fMMCFO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFOOH + hv = MMCFO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MMCFOOH'; 
fMMCFOOH(i)=fMMCFOOH(i)-1; fMMCFO(i)=fMMCFO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMCFNO3 + OH = DFC + NO2';
k(:,i) = 1.50e-13;
Gstr{i,1} = 'MMCFNO3'; Gstr{i,2} = 'OH'; 
fMMCFNO3(i)=fMMCFNO3(i)-1; fOH(i)=fOH(i)-1; fDFC(i)=fDFC(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFNO3 + hv = MMCFO + NO2';
k(:,i) = J53;
Gstr{i,1} = 'MMCFNO3'; 
fMMCFNO3(i)=fMMCFNO3(i)-1; fMMCFO(i)=fMMCFO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO = DFC + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'MMCFO'; 
fMMCFO(i)=fMMCFO(i)-1; fDFC(i)=fDFC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFO = HCHO + HO2';
k(:,i) = 2.70e14.*exp(-6765./T);
Gstr{i,1} = 'MMCFO'; 
fMMCFO(i)=fMMCFO(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DFC + OH = CO + HO2';
k(:,i) = 1.80e-13;
Gstr{i,1} = 'DFC'; Gstr{i,2} = 'OH'; 
fDFC(i)=fDFC(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMCFOH + OH = DFC + HO2';
k(:,i) = 5.47e-12;
Gstr{i,1} = 'MMCFOH'; Gstr{i,2} = 'OH'; 
fMMCFOH(i)=fMMCFOH(i)-1; fOH(i)=fOH(i)-1; fDFC(i)=fDFC(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO + NO2 = CH3O2 + SO2 + NO';
k(:,i) = 1.20e-11.*0.25;
Gstr{i,1} = 'CH3SO'; Gstr{i,2} = 'NO2'; 
fCH3SO(i)=fCH3SO(i)-1; fNO2(i)=fNO2(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO2(i)=fSO2(i)+1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO + NO2 = CH3SO2 + NO';
k(:,i) = 1.20e-11.*0.75;
Gstr{i,1} = 'CH3SO'; Gstr{i,2} = 'NO2'; 
fCH3SO(i)=fCH3SO(i)-1; fNO2(i)=fNO2(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fNO(i)=fNO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO + O3 = CH3O2 + SO2';
k(:,i) = 4.00e-13;
Gstr{i,1} = 'CH3SO'; Gstr{i,2} = 'O3'; 
fCH3SO(i)=fCH3SO(i)-1; fO3(i)=fO3(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO2(i)=fSO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO = CH3SOO2';
k(:,i) = 3.12e-16.*exp(1580./T).*.21.*M;
Gstr{i,1} = 'CH3SO'; 
fCH3SO(i)=fCH3SO(i)-1; fCH3SOO2(i)=fCH3SOO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO + NO = CH3SO + NO2';
k(:,i) = 1.1e-11;
Gstr{i,1} = 'CH3SOO'; Gstr{i,2} = 'NO'; 
fCH3SOO(i)=fCH3SOO(i)-1; fNO(i)=fNO(i)-1; fCH3SO(i)=fCH3SO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO + NO2 = CH3SO + NO3';
k(:,i) = 2.2e-11;
Gstr{i,1} = 'CH3SOO'; Gstr{i,2} = 'NO2'; 
fCH3SOO(i)=fCH3SOO(i)-1; fNO2(i)=fNO2(i)-1; fCH3SO(i)=fCH3SO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO = CH3O2 + SO2';
k(:,i) = 5.60e16.*exp(-10870./T);
Gstr{i,1} = 'CH3SOO'; 
fCH3SOO(i)=fCH3SOO(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO2(i)=fSO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO = CH3S';
k(:,i) = 3.50e10.*exp(-3560./T);
Gstr{i,1} = 'CH3SOO'; 
fCH3SOO(i)=fCH3SOO(i)-1; fCH3S(i)=fCH3S(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2OOH + OH = CH3SO2CHO + OH';
k(:,i) = 1.26e-12;
Gstr{i,1} = 'DMSO2OOH'; Gstr{i,2} = 'OH'; 
fDMSO2OOH(i)=fDMSO2OOH(i)-1; fOH(i)=fOH(i)-1; fCH3SO2CHO(i)=fCH3SO2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2OOH + OH = DMSO2O2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'DMSO2OOH'; Gstr{i,2} = 'OH'; 
fDMSO2OOH(i)=fDMSO2OOH(i)-1; fOH(i)=fOH(i)-1; fDMSO2O2(i)=fDMSO2O2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2OOH + hv = DMSO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMSO2OOH'; 
fDMSO2OOH(i)=fDMSO2OOH(i)-1; fDMSO2O(i)=fDMSO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2O = CH3SO2 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'DMSO2O'; 
fDMSO2O(i)=fDMSO2O(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2CHO + OH = CH3SO2 + CO';
k(:,i) = 1.78e-12;
Gstr{i,1} = 'CH3SO2CHO'; Gstr{i,2} = 'OH'; 
fCH3SO2CHO(i)=fCH3SO2CHO(i)-1; fOH(i)=fOH(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2CHO + hv = CH3SO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CH3SO2CHO'; 
fCH3SO2CHO(i)=fCH3SO2CHO(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2OH + OH = CH3SO2CHO + HO2';
k(:,i) = 5.23e-13;
Gstr{i,1} = 'DMSO2OH'; Gstr{i,2} = 'OH'; 
fDMSO2OH(i)=fDMSO2OH(i)-1; fOH(i)=fOH(i)-1; fCH3SO2CHO(i)=fCH3SO2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMSO2OH + OH = DMSO2O';
k(:,i) = 1.40e-13;
Gstr{i,1} = 'DMSO2OH'; Gstr{i,2} = 'OH'; 
fDMSO2OH(i)=fDMSO2OH(i)-1; fOH(i)=fOH(i)-1; fDMSO2O(i)=fDMSO2O(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + HO2 = H13C43CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'HO2'; 
fH13C43CO3(i)=fH13C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fH13C43CO3H(i)=fH13C43CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + HO2 = MEKAOH + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'HO2'; 
fH13C43CO3(i)=fH13C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + NO = MEKAOH + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'NO'; 
fH13C43CO3(i)=fH13C43CO3(i)-1; fNO(i)=fNO(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + NO2 = C5PAN12';
k(:,i) = KFPAN;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'NO2'; 
fH13C43CO3(i)=fH13C43CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN12(i)=fC5PAN12(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + NO3 = MEKAOH + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'NO3'; 
fH13C43CO3(i)=fH13C43CO3(i)-1; fNO3(i)=fNO3(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3 + RO2 = MEKAOH + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H13C43CO3'; Gstr{i,2} = 'RO2';
fH13C43CO3(i)=fH13C43CO3(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + HO2 = C42CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'HO2'; 
fC42CO3(i)=fC42CO3(i)-1; fHO2(i)=fHO2(i)-1; fC42CO3H(i)=fC42CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + HO2 = HOIPRCHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'HO2'; 
fC42CO3(i)=fC42CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + NO = HOIPRCHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'NO'; 
fC42CO3(i)=fC42CO3(i)-1; fNO(i)=fNO(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + NO2 = C5PAN13';
k(:,i) = KFPAN;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'NO2'; 
fC42CO3(i)=fC42CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN13(i)=fC5PAN13(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + NO3 = HOIPRCHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'NO3'; 
fC42CO3(i)=fC42CO3(i)-1; fNO3(i)=fNO3(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3 + RO2 = HOIPRCHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C42CO3'; Gstr{i,2} = 'RO2';
fC42CO3(i)=fC42CO3(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3H + OH = CHOC4CO3';
k(:,i) = 3.50e-11;
Gstr{i,1} = 'CHOC4CO3H'; Gstr{i,2} = 'OH'; 
fCHOC4CO3H(i)=fCHOC4CO3H(i)-1; fOH(i)=fOH(i)-1; fCHOC4CO3(i)=fCHOC4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3H + hv = CHOC4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC4CO3H'; 
fCHOC4CO3H(i)=fCHOC4CO3H(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4CO3H + hv = CHOC4O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC4CO3H'; 
fCHOC4CO3H(i)=fCHOC4CO3H(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4PAN + OH = CO2C4CHO + CO + NO2';
k(:,i) = 2.79e-11;
Gstr{i,1} = 'CHOC4PAN'; Gstr{i,2} = 'OH'; 
fCHOC4PAN(i)=fCHOC4PAN(i)-1; fOH(i)=fOH(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4PAN = CHOC4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHOC4PAN'; 
fCHOC4PAN(i)=fCHOC4PAN(i)-1; fCHOC4CO3(i)=fCHOC4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOOH + OH = C6CODIAL + OH';
k(:,i) = 1.29e-10;
Gstr{i,1} = 'C6DIALOOH'; Gstr{i,2} = 'OH'; 
fC6DIALOOH(i)=fC6DIALOOH(i)-1; fOH(i)=fOH(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOOH + OH = C6DIALO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C6DIALOOH'; Gstr{i,2} = 'OH'; 
fC6DIALOOH(i)=fC6DIALOOH(i)-1; fOH(i)=fOH(i)-1; fC6DIALO2(i)=fC6DIALO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOOH + hv = C6DIALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6DIALOOH'; 
fC6DIALOOH(i)=fC6DIALOOH(i)-1; fC6DIALO(i)=fC6DIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOOH + hv = C6DIALO + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C6DIALOOH'; 
fC6DIALOOH(i)=fC6DIALOOH(i)-1; fC6DIALO(i)=fC6DIALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO = C6CODIAL + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C6DIALO'; 
fC6DIALO(i)=fC6DIALO(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALO = CHOC2H4O2 + HCOCH2CHO';
k(:,i) = 2.70e14.*exp(-7398./T);
Gstr{i,1} = 'C6DIALO'; 
fC6DIALO(i)=fC6DIALO(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOH + OH = C1H4C5CO3';
k(:,i) = 8.03e-11.*0.560;
Gstr{i,1} = 'C6DIALOH'; Gstr{i,2} = 'OH'; 
fC6DIALOH(i)=fC6DIALOH(i)-1; fOH(i)=fOH(i)-1; fC1H4C5CO3(i)=fC1H4C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOH + OH = C6CODIAL + HO2';
k(:,i) = 8.03e-11.*0.440;
Gstr{i,1} = 'C6DIALOH'; Gstr{i,2} = 'OH'; 
fC6DIALOH(i)=fC6DIALOH(i)-1; fOH(i)=fOH(i)-1; fC6CODIAL(i)=fC6CODIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DIALOH + hv = CHOC4OHO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C6DIALOH'; 
fC6DIALOH(i)=fC6DIALOH(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OOH + OH = CHOC4O2';
k(:,i) = 4.08e-11;
Gstr{i,1} = 'CHOC4OOH'; Gstr{i,2} = 'OH'; 
fCHOC4OOH(i)=fCHOC4OOH(i)-1; fOH(i)=fOH(i)-1; fCHOC4O2(i)=fCHOC4O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OOH + hv = CHOC4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC4OOH'; 
fCHOC4OOH(i)=fCHOC4OOH(i)-1; fCHOC4O(i)=fCHOC4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OOH + hv = CHOC4O + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC4OOH'; 
fCHOC4OOH(i)=fCHOC4OOH(i)-1; fCHOC4O(i)=fCHOC4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4O = HOC4CHOO2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'CHOC4O'; 
fCHOC4O(i)=fCHOC4O(i)-1; fHOC4CHOO2(i)=fHOC4CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONOOH + OH = CYC6DIONO2';
k(:,i) = 8.80e-11;
Gstr{i,1} = 'CY6DIONOOH'; Gstr{i,2} = 'OH'; 
fCY6DIONOOH(i)=fCY6DIONOOH(i)-1; fOH(i)=fOH(i)-1; fCYC6DIONO2(i)=fCYC6DIONO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONOOH + hv = CYC6DIONO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CY6DIONOOH'; 
fCY6DIONOOH(i)=fCY6DIONOOH(i)-1; fCYC6DIONO(i)=fCYC6DIONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6DIONOOH + hv = CYC6DIONO + OH';
k(:,i) = J35;
Gstr{i,1} = 'CY6DIONOOH'; 
fCY6DIONOOH(i)=fCY6DIONOOH(i)-1; fCYC6DIONO(i)=fCYC6DIONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CYC6DIONO = C6145COO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CYC6DIONO'; 
fCYC6DIONO(i)=fCYC6DIONO(i)-1; fC6145COO2(i)=fC6145COO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + HO2 = HO1C3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'HO2'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + HO2 = HOC3H6CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'HO2'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC3H6CO2H(i)=fHOC3H6CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + HO2 = HOC3H6CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'HO2'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC3H6CO3H(i)=fHOC3H6CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + NO = HO1C3O2 + NO2';
k(:,i) = KAPNO.*4.0;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'NO'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fNO(i)=fNO(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + NO2 = C4PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'NO2'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN1(i)=fC4PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + NO3 = HO1C3O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'NO3'; 
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + RO2 = HO1C3O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'RO2';
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3 + RO2 = HOC3H6CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HOC3H6CO3'; Gstr{i,2} = 'RO2';
fHOC3H6CO3(i)=fHOC3H6CO3(i)-1; fHOC3H6CO2H(i)=fHOC3H6CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLO2 + HO2 = C3DIOLOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'C3DIOLO2'; Gstr{i,2} = 'HO2'; 
fC3DIOLO2(i)=fC3DIOLO2(i)-1; fHO2(i)=fHO2(i)-1; fC3DIOLOOH(i)=fC3DIOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLO2 + NO = C3DIOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C3DIOLO2'; Gstr{i,2} = 'NO'; 
fC3DIOLO2(i)=fC3DIOLO2(i)-1; fNO(i)=fNO(i)-1; fC3DIOLO(i)=fC3DIOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLO2 + NO3 = C3DIOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3DIOLO2'; Gstr{i,2} = 'NO3'; 
fC3DIOLO2(i)=fC3DIOLO2(i)-1; fNO3(i)=fNO3(i)-1; fC3DIOLO(i)=fC3DIOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLO2 + RO2 = C3DIOLO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C3DIOLO2'; Gstr{i,2} = 'RO2';
fC3DIOLO2(i)=fC3DIOLO2(i)-1; fC3DIOLO(i)=fC3DIOLO(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO2H + OH = MGLYOX + NO2';
k(:,i) = 3.70e-12;
Gstr{i,1} = 'CONM2CO2H'; Gstr{i,2} = 'OH'; 
fCONM2CO2H(i)=fCONM2CO2H(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO2H + hv = CO + HO2 + NO2 + CH3COCO2H';
k(:,i) = J56.*10;
Gstr{i,1} = 'CONM2CO2H'; 
fCONM2CO2H(i)=fCONM2CO2H(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3H + OH = CONM2CO3';
k(:,i) = 6.78e-12;
Gstr{i,1} = 'CONM2CO3H'; Gstr{i,2} = 'OH'; 
fCONM2CO3H(i)=fCONM2CO3H(i)-1; fOH(i)=fOH(i)-1; fCONM2CO3(i)=fCONM2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CONM2CO3H + hv = CO + HO2 + NO2 + CH3COCO3H';
k(:,i) = J56.*10;
Gstr{i,1} = 'CONM2CO3H'; 
fCONM2CO3H(i)=fCONM2CO3H(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CONM2PAN + OH = CH3COPAN + CO + NO2';
k(:,i) = 3.18e-12;
Gstr{i,1} = 'CONM2PAN'; Gstr{i,2} = 'OH'; 
fCONM2PAN(i)=fCONM2PAN(i)-1; fOH(i)=fOH(i)-1; fCH3COPAN(i)=fCH3COPAN(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2PAN = CONM2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CONM2PAN'; 
fCONM2PAN(i)=fCONM2PAN(i)-1; fCONM2CO3(i)=fCONM2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CONM2PAN + hv = CONM2CO3 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CONM2PAN'; 
fCONM2PAN(i)=fCONM2PAN(i)-1; fCONM2CO3(i)=fCONM2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO2H + OH = GLYOX + HO2';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'COHM2CO2H'; Gstr{i,2} = 'OH'; 
fCOHM2CO2H(i)=fCOHM2CO2H(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO2H + hv = HCOCO2H + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'COHM2CO2H'; 
fCOHM2CO2H(i)=fCOHM2CO2H(i)-1; fHCOCO2H(i)=fHCOCO2H(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3H + OH = COHM2CO3';
k(:,i) = 2.47e-11;
Gstr{i,1} = 'COHM2CO3H'; Gstr{i,2} = 'OH'; 
fCOHM2CO3H(i)=fCOHM2CO3H(i)-1; fOH(i)=fOH(i)-1; fCOHM2CO3(i)=fCOHM2CO3(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3H + hv = GLYOX + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'COHM2CO3H'; 
fCOHM2CO3H(i)=fCOHM2CO3H(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3H + hv = HCOCO3H + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'COHM2CO3H'; 
fCOHM2CO3H(i)=fCOHM2CO3H(i)-1; fHCOCO3H(i)=fHCOCO3H(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2PAN + OH = GLYOX + NO3';
k(:,i) = 2.11e-11;
Gstr{i,1} = 'COHM2PAN'; Gstr{i,2} = 'OH'; 
fCOHM2PAN(i)=fCOHM2PAN(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'COHM2PAN = COHM2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'COHM2PAN'; 
fCOHM2PAN(i)=fCOHM2PAN(i)-1; fCOHM2CO3(i)=fCOHM2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2PAN + hv = COHM2CO3 + NO2';
k(:,i) = J17;
Gstr{i,1} = 'COHM2PAN'; 
fCOHM2PAN(i)=fCOHM2PAN(i)-1; fCOHM2CO3(i)=fCOHM2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CHO + hv = MEKAO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO2C4CHO'; 
fCO2C4CHO(i)=fCO2C4CHO(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2C4CHO = CO2C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2C4CHO'; 
fNO3(i)=fNO3(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C4CHO = CO2C4CO3';
k(:,i) = 2.63e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C4CHO'; 
fOH(i)=fOH(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + HO2 = HO2C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'HO2'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C4CO2H(i)=fHO2C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + HO2 = HO2C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'HO2'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C4CO3H(i)=fHO2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + HO2 = HO2C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'HO2'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + NO = HO2C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'NO'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fNO(i)=fNO(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + NO2 = C5PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'NO2'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN1(i)=fC5PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + NO3 = HO2C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'NO3'; 
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + RO2 = HO2C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'RO2';
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fHO2C4CO2H(i)=fHO2C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3 + RO2 = HO2C4O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HO2C4CO3'; Gstr{i,2} = 'RO2';
fHO2C4CO3(i)=fHO2C4CO3(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CHO + hv = NBUTOLBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HOBUT2CHO'; 
fHOBUT2CHO(i)=fHOBUT2CHO(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HOBUT2CHO = HOBUT2CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HOBUT2CHO'; 
fNO3(i)=fNO3(i)-1; fHOBUT2CHO(i)=fHOBUT2CHO(i)-1; fHOBUT2CO3(i)=fHOBUT2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOBUT2CHO = HOBUT2CO3';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOBUT2CHO'; 
fOH(i)=fOH(i)-1; fHOBUT2CHO(i)=fHOBUT2CHO(i)-1; fHOBUT2CO3(i)=fHOBUT2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + HO2 = HOIBUTCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'HO2'; 
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fHO2(i)=fHO2(i)-1; fHOIBUTCO3H(i)=fHOIBUTCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + HO2 = IBUTOLCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'HO2'; 
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + NO = IBUTOLCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'NO'; 
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fNO(i)=fNO(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + NO2 = C5PAN3';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'NO2'; 
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN3(i)=fC5PAN3(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + NO3 = IBUTOLCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'NO3'; 
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fNO3(i)=fNO3(i)-1; fIBUTOLCO2(i)=fIBUTOLCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3 + RO2 = SC4H9O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HOIBUTCO3'; Gstr{i,2} = 'RO2';
fHOIBUTCO3(i)=fHOIBUTCO3(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + HO2 = C63OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'HO2'; 
fC63O2(i)=fC63O2(i)-1; fHO2(i)=fHO2(i)-1; fC63OOH(i)=fC63OOH(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + NO = C63NO3';
k(:,i) = KRO2NO.*0.039;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'NO'; 
fC63O2(i)=fC63O2(i)-1; fNO(i)=fNO(i)-1; fC63NO3(i)=fC63NO3(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + NO = C63O + NO2';
k(:,i) = KRO2NO.*0.961;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'NO'; 
fC63O2(i)=fC63O2(i)-1; fNO(i)=fNO(i)-1; fC63O(i)=fC63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + NO3 = C63O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'NO3'; 
fC63O2(i)=fC63O2(i)-1; fNO3(i)=fNO3(i)-1; fC63O(i)=fC63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + RO2 = C63O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'RO2';
fC63O2(i)=fC63O2(i)-1; fC63O(i)=fC63O(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + RO2 = C63OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'RO2';
fC63O2(i)=fC63O2(i)-1; fC63OH(i)=fC63OH(i)+1; 

i=i+1;
Rnames{i} = 'C63O2 + RO2 = HO1CO24C6';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C63O2'; Gstr{i,2} = 'RO2';
fC63O2(i)=fC63O2(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CHO + hv = DIEKBO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO3C5CHO'; 
fCO3C5CHO(i)=fCO3C5CHO(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO3C5CHO = CO3C5CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO3C5CHO'; 
fNO3(i)=fNO3(i)-1; fCO3C5CHO(i)=fCO3C5CHO(i)-1; fCO3C5CO3(i)=fCO3C5CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C5CHO = CO3C5CO3';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C5CHO'; 
fOH(i)=fOH(i)-1; fCO3C5CHO(i)=fCO3C5CHO(i)-1; fCO3C5CO3(i)=fCO3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + HO2 = HO3C5CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'HO2'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C5CO2H(i)=fHO3C5CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + HO2 = HO3C5CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'HO2'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C5CO3H(i)=fHO3C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + HO2 = HO3C5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'HO2'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + NO = HO3C5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'NO'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fNO(i)=fNO(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + NO2 = C6PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'NO2'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN1(i)=fC6PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + NO3 = HO3C5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'NO3'; 
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + RO2 = HO3C5CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'RO2';
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fHO3C5CO2H(i)=fHO3C5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3 + RO2 = HO3C5O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HO3C5CO3'; Gstr{i,2} = 'RO2';
fHO3C5CO3(i)=fHO3C5CO3(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + HO2 = C64OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'HO2'; 
fC64O2(i)=fC64O2(i)-1; fHO2(i)=fHO2(i)-1; fC64OOH(i)=fC64OOH(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + NO = C64NO3';
k(:,i) = KRO2NO.*0.029;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'NO'; 
fC64O2(i)=fC64O2(i)-1; fNO(i)=fNO(i)-1; fC64NO3(i)=fC64NO3(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + NO = C64O + NO2';
k(:,i) = KRO2NO.*0.971;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'NO'; 
fC64O2(i)=fC64O2(i)-1; fNO(i)=fNO(i)-1; fC64O(i)=fC64O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + NO3 = C64O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'NO3'; 
fC64O2(i)=fC64O2(i)-1; fNO3(i)=fNO3(i)-1; fC64O(i)=fC64O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + RO2 = C64O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'RO2';
fC64O2(i)=fC64O2(i)-1; fC64O(i)=fC64O(i)+1; 

i=i+1;
Rnames{i} = 'C64O2 + RO2 = C64OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C64O2'; Gstr{i,2} = 'RO2';
fC64O2(i)=fC64O2(i)-1; fC64OH(i)=fC64OH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CHO + hv = CO2C54O2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'CO2C54CHO'; 
fCO2C54CHO(i)=fCO2C54CHO(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2C54CHO = CO2C54CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2C54CHO'; 
fNO3(i)=fNO3(i)-1; fCO2C54CHO(i)=fCO2C54CHO(i)-1; fCO2C54CO3(i)=fCO2C54CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C54CHO = C65O2';
k(:,i) = 2.98e-11.*0.215;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C54CHO'; 
fOH(i)=fOH(i)-1; fCO2C54CHO(i)=fCO2C54CHO(i)-1; fC65O2(i)=fC65O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C54CHO = CO2C54CO3';
k(:,i) = 2.98e-11.*0.785;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C54CHO'; 
fOH(i)=fOH(i)-1; fCO2C54CHO(i)=fCO2C54CHO(i)-1; fCO2C54CO3(i)=fCO2C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + HO2 = HO2C54OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'HO2'; 
fHO2C54O2(i)=fHO2C54O2(i)-1; fHO2(i)=fHO2(i)-1; fHO2C54OOH(i)=fHO2C54OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + NO = HO2C54NO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'NO'; 
fHO2C54O2(i)=fHO2C54O2(i)-1; fNO(i)=fNO(i)-1; fHO2C54NO3(i)=fHO2C54NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + NO = HO2C54O + NO2';
k(:,i) = KRO2NO.*0.971;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'NO'; 
fHO2C54O2(i)=fHO2C54O2(i)-1; fNO(i)=fNO(i)-1; fHO2C54O(i)=fHO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + NO3 = HO2C54O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'NO3'; 
fHO2C54O2(i)=fHO2C54O2(i)-1; fNO3(i)=fNO3(i)-1; fHO2C54O(i)=fHO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + RO2 = HO24C5';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'RO2';
fHO2C54O2(i)=fHO2C54O2(i)-1; fHO24C5(i)=fHO24C5(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + RO2 = HO2C54O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'RO2';
fHO2C54O2(i)=fHO2C54O2(i)-1; fHO2C54O(i)=fHO2C54O(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O2 + RO2 = HO2CO4C5';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'HO2C54O2'; Gstr{i,2} = 'RO2';
fHO2C54O2(i)=fHO2C54O2(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + HO2 = HO2C54CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'HO2'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C54CO2H(i)=fHO2C54CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + HO2 = HO2C54CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'HO2'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C54CO3H(i)=fHO2C54CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + HO2 = HO2C54O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'HO2'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + NO = HO2C54O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'NO'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fNO(i)=fNO(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + NO2 = C6PAN4';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'NO2'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN4(i)=fC6PAN4(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + NO3 = HO2C54O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'NO3'; 
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + RO2 = HO2C54CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'RO2';
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fHO2C54CO2H(i)=fHO2C54CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3 + RO2 = HO2C54O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HO2C54CO3'; Gstr{i,2} = 'RO2';
fHO2C54CO3(i)=fHO2C54CO3(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + HO2 = C66OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'HO2'; 
fC66O2(i)=fC66O2(i)-1; fHO2(i)=fHO2(i)-1; fC66OOH(i)=fC66OOH(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + NO = C66O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'NO'; 
fC66O2(i)=fC66O2(i)-1; fNO(i)=fNO(i)-1; fC66O(i)=fC66O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + NO3 = C66O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'NO3'; 
fC66O2(i)=fC66O2(i)-1; fNO3(i)=fNO3(i)-1; fC66O(i)=fC66O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + RO2 = C66CO';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'RO2';
fC66O2(i)=fC66O2(i)-1; fC66CO(i)=fC66CO(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + RO2 = C66O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'RO2';
fC66O2(i)=fC66O2(i)-1; fC66O(i)=fC66O(i)+1; 

i=i+1;
Rnames{i} = 'C66O2 + RO2 = C66OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C66O2'; Gstr{i,2} = 'RO2';
fC66O2(i)=fC66O2(i)-1; fC66OH(i)=fC66OH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + HO2 = CO3C54CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'HO2'; 
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3C54CO3H(i)=fCO3C54CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + HO2 = DIEKAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'HO2'; 
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + NO = DIEKAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'NO'; 
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fNO(i)=fNO(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + NO2 = C6PAN6';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'NO2'; 
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN6(i)=fC6PAN6(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + NO3 = DIEKAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'NO3'; 
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fNO3(i)=fNO3(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3 + RO2 = DIEKAO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO3C54CO3'; Gstr{i,2} = 'RO2';
fCO3C54CO3(i)=fCO3C54CO3(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + HO2 = H2M2C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M2C4CO2H(i)=fH2M2C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + HO2 = H2M2C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M2C4CO3H(i)=fH2M2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + HO2 = HO2M2C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + NO = HO2M2C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'NO'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fNO(i)=fNO(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + NO2 = C6PAN8';
k(:,i) = KFPAN;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'NO2'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN8(i)=fC6PAN8(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + NO3 = HO2M2C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'NO3'; 
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + RO2 = H2M2C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'RO2';
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fH2M2C4CO2H(i)=fH2M2C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3 + RO2 = HO2M2C4O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'H2M2C4CO3'; Gstr{i,2} = 'RO2';
fH2M2C4CO3(i)=fH2M2C4CO3(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + HO2 = C67OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'HO2'; 
fC67O2(i)=fC67O2(i)-1; fHO2(i)=fHO2(i)-1; fC67OOH(i)=fC67OOH(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + NO = C67NO3';
k(:,i) = KRO2NO.*0.098;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'NO'; 
fC67O2(i)=fC67O2(i)-1; fNO(i)=fNO(i)-1; fC67NO3(i)=fC67NO3(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + NO = C67O + NO2';
k(:,i) = KRO2NO.*0.902;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'NO'; 
fC67O2(i)=fC67O2(i)-1; fNO(i)=fNO(i)-1; fC67O(i)=fC67O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + NO3 = C67O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'NO3'; 
fC67O2(i)=fC67O2(i)-1; fNO3(i)=fNO3(i)-1; fC67O(i)=fC67O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + RO2 = C67CHO';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'RO2';
fC67O2(i)=fC67O2(i)-1; fC67CHO(i)=fC67CHO(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + RO2 = C67O';
k(:,i) = 8.40e-13.*0.6;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'RO2';
fC67O2(i)=fC67O2(i)-1; fC67O(i)=fC67O(i)+1; 

i=i+1;
Rnames{i} = 'C67O2 + RO2 = C67OH';
k(:,i) = 8.40e-13.*0.2;
Gstr{i,1} = 'C67O2'; Gstr{i,2} = 'RO2';
fC67O2(i)=fC67O2(i)-1; fC67OH(i)=fC67OH(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + HO2 = C610OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'HO2'; 
fC610O2(i)=fC610O2(i)-1; fHO2(i)=fHO2(i)-1; fC610OOH(i)=fC610OOH(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + NO = C610NO3';
k(:,i) = KRO2NO.*0.098;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'NO'; 
fC610O2(i)=fC610O2(i)-1; fNO(i)=fNO(i)-1; fC610NO3(i)=fC610NO3(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + NO = C610O + NO2';
k(:,i) = KRO2NO.*0.902;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'NO'; 
fC610O2(i)=fC610O2(i)-1; fNO(i)=fNO(i)-1; fC610O(i)=fC610O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + NO3 = C610O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'NO3'; 
fC610O2(i)=fC610O2(i)-1; fNO3(i)=fNO3(i)-1; fC610O(i)=fC610O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + RO2 = C610O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'RO2';
fC610O2(i)=fC610O2(i)-1; fC610O(i)=fC610O(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + RO2 = C610OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'RO2';
fC610O2(i)=fC610O2(i)-1; fC610OH(i)=fC610OH(i)+1; 

i=i+1;
Rnames{i} = 'C610O2 + RO2 = CO24M3C5OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C610O2'; Gstr{i,2} = 'RO2';
fC610O2(i)=fC610O2(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CHO + hv = MIPKBO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO2M3C4CHO'; 
fCO2M3C4CHO(i)=fCO2M3C4CHO(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO2M3C4CHO = CO2M3C4CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO2M3C4CHO'; 
fNO3(i)=fNO3(i)-1; fCO2M3C4CHO(i)=fCO2M3C4CHO(i)-1; fCO2M3C4CO3(i)=fCO2M3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2M3C4CHO = CO2M3C4CO3';
k(:,i) = 2.98e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2M3C4CHO'; 
fOH(i)=fOH(i)-1; fCO2M3C4CHO(i)=fCO2M3C4CHO(i)-1; fCO2M3C4CO3(i)=fCO2M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + HO2 = H2M3C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M3C4CO2H(i)=fH2M3C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + HO2 = H2M3C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M3C4CO3H(i)=fH2M3C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + HO2 = H2M3C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + NO = H2M3C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'NO'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fNO(i)=fNO(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + NO2 = C6PAN11';
k(:,i) = KFPAN;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'NO2'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN11(i)=fC6PAN11(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + NO3 = H2M3C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'NO3'; 
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + RO2 = H2M3C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'RO2';
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fH2M3C4CO2H(i)=fH2M3C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3 + RO2 = H2M3C4O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'H2M3C4CO3'; Gstr{i,2} = 'RO2';
fH2M3C4CO3(i)=fH2M3C4CO3(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + HO2 = C68OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'HO2'; 
fC68O2(i)=fC68O2(i)-1; fHO2(i)=fHO2(i)-1; fC68OOH(i)=fC68OOH(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + NO = C68NO3';
k(:,i) = KRO2NO.*0.029;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'NO'; 
fC68O2(i)=fC68O2(i)-1; fNO(i)=fNO(i)-1; fC68NO3(i)=fC68NO3(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + NO = C68O + NO2';
k(:,i) = KRO2NO.*0.971;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'NO'; 
fC68O2(i)=fC68O2(i)-1; fNO(i)=fNO(i)-1; fC68O(i)=fC68O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + NO3 = C68O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'NO3'; 
fC68O2(i)=fC68O2(i)-1; fNO3(i)=fNO3(i)-1; fC68O(i)=fC68O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + RO2 = C68O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'RO2';
fC68O2(i)=fC68O2(i)-1; fC68O(i)=fC68O(i)+1; 

i=i+1;
Rnames{i} = 'C68O2 + RO2 = C68OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C68O2'; Gstr{i,2} = 'RO2';
fC68O2(i)=fC68O2(i)-1; fC68OH(i)=fC68OH(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + HO2 = C69OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'HO2'; 
fC69O2(i)=fC69O2(i)-1; fHO2(i)=fHO2(i)-1; fC69OOH(i)=fC69OOH(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + NO = C69O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'NO'; 
fC69O2(i)=fC69O2(i)-1; fNO(i)=fNO(i)-1; fC69O(i)=fC69O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + NO3 = C69O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'NO3'; 
fC69O2(i)=fC69O2(i)-1; fNO3(i)=fNO3(i)-1; fC69O(i)=fC69O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + RO2 = C69O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'RO2';
fC69O2(i)=fC69O2(i)-1; fC69O(i)=fC69O(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + RO2 = C69OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'RO2';
fC69O2(i)=fC69O2(i)-1; fC69OH(i)=fC69OH(i)+1; 

i=i+1;
Rnames{i} = 'C69O2 + RO2 = H2M3CO4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C69O2'; Gstr{i,2} = 'RO2';
fC69O2(i)=fC69O2(i)-1; fH2M3CO4CHO(i)=fH2M3CO4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C611O2 + HO2 = C611OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C611O2'; Gstr{i,2} = 'HO2'; 
fC611O2(i)=fC611O2(i)-1; fHO2(i)=fHO2(i)-1; fC611OOH(i)=fC611OOH(i)+1; 

i=i+1;
Rnames{i} = 'C611O2 + NO = C611O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C611O2'; Gstr{i,2} = 'NO'; 
fC611O2(i)=fC611O2(i)-1; fNO(i)=fNO(i)-1; fC611O(i)=fC611O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C611O2 + NO3 = C611O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C611O2'; Gstr{i,2} = 'NO3'; 
fC611O2(i)=fC611O2(i)-1; fNO3(i)=fNO3(i)-1; fC611O(i)=fC611O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C611O2 + RO2 = C611O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C611O2'; Gstr{i,2} = 'RO2';
fC611O2(i)=fC611O2(i)-1; fC611O(i)=fC611O(i)+1; 

i=i+1;
Rnames{i} = 'C611O2 + RO2 = C611OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C611O2'; Gstr{i,2} = 'RO2';
fC611O2(i)=fC611O2(i)-1; fC611OH(i)=fC611OH(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + HO2 = HM33C3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'HO2'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM33C3CO2H(i)=fHM33C3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + HO2 = HM33C3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'HO2'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM33C3CO3H(i)=fHM33C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + HO2 = HM33C3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'HO2'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + NO = HM33C3O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'NO'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fNO(i)=fNO(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + NO2 = C6PAN13';
k(:,i) = KFPAN;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'NO2'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN13(i)=fC6PAN13(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + NO3 = HM33C3O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'NO3'; 
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + RO2 = HM33C3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'RO2';
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fHM33C3CO2H(i)=fHM33C3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3 + RO2 = HM33C3O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HM33C3CO3'; Gstr{i,2} = 'RO2';
fHM33C3CO3(i)=fHM33C3CO3(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + HO2 = HM22C3OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'HO2'; 
fHM22C3O2(i)=fHM22C3O2(i)-1; fHO2(i)=fHO2(i)-1; fHM22C3OOH(i)=fHM22C3OOH(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + NO = HM22C3NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'NO'; 
fHM22C3O2(i)=fHM22C3O2(i)-1; fNO(i)=fNO(i)-1; fHM22C3NO3(i)=fHM22C3NO3(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + NO = HM22C3O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'NO'; 
fHM22C3O2(i)=fHM22C3O2(i)-1; fNO(i)=fNO(i)-1; fHM22C3O(i)=fHM22C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + NO3 = HM22C3O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'NO3'; 
fHM22C3O2(i)=fHM22C3O2(i)-1; fNO3(i)=fNO3(i)-1; fHM22C3O(i)=fHM22C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + RO2 = HM22C3O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'RO2';
fHM22C3O2(i)=fHM22C3O2(i)-1; fHM22C3O(i)=fHM22C3O(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + RO2 = HM22C3OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'RO2';
fHM22C3O2(i)=fHM22C3O2(i)-1; fHM22C3OH(i)=fHM22C3OH(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O2 + RO2 = HM22CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'HM22C3O2'; Gstr{i,2} = 'RO2';
fHM22C3O2(i)=fHM22C3O2(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + HO2 = HM22C3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'HO2'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM22C3CO2H(i)=fHM22C3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + HO2 = HM22C3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'HO2'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM22C3CO3H(i)=fHM22C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + HO2 = HM22C3O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'HO2'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + NO = HM22C3O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'NO'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fNO(i)=fNO(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + NO2 = C6PAN14';
k(:,i) = KFPAN;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'NO2'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN14(i)=fC6PAN14(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + NO3 = HM22C3O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'NO3'; 
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + RO2 = HM22C3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'RO2';
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fHM22C3CO2H(i)=fHM22C3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3 + RO2 = HM22C3O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HM22C3CO3'; Gstr{i,2} = 'RO2';
fHM22C3CO3(i)=fHM22C3CO3(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + HO2 = HM2C43CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'HO2'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM2C43CO2H(i)=fHM2C43CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + HO2 = HM2C43CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'HO2'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM2C43CO3H(i)=fHM2C43CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + HO2 = HM2C43O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'HO2'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + NO = HM2C43O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'NO'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fNO(i)=fNO(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + NO2 = C6PAN19';
k(:,i) = KFPAN;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'NO2'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN19(i)=fC6PAN19(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + NO3 = HM2C43O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'NO3'; 
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fNO3(i)=fNO3(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + RO2 = HM2C43CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'RO2';
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fHM2C43CO2H(i)=fHM2C43CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3 + RO2 = HM2C43O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HM2C43CO3'; Gstr{i,2} = 'RO2';
fHM2C43CO3(i)=fHM2C43CO3(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO5C7 + hv = C2H5CO3 + HO2C4O2';
k(:,i) = J22;
Gstr{i,1} = 'HO2CO5C7'; 
fHO2CO5C7(i)=fHO2CO5C7(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2C4O2(i)=fHO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2CO5C7 = C72O2';
k(:,i) = 1.52e-11.*0.349;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2CO5C7'; 
fOH(i)=fOH(i)-1; fHO2CO5C7(i)=fHO2CO5C7(i)-1; fC72O2(i)=fC72O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2CO5C7 = CO25C7 + HO2';
k(:,i) = 1.52e-11.*0.651;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2CO5C7'; 
fOH(i)=fOH(i)-1; fHO2CO5C7(i)=fHO2CO5C7(i)-1; fCO25C7(i)=fCO25C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C7 + hv = C2H5CO3 + MEKAO2';
k(:,i) = J22;
Gstr{i,1} = 'CO25C7'; 
fCO25C7(i)=fCO25C7(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C7 + hv = CH3CO3 + DIEKBO2';
k(:,i) = J22;
Gstr{i,1} = 'CO25C7'; 
fCO25C7(i)=fCO25C7(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C7 = CO25C73O2';
k(:,i) = 6.60e-12.*0.500;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C7'; 
fOH(i)=fOH(i)-1; fCO25C7(i)=fCO25C7(i)-1; fCO25C73O2(i)=fCO25C73O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C7 = CO25C74O2';
k(:,i) = 6.60e-12.*0.500;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C7'; 
fOH(i)=fOH(i)-1; fCO25C7(i)=fCO25C7(i)-1; fCO25C74O2(i)=fCO25C74O2(i)+1; 

i=i+1;
Rnames{i} = 'C71O2 + HO2 = C71OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C71O2'; Gstr{i,2} = 'HO2'; 
fC71O2(i)=fC71O2(i)-1; fHO2(i)=fHO2(i)-1; fC71OOH(i)=fC71OOH(i)+1; 

i=i+1;
Rnames{i} = 'C71O2 + NO = C71O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C71O2'; Gstr{i,2} = 'NO'; 
fC71O2(i)=fC71O2(i)-1; fNO(i)=fNO(i)-1; fC71O(i)=fC71O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C71O2 + NO3 = C71O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C71O2'; Gstr{i,2} = 'NO3'; 
fC71O2(i)=fC71O2(i)-1; fNO3(i)=fNO3(i)-1; fC71O(i)=fC71O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C71O2 + RO2 = C71O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C71O2'; Gstr{i,2} = 'RO2';
fC71O2(i)=fC71O2(i)-1; fC71O(i)=fC71O(i)+1; 

i=i+1;
Rnames{i} = 'C76O2 + HO2 = C76OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C76O2'; Gstr{i,2} = 'HO2'; 
fC76O2(i)=fC76O2(i)-1; fHO2(i)=fHO2(i)-1; fC76OOH(i)=fC76OOH(i)+1; 

i=i+1;
Rnames{i} = 'C76O2 + NO = C76O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C76O2'; Gstr{i,2} = 'NO'; 
fC76O2(i)=fC76O2(i)-1; fNO(i)=fNO(i)-1; fC76O(i)=fC76O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C76O2 + NO3 = C76O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C76O2'; Gstr{i,2} = 'NO3'; 
fC76O2(i)=fC76O2(i)-1; fNO3(i)=fNO3(i)-1; fC76O(i)=fC76O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C76O2 + RO2 = C76O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C76O2'; Gstr{i,2} = 'RO2';
fC76O2(i)=fC76O2(i)-1; fC76O(i)=fC76O(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + HO2 = C77OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'HO2'; 
fC77O2(i)=fC77O2(i)-1; fHO2(i)=fHO2(i)-1; fC77OOH(i)=fC77OOH(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + NO = C77NO3';
k(:,i) = KRO2NO.*0.139;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'NO'; 
fC77O2(i)=fC77O2(i)-1; fNO(i)=fNO(i)-1; fC77NO3(i)=fC77NO3(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + NO = C77O + NO2';
k(:,i) = KRO2NO.*0.861;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'NO'; 
fC77O2(i)=fC77O2(i)-1; fNO(i)=fNO(i)-1; fC77O(i)=fC77O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + NO3 = C77O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'NO3'; 
fC77O2(i)=fC77O2(i)-1; fNO3(i)=fNO3(i)-1; fC77O(i)=fC77O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + RO2 = C77CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'RO2';
fC77O2(i)=fC77O2(i)-1; fC77CO(i)=fC77CO(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + RO2 = C77O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'RO2';
fC77O2(i)=fC77O2(i)-1; fC77O(i)=fC77O(i)+1; 

i=i+1;
Rnames{i} = 'C77O2 + RO2 = C77OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C77O2'; Gstr{i,2} = 'RO2';
fC77O2(i)=fC77O2(i)-1; fC77OH(i)=fC77OH(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + HO2 = C78OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'HO2'; 
fC78O2(i)=fC78O2(i)-1; fHO2(i)=fHO2(i)-1; fC78OOH(i)=fC78OOH(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + NO = C78O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'NO'; 
fC78O2(i)=fC78O2(i)-1; fNO(i)=fNO(i)-1; fC78O(i)=fC78O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + NO3 = C78O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'NO3'; 
fC78O2(i)=fC78O2(i)-1; fNO3(i)=fNO3(i)-1; fC78O(i)=fC78O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + RO2 = C78CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'RO2';
fC78O2(i)=fC78O2(i)-1; fC78CO(i)=fC78CO(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + RO2 = C78O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'RO2';
fC78O2(i)=fC78O2(i)-1; fC78O(i)=fC78O(i)+1; 

i=i+1;
Rnames{i} = 'C78O2 + RO2 = C78OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C78O2'; Gstr{i,2} = 'RO2';
fC78O2(i)=fC78O2(i)-1; fC78OH(i)=fC78OH(i)+1; 

i=i+1;
Rnames{i} = 'H2M3CO5C6 + hv = CH3CO3 + H2M3C4O2';
k(:,i) = J22;
Gstr{i,1} = 'H2M3CO5C6'; 
fH2M3CO5C6(i)=fH2M3CO5C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3CO5C6 = C712O2';
k(:,i) = 1.91e-11.*0.534;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3CO5C6'; 
fOH(i)=fOH(i)-1; fH2M3CO5C6(i)=fH2M3CO5C6(i)-1; fC712O2(i)=fC712O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3CO5C6 = M3CO25C6 + HO2';
k(:,i) = 1.91e-11.*0.466;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3CO5C6'; 
fOH(i)=fOH(i)-1; fH2M3CO5C6(i)=fH2M3CO5C6(i)-1; fM3CO25C6(i)=fM3CO25C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3CO25C6 + hv = CH3CO3 + CO2C54O2';
k(:,i) = J22;
Gstr{i,1} = 'M3CO25C6'; 
fM3CO25C6(i)=fM3CO25C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C54O2(i)=fCO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'M3CO25C6 + hv = CH3CO3 + MIPKBO2';
k(:,i) = J22;
Gstr{i,1} = 'M3CO25C6'; 
fM3CO25C6(i)=fM3CO25C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMIPKBO2(i)=fMIPKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3CO25C6 = C713O2';
k(:,i) = 9.14e-12.*0.675;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3CO25C6'; 
fOH(i)=fOH(i)-1; fM3CO25C6(i)=fM3CO25C6(i)-1; fC713O2(i)=fC713O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3CO25C6 = C714O2';
k(:,i) = 9.14e-12.*0.325;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3CO25C6'; 
fOH(i)=fOH(i)-1; fM3CO25C6(i)=fM3CO25C6(i)-1; fC714O2(i)=fC714O2(i)+1; 

i=i+1;
Rnames{i} = 'C711O2 + HO2 = C711OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C711O2'; Gstr{i,2} = 'HO2'; 
fC711O2(i)=fC711O2(i)-1; fHO2(i)=fHO2(i)-1; fC711OOH(i)=fC711OOH(i)+1; 

i=i+1;
Rnames{i} = 'C711O2 + NO = C711O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C711O2'; Gstr{i,2} = 'NO'; 
fC711O2(i)=fC711O2(i)-1; fNO(i)=fNO(i)-1; fC711O(i)=fC711O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C711O2 + NO3 = C711O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C711O2'; Gstr{i,2} = 'NO3'; 
fC711O2(i)=fC711O2(i)-1; fNO3(i)=fNO3(i)-1; fC711O(i)=fC711O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C711O2 + RO2 = C711O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C711O2'; Gstr{i,2} = 'RO2';
fC711O2(i)=fC711O2(i)-1; fC711O(i)=fC711O(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + HO2 = H3M3C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'HO2'; 
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C5OOH(i)=fH3M3C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + NO = H3M3C5NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'NO'; 
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fNO(i)=fNO(i)-1; fH3M3C5NO3(i)=fH3M3C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + NO = H3M3C5O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'NO'; 
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fNO(i)=fNO(i)-1; fH3M3C5O(i)=fH3M3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + NO3 = H3M3C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'NO3'; 
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fNO3(i)=fNO3(i)-1; fH3M3C5O(i)=fH3M3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + RO2 = H13M3C5';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'RO2';
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fH13M3C5(i)=fH13M3C5(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + RO2 = H3M3C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'RO2';
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O2 + RO2 = H3M3C5O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'H3M3C5O2'; Gstr{i,2} = 'RO2';
fH3M3C5O2(i)=fH3M3C5O2(i)-1; fH3M3C5O(i)=fH3M3C5O(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + HO2 = H3M3C5CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'HO2'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C5CO2H(i)=fH3M3C5CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + HO2 = H3M3C5CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'HO2'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C5CO3H(i)=fH3M3C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + HO2 = H3M3C5O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'HO2'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + NO = H3M3C5O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'NO'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fNO(i)=fNO(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + NO2 = C7PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'NO2'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC7PAN1(i)=fC7PAN1(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + NO3 = H3M3C5O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'NO3'; 
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + RO2 = H3M3C5CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'RO2';
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fH3M3C5CO2H(i)=fH3M3C5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3 + RO2 = H3M3C5O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'H3M3C5CO3'; Gstr{i,2} = 'RO2';
fH3M3C5CO3(i)=fH3M3C5CO3(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + HO2 = C82OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'HO2'; 
fC82O2(i)=fC82O2(i)-1; fHO2(i)=fHO2(i)-1; fC82OOH(i)=fC82OOH(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + NO = C82NO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'NO'; 
fC82O2(i)=fC82O2(i)-1; fNO(i)=fNO(i)-1; fC82NO3(i)=fC82NO3(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + NO = C82O + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'NO'; 
fC82O2(i)=fC82O2(i)-1; fNO(i)=fNO(i)-1; fC82O(i)=fC82O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + NO3 = C82O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'NO3'; 
fC82O2(i)=fC82O2(i)-1; fNO3(i)=fNO3(i)-1; fC82O(i)=fC82O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + RO2 = C82O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'RO2';
fC82O2(i)=fC82O2(i)-1; fC82O(i)=fC82O(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + RO2 = HO34CO6C8';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'RO2';
fC82O2(i)=fC82O2(i)-1; fHO34CO6C8(i)=fHO34CO6C8(i)+1; 

i=i+1;
Rnames{i} = 'C82O2 + RO2 = HO3CO46C8';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C82O2'; Gstr{i,2} = 'RO2';
fC82O2(i)=fC82O2(i)-1; fHO3CO46C8(i)=fHO3CO46C8(i)+1; 

i=i+1;
Rnames{i} = 'CO36C8 + hv = C2H5CO3 + DIEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO36C8'; 
fCO36C8(i)=fCO36C8(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO36C8 = C84O2';
k(:,i) = 7.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO36C8'; 
fOH(i)=fOH(i)-1; fCO36C8(i)=fCO36C8(i)-1; fC84O2(i)=fC84O2(i)+1; 

i=i+1;
Rnames{i} = 'C81O2 + HO2 = C81OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C81O2'; Gstr{i,2} = 'HO2'; 
fC81O2(i)=fC81O2(i)-1; fHO2(i)=fHO2(i)-1; fC81OOH(i)=fC81OOH(i)+1; 

i=i+1;
Rnames{i} = 'C81O2 + NO = C81O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C81O2'; Gstr{i,2} = 'NO'; 
fC81O2(i)=fC81O2(i)-1; fNO(i)=fNO(i)-1; fC81O(i)=fC81O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C81O2 + NO3 = C81O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C81O2'; Gstr{i,2} = 'NO3'; 
fC81O2(i)=fC81O2(i)-1; fNO3(i)=fNO3(i)-1; fC81O(i)=fC81O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C81O2 + RO2 = C81O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C81O2'; Gstr{i,2} = 'RO2';
fC81O2(i)=fC81O2(i)-1; fC81O(i)=fC81O(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + HO2 = C93OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'HO2'; 
fC93O2(i)=fC93O2(i)-1; fHO2(i)=fHO2(i)-1; fC93OOH(i)=fC93OOH(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + NO = C93NO3';
k(:,i) = KRO2NO.*0.197;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'NO'; 
fC93O2(i)=fC93O2(i)-1; fNO(i)=fNO(i)-1; fC93NO3(i)=fC93NO3(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + NO = C93O + NO2';
k(:,i) = KRO2NO.*0.803;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'NO'; 
fC93O2(i)=fC93O2(i)-1; fNO(i)=fNO(i)-1; fC93O(i)=fC93O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + NO3 = C93O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'NO3'; 
fC93O2(i)=fC93O2(i)-1; fNO3(i)=fNO3(i)-1; fC93O(i)=fC93O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + RO2 = C93CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'RO2';
fC93O2(i)=fC93O2(i)-1; fC93CO(i)=fC93CO(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + RO2 = C93O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'RO2';
fC93O2(i)=fC93O2(i)-1; fC93O(i)=fC93O(i)+1; 

i=i+1;
Rnames{i} = 'C93O2 + RO2 = C93OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C93O2'; Gstr{i,2} = 'RO2';
fC93O2(i)=fC93O2(i)-1; fC93OH(i)=fC93OH(i)+1; 

i=i+1;
Rnames{i} = 'CO36C9 + hv = C3H7CO3 + DIEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO36C9'; 
fCO36C9(i)=fCO36C9(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO36C9 = C94O2';
k(:,i) = 1.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO36C9'; 
fOH(i)=fOH(i)-1; fCO36C9(i)=fCO36C9(i)-1; fC94O2(i)=fC94O2(i)+1; 

i=i+1;
Rnames{i} = 'C92O2 + HO2 = C92OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C92O2'; Gstr{i,2} = 'HO2'; 
fC92O2(i)=fC92O2(i)-1; fHO2(i)=fHO2(i)-1; fC92OOH(i)=fC92OOH(i)+1; 

i=i+1;
Rnames{i} = 'C92O2 + NO = C92O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C92O2'; Gstr{i,2} = 'NO'; 
fC92O2(i)=fC92O2(i)-1; fNO(i)=fNO(i)-1; fC92O(i)=fC92O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C92O2 + NO3 = C92O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C92O2'; Gstr{i,2} = 'NO3'; 
fC92O2(i)=fC92O2(i)-1; fNO3(i)=fNO3(i)-1; fC92O(i)=fC92O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C92O2 + RO2 = C92O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C92O2'; Gstr{i,2} = 'RO2';
fC92O2(i)=fC92O2(i)-1; fC92O(i)=fC92O(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7O2 + HO2 = HO6C7OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'HO6C7O2'; Gstr{i,2} = 'HO2'; 
fHO6C7O2(i)=fHO6C7O2(i)-1; fHO2(i)=fHO2(i)-1; fHO6C7OOH(i)=fHO6C7OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7O2 + NO = HO6C7O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HO6C7O2'; Gstr{i,2} = 'NO'; 
fHO6C7O2(i)=fHO6C7O2(i)-1; fNO(i)=fNO(i)-1; fHO6C7O(i)=fHO6C7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7O2 + NO3 = HO6C7O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO6C7O2'; Gstr{i,2} = 'NO3'; 
fHO6C7O2(i)=fHO6C7O2(i)-1; fNO3(i)=fNO3(i)-1; fHO6C7O(i)=fHO6C7O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7O2 + RO2 = HO6C7O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'HO6C7O2'; Gstr{i,2} = 'RO2';
fHO6C7O2(i)=fHO6C7O2(i)-1; fHO6C7O(i)=fHO6C7O(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + HO2 = C103OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'HO2'; 
fC103O2(i)=fC103O2(i)-1; fHO2(i)=fHO2(i)-1; fC103OOH(i)=fC103OOH(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + NO = C103NO3';
k(:,i) = KRO2NO.*0.208;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'NO'; 
fC103O2(i)=fC103O2(i)-1; fNO(i)=fNO(i)-1; fC103NO3(i)=fC103NO3(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + NO = C103O + NO2';
k(:,i) = KRO2NO.*0.792;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'NO'; 
fC103O2(i)=fC103O2(i)-1; fNO(i)=fNO(i)-1; fC103O(i)=fC103O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + NO3 = C103O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'NO3'; 
fC103O2(i)=fC103O2(i)-1; fNO3(i)=fNO3(i)-1; fC103O(i)=fC103O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + RO2 = C103CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'RO2';
fC103O2(i)=fC103O2(i)-1; fC103CO(i)=fC103CO(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + RO2 = C103O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'RO2';
fC103O2(i)=fC103O2(i)-1; fC103O(i)=fC103O(i)+1; 

i=i+1;
Rnames{i} = 'C103O2 + RO2 = C103OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C103O2'; Gstr{i,2} = 'RO2';
fC103O2(i)=fC103O2(i)-1; fC103OH(i)=fC103OH(i)+1; 

i=i+1;
Rnames{i} = 'CO36C10 + hv = C4H9CO3 + DIEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO36C10'; 
fCO36C10(i)=fCO36C10(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO36C10 = C104O2';
k(:,i) = 1.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO36C10'; 
fOH(i)=fOH(i)-1; fCO36C10(i)=fCO36C10(i)-1; fC104O2(i)=fC104O2(i)+1; 

i=i+1;
Rnames{i} = 'C102O2 + HO2 = C102OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C102O2'; Gstr{i,2} = 'HO2'; 
fC102O2(i)=fC102O2(i)-1; fHO2(i)=fHO2(i)-1; fC102OOH(i)=fC102OOH(i)+1; 

i=i+1;
Rnames{i} = 'C102O2 + NO = C102O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C102O2'; Gstr{i,2} = 'NO'; 
fC102O2(i)=fC102O2(i)-1; fNO(i)=fNO(i)-1; fC102O(i)=fC102O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C102O2 + NO3 = C102O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C102O2'; Gstr{i,2} = 'NO3'; 
fC102O2(i)=fC102O2(i)-1; fNO3(i)=fNO3(i)-1; fC102O(i)=fC102O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C102O2 + RO2 = C102O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C102O2'; Gstr{i,2} = 'RO2';
fC102O2(i)=fC102O2(i)-1; fC102O(i)=fC102O(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8O2 + HO2 = HO7C8OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'HO7C8O2'; Gstr{i,2} = 'HO2'; 
fHO7C8O2(i)=fHO7C8O2(i)-1; fHO2(i)=fHO2(i)-1; fHO7C8OOH(i)=fHO7C8OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8O2 + NO = HO7C8O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HO7C8O2'; Gstr{i,2} = 'NO'; 
fHO7C8O2(i)=fHO7C8O2(i)-1; fNO(i)=fNO(i)-1; fHO7C8O(i)=fHO7C8O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8O2 + NO3 = HO7C8O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO7C8O2'; Gstr{i,2} = 'NO3'; 
fHO7C8O2(i)=fHO7C8O2(i)-1; fNO3(i)=fNO3(i)-1; fHO7C8O(i)=fHO7C8O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8O2 + RO2 = HO7C8O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'HO7C8O2'; Gstr{i,2} = 'RO2';
fHO7C8O2(i)=fHO7C8O2(i)-1; fHO7C8O(i)=fHO7C8O(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + HO2 = C113OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'HO2'; 
fC113O2(i)=fC113O2(i)-1; fHO2(i)=fHO2(i)-1; fC113OOH(i)=fC113OOH(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + NO = C113NO3';
k(:,i) = KRO2NO.*0.215;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'NO'; 
fC113O2(i)=fC113O2(i)-1; fNO(i)=fNO(i)-1; fC113NO3(i)=fC113NO3(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + NO = C113O + NO2';
k(:,i) = KRO2NO.*0.785;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'NO'; 
fC113O2(i)=fC113O2(i)-1; fNO(i)=fNO(i)-1; fC113O(i)=fC113O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + NO3 = C113O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'NO3'; 
fC113O2(i)=fC113O2(i)-1; fNO3(i)=fNO3(i)-1; fC113O(i)=fC113O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + RO2 = C113CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'RO2';
fC113O2(i)=fC113O2(i)-1; fC113CO(i)=fC113CO(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + RO2 = C113O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'RO2';
fC113O2(i)=fC113O2(i)-1; fC113O(i)=fC113O(i)+1; 

i=i+1;
Rnames{i} = 'C113O2 + RO2 = C113OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C113O2'; Gstr{i,2} = 'RO2';
fC113O2(i)=fC113O2(i)-1; fC113OH(i)=fC113OH(i)+1; 

i=i+1;
Rnames{i} = 'CO36C11 + hv = C5H11CO3 + DIEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO36C11'; 
fCO36C11(i)=fCO36C11(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO36C11 = C114O2';
k(:,i) = 1.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO36C11'; 
fOH(i)=fOH(i)-1; fCO36C11(i)=fCO36C11(i)-1; fC114O2(i)=fC114O2(i)+1; 

i=i+1;
Rnames{i} = 'C112O2 + HO2 = C112OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C112O2'; Gstr{i,2} = 'HO2'; 
fC112O2(i)=fC112O2(i)-1; fHO2(i)=fHO2(i)-1; fC112OOH(i)=fC112OOH(i)+1; 

i=i+1;
Rnames{i} = 'C112O2 + NO = C112O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C112O2'; Gstr{i,2} = 'NO'; 
fC112O2(i)=fC112O2(i)-1; fNO(i)=fNO(i)-1; fC112O(i)=fC112O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C112O2 + NO3 = C112O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C112O2'; Gstr{i,2} = 'NO3'; 
fC112O2(i)=fC112O2(i)-1; fNO3(i)=fNO3(i)-1; fC112O(i)=fC112O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C112O2 + RO2 = C112O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C112O2'; Gstr{i,2} = 'RO2';
fC112O2(i)=fC112O2(i)-1; fC112O(i)=fC112O(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9O2 + HO2 = HO8C9OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'HO8C9O2'; Gstr{i,2} = 'HO2'; 
fHO8C9O2(i)=fHO8C9O2(i)-1; fHO2(i)=fHO2(i)-1; fHO8C9OOH(i)=fHO8C9OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9O2 + NO = HO8C9O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HO8C9O2'; Gstr{i,2} = 'NO'; 
fHO8C9O2(i)=fHO8C9O2(i)-1; fNO(i)=fNO(i)-1; fHO8C9O(i)=fHO8C9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9O2 + NO3 = HO8C9O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO8C9O2'; Gstr{i,2} = 'NO3'; 
fHO8C9O2(i)=fHO8C9O2(i)-1; fNO3(i)=fNO3(i)-1; fHO8C9O(i)=fHO8C9O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9O2 + RO2 = HO8C9O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'HO8C9O2'; Gstr{i,2} = 'RO2';
fHO8C9O2(i)=fHO8C9O2(i)-1; fHO8C9O(i)=fHO8C9O(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + HO2 = C123OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'HO2'; 
fC123O2(i)=fC123O2(i)-1; fHO2(i)=fHO2(i)-1; fC123OOH(i)=fC123OOH(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + NO = C123NO3';
k(:,i) = KRO2NO.*0.220;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'NO'; 
fC123O2(i)=fC123O2(i)-1; fNO(i)=fNO(i)-1; fC123NO3(i)=fC123NO3(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + NO = C123O + NO2';
k(:,i) = KRO2NO.*0.780;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'NO'; 
fC123O2(i)=fC123O2(i)-1; fNO(i)=fNO(i)-1; fC123O(i)=fC123O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + NO3 = C123O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'NO3'; 
fC123O2(i)=fC123O2(i)-1; fNO3(i)=fNO3(i)-1; fC123O(i)=fC123O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + RO2 = C123CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'RO2';
fC123O2(i)=fC123O2(i)-1; fC123CO(i)=fC123CO(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + RO2 = C123O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'RO2';
fC123O2(i)=fC123O2(i)-1; fC123O(i)=fC123O(i)+1; 

i=i+1;
Rnames{i} = 'C123O2 + RO2 = C123OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C123O2'; Gstr{i,2} = 'RO2';
fC123O2(i)=fC123O2(i)-1; fC123OH(i)=fC123OH(i)+1; 

i=i+1;
Rnames{i} = 'CO36C12 + hv = C6H13CO3 + DIEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO36C12'; 
fCO36C12(i)=fCO36C12(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO36C12 = C124O2';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO36C12'; 
fOH(i)=fOH(i)-1; fCO36C12(i)=fCO36C12(i)-1; fC124O2(i)=fC124O2(i)+1; 

i=i+1;
Rnames{i} = 'C122O2 + HO2 = C122OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C122O2'; Gstr{i,2} = 'HO2'; 
fC122O2(i)=fC122O2(i)-1; fHO2(i)=fHO2(i)-1; fC122OOH(i)=fC122OOH(i)+1; 

i=i+1;
Rnames{i} = 'C122O2 + NO = C122O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C122O2'; Gstr{i,2} = 'NO'; 
fC122O2(i)=fC122O2(i)-1; fNO(i)=fNO(i)-1; fC122O(i)=fC122O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C122O2 + NO3 = C122O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C122O2'; Gstr{i,2} = 'NO3'; 
fC122O2(i)=fC122O2(i)-1; fNO3(i)=fNO3(i)-1; fC122O(i)=fC122O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C122O2 + RO2 = C122O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C122O2'; Gstr{i,2} = 'RO2';
fC122O2(i)=fC122O2(i)-1; fC122O(i)=fC122O(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + HO2 = CO1H63OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'HO2'; 
fCO1H63O2(i)=fCO1H63O2(i)-1; fHO2(i)=fHO2(i)-1; fCO1H63OOH(i)=fCO1H63OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + NO = CO1H63NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'NO'; 
fCO1H63O2(i)=fCO1H63O2(i)-1; fNO(i)=fNO(i)-1; fCO1H63NO3(i)=fCO1H63NO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + NO = CO1H63O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'NO'; 
fCO1H63O2(i)=fCO1H63O2(i)-1; fNO(i)=fNO(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + NO3 = CO1H63O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'NO3'; 
fCO1H63O2(i)=fCO1H63O2(i)-1; fNO3(i)=fNO3(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + RO2 = C6COHOCHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'RO2';
fCO1H63O2(i)=fCO1H63O2(i)-1; fC6COHOCHO(i)=fC6COHOCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + RO2 = CO1H63O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'RO2';
fCO1H63O2(i)=fCO1H63O2(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O2 + RO2 = CO1H63OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'CO1H63O2'; Gstr{i,2} = 'RO2';
fCO1H63O2(i)=fCO1H63O2(i)-1; fCO1H63OH(i)=fCO1H63OH(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO3C4O = HCHO + CH3CHOHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'HO2CO3C4O'; 
fHO2CO3C4O(i)=fHO2CO3C4O(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3CHOHCO3(i)=fCH3CHOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5CO24O = CO2C3CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5CO24O'; 
fC5CO24O(i)=fC5CO24O(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COO2 + HO2 = C3NO3COOOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'C3NO3COO2'; Gstr{i,2} = 'HO2'; 
fC3NO3COO2(i)=fC3NO3COO2(i)-1; fHO2(i)=fHO2(i)-1; fC3NO3COOOH(i)=fC3NO3COOOH(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COO2 + NO = C3NO3COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C3NO3COO2'; Gstr{i,2} = 'NO'; 
fC3NO3COO2(i)=fC3NO3COO2(i)-1; fNO(i)=fNO(i)-1; fC3NO3COO(i)=fC3NO3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COO2 + NO3 = C3NO3COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C3NO3COO2'; Gstr{i,2} = 'NO3'; 
fC3NO3COO2(i)=fC3NO3COO2(i)-1; fNO3(i)=fNO3(i)-1; fC3NO3COO(i)=fC3NO3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COO2 + RO2 = C3NO3COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C3NO3COO2'; Gstr{i,2} = 'RO2';
fC3NO3COO2(i)=fC3NO3COO2(i)-1; fC3NO3COO(i)=fC3NO3COO(i)+1; 

i=i+1;
Rnames{i} = 'C53NO324CO + OH = C5CO234 + NO2';
k(:,i) = 2.48e-13;
Gstr{i,1} = 'C53NO324CO'; Gstr{i,2} = 'OH'; 
fC53NO324CO(i)=fC53NO324CO(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C53NO324CO + hv = CO24C53O + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'C53NO324CO'; 
fC53NO324CO(i)=fC53NO324CO(i)-1; fCO24C53O(i)=fCO24C53O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M22CONO3 + OH = MGLYOX + CH3CO3 + NO2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'C4M22CONO3'; Gstr{i,2} = 'OH'; 
fC4M22CONO3(i)=fC4M22CONO3(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M22CONO3 + hv = CH3CO3 + MGLYOX + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C4M22CONO3'; 
fC4M22CONO3(i)=fC4M22CONO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C43OHCOCHO + OH = CO35C5CHO + HO2';
k(:,i) = 4.74e-11;
Gstr{i,1} = 'C43OHCOCHO'; Gstr{i,2} = 'OH'; 
fC43OHCOCHO(i)=fC43OHCOCHO(i)-1; fOH(i)=fOH(i)-1; fCO35C5CHO(i)=fCO35C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C43OHCOCHO + hv = HO3C4CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C43OHCOCHO'; 
fC43OHCOCHO(i)=fC43OHCOCHO(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO35C5CHO + hv = HO2 + CO + CO + MEKCO2';
k(:,i) = J22;
Gstr{i,1} = 'CO35C5CHO'; 
fCO35C5CHO(i)=fCO35C5CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fMEKCO2(i)=fMEKCO2(i)+1; 

i=i+1;
Rnames{i} = 'CO35C5CHO + hv = HO2 + CO + CO3C4CO3';
k(:,i) = J34;
Gstr{i,1} = 'CO35C5CHO'; 
fCO35C5CHO(i)=fCO35C5CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO35C5CHO = CO3C4CO3 + CO';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO35C5CHO'; 
fOH(i)=fOH(i)-1; fCO35C5CHO(i)=fCO35C5CHO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUOOH + OH = NBZFUO2';
k(:,i) = 6.18e-12;
Gstr{i,1} = 'NBZFUOOH'; Gstr{i,2} = 'OH'; 
fNBZFUOOH(i)=fNBZFUOOH(i)-1; fOH(i)=fOH(i)-1; fNBZFUO2(i)=fNBZFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUOOH + hv = NBZFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBZFUOOH'; 
fNBZFUOOH(i)=fNBZFUOOH(i)-1; fNBZFUO(i)=fNBZFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO = CO14O3CHO + NO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NBZFUO'; 
fNBZFUO(i)=fNBZFUO(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUO = NBZFUONE + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NBZFUO'; 
fNBZFUO(i)=fNBZFUO(i)-1; fNBZFUONE(i)=fNBZFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO + CO = CO14O3CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'BZFUONOO'; Gstr{i,2} = 'CO'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fCO(i)=fCO(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO + NO = CO14O3CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'BZFUONOO'; Gstr{i,2} = 'NO'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fNO(i)=fNO(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO + NO2 = CO14O3CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'BZFUONOO'; Gstr{i,2} = 'NO2'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fNO2(i)=fNO2(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO + SO2 = CO14O3CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'BZFUONOO'; Gstr{i,2} = 'SO2'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fSO2(i)=fSO2(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO = CO14O3CHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'BZFUONOO'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUONOO = CO14O3CO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'BZFUONOO'; 
fBZFUONOO(i)=fBZFUONOO(i)-1; fCO14O3CO2H(i)=fCO14O3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'BZFUOOH + OH = BZFUO2';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'BZFUOOH'; Gstr{i,2} = 'OH'; 
fBZFUOOH(i)=fBZFUOOH(i)-1; fOH(i)=fOH(i)-1; fBZFUO2(i)=fBZFUO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUOOH + hv = BZFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BZFUOOH'; 
fBZFUOOH(i)=fBZFUOOH(i)-1; fBZFUO(i)=fBZFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BZFUO = CO14O3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BZFUO'; 
fBZFUO(i)=fBZFUO(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUCO + OH = CO14O3CHO + HO2';
k(:,i) = 1.78e-11;
Gstr{i,1} = 'BZFUCO'; Gstr{i,2} = 'OH'; 
fBZFUCO(i)=fBZFUCO(i)-1; fOH(i)=fOH(i)-1; fCO14O3CHO(i)=fCO14O3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BZFUOH + OH = BZFUCO + HO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'BZFUOH'; Gstr{i,2} = 'OH'; 
fBZFUOH(i)=fBZFUOH(i)-1; fOH(i)=fOH(i)-1; fBZFUCO(i)=fBZFUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALANHY + OH = MALANHYO2';
k(:,i) = 1.4e-12;
Gstr{i,1} = 'MALANHY'; Gstr{i,2} = 'OH'; 
fMALANHY(i)=fMALANHY(i)-1; fOH(i)=fOH(i)-1; fMALANHYO2(i)=fMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4DIAL + OH = CO + CO + CO + CO + HO2';
k(:,i) = 2.45e-11;
Gstr{i,1} = 'CO2C4DIAL'; Gstr{i,2} = 'OH'; 
fCO2C4DIAL(i)=fCO2C4DIAL(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4DIAL + hv = CO + CO + HO2 + HO2 + CO + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'CO2C4DIAL'; 
fCO2C4DIAL(i)=fCO2C4DIAL(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'DNPHEN + NO3 = NDNPHENO2';
k(:,i) = 2.25e-15;
Gstr{i,1} = 'DNPHEN'; Gstr{i,2} = 'NO3'; 
fDNPHEN(i)=fDNPHEN(i)-1; fNO3(i)=fNO3(i)-1; fNDNPHENO2(i)=fNDNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPHEN + OH = DNPHENO2';
k(:,i) = 3.00e-14;
Gstr{i,1} = 'DNPHEN'; Gstr{i,2} = 'OH'; 
fDNPHEN(i)=fDNPHEN(i)-1; fOH(i)=fOH(i)-1; fDNPHENO2(i)=fDNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O2 + HO2 = NPHEN1OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NPHEN1O2'; Gstr{i,2} = 'HO2'; 
fNPHEN1O2(i)=fNPHEN1O2(i)-1; fHO2(i)=fHO2(i)-1; fNPHEN1OOH(i)=fNPHEN1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O2 + NO = NPHEN1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPHEN1O2'; Gstr{i,2} = 'NO'; 
fNPHEN1O2(i)=fNPHEN1O2(i)-1; fNO(i)=fNO(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O2 + NO3 = NPHEN1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPHEN1O2'; Gstr{i,2} = 'NO3'; 
fNPHEN1O2(i)=fNPHEN1O2(i)-1; fNO3(i)=fNO3(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1O2 + RO2 = NPHEN1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NPHEN1O2'; Gstr{i,2} = 'RO2';
fNPHEN1O2(i)=fNPHEN1O2(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECO2 + HO2 = NNCATECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NNCATECO2'; Gstr{i,2} = 'HO2'; 
fNNCATECO2(i)=fNNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fNNCATECOOH(i)=fNNCATECOOH(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECO2 + NO = NNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NNCATECO2'; Gstr{i,2} = 'NO'; 
fNNCATECO2(i)=fNNCATECO2(i)-1; fNO(i)=fNO(i)-1; fNNCATECO(i)=fNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECO2 + NO3 = NNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NNCATECO2'; Gstr{i,2} = 'NO3'; 
fNNCATECO2(i)=fNNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fNNCATECO(i)=fNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECO2 + RO2 = NNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NNCATECO2'; Gstr{i,2} = 'RO2';
fNNCATECO2(i)=fNNCATECO2(i)-1; fNNCATECO(i)=fNNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'NCATECO2 + HO2 = NCATECOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NCATECO2'; Gstr{i,2} = 'HO2'; 
fNCATECO2(i)=fNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fNCATECOOH(i)=fNCATECOOH(i)+1; 

i=i+1;
Rnames{i} = 'NCATECO2 + NO = NCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NCATECO2'; Gstr{i,2} = 'NO'; 
fNCATECO2(i)=fNCATECO2(i)-1; fNO(i)=fNO(i)-1; fNCATECO(i)=fNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECO2 + NO3 = NCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NCATECO2'; Gstr{i,2} = 'NO3'; 
fNCATECO2(i)=fNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fNCATECO(i)=fNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECO2 + RO2 = NCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NCATECO2'; Gstr{i,2} = 'RO2';
fNCATECO2(i)=fNCATECO2(i)-1; fNCATECO(i)=fNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1OOH + OH = CATEC1O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CATEC1OOH'; Gstr{i,2} = 'OH'; 
fCATEC1OOH(i)=fCATEC1OOH(i)-1; fOH(i)=fOH(i)-1; fCATEC1O2(i)=fCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'CATEC1OOH + hv = CATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CATEC1OOH'; 
fCATEC1OOH(i)=fCATEC1OOH(i)-1; fCATEC1O(i)=fCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBZQO2 + HO2 = NBZQOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NBZQO2'; Gstr{i,2} = 'HO2'; 
fNBZQO2(i)=fNBZQO2(i)-1; fHO2(i)=fHO2(i)-1; fNBZQOOH(i)=fNBZQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NBZQO2 + NO = NBZQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NBZQO2'; Gstr{i,2} = 'NO'; 
fNBZQO2(i)=fNBZQO2(i)-1; fNO(i)=fNO(i)-1; fNBZQO(i)=fNBZQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZQO2 + NO3 = NBZQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NBZQO2'; Gstr{i,2} = 'NO3'; 
fNBZQO2(i)=fNBZQO2(i)-1; fNO3(i)=fNO3(i)-1; fNBZQO(i)=fNBZQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZQO2 + RO2 = NBZQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NBZQO2'; Gstr{i,2} = 'RO2';
fNBZQO2(i)=fNBZQO2(i)-1; fNBZQO(i)=fNBZQO(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + HO2 = PBZQOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'HO2'; 
fPBZQO2(i)=fPBZQO2(i)-1; fHO2(i)=fHO2(i)-1; fPBZQOOH(i)=fPBZQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + NO = PBZQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'NO'; 
fPBZQO2(i)=fPBZQO2(i)-1; fNO(i)=fNO(i)-1; fPBZQO(i)=fPBZQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + NO3 = PBZQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'NO3'; 
fPBZQO2(i)=fPBZQO2(i)-1; fNO3(i)=fNO3(i)-1; fPBZQO(i)=fPBZQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + RO2 = PBZQCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'RO2';
fPBZQO2(i)=fPBZQO2(i)-1; fPBZQCO(i)=fPBZQCO(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + RO2 = PBZQO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'RO2';
fPBZQO2(i)=fPBZQO2(i)-1; fPBZQO(i)=fPBZQO(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO2 + RO2 = PBZQOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PBZQO2'; Gstr{i,2} = 'RO2';
fPBZQO2(i)=fPBZQO2(i)-1; fPBZQOH(i)=fPBZQOH(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQO2 + HO2 = NPTLQOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NPTLQO2'; Gstr{i,2} = 'HO2'; 
fNPTLQO2(i)=fNPTLQO2(i)-1; fHO2(i)=fHO2(i)-1; fNPTLQOOH(i)=fNPTLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQO2 + NO = NPTLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPTLQO2'; Gstr{i,2} = 'NO'; 
fNPTLQO2(i)=fNPTLQO2(i)-1; fNO(i)=fNO(i)-1; fNPTLQO(i)=fNPTLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQO2 + NO3 = NPTLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPTLQO2'; Gstr{i,2} = 'NO3'; 
fNPTLQO2(i)=fNPTLQO2(i)-1; fNO3(i)=fNO3(i)-1; fNPTLQO(i)=fNPTLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQO2 + RO2 = NPTLQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NPTLQO2'; Gstr{i,2} = 'RO2';
fNPTLQO2(i)=fNPTLQO2(i)-1; fNPTLQO(i)=fNPTLQO(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + HO2 = PTLQOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'HO2'; 
fPTLQO2(i)=fPTLQO2(i)-1; fHO2(i)=fHO2(i)-1; fPTLQOOH(i)=fPTLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + NO = PTLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'NO'; 
fPTLQO2(i)=fPTLQO2(i)-1; fNO(i)=fNO(i)-1; fPTLQO(i)=fPTLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + NO3 = PTLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'NO3'; 
fPTLQO2(i)=fPTLQO2(i)-1; fNO3(i)=fNO3(i)-1; fPTLQO(i)=fPTLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + RO2 = PTLQCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'RO2';
fPTLQO2(i)=fPTLQO2(i)-1; fPTLQCO(i)=fPTLQCO(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + RO2 = PTLQO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'RO2';
fPTLQO2(i)=fPTLQO2(i)-1; fPTLQO(i)=fPTLQO(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO2 + RO2 = PTLQOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'PTLQO2'; Gstr{i,2} = 'RO2';
fPTLQO2(i)=fPTLQO2(i)-1; fPTLQOH(i)=fPTLQOH(i)+1; 

i=i+1;
Rnames{i} = 'DNCRES + NO3 = NDNCRESO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNCRES'; Gstr{i,2} = 'NO3'; 
fDNCRES(i)=fDNCRES(i)-1; fNO3(i)=fNO3(i)-1; fNDNCRESO2(i)=fNDNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'DNCRES + OH = DNCRESO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNCRES'; Gstr{i,2} = 'OH'; 
fDNCRES(i)=fDNCRES(i)-1; fOH(i)=fOH(i)-1; fDNCRESO2(i)=fDNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O2 + HO2 = NCRES1OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NCRES1O2'; Gstr{i,2} = 'HO2'; 
fNCRES1O2(i)=fNCRES1O2(i)-1; fHO2(i)=fHO2(i)-1; fNCRES1OOH(i)=fNCRES1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O2 + NO = NCRES1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NCRES1O2'; Gstr{i,2} = 'NO'; 
fNCRES1O2(i)=fNCRES1O2(i)-1; fNO(i)=fNO(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O2 + NO3 = NCRES1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NCRES1O2'; Gstr{i,2} = 'NO3'; 
fNCRES1O2(i)=fNCRES1O2(i)-1; fNO3(i)=fNO3(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1O2 + RO2 = NCRES1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NCRES1O2'; Gstr{i,2} = 'RO2';
fNCRES1O2(i)=fNCRES1O2(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATECO2 + HO2 = MNNCATCOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MNNCATECO2'; Gstr{i,2} = 'HO2'; 
fMNNCATECO2(i)=fMNNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fMNNCATCOOH(i)=fMNNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATECO2 + NO = MNNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MNNCATECO2'; Gstr{i,2} = 'NO'; 
fMNNCATECO2(i)=fMNNCATECO2(i)-1; fNO(i)=fNO(i)-1; fMNNCATECO(i)=fMNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATECO2 + NO3 = MNNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MNNCATECO2'; Gstr{i,2} = 'NO3'; 
fMNNCATECO2(i)=fMNNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fMNNCATECO(i)=fMNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATECO2 + RO2 = MNNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MNNCATECO2'; Gstr{i,2} = 'RO2';
fMNNCATECO2(i)=fMNNCATECO2(i)-1; fMNNCATECO(i)=fMNNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECO2 + HO2 = MNCATECOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'MNCATECO2'; Gstr{i,2} = 'HO2'; 
fMNCATECO2(i)=fMNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fMNCATECOOH(i)=fMNCATECOOH(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECO2 + NO = MNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MNCATECO2'; Gstr{i,2} = 'NO'; 
fMNCATECO2(i)=fMNCATECO2(i)-1; fNO(i)=fNO(i)-1; fMNCATECO(i)=fMNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECO2 + NO3 = MNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MNCATECO2'; Gstr{i,2} = 'NO3'; 
fMNCATECO2(i)=fMNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fMNCATECO(i)=fMNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECO2 + RO2 = MNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MNCATECO2'; Gstr{i,2} = 'RO2';
fMNCATECO2(i)=fMNCATECO2(i)-1; fMNCATECO(i)=fMNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1OOH + OH = MCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'MCATEC1OOH'; Gstr{i,2} = 'OH'; 
fMCATEC1OOH(i)=fMCATEC1OOH(i)-1; fOH(i)=fOH(i)-1; fMCATEC1O2(i)=fMCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MCATEC1OOH + hv = MCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MCATEC1OOH'; 
fMCATEC1OOH(i)=fMCATEC1OOH(i)-1; fMCATEC1O(i)=fMCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO2 = GLYOX + CH3O2 + CO';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'MC3CODBCO2'; 
fMC3CODBCO2(i)=fMC3CODBCO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBCO2 = MMALANHY + HO2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'MC3CODBCO2'; 
fMC3CODBCO2(i)=fMC3CODBCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBPAN + OH = GLYOX + HCHO + CO + NO2';
k(:,i) = 4.37e-11;
Gstr{i,1} = 'MC3CODBPAN'; Gstr{i,2} = 'OH'; 
fMC3CODBPAN(i)=fMC3CODBPAN(i)-1; fOH(i)=fOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC3CODBPAN = MC3CODBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MC3CODBPAN'; 
fMC3CODBPAN(i)=fMC3CODBPAN(i)-1; fMC3CODBCO3(i)=fMC3CODBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHO = GLYOX + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C4M2ALOHO'; 
fC4M2ALOHO(i)=fC4M2ALOHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2AL2OH + OH = C4M2ALOHO';
k(:,i) = 5.70e-11;
Gstr{i,1} = 'C4M2AL2OH'; Gstr{i,2} = 'OH'; 
fC4M2AL2OH(i)=fC4M2AL2OH(i)-1; fOH(i)=fOH(i)-1; fC4M2ALOHO(i)=fC4M2ALOHO(i)+1; 

i=i+1;
Rnames{i} = 'C4M2AL2OH + hv = CO2H3CHO + HO2 + CO + HO2';
k(:,i) = J17.*2;
Gstr{i,1} = 'C4M2AL2OH'; 
fC4M2AL2OH(i)=fC4M2AL2OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICAROOH + OH = C5134CO2OH + OH';
k(:,i) = 1.21e-10;
Gstr{i,1} = 'C5DICAROOH'; Gstr{i,2} = 'OH'; 
fC5DICAROOH(i)=fC5DICAROOH(i)-1; fOH(i)=fOH(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICAROOH + OH = C5DICARBO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C5DICAROOH'; Gstr{i,2} = 'OH'; 
fC5DICAROOH(i)=fC5DICAROOH(i)-1; fOH(i)=fOH(i)-1; fC5DICARBO2(i)=fC5DICARBO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DICAROOH + hv = C5DICARBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5DICAROOH'; 
fC5DICAROOH(i)=fC5DICAROOH(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICAROOH + hv = C5DICARBO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C5DICAROOH'; 
fC5DICAROOH(i)=fC5DICAROOH(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICAROOH + hv = C5DICARBO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C5DICAROOH'; 
fC5DICAROOH(i)=fC5DICAROOH(i)-1; fC5DICARBO(i)=fC5DICARBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DICARBO = MGLYOX + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C5DICARBO'; 
fC5DICARBO(i)=fC5DICARBO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5134CO2OH + OH = C54CO + HO2';
k(:,i) = 7.48e-11;
Gstr{i,1} = 'C5134CO2OH'; Gstr{i,2} = 'OH'; 
fC5134CO2OH(i)=fC5134CO2OH(i)-1; fOH(i)=fOH(i)-1; fC54CO(i)=fC54CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5134CO2OH + hv = CO23C3CHO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C5134CO2OH'; 
fC5134CO2OH(i)=fC5134CO2OH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5134CO2OH + hv = CO23C3CHO + HO2 + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C5134CO2OH'; 
fC5134CO2OH(i)=fC5134CO2OH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514CO23OH + OH = C5134CO2OH + HO2';
k(:,i) = 6.26e-11;
Gstr{i,1} = 'C514CO23OH'; Gstr{i,2} = 'OH'; 
fC514CO23OH(i)=fC514CO23OH(i)-1; fOH(i)=fOH(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514CO23OH + hv = CO2H3CHO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C514CO23OH'; 
fC514CO23OH(i)=fC514CO23OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514CO23OH + hv = CO2H3CHO + HO2 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C514CO23OH'; 
fC514CO23OH(i)=fC514CO23OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUOOH + OH = NTLFUO2';
k(:,i) = 4.44e-12;
Gstr{i,1} = 'NTLFUOOH'; Gstr{i,2} = 'OH'; 
fNTLFUOOH(i)=fNTLFUOOH(i)-1; fOH(i)=fOH(i)-1; fNTLFUO2(i)=fNTLFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUOOH + hv = NTLFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTLFUOOH'; 
fNTLFUOOH(i)=fNTLFUOOH(i)-1; fNTLFUO(i)=fNTLFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTLFUO = ACCOMECHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTLFUO'; 
fNTLFUO(i)=fNTLFUO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO + CO = ACCOMECHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'TLFUONOO'; Gstr{i,2} = 'CO'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fCO(i)=fCO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO + NO = ACCOMECHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'TLFUONOO'; Gstr{i,2} = 'NO'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fNO(i)=fNO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO + NO2 = ACCOMECHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'TLFUONOO'; Gstr{i,2} = 'NO2'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fNO2(i)=fNO2(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO + SO2 = ACCOMECHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'TLFUONOO'; Gstr{i,2} = 'SO2'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fSO2(i)=fSO2(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO = ACCOMECHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'TLFUONOO'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUONOO = C24O3CCO2H';
k(:,i) = 1.00e-17.*H2O;
Gstr{i,1} = 'TLFUONOO'; 
fTLFUONOO(i)=fTLFUONOO(i)-1; fC24O3CCO2H(i)=fC24O3CCO2H(i)+1; 

i=i+1;
Rnames{i} = 'TLFUOOH + OH = TLFUO2';
k(:,i) = 2.53e-11;
Gstr{i,1} = 'TLFUOOH'; Gstr{i,2} = 'OH'; 
fTLFUOOH(i)=fTLFUOOH(i)-1; fOH(i)=fOH(i)-1; fTLFUO2(i)=fTLFUO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUOOH + hv = TLFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TLFUOOH'; 
fTLFUOOH(i)=fTLFUOOH(i)-1; fTLFUO(i)=fTLFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TLFUO = ACCOMECHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TLFUO'; 
fTLFUO(i)=fTLFUO(i)-1; fACCOMECHO(i)=fACCOMECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TLFUOH + OH = TLFUO';
k(:,i) = 2.19e-11;
Gstr{i,1} = 'TLFUOH'; Gstr{i,2} = 'OH'; 
fTLFUOH(i)=fTLFUOH(i)-1; fOH(i)=fOH(i)-1; fTLFUO(i)=fTLFUO(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCOCO3H + OH = MC4CODBCO3';
k(:,i) = 5.44e-11;
Gstr{i,1} = 'C5DBCOCO3H'; Gstr{i,2} = 'OH'; 
fC5DBCOCO3H(i)=fC5DBCOCO3H(i)-1; fOH(i)=fOH(i)-1; fMC4CODBCO3(i)=fMC4CODBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCOCO3H + hv = MC4CODBCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C5DBCOCO3H'; 
fC5DBCOCO3H(i)=fC5DBCOCO3H(i)-1; fMC4CODBCO2(i)=fMC4CODBCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO2 = BIACET + HO2 + CO';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'MC4CODBCO2'; 
fMC4CODBCO2(i)=fMC4CODBCO2(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBCO2 = MMALANHY + CH3O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'MC4CODBCO2'; 
fMC4CODBCO2(i)=fMC4CODBCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBPAN + OH = BIACET + CO + CO + NO2';
k(:,i) = 5.08e-11;
Gstr{i,1} = 'MC4CODBPAN'; Gstr{i,2} = 'OH'; 
fMC4CODBPAN(i)=fMC4CODBPAN(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC4CODBPAN = MC4CODBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MC4CODBPAN'; 
fMC4CODBPAN(i)=fMC4CODBPAN(i)-1; fMC4CODBCO3(i)=fMC4CODBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OO + CO = BIACET';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'MEK2OO'; Gstr{i,2} = 'CO'; 
fMEK2OO(i)=fMEK2OO(i)-1; fCO(i)=fCO(i)-1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OO + NO = BIACET + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'MEK2OO'; Gstr{i,2} = 'NO'; 
fMEK2OO(i)=fMEK2OO(i)-1; fNO(i)=fNO(i)-1; fBIACET(i)=fBIACET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OO + NO2 = BIACET + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'MEK2OO'; Gstr{i,2} = 'NO2'; 
fMEK2OO(i)=fMEK2OO(i)-1; fNO2(i)=fNO2(i)-1; fBIACET(i)=fBIACET(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OO + SO2 = BIACET + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'MEK2OO'; Gstr{i,2} = 'SO2'; 
fMEK2OO(i)=fMEK2OO(i)-1; fSO2(i)=fSO2(i)-1; fBIACET(i)=fBIACET(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MEK2OO = BIACET + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'MEK2OO'; 
fMEK2OO(i)=fMEK2OO(i)-1; fBIACET(i)=fBIACET(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MC5COOHOOH + OH = MC5CO2OHO2';
k(:,i) = 3.12e-11;
Gstr{i,1} = 'MC5COOHOOH'; Gstr{i,2} = 'OH'; 
fMC5COOHOOH(i)=fMC5COOHOOH(i)-1; fOH(i)=fOH(i)-1; fMC5CO2OHO2(i)=fMC5CO2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC5COOHOOH + hv = CO2H3CHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'MC5COOHOOH'; 
fMC5COOHOOH(i)=fMC5COOHOOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC5COOHOOH + hv = CO2H3CHO + CH3CO3 + OH';
k(:,i) = J17;
Gstr{i,1} = 'MC5COOHOOH'; 
fMC5COOHOOH(i)=fMC5COOHOOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC5COOHOOH + hv = MC5CO2OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MC5COOHOOH'; 
fMC5COOHOOH(i)=fMC5COOHOOH(i)-1; fMC5CO2OHO(i)=fMC5CO2OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MC5CO2OHO = BIACET + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MC5CO2OHO'; 
fMC5CO2OHO(i)=fMC5CO2OHO(i)-1; fBIACET(i)=fBIACET(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC52CO2OH + OH = MC5CO2OHO';
k(:,i) = 2.77e-11;
Gstr{i,1} = 'MC52CO2OH'; Gstr{i,2} = 'OH'; 
fMC52CO2OH(i)=fMC52CO2OH(i)-1; fOH(i)=fOH(i)-1; fMC5CO2OHO(i)=fMC5CO2OHO(i)+1; 

i=i+1;
Rnames{i} = 'MC52CO2OH + hv = CO2H3CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'MC52CO2OH'; 
fMC52CO2OH(i)=fMC52CO2OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC52CO2OH + hv = CO2H3CHO + CH3CO3 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'MC52CO2OH'; 
fMC52CO2OH(i)=fMC52CO2OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUOOH + OH = NOXYFUO2';
k(:,i) = 4.95e-12;
Gstr{i,1} = 'NOXYFUOOH'; Gstr{i,2} = 'OH'; 
fNOXYFUOOH(i)=fNOXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fNOXYFUO2(i)=fNOXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUOOH + hv = NOXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOXYFUOOH'; 
fNOXYFUOOH(i)=fNOXYFUOOH(i)-1; fNOXYFUO(i)=fNOXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYFUO = C6OTRIKET + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOXYFUO'; 
fNOXYFUO(i)=fNOXYFUO(i)-1; fC6OTRIKET(i)=fC6OTRIKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETOOH + OH = C6OTKETCO + OH';
k(:,i) = 4.42e-11;
Gstr{i,1} = 'C6OTKETOOH'; Gstr{i,2} = 'OH'; 
fC6OTKETOOH(i)=fC6OTKETOOH(i)-1; fOH(i)=fOH(i)-1; fC6OTKETCO(i)=fC6OTKETCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETOOH + OH = C6OTKETO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C6OTKETOOH'; Gstr{i,2} = 'OH'; 
fC6OTKETOOH(i)=fC6OTKETOOH(i)-1; fOH(i)=fOH(i)-1; fC6OTKETO2(i)=fC6OTKETO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETOOH + hv = OH + C6OTKETO';
k(:,i) = J41;
Gstr{i,1} = 'C6OTKETOOH'; 
fC6OTKETOOH(i)=fC6OTKETOOH(i)-1; fOH(i)=fOH(i)+1; fC6OTKETO(i)=fC6OTKETO(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETO = MGLYOX + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C6OTKETO'; 
fC6OTKETO(i)=fC6OTKETO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETCO + OH = C6O4KETO2';
k(:,i) = 4.65e-13;
Gstr{i,1} = 'C6OTKETCO'; Gstr{i,2} = 'OH'; 
fC6OTKETCO(i)=fC6OTKETCO(i)-1; fOH(i)=fOH(i)-1; fC6O4KETO2(i)=fC6O4KETO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETCO + hv = CH3CO3 + CO + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C6OTKETCO'; 
fC6OTKETCO(i)=fC6OTKETCO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6OTKETOH + OH = C6OTKETCO + HO2';
k(:,i) = 1.91e-11;
Gstr{i,1} = 'C6OTKETOH'; Gstr{i,2} = 'OH'; 
fC6OTKETOH(i)=fC6OTKETOH(i)-1; fOH(i)=fOH(i)-1; fC6OTKETCO(i)=fC6OTKETCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUOOH + OH = OXYFUO2';
k(:,i) = 7.12e-12;
Gstr{i,1} = 'OXYFUOOH'; Gstr{i,2} = 'OH'; 
fOXYFUOOH(i)=fOXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fOXYFUO2(i)=fOXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUOOH + hv = OXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYFUOOH'; 
fOXYFUOOH(i)=fOXYFUOOH(i)-1; fOXYFUO(i)=fOXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUO = C6OTRIKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OXYFUO'; 
fOXYFUO(i)=fOXYFUO(i)-1; fC6OTRIKET(i)=fC6OTRIKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYFUOH + OH = OXYFUO';
k(:,i) = 3.76e-12;
Gstr{i,1} = 'OXYFUOH'; Gstr{i,2} = 'OH'; 
fOXYFUOH(i)=fOXYFUOH(i)-1; fOH(i)=fOH(i)-1; fOXYFUO(i)=fOXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOL + NO3 = NDNOXYOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNOXYOL'; Gstr{i,2} = 'NO3'; 
fDNOXYOL(i)=fDNOXYOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNOXYOLO2(i)=fNDNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOL + OH = DNOXYOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNOXYOL'; Gstr{i,2} = 'OH'; 
fDNOXYOL(i)=fDNOXYOL(i)-1; fOH(i)=fOH(i)-1; fDNOXYOLO2(i)=fDNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O2 + HO2 = NOXYOL1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NOXYOL1O2'; Gstr{i,2} = 'HO2'; 
fNOXYOL1O2(i)=fNOXYOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNOXYOL1OOH(i)=fNOXYOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O2 + NO = NOXYOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOXYOL1O2'; Gstr{i,2} = 'NO'; 
fNOXYOL1O2(i)=fNOXYOL1O2(i)-1; fNO(i)=fNO(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O2 + NO3 = NOXYOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOXYOL1O2'; Gstr{i,2} = 'NO3'; 
fNOXYOL1O2(i)=fNOXYOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1O2 + RO2 = NOXYOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NOXYOL1O2'; Gstr{i,2} = 'RO2';
fNOXYOL1O2(i)=fNOXYOL1O2(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQO2 + HO2 = NOXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NOXYQO2'; Gstr{i,2} = 'HO2'; 
fNOXYQO2(i)=fNOXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fNOXYQOOH(i)=fNOXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQO2 + NO = NOXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOXYQO2'; Gstr{i,2} = 'NO'; 
fNOXYQO2(i)=fNOXYQO2(i)-1; fNO(i)=fNO(i)-1; fNOXYQO(i)=fNOXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQO2 + NO3 = NOXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOXYQO2'; Gstr{i,2} = 'NO3'; 
fNOXYQO2(i)=fNOXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fNOXYQO(i)=fNOXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQO2 + RO2 = NOXYQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NOXYQO2'; Gstr{i,2} = 'RO2';
fNOXYQO2(i)=fNOXYQO2(i)-1; fNOXYQO(i)=fNOXYQO(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + HO2 = OXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'HO2'; 
fOXYQO2(i)=fOXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fOXYQOOH(i)=fOXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + NO = OXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'NO'; 
fOXYQO2(i)=fOXYQO2(i)-1; fNO(i)=fNO(i)-1; fOXYQO(i)=fOXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + NO3 = OXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'NO3'; 
fOXYQO2(i)=fOXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fOXYQO(i)=fOXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + RO2 = OXYQCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'RO2';
fOXYQO2(i)=fOXYQO2(i)-1; fOXYQCO(i)=fOXYQCO(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + RO2 = OXYQO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'RO2';
fOXYQO2(i)=fOXYQO2(i)-1; fOXYQO(i)=fOXYQO(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO2 + RO2 = OXYQOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'OXYQO2'; Gstr{i,2} = 'RO2';
fOXYQO2(i)=fOXYQO2(i)-1; fOXYQOH(i)=fOXYQOH(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATCO2 + HO2 = OXNNCATOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXNNCATCO2'; Gstr{i,2} = 'HO2'; 
fOXNNCATCO2(i)=fOXNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fOXNNCATOOH(i)=fOXNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATCO2 + NO = OXNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXNNCATCO2'; Gstr{i,2} = 'NO'; 
fOXNNCATCO2(i)=fOXNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fOXNNCATCO(i)=fOXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATCO2 + NO3 = OXNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXNNCATCO2'; Gstr{i,2} = 'NO3'; 
fOXNNCATCO2(i)=fOXNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fOXNNCATCO(i)=fOXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATCO2 + RO2 = OXNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'OXNNCATCO2'; Gstr{i,2} = 'RO2';
fOXNNCATCO2(i)=fOXNNCATCO2(i)-1; fOXNNCATCO(i)=fOXNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECO2 + HO2 = OXNCATCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'OXNCATECO2'; Gstr{i,2} = 'HO2'; 
fOXNCATECO2(i)=fOXNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fOXNCATCOOH(i)=fOXNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECO2 + NO = OXNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OXNCATECO2'; Gstr{i,2} = 'NO'; 
fOXNCATECO2(i)=fOXNCATECO2(i)-1; fNO(i)=fNO(i)-1; fOXNCATECO(i)=fOXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECO2 + NO3 = OXNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OXNCATECO2'; Gstr{i,2} = 'NO3'; 
fOXNCATECO2(i)=fOXNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fOXNCATECO(i)=fOXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECO2 + RO2 = OXNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'OXNCATECO2'; Gstr{i,2} = 'RO2';
fOXNCATECO2(i)=fOXNCATECO2(i)-1; fOXNCATECO(i)=fOXNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'OCATEC1OOH + OH = OXCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'OCATEC1OOH'; Gstr{i,2} = 'OH'; 
fOCATEC1OOH(i)=fOCATEC1OOH(i)-1; fOH(i)=fOH(i)-1; fOXCATEC1O2(i)=fOXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'OCATEC1OOH + hv = OXCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'OCATEC1OOH'; 
fOCATEC1OOH(i)=fOCATEC1OOH(i)-1; fOXCATEC1O(i)=fOXCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHOOH + OH = C5MCO2OHO2';
k(:,i) = 4.46e-11;
Gstr{i,1} = 'C6CO2OHOOH'; Gstr{i,2} = 'OH'; 
fC6CO2OHOOH(i)=fC6CO2OHOOH(i)-1; fOH(i)=fOH(i)-1; fC5MCO2OHO2(i)=fC5MCO2OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHOOH + hv = C5CO243OH + OH + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C6CO2OHOOH'; 
fC6CO2OHOOH(i)=fC6CO2OHOOH(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHOOH + hv = C5MCO2OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CO2OHOOH'; 
fC6CO2OHOOH(i)=fC6CO2OHOOH(i)-1; fC5MCO2OHO(i)=fC5MCO2OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHOOH + hv = C5MCO2OHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6CO2OHOOH'; 
fC6CO2OHOOH(i)=fC6CO2OHOOH(i)-1; fC5MCO2OHO(i)=fC5MCO2OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5MCO2OHO = MGLYOX + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C5MCO2OHO'; 
fC5MCO2OHO(i)=fC5MCO2OHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2M2OH + OH = C6CO3MOH + HO2';
k(:,i) = 4.13e-11;
Gstr{i,1} = 'C6CO2M2OH'; Gstr{i,2} = 'OH'; 
fC6CO2M2OH(i)=fC6CO2M2OH(i)-1; fOH(i)=fOH(i)-1; fC6CO3MOH(i)=fC6CO3MOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2M2OH + hv = C5CO243OH + HO2 + CO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6CO2M2OH'; 
fC6CO2M2OH(i)=fC6CO2M2OH(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2M2OH + hv = C5CO243OH + HO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C6CO2M2OH'; 
fC6CO2M2OH(i)=fC6CO2M2OH(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUOOH + OH = NMXYFUO2';
k(:,i) = 5.80e-12;
Gstr{i,1} = 'NMXYFUOOH'; Gstr{i,2} = 'OH'; 
fNMXYFUOOH(i)=fNMXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fNMXYFUO2(i)=fNMXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUOOH + hv = NMXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMXYFUOOH'; 
fNMXYFUOOH(i)=fNMXYFUOOH(i)-1; fNMXYFUO(i)=fNMXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYFUO = C23O3MCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMXYFUO'; 
fNMXYFUO(i)=fNMXYFUO(i)-1; fC23O3MCHO(i)=fC23O3MCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCOOH + OH = ACECOCOCH3 + OH';
k(:,i) = 6.01e-11;
Gstr{i,1} = 'C23O3MCOOH'; Gstr{i,2} = 'OH'; 
fC23O3MCOOH(i)=fC23O3MCOOH(i)-1; fOH(i)=fOH(i)-1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCOOH + OH = C23O3MO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C23O3MCOOH'; Gstr{i,2} = 'OH'; 
fC23O3MCOOH(i)=fC23O3MCOOH(i)-1; fOH(i)=fOH(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCOOH + hv = C23O3MO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C23O3MCOOH'; 
fC23O3MCOOH(i)=fC23O3MCOOH(i)-1; fC23O3MO(i)=fC23O3MO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MO = CH3CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C23O3MO'; 
fC23O3MO(i)=fC23O3MO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MOH + OH = ACECOCOCH3 + HO2';
k(:,i) = 2.54e-11;
Gstr{i,1} = 'C23O3MOH'; Gstr{i,2} = 'OH'; 
fC23O3MOH(i)=fC23O3MOH(i)-1; fOH(i)=fOH(i)-1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUOOH + OH = MXYFUO2';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'MXYFUOOH'; Gstr{i,2} = 'OH'; 
fMXYFUOOH(i)=fMXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fMXYFUO2(i)=fMXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUOOH + hv = MXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYFUOOH'; 
fMXYFUOOH(i)=fMXYFUOOH(i)-1; fMXYFUO(i)=fMXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUO = C23O3MCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MXYFUO'; 
fMXYFUO(i)=fMXYFUO(i)-1; fC23O3MCHO(i)=fC23O3MCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYFUOH + OH = MXYFUO';
k(:,i) = 2.74e-11;
Gstr{i,1} = 'MXYFUOH'; Gstr{i,2} = 'OH'; 
fMXYFUOH(i)=fMXYFUOH(i)-1; fOH(i)=fOH(i)-1; fMXYFUO(i)=fMXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUOOH + OH = NPXYFUO2';
k(:,i) = 5.16e-12;
Gstr{i,1} = 'NPXYFUOOH'; Gstr{i,2} = 'OH'; 
fNPXYFUOOH(i)=fNPXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fNPXYFUO2(i)=fNPXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUOOH + hv = NPXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPXYFUOOH'; 
fNPXYFUOOH(i)=fNPXYFUOOH(i)-1; fNPXYFUO(i)=fNPXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYFUO = C23O3CCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPXYFUO'; 
fNPXYFUO(i)=fNPXYFUO(i)-1; fC23O3CCHO(i)=fC23O3CCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOOOH + OH = MCOCOMOXO2';
k(:,i) = 2.00e-11;
Gstr{i,1} = 'MCOCOMOOOH'; Gstr{i,2} = 'OH'; 
fMCOCOMOOOH(i)=fMCOCOMOOOH(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOOOH + hv = CH3CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'MCOCOMOOOH'; 
fMCOCOMOOOH(i)=fMCOCOMOOOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOOOH + hv = MCOCOMOXO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MCOCOMOOOH'; 
fMCOCOMOOOH(i)=fMCOCOMOOOH(i)-1; fMCOCOMOXO(i)=fMCOCOMOXO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MCOCOMOXO = HCHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MCOCOMOXO'; 
fMCOCOMOXO(i)=fMCOCOMOXO(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUOOH + OH = PXYFUO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'PXYFUOOH'; Gstr{i,2} = 'OH'; 
fPXYFUOOH(i)=fPXYFUOOH(i)-1; fOH(i)=fOH(i)-1; fPXYFUO2(i)=fPXYFUO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUOOH + hv = PXYFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYFUOOH'; 
fPXYFUOOH(i)=fPXYFUOOH(i)-1; fPXYFUO(i)=fPXYFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUO = C23O3CCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PXYFUO'; 
fPXYFUO(i)=fPXYFUO(i)-1; fC23O3CCHO(i)=fC23O3CCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYFUOH + OH = PXYFUO';
k(:,i) = 2.44e-11;
Gstr{i,1} = 'PXYFUOH'; Gstr{i,2} = 'OH'; 
fPXYFUOH(i)=fPXYFUOH(i)-1; fOH(i)=fOH(i)-1; fPXYFUO(i)=fPXYFUO(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHY + OH = MMALANHYO2';
k(:,i) = 1.50e-12;
Gstr{i,1} = 'MMALANHY'; Gstr{i,2} = 'OH'; 
fMMALANHY(i)=fMMALANHY(i)-1; fOH(i)=fOH(i)-1; fMMALANHYO2(i)=fMMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3H + OH = CH3COCO3';
k(:,i) = 3.69e-12;
Gstr{i,1} = 'CH3COCO3H'; Gstr{i,2} = 'OH'; 
fCH3COCO3H(i)=fCH3COCO3H(i)-1; fOH(i)=fOH(i)-1; fCH3COCO3(i)=fCH3COCO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3H + hv = CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3COCO3H'; 
fCH3COCO3H(i)=fCH3COCO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3H + hv = CH3CO3 + OH';
k(:,i) = J35;
Gstr{i,1} = 'CH3COCO3H'; 
fCH3COCO3H(i)=fCH3COCO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPACLOOA = CH3COCO3 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PPACLOOA'; 
fPPACLOOA(i)=fPPACLOOA(i)-1; fCH3COCO3(i)=fCH3COCO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C534O2 + HO2 = C534OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C534O2'; Gstr{i,2} = 'HO2'; 
fC534O2(i)=fC534O2(i)-1; fHO2(i)=fHO2(i)-1; fC534OOH(i)=fC534OOH(i)+1; 

i=i+1;
Rnames{i} = 'C534O2 + NO = C534O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C534O2'; Gstr{i,2} = 'NO'; 
fC534O2(i)=fC534O2(i)-1; fNO(i)=fNO(i)-1; fC534O(i)=fC534O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C534O2 + NO3 = C534O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C534O2'; Gstr{i,2} = 'NO3'; 
fC534O2(i)=fC534O2(i)-1; fNO3(i)=fNO3(i)-1; fC534O(i)=fC534O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C534O2 + RO2 = C534O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C534O2'; Gstr{i,2} = 'RO2';
fC534O2(i)=fC534O2(i)-1; fC534O(i)=fC534O(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOL + NO3 = NDNMXYOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNMXYOL'; Gstr{i,2} = 'NO3'; 
fDNMXYOL(i)=fDNMXYOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNMXYOLO2(i)=fNDNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOL + OH = DNMXYOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNMXYOL'; Gstr{i,2} = 'OH'; 
fDNMXYOL(i)=fDNMXYOL(i)-1; fOH(i)=fOH(i)-1; fDNMXYOLO2(i)=fDNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O2 + HO2 = NMXYOL1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NMXYOL1O2'; Gstr{i,2} = 'HO2'; 
fNMXYOL1O2(i)=fNMXYOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNMXYOL1OOH(i)=fNMXYOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O2 + NO = NMXYOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMXYOL1O2'; Gstr{i,2} = 'NO'; 
fNMXYOL1O2(i)=fNMXYOL1O2(i)-1; fNO(i)=fNO(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O2 + NO3 = NMXYOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMXYOL1O2'; Gstr{i,2} = 'NO3'; 
fNMXYOL1O2(i)=fNMXYOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1O2 + RO2 = NMXYOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NMXYOL1O2'; Gstr{i,2} = 'RO2';
fNMXYOL1O2(i)=fNMXYOL1O2(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQO2 + HO2 = NMXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NMXYQO2'; Gstr{i,2} = 'HO2'; 
fNMXYQO2(i)=fNMXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fNMXYQOOH(i)=fNMXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQO2 + NO = NMXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMXYQO2'; Gstr{i,2} = 'NO'; 
fNMXYQO2(i)=fNMXYQO2(i)-1; fNO(i)=fNO(i)-1; fNMXYQO(i)=fNMXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQO2 + NO3 = NMXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMXYQO2'; Gstr{i,2} = 'NO3'; 
fNMXYQO2(i)=fNMXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fNMXYQO(i)=fNMXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQO2 + RO2 = NMXYQO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NMXYQO2'; Gstr{i,2} = 'RO2';
fNMXYQO2(i)=fNMXYQO2(i)-1; fNMXYQO(i)=fNMXYQO(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO2 + HO2 = MXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYQO2'; Gstr{i,2} = 'HO2'; 
fMXYQO2(i)=fMXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fMXYQOOH(i)=fMXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO2 + NO = MXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXYQO2'; Gstr{i,2} = 'NO'; 
fMXYQO2(i)=fMXYQO2(i)-1; fNO(i)=fNO(i)-1; fMXYQO(i)=fMXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO2 + NO3 = MXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYQO2'; Gstr{i,2} = 'NO3'; 
fMXYQO2(i)=fMXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fMXYQO(i)=fMXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO2 + RO2 = MXYQO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'MXYQO2'; Gstr{i,2} = 'RO2';
fMXYQO2(i)=fMXYQO2(i)-1; fMXYQO(i)=fMXYQO(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO2 + RO2 = MXYQOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'MXYQO2'; Gstr{i,2} = 'RO2';
fMXYQO2(i)=fMXYQO2(i)-1; fMXYQOH(i)=fMXYQOH(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATCO2 + HO2 = MXNNCATOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXNNCATCO2'; Gstr{i,2} = 'HO2'; 
fMXNNCATCO2(i)=fMXNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fMXNNCATOOH(i)=fMXNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATCO2 + NO = MXNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXNNCATCO2'; Gstr{i,2} = 'NO'; 
fMXNNCATCO2(i)=fMXNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fMXNNCATCO(i)=fMXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATCO2 + NO3 = MXNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXNNCATCO2'; Gstr{i,2} = 'NO3'; 
fMXNNCATCO2(i)=fMXNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fMXNNCATCO(i)=fMXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATCO2 + RO2 = MXNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MXNNCATCO2'; Gstr{i,2} = 'RO2';
fMXNNCATCO2(i)=fMXNNCATCO2(i)-1; fMXNNCATCO(i)=fMXNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECO2 + HO2 = MXNCATCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXNCATECO2'; Gstr{i,2} = 'HO2'; 
fMXNCATECO2(i)=fMXNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fMXNCATCOOH(i)=fMXNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECO2 + NO = MXNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXNCATECO2'; Gstr{i,2} = 'NO'; 
fMXNCATECO2(i)=fMXNCATECO2(i)-1; fNO(i)=fNO(i)-1; fMXNCATECO(i)=fMXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECO2 + NO3 = MXNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXNCATECO2'; Gstr{i,2} = 'NO3'; 
fMXNCATECO2(i)=fMXNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fMXNCATECO(i)=fMXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECO2 + RO2 = MXNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MXNCATECO2'; Gstr{i,2} = 'RO2';
fMXNCATECO2(i)=fMXNCATECO2(i)-1; fMXNCATECO(i)=fMXNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'MXCTEC1OOH + OH = MXCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'MXCTEC1OOH'; Gstr{i,2} = 'OH'; 
fMXCTEC1OOH(i)=fMXCTEC1OOH(i)-1; fOH(i)=fOH(i)-1; fMXCATEC1O2(i)=fMXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MXCTEC1OOH + hv = MXCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXCTEC1OOH'; 
fMXCTEC1OOH(i)=fMXCTEC1OOH(i)-1; fMXCATEC1O(i)=fMXCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TOL4OHNO2 + OH = TL4OHNO2O2';
k(:,i) = 3.6e-12;
Gstr{i,1} = 'TOL4OHNO2'; Gstr{i,2} = 'OH'; 
fTOL4OHNO2(i)=fTOL4OHNO2(i)-1; fOH(i)=fOH(i)-1; fTL4OHNO2O2(i)=fTL4OHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHOOH + OH = DMKCOOH + OH';
k(:,i) = 9.75e-11;
Gstr{i,1} = 'DMKOHOOH'; Gstr{i,2} = 'OH'; 
fDMKOHOOH(i)=fDMKOHOOH(i)-1; fOH(i)=fOH(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHOOH + OH = DMKOHO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DMKOHOOH'; Gstr{i,2} = 'OH'; 
fDMKOHOOH(i)=fDMKOHOOH(i)-1; fOH(i)=fOH(i)-1; fDMKOHO2(i)=fDMKOHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHOOH + hv = CO2H3CHO + CH3CO3 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'DMKOHOOH'; 
fDMKOHOOH(i)=fDMKOHOOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHOOH + hv = DMKOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMKOHOOH'; 
fDMKOHOOH(i)=fDMKOHOOH(i)-1; fDMKOHO(i)=fDMKOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO = CO2H3CHO + CH3CO3';
k(:,i) = KDEC.*0.7;
Gstr{i,1} = 'DMKOHO'; 
fDMKOHO(i)=fDMKOHO(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'DMKOHO = MGLYOX + MGLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'DMKOHO'; 
fDMKOHO(i)=fDMKOHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMK2OH + OH = DMKCOOH + HO2';
k(:,i) = 4.00e-11;
Gstr{i,1} = 'DMK2OH'; Gstr{i,2} = 'OH'; 
fDMK2OH(i)=fDMK2OH(i)-1; fOH(i)=fOH(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMK2OH + hv = CO2H3CHO + CH3CO3 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'DMK2OH'; 
fDMK2OH(i)=fDMK2OH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKCOOH + OH = C62O';
k(:,i) = 9.04e-12;
Gstr{i,1} = 'DMKCOOH'; Gstr{i,2} = 'OH'; 
fDMKCOOH(i)=fDMKCOOH(i)-1; fOH(i)=fOH(i)-1; fC62O(i)=fC62O(i)+1; 

i=i+1;
Rnames{i} = 'DMKCOOH + hv = CO23C3CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'DMKCOOH'; 
fDMKCOOH(i)=fDMKCOOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DMKCOOH + hv = CO2H3CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'DMKCOOH'; 
fDMKCOOH(i)=fDMKCOOH(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOL + NO3 = NDNPXYOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNPXYOL'; Gstr{i,2} = 'NO3'; 
fDNPXYOL(i)=fDNPXYOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNPXYOLO2(i)=fNDNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOL + OH = DNPXYOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNPXYOL'; Gstr{i,2} = 'OH'; 
fDNPXYOL(i)=fDNPXYOL(i)-1; fOH(i)=fOH(i)-1; fDNPXYOLO2(i)=fDNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O2 + HO2 = NPXYOL1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NPXYOL1O2'; Gstr{i,2} = 'HO2'; 
fNPXYOL1O2(i)=fNPXYOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNPXYOL1OOH(i)=fNPXYOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O2 + NO = NPXYOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPXYOL1O2'; Gstr{i,2} = 'NO'; 
fNPXYOL1O2(i)=fNPXYOL1O2(i)-1; fNO(i)=fNO(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O2 + NO3 = NPXYOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPXYOL1O2'; Gstr{i,2} = 'NO3'; 
fNPXYOL1O2(i)=fNPXYOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1O2 + RO2 = NPXYOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NPXYOL1O2'; Gstr{i,2} = 'RO2';
fNPXYOL1O2(i)=fNPXYOL1O2(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQO2 + HO2 = NPXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NPXYQO2'; Gstr{i,2} = 'HO2'; 
fNPXYQO2(i)=fNPXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fNPXYQOOH(i)=fNPXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQO2 + NO = NPXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPXYQO2'; Gstr{i,2} = 'NO'; 
fNPXYQO2(i)=fNPXYQO2(i)-1; fNO(i)=fNO(i)-1; fNPXYQO(i)=fNPXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQO2 + NO3 = NPXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPXYQO2'; Gstr{i,2} = 'NO3'; 
fNPXYQO2(i)=fNPXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fNPXYQO(i)=fNPXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQO2 + RO2 = NPXYQO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NPXYQO2'; Gstr{i,2} = 'RO2';
fNPXYQO2(i)=fNPXYQO2(i)-1; fNPXYQO(i)=fNPXYQO(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO2 + HO2 = PXYQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXYQO2'; Gstr{i,2} = 'HO2'; 
fPXYQO2(i)=fPXYQO2(i)-1; fHO2(i)=fHO2(i)-1; fPXYQOOH(i)=fPXYQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO2 + NO = PXYQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXYQO2'; Gstr{i,2} = 'NO'; 
fPXYQO2(i)=fPXYQO2(i)-1; fNO(i)=fNO(i)-1; fPXYQO(i)=fPXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO2 + NO3 = PXYQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXYQO2'; Gstr{i,2} = 'NO3'; 
fPXYQO2(i)=fPXYQO2(i)-1; fNO3(i)=fNO3(i)-1; fPXYQO(i)=fPXYQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO2 + RO2 = PXYQO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'PXYQO2'; Gstr{i,2} = 'RO2';
fPXYQO2(i)=fPXYQO2(i)-1; fPXYQO(i)=fPXYQO(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO2 + RO2 = PXYQOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'PXYQO2'; Gstr{i,2} = 'RO2';
fPXYQO2(i)=fPXYQO2(i)-1; fPXYQOH(i)=fPXYQOH(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATCO2 + HO2 = PXNNCATOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXNNCATCO2'; Gstr{i,2} = 'HO2'; 
fPXNNCATCO2(i)=fPXNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fPXNNCATOOH(i)=fPXNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATCO2 + NO = PXNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXNNCATCO2'; Gstr{i,2} = 'NO'; 
fPXNNCATCO2(i)=fPXNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fPXNNCATCO(i)=fPXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATCO2 + NO3 = PXNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXNNCATCO2'; Gstr{i,2} = 'NO3'; 
fPXNNCATCO2(i)=fPXNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fPXNNCATCO(i)=fPXNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATCO2 + RO2 = PXNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PXNNCATCO2'; Gstr{i,2} = 'RO2';
fPXNNCATCO2(i)=fPXNNCATCO2(i)-1; fPXNNCATCO(i)=fPXNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECO2 + HO2 = PXNCATCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PXNCATECO2'; Gstr{i,2} = 'HO2'; 
fPXNCATECO2(i)=fPXNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fPXNCATCOOH(i)=fPXNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECO2 + NO = PXNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PXNCATECO2'; Gstr{i,2} = 'NO'; 
fPXNCATECO2(i)=fPXNCATECO2(i)-1; fNO(i)=fNO(i)-1; fPXNCATECO(i)=fPXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECO2 + NO3 = PXNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PXNCATECO2'; Gstr{i,2} = 'NO3'; 
fPXNCATECO2(i)=fPXNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fPXNCATECO(i)=fPXNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECO2 + RO2 = PXNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PXNCATECO2'; Gstr{i,2} = 'RO2';
fPXNCATECO2(i)=fPXNCATECO2(i)-1; fPXNCATECO(i)=fPXNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1OOH + OH = PXCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'PCATEC1OOH'; Gstr{i,2} = 'OH'; 
fPCATEC1OOH(i)=fPCATEC1OOH(i)-1; fOH(i)=fOH(i)-1; fPXCATEC1O2(i)=fPXCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PCATEC1OOH + hv = PXCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PCATEC1OOH'; 
fPCATEC1OOH(i)=fPCATEC1OOH(i)-1; fPXCATEC1O(i)=fPXCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZOL + NO3 = NDNEBNZLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNEBNZOL'; Gstr{i,2} = 'NO3'; 
fDNEBNZOL(i)=fDNEBNZOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNEBNZLO2(i)=fNDNEBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZOL + OH = DNEBNZLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNEBNZOL'; Gstr{i,2} = 'OH'; 
fDNEBNZOL(i)=fDNEBNZOL(i)-1; fOH(i)=fOH(i)-1; fDNEBNZLO2(i)=fDNEBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O2 + HO2 = NEBNZ1OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NEBNZ1O2'; Gstr{i,2} = 'HO2'; 
fNEBNZ1O2(i)=fNEBNZ1O2(i)-1; fHO2(i)=fHO2(i)-1; fNEBNZ1OOH(i)=fNEBNZ1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O2 + NO = NEBNZ1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NEBNZ1O2'; Gstr{i,2} = 'NO'; 
fNEBNZ1O2(i)=fNEBNZ1O2(i)-1; fNO(i)=fNO(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O2 + NO3 = NEBNZ1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NEBNZ1O2'; Gstr{i,2} = 'NO3'; 
fNEBNZ1O2(i)=fNEBNZ1O2(i)-1; fNO3(i)=fNO3(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1O2 + RO2 = NEBNZ1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NEBNZ1O2'; Gstr{i,2} = 'RO2';
fNEBNZ1O2(i)=fNEBNZ1O2(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQO2 + HO2 = NPEBQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NPEBQO2'; Gstr{i,2} = 'HO2'; 
fNPEBQO2(i)=fNPEBQO2(i)-1; fHO2(i)=fHO2(i)-1; fNPEBQOOH(i)=fNPEBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQO2 + NO = NPEBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPEBQO2'; Gstr{i,2} = 'NO'; 
fNPEBQO2(i)=fNPEBQO2(i)-1; fNO(i)=fNO(i)-1; fNPEBQO(i)=fNPEBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQO2 + NO3 = NPEBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPEBQO2'; Gstr{i,2} = 'NO3'; 
fNPEBQO2(i)=fNPEBQO2(i)-1; fNO3(i)=fNO3(i)-1; fNPEBQO(i)=fNPEBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQO2 + RO2 = NPEBQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NPEBQO2'; Gstr{i,2} = 'RO2';
fNPEBQO2(i)=fNPEBQO2(i)-1; fNPEBQO(i)=fNPEBQO(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + HO2 = PEBQOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'HO2'; 
fPEBQO2(i)=fPEBQO2(i)-1; fHO2(i)=fHO2(i)-1; fPEBQOOH(i)=fPEBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + NO = PEBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'NO'; 
fPEBQO2(i)=fPEBQO2(i)-1; fNO(i)=fNO(i)-1; fPEBQO(i)=fPEBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + NO3 = PEBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'NO3'; 
fPEBQO2(i)=fPEBQO2(i)-1; fNO3(i)=fNO3(i)-1; fPEBQO(i)=fPEBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + RO2 = PEBQCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'RO2';
fPEBQO2(i)=fPEBQO2(i)-1; fPEBQCO(i)=fPEBQCO(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + RO2 = PEBQO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'RO2';
fPEBQO2(i)=fPEBQO2(i)-1; fPEBQO(i)=fPEBQO(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO2 + RO2 = PEBQOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PEBQO2'; Gstr{i,2} = 'RO2';
fPEBQO2(i)=fPEBQO2(i)-1; fPEBQOH(i)=fPEBQOH(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATECO2 + HO2 = ENNCATCOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'ENNCATECO2'; Gstr{i,2} = 'HO2'; 
fENNCATECO2(i)=fENNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fENNCATCOOH(i)=fENNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATECO2 + NO = ENNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ENNCATECO2'; Gstr{i,2} = 'NO'; 
fENNCATECO2(i)=fENNCATECO2(i)-1; fNO(i)=fNO(i)-1; fENNCATECO(i)=fENNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATECO2 + NO3 = ENNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ENNCATECO2'; Gstr{i,2} = 'NO3'; 
fENNCATECO2(i)=fENNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fENNCATECO(i)=fENNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATECO2 + RO2 = ENNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'ENNCATECO2'; Gstr{i,2} = 'RO2';
fENNCATECO2(i)=fENNCATECO2(i)-1; fENNCATECO(i)=fENNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECO2 + HO2 = ENCATECOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'ENCATECO2'; Gstr{i,2} = 'HO2'; 
fENCATECO2(i)=fENCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fENCATECOOH(i)=fENCATECOOH(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECO2 + NO = ENCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ENCATECO2'; Gstr{i,2} = 'NO'; 
fENCATECO2(i)=fENCATECO2(i)-1; fNO(i)=fNO(i)-1; fENCATECO(i)=fENCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECO2 + NO3 = ENCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ENCATECO2'; Gstr{i,2} = 'NO3'; 
fENCATECO2(i)=fENCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fENCATECO(i)=fENCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECO2 + RO2 = ENCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'ENCATECO2'; Gstr{i,2} = 'RO2';
fENCATECO2(i)=fENCATECO2(i)-1; fENCATECO(i)=fENCATECO(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1OOH + OH = ECATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'ECATEC1OOH'; Gstr{i,2} = 'OH'; 
fECATEC1OOH(i)=fECATEC1OOH(i)-1; fOH(i)=fOH(i)-1; fECATEC1O2(i)=fECATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'ECATEC1OOH + hv = ECATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ECATEC1OOH'; 
fECATEC1OOH(i)=fECATEC1OOH(i)-1; fECATEC1O(i)=fECATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICAROOH + OH = C6DICARBO2';
k(:,i) = 1.16e-10;
Gstr{i,1} = 'C6DICAROOH'; Gstr{i,2} = 'OH'; 
fC6DICAROOH(i)=fC6DICAROOH(i)-1; fOH(i)=fOH(i)-1; fC6DICARBO2(i)=fC6DICARBO2(i)+1; 

i=i+1;
Rnames{i} = 'C6DICAROOH + hv = C32OH13CO + C2H5CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6DICAROOH'; 
fC6DICAROOH(i)=fC6DICAROOH(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICAROOH + hv = C6DICARBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6DICAROOH'; 
fC6DICAROOH(i)=fC6DICAROOH(i)-1; fC6DICARBO(i)=fC6DICARBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICAROOH + hv = C6DICARBO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C6DICAROOH'; 
fC6DICAROOH(i)=fC6DICAROOH(i)-1; fC6DICARBO(i)=fC6DICARBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6DICARBO = EGLYOX + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C6DICARBO'; 
fC6DICARBO(i)=fC6DICARBO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6134CO2OH + OH = ECO4 + HO2';
k(:,i) = 7.71e-11;
Gstr{i,1} = 'C6134CO2OH'; Gstr{i,2} = 'OH'; 
fC6134CO2OH(i)=fC6134CO2OH(i)-1; fOH(i)=fOH(i)-1; fECO4(i)=fECO4(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6134CO2OH + hv = HCOCOHCO3 + C2H5CO3';
k(:,i) = J35;
Gstr{i,1} = 'C6134CO2OH'; 
fC6134CO2OH(i)=fC6134CO2OH(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C614CO23OH + OH = C6134CO2OH + HO2';
k(:,i) = 6.21e-11;
Gstr{i,1} = 'C614CO23OH'; Gstr{i,2} = 'OH'; 
fC614CO23OH(i)=fC614CO23OH(i)-1; fOH(i)=fOH(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C614CO23OH + hv = C32OH13CO + C2H5CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C614CO23OH'; 
fC614CO23OH(i)=fC614CO23OH(i)-1; fC32OH13CO(i)=fC32OH13CO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C614CO23OH + hv = CO3H4CHO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C614CO23OH'; 
fC614CO23OH(i)=fC614CO23OH(i)-1; fCO3H4CHO(i)=fCO3H4CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUOOH + OH = NEBFUO2';
k(:,i) = 8.18e-11;
Gstr{i,1} = 'NEBFUOOH'; Gstr{i,2} = 'OH'; 
fNEBFUOOH(i)=fNEBFUOOH(i)-1; fOH(i)=fOH(i)-1; fNEBFUO2(i)=fNEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUOOH + hv = NEBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NEBFUOOH'; 
fNEBFUOOH(i)=fNEBFUOOH(i)-1; fNEBFUO(i)=fNEBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO = C14O3ECHO + NO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NEBFUO'; 
fNEBFUO(i)=fNEBFUO(i)-1; fC14O3ECHO(i)=fC14O3ECHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUO = NEBFUONE + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NEBFUO'; 
fNEBFUO(i)=fNEBFUO(i)-1; fNEBFUONE(i)=fNEBFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAOOH + OH = BUTALAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'BUTALAOOH'; Gstr{i,2} = 'OH'; 
fBUTALAOOH(i)=fBUTALAOOH(i)-1; fOH(i)=fOH(i)-1; fBUTALAO2(i)=fBUTALAO2(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAOOH + OH = EGLYOX + OH';
k(:,i) = 3.95e-11;
Gstr{i,1} = 'BUTALAOOH'; Gstr{i,2} = 'OH'; 
fBUTALAOOH(i)=fBUTALAOOH(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUTALAOOH + hv = BUTAL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUTALAOOH'; 
fBUTALAOOH(i)=fBUTALAOOH(i)-1; fBUTAL2O(i)=fBUTAL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBFUOOH + OH = EBFUO2';
k(:,i) = 4.23e-11;
Gstr{i,1} = 'EBFUOOH'; Gstr{i,2} = 'OH'; 
fEBFUOOH(i)=fEBFUOOH(i)-1; fOH(i)=fOH(i)-1; fEBFUO2(i)=fEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUOOH + hv = EBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EBFUOOH'; 
fEBFUOOH(i)=fEBFUOOH(i)-1; fEBFUO(i)=fEBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EBFUO = C14O3ECHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'EBFUO'; 
fEBFUO(i)=fEBFUO(i)-1; fC14O3ECHO(i)=fC14O3ECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUCO + OH = C14O3ECHO + HO2';
k(:,i) = 3.24e-11;
Gstr{i,1} = 'EBFUCO'; Gstr{i,2} = 'OH'; 
fEBFUCO(i)=fEBFUCO(i)-1; fOH(i)=fOH(i)-1; fC14O3ECHO(i)=fC14O3ECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EBFUOH + OH = EBFUCO + HO2';
k(:,i) = 3.33e-11;
Gstr{i,1} = 'EBFUOH'; Gstr{i,2} = 'OH'; 
fEBFUOH(i)=fEBFUOH(i)-1; fOH(i)=fOH(i)-1; fEBFUCO(i)=fEBFUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + HO2 = CO3H4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'HO2'; 
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3H4CO3H(i)=fCO3H4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + HO2 = EGLYOX + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'HO2'; 
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fHO2(i)=fHO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + NO = EGLYOX + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'NO'; 
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fNO(i)=fNO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + NO2 = CO3H4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'NO2'; 
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fNO2(i)=fNO2(i)-1; fCO3H4PAN(i)=fCO3H4PAN(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + NO3 = EGLYOX + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'NO3'; 
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fNO3(i)=fNO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3 + RO2 = EGLYOX + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO3H4CO3'; Gstr{i,2} = 'RO2';
fCO3H4CO3(i)=fCO3H4CO3(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHOOH + OH = C7CO3OHO2';
k(:,i) = 5.73e-11;
Gstr{i,1} = 'C7CO3OHOOH'; Gstr{i,2} = 'OH'; 
fC7CO3OHOOH(i)=fC7CO3OHOOH(i)-1; fOH(i)=fOH(i)-1; fC7CO3OHO2(i)=fC7CO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHOOH + hv = C7CO3OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7CO3OHOOH'; 
fC7CO3OHOOH(i)=fC7CO3OHOOH(i)-1; fC7CO3OHO(i)=fC7CO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHOOH + hv = C7CO3OHO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C7CO3OHOOH'; 
fC7CO3OHOOH(i)=fC7CO3OHOOH(i)-1; fC7CO3OHO(i)=fC7CO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO3OHO = C33CO + EGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7CO3OHO'; 
fC7CO3OHO(i)=fC7CO3OHO(i)-1; fC33CO(i)=fC33CO(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCO2 + HO2 = PHCOCOCOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PHCOCOCO2'; Gstr{i,2} = 'HO2'; 
fPHCOCOCO2(i)=fPHCOCOCO2(i)-1; fHO2(i)=fHO2(i)-1; fPHCOCOCOOH(i)=fPHCOCOCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCO2 + NO = PHCOCOCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PHCOCOCO2'; Gstr{i,2} = 'NO'; 
fPHCOCOCO2(i)=fPHCOCOCO2(i)-1; fNO(i)=fNO(i)-1; fPHCOCOCO(i)=fPHCOCOCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCO2 + NO3 = PHCOCOCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PHCOCOCO2'; Gstr{i,2} = 'NO3'; 
fPHCOCOCO2(i)=fPHCOCOCO2(i)-1; fNO3(i)=fNO3(i)-1; fPHCOCOCO(i)=fPHCOCOCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCO2 + RO2 = PHCOCOCO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'PHCOCOCO2'; Gstr{i,2} = 'RO2';
fPHCOCOCO2(i)=fPHCOCOCO2(i)-1; fPHCOCOCO(i)=fPHCOCOCO(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZOL + NO3 = NDNPBNZLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNPBNZOL'; Gstr{i,2} = 'NO3'; 
fDNPBNZOL(i)=fDNPBNZOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNPBNZLO2(i)=fNDNPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZOL + OH = DNPBNZLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNPBNZOL'; Gstr{i,2} = 'OH'; 
fDNPBNZOL(i)=fDNPBNZOL(i)-1; fOH(i)=fOH(i)-1; fDNPBNZLO2(i)=fDNPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O2 + HO2 = NPBNZ1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NPBNZ1O2'; Gstr{i,2} = 'HO2'; 
fNPBNZ1O2(i)=fNPBNZ1O2(i)-1; fHO2(i)=fHO2(i)-1; fNPBNZ1OOH(i)=fNPBNZ1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O2 + NO = NPBNZ1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPBNZ1O2'; Gstr{i,2} = 'NO'; 
fNPBNZ1O2(i)=fNPBNZ1O2(i)-1; fNO(i)=fNO(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O2 + NO3 = NPBNZ1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPBNZ1O2'; Gstr{i,2} = 'NO3'; 
fNPBNZ1O2(i)=fNPBNZ1O2(i)-1; fNO3(i)=fNO3(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1O2 + RO2 = NPBNZ1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NPBNZ1O2'; Gstr{i,2} = 'RO2';
fNPBNZ1O2(i)=fNPBNZ1O2(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQO2 + HO2 = NPPRBQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NPPRBQO2'; Gstr{i,2} = 'HO2'; 
fNPPRBQO2(i)=fNPPRBQO2(i)-1; fHO2(i)=fHO2(i)-1; fNPPRBQOOH(i)=fNPPRBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQO2 + NO = NPPRBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPPRBQO2'; Gstr{i,2} = 'NO'; 
fNPPRBQO2(i)=fNPPRBQO2(i)-1; fNO(i)=fNO(i)-1; fNPPRBQO(i)=fNPPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQO2 + NO3 = NPPRBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPPRBQO2'; Gstr{i,2} = 'NO3'; 
fNPPRBQO2(i)=fNPPRBQO2(i)-1; fNO3(i)=fNO3(i)-1; fNPPRBQO(i)=fNPPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQO2 + RO2 = NPPRBQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NPPRBQO2'; Gstr{i,2} = 'RO2';
fNPPRBQO2(i)=fNPPRBQO2(i)-1; fNPPRBQO(i)=fNPPRBQO(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + HO2 = PPRBQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'HO2'; 
fPPRBQO2(i)=fPPRBQO2(i)-1; fHO2(i)=fHO2(i)-1; fPPRBQOOH(i)=fPPRBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + NO = PPRBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'NO'; 
fPPRBQO2(i)=fPPRBQO2(i)-1; fNO(i)=fNO(i)-1; fPPRBQO(i)=fPPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + NO3 = PPRBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'NO3'; 
fPPRBQO2(i)=fPPRBQO2(i)-1; fNO3(i)=fNO3(i)-1; fPPRBQO(i)=fPPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + RO2 = PPRBQCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'RO2';
fPPRBQO2(i)=fPPRBQO2(i)-1; fPPRBQCO(i)=fPPRBQCO(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + RO2 = PPRBQO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'RO2';
fPPRBQO2(i)=fPPRBQO2(i)-1; fPPRBQO(i)=fPPRBQO(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO2 + RO2 = PPRBQOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'PPRBQO2'; Gstr{i,2} = 'RO2';
fPPRBQO2(i)=fPPRBQO2(i)-1; fPPRBQOH(i)=fPPRBQOH(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATECO2 + HO2 = PNNCATCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PNNCATECO2'; Gstr{i,2} = 'HO2'; 
fPNNCATECO2(i)=fPNNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fPNNCATCOOH(i)=fPNNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATECO2 + NO = PNNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PNNCATECO2'; Gstr{i,2} = 'NO'; 
fPNNCATECO2(i)=fPNNCATECO2(i)-1; fNO(i)=fNO(i)-1; fPNNCATECO(i)=fPNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATECO2 + NO3 = PNNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PNNCATECO2'; Gstr{i,2} = 'NO3'; 
fPNNCATECO2(i)=fPNNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fPNNCATECO(i)=fPNNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATECO2 + RO2 = PNNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PNNCATECO2'; Gstr{i,2} = 'RO2';
fPNNCATECO2(i)=fPNNCATECO2(i)-1; fPNNCATECO(i)=fPNNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECO2 + HO2 = PNCATECOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PNCATECO2'; Gstr{i,2} = 'HO2'; 
fPNCATECO2(i)=fPNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fPNCATECOOH(i)=fPNCATECOOH(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECO2 + NO = PNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PNCATECO2'; Gstr{i,2} = 'NO'; 
fPNCATECO2(i)=fPNCATECO2(i)-1; fNO(i)=fNO(i)-1; fPNCATECO(i)=fPNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECO2 + NO3 = PNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PNCATECO2'; Gstr{i,2} = 'NO3'; 
fPNCATECO2(i)=fPNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fPNCATECO(i)=fPNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECO2 + RO2 = PNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PNCATECO2'; Gstr{i,2} = 'RO2';
fPNCATECO2(i)=fPNCATECO2(i)-1; fPNCATECO(i)=fPNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'PRCATC1OOH + OH = PCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'PRCATC1OOH'; Gstr{i,2} = 'OH'; 
fPRCATC1OOH(i)=fPRCATC1OOH(i)-1; fOH(i)=fOH(i)-1; fPCATEC1O2(i)=fPCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PRCATC1OOH + hv = PCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRCATC1OOH'; 
fPRCATC1OOH(i)=fPRCATC1OOH(i)-1; fPCATEC1O(i)=fPCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOOH + OH = C61CHO + OH';
k(:,i) = 6.50e-11;
Gstr{i,1} = 'C7DCOOH'; Gstr{i,2} = 'OH'; 
fC7DCOOH(i)=fC7DCOOH(i)-1; fOH(i)=fOH(i)-1; fC61CHO(i)=fC61CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOOH + hv = C7DCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7DCOOH'; 
fC7DCOOH(i)=fC7DCOOH(i)-1; fC7DCO(i)=fC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOOH + hv = C7DCO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C7DCOOH'; 
fC7DCOOH(i)=fC7DCOOH(i)-1; fC7DCO(i)=fC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOOH + hv = C7DCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7DCOOH'; 
fC7DCOOH(i)=fC7DCOOH(i)-1; fC7DCO(i)=fC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DCO = PGLYOX + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7DCO'; 
fC7DCO(i)=fC7DCO(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CHO + NO3 = C61CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C61CHO'; Gstr{i,2} = 'NO3'; 
fC61CHO(i)=fC61CHO(i)-1; fNO3(i)=fNO3(i)-1; fC61CO3(i)=fC61CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C61CHO + OH = C61CO3';
k(:,i) = 7.09e-11;
Gstr{i,1} = 'C61CHO'; Gstr{i,2} = 'OH'; 
fC61CHO(i)=fC61CHO(i)-1; fOH(i)=fOH(i)-1; fC61CO3(i)=fC61CO3(i)+1; 

i=i+1;
Rnames{i} = 'C61CHO + hv = C3H7CO3 + CO + GLYOX + OH';
k(:,i) = J22;
Gstr{i,1} = 'C61CHO'; 
fC61CHO(i)=fC61CHO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61CHO + hv = C3H7CO3 + HCOCOHCO3';
k(:,i) = J35;
Gstr{i,1} = 'C61CHO'; 
fC61CHO(i)=fC61CHO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C61CHO + hv = CO45C5CHO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C61CHO'; 
fC61CHO(i)=fC61CHO(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOH + OH = C61CHO + HO2';
k(:,i) = 4.43e-11;
Gstr{i,1} = 'C7DCOH'; Gstr{i,2} = 'OH'; 
fC7DCOH(i)=fC7DCOH(i)-1; fOH(i)=fOH(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOH + hv = C7DCO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7DCOH'; 
fC7DCOH(i)=fC7DCOH(i)-1; fC7DCO(i)=fC7DCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DCOH + hv = C7DCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7DCOH'; 
fC7DCOH(i)=fC7DCOH(i)-1; fC7DCO(i)=fC7DCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUOOH + OH = NPBFUO2';
k(:,i) = 9.59e-11;
Gstr{i,1} = 'NPBFUOOH'; Gstr{i,2} = 'OH'; 
fNPBFUOOH(i)=fNPBFUOOH(i)-1; fOH(i)=fOH(i)-1; fNPBFUO2(i)=fNPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUOOH + hv = NPBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPBFUOOH'; 
fNPBFUOOH(i)=fNPBFUOOH(i)-1; fNPBFUO(i)=fNPBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO = C14O3PCHO + NO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NPBFUO'; 
fNPBFUO(i)=fNPBFUO(i)-1; fC14O3PCHO(i)=fC14O3PCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUO = NPBFUONE + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NPBFUO'; 
fNPBFUO(i)=fNPBFUO(i)-1; fNPBFUONE(i)=fNPBFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAOOH + OH = C4CHOAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C4CHOAOOH'; Gstr{i,2} = 'OH'; 
fC4CHOAOOH(i)=fC4CHOAOOH(i)-1; fOH(i)=fOH(i)-1; fC4CHOAO2(i)=fC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAOOH + OH = PGLYOX + OH';
k(:,i) = 4.15e-11;
Gstr{i,1} = 'C4CHOAOOH'; Gstr{i,2} = 'OH'; 
fC4CHOAOOH(i)=fC4CHOAOOH(i)-1; fOH(i)=fOH(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CHOAOOH + hv = C4CHO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4CHOAOOH'; 
fC4CHOAOOH(i)=fC4CHOAOOH(i)-1; fC4CHO2O(i)=fC4CHO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBFUOOH + OH = PBFUO2';
k(:,i) = 4.38e-11;
Gstr{i,1} = 'PBFUOOH'; Gstr{i,2} = 'OH'; 
fPBFUOOH(i)=fPBFUOOH(i)-1; fOH(i)=fOH(i)-1; fPBFUO2(i)=fPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUOOH + hv = PBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBFUOOH'; 
fPBFUOOH(i)=fPBFUOOH(i)-1; fPBFUO(i)=fPBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBFUO = C14O3PCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PBFUO'; 
fPBFUO(i)=fPBFUO(i)-1; fC14O3PCHO(i)=fC14O3PCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUCO + OH = C14O3PCHO + HO2';
k(:,i) = 3.39e-11;
Gstr{i,1} = 'PBFUCO'; Gstr{i,2} = 'OH'; 
fPBFUCO(i)=fPBFUCO(i)-1; fOH(i)=fOH(i)-1; fC14O3PCHO(i)=fC14O3PCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PBFUOH + OH = PBFUCO + HO2';
k(:,i) = 3.47e-11;
Gstr{i,1} = 'PBFUOH'; Gstr{i,2} = 'OH'; 
fPBFUOH(i)=fPBFUOH(i)-1; fOH(i)=fOH(i)-1; fPBFUCO(i)=fPBFUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + HO2 = C5O5OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'HO2'; 
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5O5OHCO3H(i)=fC5O5OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + HO2 = PGLYOX + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'HO2'; 
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + NO = PGLYOX + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'NO'; 
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fNO(i)=fNO(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + NO2 = C5O45OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'NO2'; 
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5O45OHPAN(i)=fC5O45OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + NO3 = PGLYOX + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'NO3'; 
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHCO3 + RO2 = PGLYOX + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5O45OHCO3'; Gstr{i,2} = 'RO2';
fC5O45OHCO3(i)=fC5O45OHCO3(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C83COOHOOH + OH = C8CO3OHO2';
k(:,i) = 5.73e-11;
Gstr{i,1} = 'C83COOHOOH'; Gstr{i,2} = 'OH'; 
fC83COOHOOH(i)=fC83COOHOOH(i)-1; fOH(i)=fOH(i)-1; fC8CO3OHO2(i)=fC8CO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C83COOHOOH + hv = C8CO3OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C83COOHOOH'; 
fC83COOHOOH(i)=fC83COOHOOH(i)-1; fC8CO3OHO(i)=fC8CO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C83COOHOOH + hv = C8CO3OHO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C83COOHOOH'; 
fC83COOHOOH(i)=fC83COOHOOH(i)-1; fC8CO3OHO(i)=fC8CO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO3OHO = C33CO + PGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C8CO3OHO'; 
fC8CO3OHO(i)=fC8CO3OHO(i)-1; fC33CO(i)=fC33CO(i)+1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEOOH + OH = PHGLYOX + OH';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'PHCOMEOOH'; Gstr{i,2} = 'OH'; 
fPHCOMEOOH(i)=fPHCOMEOOH(i)-1; fOH(i)=fOH(i)-1; fPHGLYOX(i)=fPHGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEOOH + hv = PHCOMEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHCOMEOOH'; 
fPHCOMEOOH(i)=fPHCOMEOOH(i)-1; fPHCOMEO(i)=fPHCOMEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEO = C6H5CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PHCOMEO'; 
fPHCOMEO(i)=fPHCOMEO(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'PHCOMEOH + OH = PHGLYOX + HO2';
k(:,i) = 8.93e-12;
Gstr{i,1} = 'PHCOMEOH'; Gstr{i,2} = 'OH'; 
fPHCOMEOH(i)=fPHCOMEOH(i)-1; fOH(i)=fOH(i)-1; fPHGLYOX(i)=fPHGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PHGLYOX + NO3 = C6H5CO3 + CO + HNO3';
k(:,i) = KNO3AL;
Gstr{i,1} = 'PHGLYOX'; Gstr{i,2} = 'NO3'; 
fPHGLYOX(i)=fPHGLYOX(i)-1; fNO3(i)=fNO3(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'PHGLYOX + OH = C6H5CO3 + CO';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'PHGLYOX'; Gstr{i,2} = 'OH'; 
fPHGLYOX(i)=fPHGLYOX(i)-1; fOH(i)=fOH(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'PHGLYOX + hv = C6H5CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'PHGLYOX'; 
fPHGLYOX(i)=fPHGLYOX(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZOL + NO3 = NDNIPBZLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNIPBNZOL'; Gstr{i,2} = 'NO3'; 
fDNIPBNZOL(i)=fDNIPBNZOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNIPBZLO2(i)=fNDNIPBZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZOL + OH = DNIPBNZLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNIPBNZOL'; Gstr{i,2} = 'OH'; 
fDNIPBNZOL(i)=fDNIPBNZOL(i)-1; fOH(i)=fOH(i)-1; fDNIPBNZLO2(i)=fDNIPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O2 + HO2 = NIPBNZ1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NIPBNZ1O2'; Gstr{i,2} = 'HO2'; 
fNIPBNZ1O2(i)=fNIPBNZ1O2(i)-1; fHO2(i)=fHO2(i)-1; fNIPBNZ1OOH(i)=fNIPBNZ1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O2 + NO = NIPBNZ1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NIPBNZ1O2'; Gstr{i,2} = 'NO'; 
fNIPBNZ1O2(i)=fNIPBNZ1O2(i)-1; fNO(i)=fNO(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O2 + NO3 = NIPBNZ1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NIPBNZ1O2'; Gstr{i,2} = 'NO3'; 
fNIPBNZ1O2(i)=fNIPBNZ1O2(i)-1; fNO3(i)=fNO3(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1O2 + RO2 = NIPBNZ1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NIPBNZ1O2'; Gstr{i,2} = 'RO2';
fNIPBNZ1O2(i)=fNIPBNZ1O2(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQO2 + HO2 = NIPRBQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NIPRBQO2'; Gstr{i,2} = 'HO2'; 
fNIPRBQO2(i)=fNIPRBQO2(i)-1; fHO2(i)=fHO2(i)-1; fNIPRBQOOH(i)=fNIPRBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQO2 + NO = NIPRBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NIPRBQO2'; Gstr{i,2} = 'NO'; 
fNIPRBQO2(i)=fNIPRBQO2(i)-1; fNO(i)=fNO(i)-1; fNIPRBQO(i)=fNIPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQO2 + NO3 = NIPRBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NIPRBQO2'; Gstr{i,2} = 'NO3'; 
fNIPRBQO2(i)=fNIPRBQO2(i)-1; fNO3(i)=fNO3(i)-1; fNIPRBQO(i)=fNIPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQO2 + RO2 = NIPRBQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NIPRBQO2'; Gstr{i,2} = 'RO2';
fNIPRBQO2(i)=fNIPRBQO2(i)-1; fNIPRBQO(i)=fNIPRBQO(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + HO2 = IPRBQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'HO2'; 
fIPRBQO2(i)=fIPRBQO2(i)-1; fHO2(i)=fHO2(i)-1; fIPRBQOOH(i)=fIPRBQOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + NO = IPRBQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'NO'; 
fIPRBQO2(i)=fIPRBQO2(i)-1; fNO(i)=fNO(i)-1; fIPRBQO(i)=fIPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + NO3 = IPRBQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'NO3'; 
fIPRBQO2(i)=fIPRBQO2(i)-1; fNO3(i)=fNO3(i)-1; fIPRBQO(i)=fIPRBQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + RO2 = IPRBQCO';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'RO2';
fIPRBQO2(i)=fIPRBQO2(i)-1; fIPRBQCO(i)=fIPRBQCO(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + RO2 = IPRBQO';
k(:,i) = 8.80e-13.*0.60;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'RO2';
fIPRBQO2(i)=fIPRBQO2(i)-1; fIPRBQO(i)=fIPRBQO(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO2 + RO2 = IPRBQOH';
k(:,i) = 8.80e-13.*0.20;
Gstr{i,1} = 'IPRBQO2'; Gstr{i,2} = 'RO2';
fIPRBQO2(i)=fIPRBQO2(i)-1; fIPRBQOH(i)=fIPRBQOH(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATCO2 + HO2 = IPNNCATOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'IPNNCATCO2'; Gstr{i,2} = 'HO2'; 
fIPNNCATCO2(i)=fIPNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fIPNNCATOOH(i)=fIPNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATCO2 + NO = IPNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPNNCATCO2'; Gstr{i,2} = 'NO'; 
fIPNNCATCO2(i)=fIPNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fIPNNCATCO(i)=fIPNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATCO2 + NO3 = IPNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPNNCATCO2'; Gstr{i,2} = 'NO3'; 
fIPNNCATCO2(i)=fIPNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fIPNNCATCO(i)=fIPNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATCO2 + RO2 = IPNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'IPNNCATCO2'; Gstr{i,2} = 'RO2';
fIPNNCATCO2(i)=fIPNNCATCO2(i)-1; fIPNNCATCO(i)=fIPNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECO2 + HO2 = IPNCATCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'IPNCATECO2'; Gstr{i,2} = 'HO2'; 
fIPNCATECO2(i)=fIPNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fIPNCATCOOH(i)=fIPNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECO2 + NO = IPNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPNCATECO2'; Gstr{i,2} = 'NO'; 
fIPNCATECO2(i)=fIPNCATECO2(i)-1; fNO(i)=fNO(i)-1; fIPNCATECO(i)=fIPNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECO2 + NO3 = IPNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPNCATECO2'; Gstr{i,2} = 'NO3'; 
fIPNCATECO2(i)=fIPNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fIPNCATECO(i)=fIPNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECO2 + RO2 = IPNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'IPNCATECO2'; Gstr{i,2} = 'RO2';
fIPNCATECO2(i)=fIPNCATECO2(i)-1; fIPNCATECO(i)=fIPNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'IPCATC1OOH + OH = IPCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'IPCATC1OOH'; Gstr{i,2} = 'OH'; 
fIPCATC1OOH(i)=fIPCATC1OOH(i)-1; fOH(i)=fOH(i)-1; fIPCATEC1O2(i)=fIPCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'IPCATC1OOH + hv = IPCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPCATC1OOH'; 
fIPCATC1OOH(i)=fIPCATC1OOH(i)-1; fIPCATEC1O(i)=fIPCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOOH + OH = C62CHO + OH';
k(:,i) = 6.30e-11;
Gstr{i,1} = 'IC7DCOOH'; Gstr{i,2} = 'OH'; 
fIC7DCOOH(i)=fIC7DCOOH(i)-1; fOH(i)=fOH(i)-1; fC62CHO(i)=fC62CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOOH + hv = IC7DCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IC7DCOOH'; 
fIC7DCOOH(i)=fIC7DCOOH(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOOH + hv = IC7DCO + OH';
k(:,i) = J15;
Gstr{i,1} = 'IC7DCOOH'; 
fIC7DCOOH(i)=fIC7DCOOH(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOOH + hv = IC7DCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'IC7DCOOH'; 
fIC7DCOOH(i)=fIC7DCOOH(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCO = IPRGLYOX + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'IC7DCO'; 
fIC7DCO(i)=fIC7DCO(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CHO + NO3 = C62CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C62CHO'; Gstr{i,2} = 'NO3'; 
fC62CHO(i)=fC62CHO(i)-1; fNO3(i)=fNO3(i)-1; fC62CO3(i)=fC62CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C62CHO + OH = C62CO3';
k(:,i) = 6.89e-11;
Gstr{i,1} = 'C62CHO'; Gstr{i,2} = 'OH'; 
fC62CHO(i)=fC62CHO(i)-1; fOH(i)=fOH(i)-1; fC62CO3(i)=fC62CO3(i)+1; 

i=i+1;
Rnames{i} = 'C62CHO + hv = C45IC5CHO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C62CHO'; 
fC62CHO(i)=fC62CHO(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CHO + hv = IPRCO3 + CO + GLYOX + OH';
k(:,i) = J22;
Gstr{i,1} = 'C62CHO'; 
fC62CHO(i)=fC62CHO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62CHO + hv = IPRCO3 + HCOCOHCO3';
k(:,i) = J35;
Gstr{i,1} = 'C62CHO'; 
fC62CHO(i)=fC62CHO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOH + OH = C62CHO + HO2';
k(:,i) = 4.23e-11;
Gstr{i,1} = 'IC7DCOH'; Gstr{i,2} = 'OH'; 
fIC7DCOH(i)=fIC7DCOH(i)-1; fOH(i)=fOH(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOH + hv = IC7DCO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'IC7DCOH'; 
fIC7DCOH(i)=fIC7DCOH(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC7DCOH + hv = IC7DCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'IC7DCOH'; 
fIC7DCOH(i)=fIC7DCOH(i)-1; fIC7DCO(i)=fIC7DCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUOOH + OH = NIPBFUO2';
k(:,i) = 9.59e-12;
Gstr{i,1} = 'NIPBFUOOH'; Gstr{i,2} = 'OH'; 
fNIPBFUOOH(i)=fNIPBFUOOH(i)-1; fOH(i)=fOH(i)-1; fNIPBFUO2(i)=fNIPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUOOH + hv = NIPBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NIPBFUOOH'; 
fNIPBFUOOH(i)=fNIPBFUOOH(i)-1; fNIPBFUO(i)=fNIPBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO = C14O3IPCHO + NO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NIPBFUO'; 
fNIPBFUO(i)=fNIPBFUO(i)-1; fC14O3IPCHO(i)=fC14O3IPCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUO = NIPBFUONE + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'NIPBFUO'; 
fNIPBFUO(i)=fNIPBFUO(i)-1; fNIPBFUONE(i)=fNIPBFUONE(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAOOH + OH = IC4CHOAO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IC4CHOAOOH'; Gstr{i,2} = 'OH'; 
fIC4CHOAOOH(i)=fIC4CHOAOOH(i)-1; fOH(i)=fOH(i)-1; fIC4CHOAO2(i)=fIC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAOOH + OH = IPRGLYOX + OH';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'IC4CHOAOOH'; Gstr{i,2} = 'OH'; 
fIC4CHOAOOH(i)=fIC4CHOAOOH(i)-1; fOH(i)=fOH(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IC4CHOAOOH + hv = M3BUTAL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'IC4CHOAOOH'; 
fIC4CHOAOOH(i)=fIC4CHOAOOH(i)-1; fM3BUTAL2O(i)=fM3BUTAL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUOOH + OH = IPBFUO2';
k(:,i) = 4.37e-11;
Gstr{i,1} = 'IPBFUOOH'; Gstr{i,2} = 'OH'; 
fIPBFUOOH(i)=fIPBFUOOH(i)-1; fOH(i)=fOH(i)-1; fIPBFUO2(i)=fIPBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUOOH + hv = IPBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPBFUOOH'; 
fIPBFUOOH(i)=fIPBFUOOH(i)-1; fIPBFUO(i)=fIPBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUO = C14O3IPCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPBFUO'; 
fIPBFUO(i)=fIPBFUO(i)-1; fC14O3IPCHO(i)=fC14O3IPCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUCO + OH = C14O3IPCHO + HO2';
k(:,i) = 3.38e-11;
Gstr{i,1} = 'IPBFUCO'; Gstr{i,2} = 'OH'; 
fIPBFUCO(i)=fIPBFUCO(i)-1; fOH(i)=fOH(i)-1; fC14O3IPCHO(i)=fC14O3IPCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPBFUOH + OH = IPBFUCO + HO2';
k(:,i) = 3.47e-11;
Gstr{i,1} = 'IPBFUOH'; Gstr{i,2} = 'OH'; 
fIPBFUOH(i)=fIPBFUOH(i)-1; fOH(i)=fOH(i)-1; fIPBFUCO(i)=fIPBFUCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + HO2 = C4MOHOCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'HO2'; 
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4MOHOCO3H(i)=fC4MOHOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + HO2 = IPRGLYOX + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'HO2'; 
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + NO = IPRGLYOX + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'NO'; 
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fNO(i)=fNO(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + NO2 = C4MOHOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'NO2'; 
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4MOHOPAN(i)=fC4MOHOPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + NO3 = IPRGLYOX + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'NO3'; 
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3 + RO2 = IPRGLYOX + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4MOHOCO3'; Gstr{i,2} = 'RO2';
fC4MOHOCO3(i)=fC4MOHOCO3(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7MO3OHOOH + OH = C7MCO3OHO2';
k(:,i) = 5.73e-11;
Gstr{i,1} = 'C7MO3OHOOH'; Gstr{i,2} = 'OH'; 
fC7MO3OHOOH(i)=fC7MO3OHOOH(i)-1; fOH(i)=fOH(i)-1; fC7MCO3OHO2(i)=fC7MCO3OHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MO3OHOOH + hv = C7MCO3OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7MO3OHOOH'; 
fC7MO3OHOOH(i)=fC7MO3OHOOH(i)-1; fC7MCO3OHO(i)=fC7MCO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MO3OHOOH + hv = C7MCO3OHO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C7MO3OHOOH'; 
fC7MO3OHOOH(i)=fC7MO3OHOOH(i)-1; fC7MCO3OHO(i)=fC7MCO3OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MCO3OHO = C33CO + IPRGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7MCO3OHO'; 
fC7MCO3OHO(i)=fC7MCO3OHO(i)-1; fC33CO(i)=fC33CO(i)+1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO2 = BIACET + CH3CO3';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C7ADCCO2'; 
fC7ADCCO2(i)=fC7ADCCO2(i)-1; fBIACET(i)=fBIACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO2 = DMMALANHY + CH3O2';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C7ADCCO2'; 
fC7ADCCO2(i)=fC7ADCCO2(i)-1; fDMMALANHY(i)=fDMMALANHY(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'DNT123BOL + NO3 = NDNT123LO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNT123BOL'; Gstr{i,2} = 'NO3'; 
fDNT123BOL(i)=fDNT123BOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNT123LO2(i)=fNDNT123LO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT123BOL + OH = DNT123LO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNT123BOL'; Gstr{i,2} = 'OH'; 
fDNT123BOL(i)=fDNT123BOL(i)-1; fOH(i)=fOH(i)-1; fDNT123LO2(i)=fDNT123LO2(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O2 + HO2 = NT123L1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NT123L1O2'; Gstr{i,2} = 'HO2'; 
fNT123L1O2(i)=fNT123L1O2(i)-1; fHO2(i)=fHO2(i)-1; fNT123L1OOH(i)=fNT123L1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O2 + NO = NT123L1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NT123L1O2'; Gstr{i,2} = 'NO'; 
fNT123L1O2(i)=fNT123L1O2(i)-1; fNO(i)=fNO(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O2 + NO3 = NT123L1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NT123L1O2'; Gstr{i,2} = 'NO3'; 
fNT123L1O2(i)=fNT123L1O2(i)-1; fNO3(i)=fNO3(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1O2 + RO2 = NT123L1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NT123L1O2'; Gstr{i,2} = 'RO2';
fNT123L1O2(i)=fNT123L1O2(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCTO2 + HO2 = T123NNCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T123NNCTO2'; Gstr{i,2} = 'HO2'; 
fT123NNCTO2(i)=fT123NNCTO2(i)-1; fHO2(i)=fHO2(i)-1; fT123NNCOOH(i)=fT123NNCOOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCTO2 + NO = T123NNCTO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T123NNCTO2'; Gstr{i,2} = 'NO'; 
fT123NNCTO2(i)=fT123NNCTO2(i)-1; fNO(i)=fNO(i)-1; fT123NNCTO(i)=fT123NNCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCTO2 + NO3 = T123NNCTO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T123NNCTO2'; Gstr{i,2} = 'NO3'; 
fT123NNCTO2(i)=fT123NNCTO2(i)-1; fNO3(i)=fNO3(i)-1; fT123NNCTO(i)=fT123NNCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCTO2 + RO2 = T123NNCTO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'T123NNCTO2'; Gstr{i,2} = 'RO2';
fT123NNCTO2(i)=fT123NNCTO2(i)-1; fT123NNCTO(i)=fT123NNCTO(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATO2 + HO2 = T123NCTOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T123NCATO2'; Gstr{i,2} = 'HO2'; 
fT123NCATO2(i)=fT123NCATO2(i)-1; fHO2(i)=fHO2(i)-1; fT123NCTOOH(i)=fT123NCTOOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATO2 + NO = T123NCATO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T123NCATO2'; Gstr{i,2} = 'NO'; 
fT123NCATO2(i)=fT123NCATO2(i)-1; fNO(i)=fNO(i)-1; fT123NCATO(i)=fT123NCATO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATO2 + NO3 = T123NCATO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T123NCATO2'; Gstr{i,2} = 'NO3'; 
fT123NCATO2(i)=fT123NCATO2(i)-1; fNO3(i)=fNO3(i)-1; fT123NCATO(i)=fT123NCATO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATO2 + RO2 = T123NCATO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'T123NCATO2'; Gstr{i,2} = 'RO2';
fT123NCATO2(i)=fT123NCATO2(i)-1; fT123NCATO(i)=fT123NCATO(i)+1; 

i=i+1;
Rnames{i} = 'T123CT1OOH + OH = T123CAT1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'T123CT1OOH'; Gstr{i,2} = 'OH'; 
fT123CT1OOH(i)=fT123CT1OOH(i)-1; fOH(i)=fOH(i)-1; fT123CAT1O2(i)=fT123CAT1O2(i)+1; 

i=i+1;
Rnames{i} = 'T123CT1OOH + hv = T123CAT1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'T123CT1OOH'; 
fT123CT1OOH(i)=fT123CT1OOH(i)-1; fT123CAT1O(i)=fT123CAT1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3H + OH = C7ADCCO3';
k(:,i) = 4.84e-11;
Gstr{i,1} = 'C7ADCCO3H'; Gstr{i,2} = 'OH'; 
fC7ADCCO3H(i)=fC7ADCCO3H(i)-1; fOH(i)=fOH(i)-1; fC7ADCCO3(i)=fC7ADCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCCO3H + hv = C7ADCCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C7ADCCO3H'; 
fC7ADCCO3H(i)=fC7ADCCO3H(i)-1; fC7ADCCO2(i)=fC7ADCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCPAN + OH = BIACET + HCHO + CO + CO + NO2';
k(:,i) = 4.48e-11;
Gstr{i,1} = 'C7ADCPAN'; Gstr{i,2} = 'OH'; 
fC7ADCPAN(i)=fC7ADCPAN(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCPAN = C7ADCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7ADCPAN'; 
fC7ADCPAN(i)=fC7ADCPAN(i)-1; fC7ADCCO3(i)=fC7ADCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOOH + OH = C7ADCO2';
k(:,i) = 7.40e-11;
Gstr{i,1} = 'C7ADCOOH'; Gstr{i,2} = 'OH'; 
fC7ADCOOH(i)=fC7ADCOOH(i)-1; fOH(i)=fOH(i)-1; fC7ADCO2(i)=fC7ADCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOOH + hv = C7ADCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7ADCOOH'; 
fC7ADCOOH(i)=fC7ADCOOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOOH + hv = C7ADCO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C7ADCOOH'; 
fC7ADCOOH(i)=fC7ADCOOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOOH + hv = C7ADCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7ADCOOH'; 
fC7ADCOOH(i)=fC7ADCOOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCO = BIACET + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7ADCO'; 
fC7ADCO(i)=fC7ADCO(i)-1; fBIACET(i)=fBIACET(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOH + OH = C7ADCO';
k(:,i) = 5.33e-11;
Gstr{i,1} = 'C7ADCOH'; Gstr{i,2} = 'OH'; 
fC7ADCOH(i)=fC7ADCOH(i)-1; fOH(i)=fOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOH + hv = C7ADCO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7ADCOH'; 
fC7ADCOH(i)=fC7ADCOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ADCOH + hv = C7ADCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7ADCOH'; 
fC7ADCOH(i)=fC7ADCOH(i)-1; fC7ADCO(i)=fC7ADCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUOOH + OH = NTMB1FUO2';
k(:,i) = 9.93e-11;
Gstr{i,1} = 'NTMB1FUOOH'; Gstr{i,2} = 'OH'; 
fNTMB1FUOOH(i)=fNTMB1FUOOH(i)-1; fOH(i)=fOH(i)-1; fNTMB1FUO2(i)=fNTMB1FUO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUOOH + hv = NTMB1FUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTMB1FUOOH'; 
fNTMB1FUOOH(i)=fNTMB1FUOOH(i)-1; fNTMB1FUO(i)=fNTMB1FUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB1FUO = C5OCO3M + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTMB1FUO'; 
fNTMB1FUO(i)=fNTMB1FUO(i)-1; fC5OCO3M(i)=fC5OCO3M(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUOOH + OH = TMB1FUO2';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'TMB1FUOOH'; Gstr{i,2} = 'OH'; 
fTMB1FUOOH(i)=fTMB1FUOOH(i)-1; fOH(i)=fOH(i)-1; fTMB1FUO2(i)=fTMB1FUO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUOOH + hv = TMB1FUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TMB1FUOOH'; 
fTMB1FUOOH(i)=fTMB1FUOOH(i)-1; fTMB1FUO(i)=fTMB1FUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUO = C5OCO3M + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TMB1FUO'; 
fTMB1FUO(i)=fTMB1FUO(i)-1; fC5OCO3M(i)=fC5OCO3M(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB1FUOH + OH = TMB1FUO';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'TMB1FUOH'; Gstr{i,2} = 'OH'; 
fTMB1FUOH(i)=fTMB1FUOH(i)-1; fOH(i)=fOH(i)-1; fTMB1FUO(i)=fTMB1FUO(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUOOH + OH = NTMB2FUO2';
k(:,i) = 5.59e-12;
Gstr{i,1} = 'NTMB2FUOOH'; Gstr{i,2} = 'OH'; 
fNTMB2FUOOH(i)=fNTMB2FUOOH(i)-1; fOH(i)=fOH(i)-1; fNTMB2FUO2(i)=fNTMB2FUO2(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUOOH + hv = NTMB2FUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTMB2FUOOH'; 
fNTMB2FUOOH(i)=fNTMB2FUOOH(i)-1; fNTMB2FUO(i)=fNTMB2FUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTMB2FUO = MC6OTRIKET + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTMB2FUO'; 
fNTMB2FUO(i)=fNTMB2FUO(i)-1; fMC6OTRIKET(i)=fMC6OTRIKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKTOOH + OH = MC6OTKETO2';
k(:,i) = 4.46e-12;
Gstr{i,1} = 'MC6OTKTOOH'; Gstr{i,2} = 'OH'; 
fMC6OTKTOOH(i)=fMC6OTKTOOH(i)-1; fOH(i)=fOH(i)-1; fMC6OTKETO2(i)=fMC6OTKETO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKTOOH + hv = OH + MC6OTKETO';
k(:,i) = J41;
Gstr{i,1} = 'MC6OTKTOOH'; 
fMC6OTKTOOH(i)=fMC6OTKTOOH(i)-1; fOH(i)=fOH(i)+1; fMC6OTKETO(i)=fMC6OTKETO(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETO = BIACET + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MC6OTKETO'; 
fMC6OTKETO(i)=fMC6OTKETO(i)-1; fBIACET(i)=fBIACET(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTKETOH + OH = MC6OTKETO';
k(:,i) = 1.01e-12;
Gstr{i,1} = 'MC6OTKETOH'; Gstr{i,2} = 'OH'; 
fMC6OTKETOH(i)=fMC6OTKETOH(i)-1; fOH(i)=fOH(i)-1; fMC6OTKETO(i)=fMC6OTKETO(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUOOH + OH = TMB2FUO2';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'TMB2FUOOH'; Gstr{i,2} = 'OH'; 
fTMB2FUOOH(i)=fTMB2FUOOH(i)-1; fOH(i)=fOH(i)-1; fTMB2FUO2(i)=fTMB2FUO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUOOH + hv = TMB2FUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TMB2FUOOH'; 
fTMB2FUOOH(i)=fTMB2FUOOH(i)-1; fTMB2FUO(i)=fTMB2FUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUO = MC6OTRIKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TMB2FUO'; 
fTMB2FUO(i)=fTMB2FUO(i)-1; fMC6OTRIKET(i)=fMC6OTRIKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TMB2FUOH + OH = TMB2FUO';
k(:,i) = 6.75e-12;
Gstr{i,1} = 'TMB2FUOH'; Gstr{i,2} = 'OH'; 
fTMB2FUOH(i)=fTMB2FUOH(i)-1; fOH(i)=fOH(i)-1; fTMB2FUO(i)=fTMB2FUO(i)+1; 

i=i+1;
Rnames{i} = 'DM124OHNO2 + OH = TM124NO2O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'DM124OHNO2'; Gstr{i,2} = 'OH'; 
fDM124OHNO2(i)=fDM124OHNO2(i)-1; fOH(i)=fOH(i)-1; fTM124NO2O2(i)=fTM124NO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCOOH + OH = C7BDCO2';
k(:,i) = 2.59e-11;
Gstr{i,1} = 'C7BDCOOH'; Gstr{i,2} = 'OH'; 
fC7BDCOOH(i)=fC7BDCOOH(i)-1; fOH(i)=fOH(i)-1; fC7BDCO2(i)=fC7BDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCOOH + hv = C5CO243OH + CH3CO3 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C7BDCOOH'; 
fC7BDCOOH(i)=fC7BDCOOH(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCOOH + hv = C7BDCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7BDCOOH'; 
fC7BDCOOH(i)=fC7BDCOOH(i)-1; fC7BDCO(i)=fC7BDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO = C5CO243OH + CH3CO3';
k(:,i) = KDEC.*0.7;
Gstr{i,1} = 'C7BDCO'; 
fC7BDCO(i)=fC7BDCO(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCO = MGLYOX + BIACET + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'C7BDCO'; 
fC7BDCO(i)=fC7BDCO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCOH + OH = C7BDCO';
k(:,i) = 2.24e-11;
Gstr{i,1} = 'C7BDCOH'; Gstr{i,2} = 'OH'; 
fC7BDCOH(i)=fC7BDCOH(i)-1; fOH(i)=fOH(i)-1; fC7BDCO(i)=fC7BDCO(i)+1; 

i=i+1;
Rnames{i} = 'C7BDCOH + hv = C5CO243OH + CH3CO3 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C7BDCOH'; 
fC7BDCOH(i)=fC7BDCOH(i)-1; fC5CO243OH(i)=fC5CO243OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT124BOL + NO3 = NDNT124LO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNT124BOL'; Gstr{i,2} = 'NO3'; 
fDNT124BOL(i)=fDNT124BOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNT124LO2(i)=fNDNT124LO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT124BOL + OH = DNT124LO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNT124BOL'; Gstr{i,2} = 'OH'; 
fDNT124BOL(i)=fDNT124BOL(i)-1; fOH(i)=fOH(i)-1; fDNT124LO2(i)=fDNT124LO2(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O2 + HO2 = NT124L1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NT124L1O2'; Gstr{i,2} = 'HO2'; 
fNT124L1O2(i)=fNT124L1O2(i)-1; fHO2(i)=fHO2(i)-1; fNT124L1OOH(i)=fNT124L1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O2 + NO = NT124L1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NT124L1O2'; Gstr{i,2} = 'NO'; 
fNT124L1O2(i)=fNT124L1O2(i)-1; fNO(i)=fNO(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O2 + NO3 = NT124L1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NT124L1O2'; Gstr{i,2} = 'NO3'; 
fNT124L1O2(i)=fNT124L1O2(i)-1; fNO3(i)=fNO3(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1O2 + RO2 = NT124L1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NT124L1O2'; Gstr{i,2} = 'RO2';
fNT124L1O2(i)=fNT124L1O2(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QO2 + HO2 = NTM124QOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NTM124QO2'; Gstr{i,2} = 'HO2'; 
fNTM124QO2(i)=fNTM124QO2(i)-1; fHO2(i)=fHO2(i)-1; fNTM124QOOH(i)=fNTM124QOOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QO2 + NO = NTM124QO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NTM124QO2'; Gstr{i,2} = 'NO'; 
fNTM124QO2(i)=fNTM124QO2(i)-1; fNO(i)=fNO(i)-1; fNTM124QO(i)=fNTM124QO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QO2 + NO3 = NTM124QO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NTM124QO2'; Gstr{i,2} = 'NO3'; 
fNTM124QO2(i)=fNTM124QO2(i)-1; fNO3(i)=fNO3(i)-1; fNTM124QO(i)=fNTM124QO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QO2 + RO2 = NTM124QO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NTM124QO2'; Gstr{i,2} = 'RO2';
fNTM124QO2(i)=fNTM124QO2(i)-1; fNTM124QO(i)=fNTM124QO(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO2 + HO2 = TM124QOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'TM124QO2'; Gstr{i,2} = 'HO2'; 
fTM124QO2(i)=fTM124QO2(i)-1; fHO2(i)=fHO2(i)-1; fTM124QOOH(i)=fTM124QOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO2 + NO = TM124QO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM124QO2'; Gstr{i,2} = 'NO'; 
fTM124QO2(i)=fTM124QO2(i)-1; fNO(i)=fNO(i)-1; fTM124QO(i)=fTM124QO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO2 + NO3 = TM124QO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124QO2'; Gstr{i,2} = 'NO3'; 
fTM124QO2(i)=fTM124QO2(i)-1; fNO3(i)=fNO3(i)-1; fTM124QO(i)=fTM124QO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO2 + RO2 = TM124QO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'TM124QO2'; Gstr{i,2} = 'RO2';
fTM124QO2(i)=fTM124QO2(i)-1; fTM124QO(i)=fTM124QO(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO2 + RO2 = TM124QOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'TM124QO2'; Gstr{i,2} = 'RO2';
fTM124QO2(i)=fTM124QO2(i)-1; fTM124QOH(i)=fTM124QOH(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCTO2 + HO2 = T124NNCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T124NNCTO2'; Gstr{i,2} = 'HO2'; 
fT124NNCTO2(i)=fT124NNCTO2(i)-1; fHO2(i)=fHO2(i)-1; fT124NNCOOH(i)=fT124NNCOOH(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCTO2 + NO = T124NNCTO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T124NNCTO2'; Gstr{i,2} = 'NO'; 
fT124NNCTO2(i)=fT124NNCTO2(i)-1; fNO(i)=fNO(i)-1; fT124NNCTO(i)=fT124NNCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCTO2 + NO3 = T124NNCTO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T124NNCTO2'; Gstr{i,2} = 'NO3'; 
fT124NNCTO2(i)=fT124NNCTO2(i)-1; fNO3(i)=fNO3(i)-1; fT124NNCTO(i)=fT124NNCTO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCTO2 + RO2 = T124NNCTO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'T124NNCTO2'; Gstr{i,2} = 'RO2';
fT124NNCTO2(i)=fT124NNCTO2(i)-1; fT124NNCTO(i)=fT124NNCTO(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATO2 + HO2 = T124NCTOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'T124NCATO2'; Gstr{i,2} = 'HO2'; 
fT124NCATO2(i)=fT124NCATO2(i)-1; fHO2(i)=fHO2(i)-1; fT124NCTOOH(i)=fT124NCTOOH(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATO2 + NO = T124NCATO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'T124NCATO2'; Gstr{i,2} = 'NO'; 
fT124NCATO2(i)=fT124NCATO2(i)-1; fNO(i)=fNO(i)-1; fT124NCATO(i)=fT124NCATO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATO2 + NO3 = T124NCATO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'T124NCATO2'; Gstr{i,2} = 'NO3'; 
fT124NCATO2(i)=fT124NCATO2(i)-1; fNO3(i)=fNO3(i)-1; fT124NCATO(i)=fT124NCATO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATO2 + RO2 = T124NCATO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'T124NCATO2'; Gstr{i,2} = 'RO2';
fT124NCATO2(i)=fT124NCATO2(i)-1; fT124NCATO(i)=fT124NCATO(i)+1; 

i=i+1;
Rnames{i} = 'T124CT1OOH + OH = T124CAT1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'T124CT1OOH'; Gstr{i,2} = 'OH'; 
fT124CT1OOH(i)=fT124CT1OOH(i)-1; fOH(i)=fOH(i)-1; fT124CAT1O2(i)=fT124CAT1O2(i)+1; 

i=i+1;
Rnames{i} = 'T124CT1OOH + hv = T124CAT1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'T124CT1OOH'; 
fT124CT1OOH(i)=fT124CT1OOH(i)-1; fT124CAT1O(i)=fT124CAT1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMPHOHNO2 + OH = MXYOHNO2O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'DMPHOHNO2'; Gstr{i,2} = 'OH'; 
fDMPHOHNO2(i)=fDMPHOHNO2(i)-1; fOH(i)=fOH(i)-1; fMXYOHNO2O2(i)=fMXYOHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234O2 + HO2 = C5CO234OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5CO234O2'; Gstr{i,2} = 'HO2'; 
fC5CO234O2(i)=fC5CO234O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CO234OOH(i)=fC5CO234OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234O2 + NO = C5CO234O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5CO234O2'; Gstr{i,2} = 'NO'; 
fC5CO234O2(i)=fC5CO234O2(i)-1; fNO(i)=fNO(i)-1; fC5CO234O(i)=fC5CO234O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234O2 + NO3 = C5CO234O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5CO234O2'; Gstr{i,2} = 'NO3'; 
fC5CO234O2(i)=fC5CO234O2(i)-1; fNO3(i)=fNO3(i)-1; fC5CO234O(i)=fC5CO234O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234O2 + RO2 = C5CO234O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C5CO234O2'; Gstr{i,2} = 'RO2';
fC5CO234O2(i)=fC5CO234O2(i)-1; fC5CO234O(i)=fC5CO234O(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOL + NO3 = NDNOETOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNOETOL'; Gstr{i,2} = 'NO3'; 
fDNOETOL(i)=fDNOETOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNOETOLO2(i)=fNDNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOL + OH = DNOETOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNOETOL'; Gstr{i,2} = 'OH'; 
fDNOETOL(i)=fDNOETOL(i)-1; fOH(i)=fOH(i)-1; fDNOETOLO2(i)=fDNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O2 + HO2 = NOETOL1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NOETOL1O2'; Gstr{i,2} = 'HO2'; 
fNOETOL1O2(i)=fNOETOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNOETOL1OOH(i)=fNOETOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O2 + NO = NOETOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOETOL1O2'; Gstr{i,2} = 'NO'; 
fNOETOL1O2(i)=fNOETOL1O2(i)-1; fNO(i)=fNO(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O2 + NO3 = NOETOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOETOL1O2'; Gstr{i,2} = 'NO3'; 
fNOETOL1O2(i)=fNOETOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1O2 + RO2 = NOETOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NOETOL1O2'; Gstr{i,2} = 'RO2';
fNOETOL1O2(i)=fNOETOL1O2(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQO2 + HO2 = NOETLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NOETLQO2'; Gstr{i,2} = 'HO2'; 
fNOETLQO2(i)=fNOETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fNOETLQOOH(i)=fNOETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQO2 + NO = NOETLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NOETLQO2'; Gstr{i,2} = 'NO'; 
fNOETLQO2(i)=fNOETLQO2(i)-1; fNO(i)=fNO(i)-1; fNOETLQO(i)=fNOETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQO2 + NO3 = NOETLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NOETLQO2'; Gstr{i,2} = 'NO3'; 
fNOETLQO2(i)=fNOETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fNOETLQO(i)=fNOETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQO2 + RO2 = NOETLQO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NOETLQO2'; Gstr{i,2} = 'RO2';
fNOETLQO2(i)=fNOETLQO2(i)-1; fNOETLQO(i)=fNOETLQO(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + HO2 = OETLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'HO2'; 
fOETLQO2(i)=fOETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fOETLQOOH(i)=fOETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + NO = OETLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'NO'; 
fOETLQO2(i)=fOETLQO2(i)-1; fNO(i)=fNO(i)-1; fOETLQO(i)=fOETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + NO3 = OETLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'NO3'; 
fOETLQO2(i)=fOETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fOETLQO(i)=fOETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + RO2 = OETLQCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'RO2';
fOETLQO2(i)=fOETLQO2(i)-1; fOETLQCO(i)=fOETLQCO(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + RO2 = OETLQO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'RO2';
fOETLQO2(i)=fOETLQO2(i)-1; fOETLQO(i)=fOETLQO(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO2 + RO2 = OETLQOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'OETLQO2'; Gstr{i,2} = 'RO2';
fOETLQO2(i)=fOETLQO2(i)-1; fOETLQOH(i)=fOETLQOH(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATCO2 + HO2 = OTNNCATOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'OTNNCATCO2'; Gstr{i,2} = 'HO2'; 
fOTNNCATCO2(i)=fOTNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fOTNNCATOOH(i)=fOTNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATCO2 + NO = OTNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OTNNCATCO2'; Gstr{i,2} = 'NO'; 
fOTNNCATCO2(i)=fOTNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fOTNNCATCO(i)=fOTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATCO2 + NO3 = OTNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OTNNCATCO2'; Gstr{i,2} = 'NO3'; 
fOTNNCATCO2(i)=fOTNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fOTNNCATCO(i)=fOTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATCO2 + RO2 = OTNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'OTNNCATCO2'; Gstr{i,2} = 'RO2';
fOTNNCATCO2(i)=fOTNNCATCO2(i)-1; fOTNNCATCO(i)=fOTNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECO2 + HO2 = OTNCATCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'OTNCATECO2'; Gstr{i,2} = 'HO2'; 
fOTNCATECO2(i)=fOTNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fOTNCATCOOH(i)=fOTNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECO2 + NO = OTNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'OTNCATECO2'; Gstr{i,2} = 'NO'; 
fOTNCATECO2(i)=fOTNCATECO2(i)-1; fNO(i)=fNO(i)-1; fOTNCATECO(i)=fOTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECO2 + NO3 = OTNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'OTNCATECO2'; Gstr{i,2} = 'NO3'; 
fOTNCATECO2(i)=fOTNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fOTNCATECO(i)=fOTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECO2 + RO2 = OTNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'OTNCATECO2'; Gstr{i,2} = 'RO2';
fOTNCATECO2(i)=fOTNCATECO2(i)-1; fOTNCATECO(i)=fOTNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'OTCTEC1OOH + OH = OTCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'OTCTEC1OOH'; Gstr{i,2} = 'OH'; 
fOTCTEC1OOH(i)=fOTCTEC1OOH(i)-1; fOH(i)=fOH(i)-1; fOTCATEC1O2(i)=fOTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'OTCTEC1OOH + hv = OTCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'OTCTEC1OOH'; 
fOTCTEC1OOH(i)=fOTCTEC1OOH(i)-1; fOTCATEC1O(i)=fOTCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOL + NO3 = NDNMETOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNMETOL'; Gstr{i,2} = 'NO3'; 
fDNMETOL(i)=fDNMETOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNMETOLO2(i)=fNDNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOL + OH = DNMETOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNMETOL'; Gstr{i,2} = 'OH'; 
fDNMETOL(i)=fDNMETOL(i)-1; fOH(i)=fOH(i)-1; fDNMETOLO2(i)=fDNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O2 + HO2 = NMETOL1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NMETOL1O2'; Gstr{i,2} = 'HO2'; 
fNMETOL1O2(i)=fNMETOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNMETOL1OOH(i)=fNMETOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O2 + NO = NMETOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMETOL1O2'; Gstr{i,2} = 'NO'; 
fNMETOL1O2(i)=fNMETOL1O2(i)-1; fNO(i)=fNO(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O2 + NO3 = NMETOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMETOL1O2'; Gstr{i,2} = 'NO3'; 
fNMETOL1O2(i)=fNMETOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1O2 + RO2 = NMETOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NMETOL1O2'; Gstr{i,2} = 'RO2';
fNMETOL1O2(i)=fNMETOL1O2(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQO2 + HO2 = NMETLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NMETLQO2'; Gstr{i,2} = 'HO2'; 
fNMETLQO2(i)=fNMETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fNMETLQOOH(i)=fNMETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQO2 + NO = NMETLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NMETLQO2'; Gstr{i,2} = 'NO'; 
fNMETLQO2(i)=fNMETLQO2(i)-1; fNO(i)=fNO(i)-1; fNMETLQO(i)=fNMETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQO2 + NO3 = NMETLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NMETLQO2'; Gstr{i,2} = 'NO3'; 
fNMETLQO2(i)=fNMETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fNMETLQO(i)=fNMETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQO2 + RO2 = NMETLQO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NMETLQO2'; Gstr{i,2} = 'RO2';
fNMETLQO2(i)=fNMETLQO2(i)-1; fNMETLQO(i)=fNMETLQO(i)+1; 

i=i+1;
Rnames{i} = 'METLQO2 + HO2 = METLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'METLQO2'; Gstr{i,2} = 'HO2'; 
fMETLQO2(i)=fMETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fMETLQOOH(i)=fMETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'METLQO2 + NO = METLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'METLQO2'; Gstr{i,2} = 'NO'; 
fMETLQO2(i)=fMETLQO2(i)-1; fNO(i)=fNO(i)-1; fMETLQO(i)=fMETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLQO2 + NO3 = METLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'METLQO2'; Gstr{i,2} = 'NO3'; 
fMETLQO2(i)=fMETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fMETLQO(i)=fMETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLQO2 + RO2 = METLQO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'METLQO2'; Gstr{i,2} = 'RO2';
fMETLQO2(i)=fMETLQO2(i)-1; fMETLQO(i)=fMETLQO(i)+1; 

i=i+1;
Rnames{i} = 'METLQO2 + RO2 = METLQOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'METLQO2'; Gstr{i,2} = 'RO2';
fMETLQO2(i)=fMETLQO2(i)-1; fMETLQOH(i)=fMETLQOH(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATCO2 + HO2 = MTNNCATOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'MTNNCATCO2'; Gstr{i,2} = 'HO2'; 
fMTNNCATCO2(i)=fMTNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fMTNNCATOOH(i)=fMTNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATCO2 + NO = MTNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MTNNCATCO2'; Gstr{i,2} = 'NO'; 
fMTNNCATCO2(i)=fMTNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fMTNNCATCO(i)=fMTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATCO2 + NO3 = MTNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTNNCATCO2'; Gstr{i,2} = 'NO3'; 
fMTNNCATCO2(i)=fMTNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fMTNNCATCO(i)=fMTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATCO2 + RO2 = MTNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MTNNCATCO2'; Gstr{i,2} = 'RO2';
fMTNNCATCO2(i)=fMTNNCATCO2(i)-1; fMTNNCATCO(i)=fMTNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECO2 + HO2 = MTNCATCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'MTNCATECO2'; Gstr{i,2} = 'HO2'; 
fMTNCATECO2(i)=fMTNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fMTNCATCOOH(i)=fMTNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECO2 + NO = MTNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MTNCATECO2'; Gstr{i,2} = 'NO'; 
fMTNCATECO2(i)=fMTNCATECO2(i)-1; fNO(i)=fNO(i)-1; fMTNCATECO(i)=fMTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECO2 + NO3 = MTNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MTNCATECO2'; Gstr{i,2} = 'NO3'; 
fMTNCATECO2(i)=fMTNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fMTNCATECO(i)=fMTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECO2 + RO2 = MTNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'MTNCATECO2'; Gstr{i,2} = 'RO2';
fMTNCATECO2(i)=fMTNCATECO2(i)-1; fMTNCATECO(i)=fMTNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'MTCTEC1OOH + OH = MTCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'MTCTEC1OOH'; Gstr{i,2} = 'OH'; 
fMTCTEC1OOH(i)=fMTCTEC1OOH(i)-1; fOH(i)=fOH(i)-1; fMTCATEC1O2(i)=fMTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'MTCTEC1OOH + hv = MTCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTCTEC1OOH'; 
fMTCTEC1OOH(i)=fMTCTEC1OOH(i)-1; fMTCATEC1O(i)=fMTCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCOOH + OH = C7EDCCO + OH';
k(:,i) = 2.79e-11;
Gstr{i,1} = 'C7EDCOOH'; Gstr{i,2} = 'OH'; 
fC7EDCOOH(i)=fC7EDCOOH(i)-1; fOH(i)=fOH(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCOOH + hv = C7EDCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7EDCOOH'; 
fC7EDCOOH(i)=fC7EDCOOH(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCOOH + hv = C7EDCO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C7EDCOOH'; 
fC7EDCOOH(i)=fC7EDCOOH(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO = CO3H4CHO + CH3CO3';
k(:,i) = KDEC.*0.7;
Gstr{i,1} = 'C7EDCO'; 
fC7EDCO(i)=fC7EDCO(i)-1; fCO3H4CHO(i)=fCO3H4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCO = EGLYOX + MGLYOX + HO2';
k(:,i) = KDEC.*0.3;
Gstr{i,1} = 'C7EDCO'; 
fC7EDCO(i)=fC7EDCO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCCO + OH = MGLYOX + EGLYOX + HO2';
k(:,i) = 5.04e-12;
Gstr{i,1} = 'C7EDCCO'; Gstr{i,2} = 'OH'; 
fC7EDCCO(i)=fC7EDCCO(i)-1; fOH(i)=fOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCCO + hv = EGLYOX + CO + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C7EDCCO'; 
fC7EDCCO(i)=fC7EDCCO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCCO + hv = MGLYOX + CO + HO2 + C2H5CO3';
k(:,i) = J22.*2;
Gstr{i,1} = 'C7EDCCO'; 
fC7EDCCO(i)=fC7EDCCO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCOH + OH = C7EDCCO + HO2';
k(:,i) = 1.80e-11;
Gstr{i,1} = 'C7EDCOH'; Gstr{i,2} = 'OH'; 
fC7EDCOH(i)=fC7EDCOH(i)-1; fOH(i)=fOH(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7EDCOH + hv = C7EDCO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C7EDCOH'; 
fC7EDCOH(i)=fC7EDCOH(i)-1; fC7EDCO(i)=fC7EDCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOL + NO3 = NDNPETOLO2';
k(:,i) = 7.83e-15;
Gstr{i,1} = 'DNPETOL'; Gstr{i,2} = 'NO3'; 
fDNPETOL(i)=fDNPETOL(i)-1; fNO3(i)=fNO3(i)-1; fNDNPETOLO2(i)=fNDNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOL + OH = DNPETOLO2';
k(:,i) = 5.10e-14;
Gstr{i,1} = 'DNPETOL'; Gstr{i,2} = 'OH'; 
fDNPETOL(i)=fDNPETOL(i)-1; fOH(i)=fOH(i)-1; fDNPETOLO2(i)=fDNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O2 + HO2 = NPETOL1OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NPETOL1O2'; Gstr{i,2} = 'HO2'; 
fNPETOL1O2(i)=fNPETOL1O2(i)-1; fHO2(i)=fHO2(i)-1; fNPETOL1OOH(i)=fNPETOL1OOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O2 + NO = NPETOL1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPETOL1O2'; Gstr{i,2} = 'NO'; 
fNPETOL1O2(i)=fNPETOL1O2(i)-1; fNO(i)=fNO(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O2 + NO3 = NPETOL1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPETOL1O2'; Gstr{i,2} = 'NO3'; 
fNPETOL1O2(i)=fNPETOL1O2(i)-1; fNO3(i)=fNO3(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1O2 + RO2 = NPETOL1O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NPETOL1O2'; Gstr{i,2} = 'RO2';
fNPETOL1O2(i)=fNPETOL1O2(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQO2 + HO2 = NPETLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'NPETLQO2'; Gstr{i,2} = 'HO2'; 
fNPETLQO2(i)=fNPETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fNPETLQOOH(i)=fNPETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQO2 + NO = NPETLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NPETLQO2'; Gstr{i,2} = 'NO'; 
fNPETLQO2(i)=fNPETLQO2(i)-1; fNO(i)=fNO(i)-1; fNPETLQO(i)=fNPETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQO2 + NO3 = NPETLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NPETLQO2'; Gstr{i,2} = 'NO3'; 
fNPETLQO2(i)=fNPETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fNPETLQO(i)=fNPETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQO2 + RO2 = NPETLQO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NPETLQO2'; Gstr{i,2} = 'RO2';
fNPETLQO2(i)=fNPETLQO2(i)-1; fNPETLQO(i)=fNPETLQO(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO2 + HO2 = PETLQOOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'PETLQO2'; Gstr{i,2} = 'HO2'; 
fPETLQO2(i)=fPETLQO2(i)-1; fHO2(i)=fHO2(i)-1; fPETLQOOH(i)=fPETLQOOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO2 + NO = PETLQO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PETLQO2'; Gstr{i,2} = 'NO'; 
fPETLQO2(i)=fPETLQO2(i)-1; fNO(i)=fNO(i)-1; fPETLQO(i)=fPETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO2 + NO3 = PETLQO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PETLQO2'; Gstr{i,2} = 'NO3'; 
fPETLQO2(i)=fPETLQO2(i)-1; fNO3(i)=fNO3(i)-1; fPETLQO(i)=fPETLQO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO2 + RO2 = PETLQO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'PETLQO2'; Gstr{i,2} = 'RO2';
fPETLQO2(i)=fPETLQO2(i)-1; fPETLQO(i)=fPETLQO(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO2 + RO2 = PETLQOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'PETLQO2'; Gstr{i,2} = 'RO2';
fPETLQO2(i)=fPETLQO2(i)-1; fPETLQOH(i)=fPETLQOH(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATCO2 + HO2 = PTNNCATOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PTNNCATCO2'; Gstr{i,2} = 'HO2'; 
fPTNNCATCO2(i)=fPTNNCATCO2(i)-1; fHO2(i)=fHO2(i)-1; fPTNNCATOOH(i)=fPTNNCATOOH(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATCO2 + NO = PTNNCATCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PTNNCATCO2'; Gstr{i,2} = 'NO'; 
fPTNNCATCO2(i)=fPTNNCATCO2(i)-1; fNO(i)=fNO(i)-1; fPTNNCATCO(i)=fPTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATCO2 + NO3 = PTNNCATCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PTNNCATCO2'; Gstr{i,2} = 'NO3'; 
fPTNNCATCO2(i)=fPTNNCATCO2(i)-1; fNO3(i)=fNO3(i)-1; fPTNNCATCO(i)=fPTNNCATCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATCO2 + RO2 = PTNNCATCO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PTNNCATCO2'; Gstr{i,2} = 'RO2';
fPTNNCATCO2(i)=fPTNNCATCO2(i)-1; fPTNNCATCO(i)=fPTNNCATCO(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECO2 + HO2 = PTNCATCOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'PTNCATECO2'; Gstr{i,2} = 'HO2'; 
fPTNCATECO2(i)=fPTNCATECO2(i)-1; fHO2(i)=fHO2(i)-1; fPTNCATCOOH(i)=fPTNCATCOOH(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECO2 + NO = PTNCATECO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PTNCATECO2'; Gstr{i,2} = 'NO'; 
fPTNCATECO2(i)=fPTNCATECO2(i)-1; fNO(i)=fNO(i)-1; fPTNCATECO(i)=fPTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECO2 + NO3 = PTNCATECO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PTNCATECO2'; Gstr{i,2} = 'NO3'; 
fPTNCATECO2(i)=fPTNCATECO2(i)-1; fNO3(i)=fNO3(i)-1; fPTNCATECO(i)=fPTNCATECO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECO2 + RO2 = PTNCATECO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'PTNCATECO2'; Gstr{i,2} = 'RO2';
fPTNCATECO2(i)=fPTNCATECO2(i)-1; fPTNCATECO(i)=fPTNCATECO(i)+1; 

i=i+1;
Rnames{i} = 'PTCTEC1OOH + OH = PTCATEC1O2';
k(:,i) = 2.05e-10;
Gstr{i,1} = 'PTCTEC1OOH'; Gstr{i,2} = 'OH'; 
fPTCTEC1OOH(i)=fPTCTEC1OOH(i)-1; fOH(i)=fOH(i)-1; fPTCATEC1O2(i)=fPTCATEC1O2(i)+1; 

i=i+1;
Rnames{i} = 'PTCTEC1OOH + hv = PTCATEC1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'PTCTEC1OOH'; 
fPTCTEC1OOH(i)=fPTCTEC1OOH(i)-1; fPTCATEC1O(i)=fPTCATEC1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2 = EGLYOX + CH3CO3';
k(:,i) = KDEC.*0.65;
Gstr{i,1} = 'C7DDCCO2'; 
fC7DDCCO2(i)=fC7DDCCO2(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO2 = MMALANHY + C2H5O2';
k(:,i) = KDEC.*0.35;
Gstr{i,1} = 'C7DDCCO2'; 
fC7DDCCO2(i)=fC7DDCCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fC2H5O2(i)=fC2H5O2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3H + OH = C7DDCCO3';
k(:,i) = 4.88e-11;
Gstr{i,1} = 'C7DDCCO3H'; Gstr{i,2} = 'OH'; 
fC7DDCCO3H(i)=fC7DDCCO3H(i)-1; fOH(i)=fOH(i)-1; fC7DDCCO3(i)=fC7DDCCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCCO3H + hv = C7DDCCO2 + OH';
k(:,i) = J20.*2;
Gstr{i,1} = 'C7DDCCO3H'; 
fC7DDCCO3H(i)=fC7DDCCO3H(i)-1; fC7DDCCO2(i)=fC7DDCCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCPAN + OH = EGLYOX + HCHO + CO + CO + NO2';
k(:,i) = 4.48e-11;
Gstr{i,1} = 'C7DDCPAN'; Gstr{i,2} = 'OH'; 
fC7DDCPAN(i)=fC7DDCPAN(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCPAN = C7DDCCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7DDCPAN'; 
fC7DDCPAN(i)=fC7DDCPAN(i)-1; fC7DDCCO3(i)=fC7DDCCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOOH + OH = C7DDCO2';
k(:,i) = 7.44e-11;
Gstr{i,1} = 'C7DDCOOH'; Gstr{i,2} = 'OH'; 
fC7DDCOOH(i)=fC7DDCOOH(i)-1; fOH(i)=fOH(i)-1; fC7DDCO2(i)=fC7DDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOOH + hv = C7DDCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7DDCOOH'; 
fC7DDCOOH(i)=fC7DDCOOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOOH + hv = C7DDCO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C7DDCOOH'; 
fC7DDCOOH(i)=fC7DDCOOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOOH + hv = C7DDCO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7DDCOOH'; 
fC7DDCOOH(i)=fC7DDCOOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCO = EGLYOX + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C7DDCO'; 
fC7DDCO(i)=fC7DDCO(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOH + OH = C7DDCO';
k(:,i) = 5.37e-11;
Gstr{i,1} = 'C7DDCOH'; Gstr{i,2} = 'OH'; 
fC7DDCOH(i)=fC7DDCOH(i)-1; fOH(i)=fOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOH + hv = C7DDCO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C7DDCOH'; 
fC7DDCOH(i)=fC7DDCOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7DDCOH + hv = C7DDCO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C7DDCOH'; 
fC7DDCOH(i)=fC7DDCOH(i)-1; fC7DDCO(i)=fC7DDCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUOOH + OH = NMEBFUO2';
k(:,i) = 7.15e-12;
Gstr{i,1} = 'NMEBFUOOH'; Gstr{i,2} = 'OH'; 
fNMEBFUOOH(i)=fNMEBFUOOH(i)-1; fOH(i)=fOH(i)-1; fNMEBFUO2(i)=fNMEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUOOH + hv = NMEBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMEBFUOOH'; 
fNMEBFUOOH(i)=fNMEBFUOOH(i)-1; fNMEBFUO(i)=fNMEBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMEBFUO = C23O3ECHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMEBFUO'; 
fNMEBFUO(i)=fNMEBFUO(i)-1; fC23O3ECHO(i)=fC23O3ECHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECOOH + OH = C23O3EHO + OH';
k(:,i) = 7.32e-11;
Gstr{i,1} = 'C23O3ECOOH'; Gstr{i,2} = 'OH'; 
fC23O3ECOOH(i)=fC23O3ECOOH(i)-1; fOH(i)=fOH(i)-1; fC23O3EHO(i)=fC23O3EHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECOOH + OH = C23O3EO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'C23O3ECOOH'; Gstr{i,2} = 'OH'; 
fC23O3ECOOH(i)=fC23O3ECOOH(i)-1; fOH(i)=fOH(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECOOH + hv = C23O3EO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C23O3ECOOH'; 
fC23O3ECOOH(i)=fC23O3ECOOH(i)-1; fC23O3EO(i)=fC23O3EO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EO = C2H5CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C23O3EO'; 
fC23O3EO(i)=fC23O3EO(i)-1; fC2H5CHO(i)=fC2H5CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EHO + OH = CO356OCO2';
k(:,i) = 1.46e-12;
Gstr{i,1} = 'C23O3EHO'; Gstr{i,2} = 'OH'; 
fC23O3EHO(i)=fC23O3EHO(i)-1; fOH(i)=fOH(i)-1; fCO356OCO2(i)=fCO356OCO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EHO + hv = CH3CO3 + C2H5CO3';
k(:,i) = J22;
Gstr{i,1} = 'C23O3EHO'; 
fC23O3EHO(i)=fC23O3EHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3EOH + OH = C23O3EHO + HO2';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'C23O3EOH'; Gstr{i,2} = 'OH'; 
fC23O3EOH(i)=fC23O3EOH(i)-1; fOH(i)=fOH(i)-1; fC23O3EHO(i)=fC23O3EHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUOOH + OH = MEBFUO2';
k(:,i) = 3.33e-11;
Gstr{i,1} = 'MEBFUOOH'; Gstr{i,2} = 'OH'; 
fMEBFUOOH(i)=fMEBFUOOH(i)-1; fOH(i)=fOH(i)-1; fMEBFUO2(i)=fMEBFUO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUOOH + hv = MEBFUO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MEBFUOOH'; 
fMEBFUOOH(i)=fMEBFUOOH(i)-1; fMEBFUO(i)=fMEBFUO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUO = C23O3ECHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MEBFUO'; 
fMEBFUO(i)=fMEBFUO(i)-1; fC23O3ECHO(i)=fC23O3ECHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MEBFUOH + OH = MEBFUO';
k(:,i) = 2.99e-11;
Gstr{i,1} = 'MEBFUOH'; Gstr{i,2} = 'OH'; 
fMEBFUOH(i)=fMEBFUOH(i)-1; fOH(i)=fOH(i)-1; fMEBFUO(i)=fMEBFUO(i)+1; 

i=i+1;
Rnames{i} = 'EMPHOOH + OH = EMPHO2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'EMPHOOH'; Gstr{i,2} = 'OH'; 
fEMPHOOH(i)=fEMPHOOH(i)-1; fOH(i)=fOH(i)-1; fEMPHO2(i)=fEMPHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPHOOH + hv = EMPHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EMPHOOH'; 
fEMPHOOH(i)=fEMPHOOH(i)-1; fEMPHO(i)=fEMPHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPHO + NO2 = HOEMPHNO2';
k(:,i) = 3.90e-13;
Gstr{i,1} = 'EMPHO'; Gstr{i,2} = 'NO2'; 
fEMPHO(i)=fEMPHO(i)-1; fNO2(i)=fNO2(i)-1; fHOEMPHNO2(i)=fHOEMPHNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C65O2 + HO2 = CO234C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO234C65O2'; Gstr{i,2} = 'HO2'; 
fCO234C65O2(i)=fCO234C65O2(i)-1; fHO2(i)=fHO2(i)-1; fCO234C6OOH(i)=fCO234C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO234C65O2 + NO = CO234C65O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO234C65O2'; Gstr{i,2} = 'NO'; 
fCO234C65O2(i)=fCO234C65O2(i)-1; fNO(i)=fNO(i)-1; fCO234C65O(i)=fCO234C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C65O2 + NO3 = CO234C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO234C65O2'; Gstr{i,2} = 'NO3'; 
fCO234C65O2(i)=fCO234C65O2(i)-1; fNO3(i)=fNO3(i)-1; fCO234C65O(i)=fCO234C65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C65O2 + RO2 = CO234C65O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CO234C65O2'; Gstr{i,2} = 'RO2';
fCO234C65O2(i)=fCO234C65O2(i)-1; fCO234C65O(i)=fCO234C65O(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCLOOH + OH = CH3COCCLO2';
k(:,i) = 8.34e-12;
Gstr{i,1} = 'CH3COCLOOH'; Gstr{i,2} = 'OH'; 
fCH3COCLOOH(i)=fCH3COCLOOH(i)-1; fOH(i)=fOH(i)-1; fCH3COCCLO2(i)=fCH3COCCLO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCLOOH + hv = CH3COCCLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3COCLOOH'; 
fCH3COCLOOH(i)=fCH3COCLOOH(i)-1; fCH3COCCLO(i)=fCH3COCCLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCCLO = CHOCL + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CH3COCCLO'; 
fCH3COCCLO(i)=fCH3COCCLO(i)-1; fCHOCL(i)=fCHOCL(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCL2OOH + OH = CLCOCCL2O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'CLCOCL2OOH'; Gstr{i,2} = 'OH'; 
fCLCOCL2OOH(i)=fCLCOCL2OOH(i)-1; fOH(i)=fOH(i)-1; fCLCOCCL2O2(i)=fCLCOCCL2O2(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCL2OOH + hv = CLCOCCL2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CLCOCL2OOH'; 
fCLCOCL2OOH(i)=fCLCOCL2OOH(i)-1; fCLCOCCL2O(i)=fCLCOCCL2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CLCOCCL2O = CLGLYOX + CL';
k(:,i) = KDEC;
Gstr{i,1} = 'CLCOCCL2O'; 
fCLCOCCL2O(i)=fCLCOCCL2O(i)-1; fCLGLYOX(i)=fCLGLYOX(i)+1; fCL(i)=fCL(i)+1; 

i=i+1;
Rnames{i} = 'NCO23CHO + hv = NO3CH2CO3 + HO2 + CO + CO';
k(:,i) = J34;
Gstr{i,1} = 'NCO23CHO'; 
fNCO23CHO(i)=fNCO23CHO(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + NCO23CHO = CO + CO + NO3CH2CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'NCO23CHO'; 
fNO3(i)=fNO3(i)-1; fNCO23CHO(i)=fNCO23CHO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + NCO23CHO = CO + CO + NO3CH2CO3';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'NCO23CHO'; 
fOH(i)=fOH(i)-1; fNCO23CHO(i)=fNCO23CHO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + HO2 = H13CO2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'HO2'; 
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fH13CO2CO3H(i)=fH13CO2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + HO2 = HOCH2COCHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'HO2'; 
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + NO = HOCH2COCHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'NO'; 
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fNO(i)=fNO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + NO2 = C4PAN10';
k(:,i) = KFPAN;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'NO2'; 
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN10(i)=fC4PAN10(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + NO3 = HOCH2COCHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'NO3'; 
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fNO3(i)=fNO3(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3 + RO2 = HOCH2COCHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H13CO2CO3'; Gstr{i,2} = 'RO2';
fH13CO2CO3(i)=fH13CO2CO3(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2COCO2H + OH = HOCH2CO3';
k(:,i) = 2.89e-12;
Gstr{i,1} = 'HOCH2COCO2H'; Gstr{i,2} = 'OH'; 
fHOCH2COCO2H(i)=fHOCH2COCO2H(i)-1; fOH(i)=fOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'HOCH2COCO2H + hv = HOCH2CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'HOCH2COCO2H'; 
fHOCH2COCO2H(i)=fHOCH2COCO2H(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H1CO23CHO + OH = CO + CO + HOCH2CO3';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'H1CO23CHO'; Gstr{i,2} = 'OH'; 
fH1CO23CHO(i)=fH1CO23CHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'H1CO23CHO + hv = CO + CO + HOCH2CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'H1CO23CHO'; 
fH1CO23CHO(i)=fH1CO23CHO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H1CO23CHO + hv = CO + CO + HOCH2CO3 + HO2';
k(:,i) = J35;
Gstr{i,1} = 'H1CO23CHO'; 
fH1CO23CHO(i)=fH1CO23CHO(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C527OOH + OH = MACROOH + CO + OH';
k(:,i) = 4.74e-11;
Gstr{i,1} = 'C527OOH'; Gstr{i,2} = 'OH'; 
fC527OOH(i)=fC527OOH(i)-1; fOH(i)=fOH(i)-1; fMACROOH(i)=fMACROOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C527OOH + hv = GLYOX + ACETOL + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'C527OOH'; 
fC527OOH(i)=fC527OOH(i)-1; fGLYOX(i)=fGLYOX(i)+1; fACETOL(i)=fACETOL(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C527OOH + hv = MACROOH + CO + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C527OOH'; 
fC527OOH(i)=fC527OOH(i)-1; fMACROOH(i)=fMACROOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C527NO3 + OH = MACROOH + CO + NO2';
k(:,i) = 1.18e-11;
Gstr{i,1} = 'C527NO3'; Gstr{i,2} = 'OH'; 
fC527NO3(i)=fC527NO3(i)-1; fOH(i)=fOH(i)-1; fMACROOH(i)=fMACROOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C527NO3 + hv = C527O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C527NO3'; 
fC527NO3(i)=fC527NO3(i)-1; fC527O(i)=fC527O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C527O = GLYOX + ACETOL + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C527O'; 
fC527O(i)=fC527O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fACETOL(i)=fACETOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3FOOA = C531O2 + OH';
k(:,i) = KDEC.*0.6;
Gstr{i,1} = 'M3FOOA'; 
fM3FOOA(i)=fM3FOOA(i)-1; fC531O2(i)=fC531O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'M3FOOA = M3FOO';
k(:,i) = KDEC.*0.4;
Gstr{i,1} = 'M3FOOA'; 
fM3FOOA(i)=fM3FOOA(i)-1; fM3FOO(i)=fM3FOO(i)+1; 

i=i+1;
Rnames{i} = 'INCNCHO + OH = INCGLYOX + NO2';
k(:,i) = 4.52e-12.*0.19;
Gstr{i,1} = 'INCNCHO'; Gstr{i,2} = 'OH'; 
fINCNCHO(i)=fINCNCHO(i)-1; fOH(i)=fOH(i)-1; fINCGLYOX(i)=fINCGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCNCHO + OH = INCNCO3';
k(:,i) = 4.52e-12.*0.81;
Gstr{i,1} = 'INCNCHO'; Gstr{i,2} = 'OH'; 
fINCNCHO(i)=fINCNCHO(i)-1; fOH(i)=fOH(i)-1; fINCNCO3(i)=fINCNCO3(i)+1; 

i=i+1;
Rnames{i} = 'INCNCHO + hv = GLYOX + NOA + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'INCNCHO'; 
fINCNCHO(i)=fINCNCHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fNOA(i)=fNOA(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C59O = ACETOL + HOCH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C59O'; 
fC59O(i)=fC59O(i)-1; fACETOL(i)=fACETOL(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'INCGLYOX + hv = MACRNBCO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'INCGLYOX'; 
fINCGLYOX(i)=fINCGLYOX(i)-1; fMACRNBCO3(i)=fMACRNBCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCGLYOX = MACRNBCO3 + CO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCGLYOX'; 
fOH(i)=fOH(i)-1; fINCGLYOX(i)=fINCGLYOX(i)-1; fMACRNBCO3(i)=fMACRNBCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + HO2 = CO2N3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'HO2'; 
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2N3CO3H(i)=fCO2N3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + HO2 = MGLYOX + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'HO2'; 
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + NO = MGLYOX + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'NO'; 
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fNO(i)=fNO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + NO2 = CO2N3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'NO2'; 
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fNO2(i)=fNO2(i)-1; fCO2N3PAN(i)=fCO2N3PAN(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + NO3 = MGLYOX + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'NO3'; 
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fNO3(i)=fNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3 + RO2 = MGLYOX + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO2N3CO3'; Gstr{i,2} = 'RO2';
fCO2N3CO3(i)=fCO2N3CO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IEACHO + hv = HMVKBO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IEACHO'; 
fIEACHO(i)=fIEACHO(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + IEACHO = IEACO3 + HNO3';
k(:,i) = KNO3AL.*7.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'IEACHO'; 
fNO3(i)=fNO3(i)-1; fIEACHO(i)=fIEACHO(i)-1; fIEACO3(i)=fIEACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEACHO = IEACO3';
k(:,i) = 2.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEACHO'; 
fOH(i)=fOH(i)-1; fIEACHO(i)=fIEACHO(i)-1; fIEACO3(i)=fIEACO3(i)+1; 

i=i+1;
Rnames{i} = 'C526OOH + OH = HMVKBOOH + CO + OH';
k(:,i) = 5.70e-11.*0.46;
Gstr{i,1} = 'C526OOH'; Gstr{i,2} = 'OH'; 
fC526OOH(i)=fC526OOH(i)-1; fOH(i)=fOH(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C526OOH + OH = IEC2OOH + OH';
k(:,i) = 5.70e-11.*0.54;
Gstr{i,1} = 'C526OOH'; Gstr{i,2} = 'OH'; 
fC526OOH(i)=fC526OOH(i)-1; fOH(i)=fOH(i)-1; fIEC2OOH(i)=fIEC2OOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C526OOH + hv = HMVKBOOH + CO + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'C526OOH'; 
fC526OOH(i)=fC526OOH(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C526OOH + hv = MGLYOX + HOCH2CHO + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'C526OOH'; 
fC526OOH(i)=fC526OOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C526NO3 + OH = HMVKBOOH + CO + NO2';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'C526NO3'; Gstr{i,2} = 'OH'; 
fC526NO3(i)=fC526NO3(i)-1; fOH(i)=fOH(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C526NO3 + hv = C526O + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C526NO3'; 
fC526NO3(i)=fC526NO3(i)-1; fC526O(i)=fC526O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C526O = MGLYOX + HOCH2CHO + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C526O'; 
fC526O(i)=fC526O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO + CO = NO3CH2CHO';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'NC2OO'; Gstr{i,2} = 'CO'; 
fNC2OO(i)=fNC2OO(i)-1; fCO(i)=fCO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO + NO = NO3CH2CHO + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'NC2OO'; Gstr{i,2} = 'NO'; 
fNC2OO(i)=fNC2OO(i)-1; fNO(i)=fNO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO + NO2 = NO3CH2CHO + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'NC2OO'; Gstr{i,2} = 'NO2'; 
fNC2OO(i)=fNC2OO(i)-1; fNO2(i)=fNO2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO + SO2 = NO3CH2CHO + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'NC2OO'; Gstr{i,2} = 'SO2'; 
fNC2OO(i)=fNC2OO(i)-1; fSO2(i)=fSO2(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO = NO3CH2CHO + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'NC2OO'; 
fNC2OO(i)=fNC2OO(i)-1; fNO3CH2CHO(i)=fNO3CH2CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NC2OO = NO3CH2CO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'NC2OO'; 
fNC2OO(i)=fNC2OO(i)-1; fNO3CH2CO2H(i)=fNO3CH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'ACLOO + CO = ACETOL';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'ACLOO'; Gstr{i,2} = 'CO'; 
fACLOO(i)=fACLOO(i)-1; fCO(i)=fCO(i)-1; fACETOL(i)=fACETOL(i)+1; 

i=i+1;
Rnames{i} = 'ACLOO + NO = ACETOL + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'ACLOO'; Gstr{i,2} = 'NO'; 
fACLOO(i)=fACLOO(i)-1; fNO(i)=fNO(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACLOO + NO2 = ACETOL + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'ACLOO'; Gstr{i,2} = 'NO2'; 
fACLOO(i)=fACLOO(i)-1; fNO2(i)=fNO2(i)-1; fACETOL(i)=fACETOL(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'ACLOO + SO2 = ACETOL + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'ACLOO'; Gstr{i,2} = 'SO2'; 
fACLOO(i)=fACLOO(i)-1; fSO2(i)=fSO2(i)-1; fACETOL(i)=fACETOL(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'ACLOO = ACETOL + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'ACLOO'; 
fACLOO(i)=fACLOO(i)-1; fACETOL(i)=fACETOL(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACO2H = ACETOL + CO + HO2';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACO2H'; 
fOH(i)=fOH(i)-1; fHC4ACO2H(i)=fHC4ACO2H(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC4ACO3H + hv = ACETOL + CO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC4ACO3H'; 
fHC4ACO3H(i)=fHC4ACO3H(i)-1; fACETOL(i)=fACETOL(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4ACO3H = MACROH + CO + OH';
k(:,i) = 3.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4ACO3H'; 
fOH(i)=fOH(i)-1; fHC4ACO3H(i)=fHC4ACO3H(i)-1; fMACROH(i)=fMACROH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN17 = HC4ACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN17'; 
fC5PAN17(i)=fC5PAN17(i)-1; fHC4ACO3(i)=fHC4ACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN17 = MACROH + CO + NO3';
k(:,i) = 7.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN17'; 
fOH(i)=fOH(i)-1; fC5PAN17(i)=fC5PAN17(i)-1; fMACROH(i)=fMACROH(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C58AOOH + OH = MACROH + CO + OH';
k(:,i) = 3.70e-11;
Gstr{i,1} = 'C58AOOH'; Gstr{i,2} = 'OH'; 
fC58AOOH(i)=fC58AOOH(i)-1; fOH(i)=fOH(i)-1; fMACROH(i)=fMACROH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C58AOOH + hv = C58AO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C58AOOH'; 
fC58AOOH(i)=fC58AOOH(i)-1; fC58AO(i)=fC58AO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C58ANO3 + OH = C47CHO + HO2';
k(:,i) = 8.14e-12;
Gstr{i,1} = 'C58ANO3'; Gstr{i,2} = 'OH'; 
fC58ANO3(i)=fC58ANO3(i)-1; fOH(i)=fOH(i)-1; fC47CHO(i)=fC47CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C58ANO3 + hv = GLYOX + ACETOL + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C58ANO3'; 
fC58ANO3(i)=fC58ANO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fACETOL(i)=fACETOL(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58AO = ACETOL + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C58AO'; 
fC58AO(i)=fC58AO(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IEB1CHO + OH = C4M2ALOHO2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'IEB1CHO'; Gstr{i,2} = 'OH'; 
fIEB1CHO(i)=fIEB1CHO(i)-1; fOH(i)=fOH(i)-1; fC4M2ALOHO2(i)=fC4M2ALOHO2(i)+1; 

i=i+1;
Rnames{i} = 'IEB4CHO + OH = C4M2ALOHO2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'IEB4CHO'; Gstr{i,2} = 'OH'; 
fIEB4CHO(i)=fIEB4CHO(i)-1; fOH(i)=fOH(i)-1; fC4M2ALOHO2(i)=fC4M2ALOHO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO + CO = MACRNO3';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'MACRNOO'; Gstr{i,2} = 'CO'; 
fMACRNOO(i)=fMACRNOO(i)-1; fCO(i)=fCO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO + NO = MACRNO3 + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'MACRNOO'; Gstr{i,2} = 'NO'; 
fMACRNOO(i)=fMACRNOO(i)-1; fNO(i)=fNO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO + NO2 = MACRNO3 + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'MACRNOO'; Gstr{i,2} = 'NO2'; 
fMACRNOO(i)=fMACRNOO(i)-1; fNO2(i)=fNO2(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO + SO2 = MACRNO3 + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'MACRNOO'; Gstr{i,2} = 'SO2'; 
fMACRNOO(i)=fMACRNOO(i)-1; fSO2(i)=fSO2(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO = MACRNCO2H';
k(:,i) = 1.0e-17.*H2O;
Gstr{i,1} = 'MACRNOO'; 
fMACRNOO(i)=fMACRNOO(i)-1; fMACRNCO2H(i)=fMACRNCO2H(i)+1; 

i=i+1;
Rnames{i} = 'MACRNOO = MACRNO3 + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'MACRNOO'; 
fMACRNOO(i)=fMACRNOO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'INB1OOH + OH = INB1CO + OH';
k(:,i) = 1.27e-11.*0.35;
Gstr{i,1} = 'INB1OOH'; Gstr{i,2} = 'OH'; 
fINB1OOH(i)=fINB1OOH(i)-1; fOH(i)=fOH(i)-1; fINB1CO(i)=fINB1CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1OOH + OH = INB1HPCHO + HO2';
k(:,i) = 1.27e-11.*0.34;
Gstr{i,1} = 'INB1OOH'; Gstr{i,2} = 'OH'; 
fINB1OOH(i)=fINB1OOH(i)-1; fOH(i)=fOH(i)-1; fINB1HPCHO(i)=fINB1HPCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1OOH + OH = INB1O2';
k(:,i) = 1.27e-11.*0.31;
Gstr{i,1} = 'INB1OOH'; Gstr{i,2} = 'OH'; 
fINB1OOH(i)=fINB1OOH(i)-1; fOH(i)=fOH(i)-1; fINB1O2(i)=fINB1O2(i)+1; 

i=i+1;
Rnames{i} = 'INB1OOH + hv = INB1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'INB1OOH'; 
fINB1OOH(i)=fINB1OOH(i)-1; fINB1O(i)=fINB1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NO3 + OH = INB1NACHO + HO2';
k(:,i) = 1.63e-12.*0.50;
Gstr{i,1} = 'INB1NO3'; Gstr{i,2} = 'OH'; 
fINB1NO3(i)=fINB1NO3(i)-1; fOH(i)=fOH(i)-1; fINB1NACHO(i)=fINB1NACHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NO3 + OH = INB1NBCHO + HO2';
k(:,i) = 1.63e-12.*0.50;
Gstr{i,1} = 'INB1NO3'; Gstr{i,2} = 'OH'; 
fINB1NO3(i)=fINB1NO3(i)-1; fOH(i)=fOH(i)-1; fINB1NBCHO(i)=fINB1NBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1O = HOCH2CHO + ACETOL + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'INB1O'; 
fINB1O(i)=fINB1O(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1CO + OH = INB1GLYOX + HO2';
k(:,i) = 3.27e-12;
Gstr{i,1} = 'INB1CO'; Gstr{i,2} = 'OH'; 
fINB1CO(i)=fINB1CO(i)-1; fOH(i)=fOH(i)-1; fINB1GLYOX(i)=fINB1GLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1CO + hv = ACETOL + NO2 + HOCH2CO3';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'INB1CO'; 
fINB1CO(i)=fINB1CO(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1OH + OH = C58NO3 + HO2';
k(:,i) = 6.65e-12.*0.71;
Gstr{i,1} = 'INB1OH'; Gstr{i,2} = 'OH'; 
fINB1OH(i)=fINB1OH(i)-1; fOH(i)=fOH(i)-1; fC58NO3(i)=fC58NO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1OH + OH = INB1CO + HO2';
k(:,i) = 6.65e-12.*0.29;
Gstr{i,1} = 'INB1OH'; Gstr{i,2} = 'OH'; 
fINB1OH(i)=fINB1OH(i)-1; fOH(i)=fOH(i)-1; fINB1CO(i)=fINB1CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB2OOH + OH = C58NO3 + OH';
k(:,i) = 1.59e-11.*0.73;
Gstr{i,1} = 'INB2OOH'; Gstr{i,2} = 'OH'; 
fINB2OOH(i)=fINB2OOH(i)-1; fOH(i)=fOH(i)-1; fC58NO3(i)=fC58NO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB2OOH + OH = INB2O2';
k(:,i) = 1.59e-11.*0.27;
Gstr{i,1} = 'INB2OOH'; Gstr{i,2} = 'OH'; 
fINB2OOH(i)=fINB2OOH(i)-1; fOH(i)=fOH(i)-1; fINB2O2(i)=fINB2O2(i)+1; 

i=i+1;
Rnames{i} = 'INB2OOH + hv = INB2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'INB2OOH'; 
fINB2OOH(i)=fINB2OOH(i)-1; fINB2O(i)=fINB2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB2O = C57NO3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'INB2O'; 
fINB2O(i)=fINB2O(i)-1; fC57NO3(i)=fC57NO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IECCHO + hv = MACRO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'IECCHO'; 
fIECCHO(i)=fIECCHO(i)-1; fMACRO2(i)=fMACRO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + IECCHO = IECCO3 + HNO3';
k(:,i) = KNO3AL.*7.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'IECCHO'; 
fNO3(i)=fNO3(i)-1; fIECCHO(i)=fIECCHO(i)-1; fIECCO3(i)=fIECCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + IECCHO = IECCO3';
k(:,i) = 2.76e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IECCHO'; 
fOH(i)=fOH(i)-1; fIECCHO(i)=fIECCHO(i)-1; fIECCO3(i)=fIECCO3(i)+1; 

i=i+1;
Rnames{i} = 'PPGAOOB = HCOCO3 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'PPGAOOB'; 
fPPGAOOB(i)=fPPGAOOB(i)-1; fHCOCO3(i)=fHCOCO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C535O2 + HO2 = C535OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C535O2'; Gstr{i,2} = 'HO2'; 
fC535O2(i)=fC535O2(i)-1; fHO2(i)=fHO2(i)-1; fC535OOH(i)=fC535OOH(i)+1; 

i=i+1;
Rnames{i} = 'C535O2 + NO = C535O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C535O2'; Gstr{i,2} = 'NO'; 
fC535O2(i)=fC535O2(i)-1; fNO(i)=fNO(i)-1; fC535O(i)=fC535O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C535O2 + NO3 = C535O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C535O2'; Gstr{i,2} = 'NO3'; 
fC535O2(i)=fC535O2(i)-1; fNO3(i)=fNO3(i)-1; fC535O(i)=fC535O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C535O2 + RO2 = C535O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C535O2'; Gstr{i,2} = 'RO2';
fC535O2(i)=fC535O2(i)-1; fC535O(i)=fC535O(i)+1; 

i=i+1;
Rnames{i} = 'HPC52OOH + OH = HPC52CO3';
k(:,i) = 4.40e-11;
Gstr{i,1} = 'HPC52OOH'; Gstr{i,2} = 'OH'; 
fHPC52OOH(i)=fHPC52OOH(i)-1; fOH(i)=fOH(i)-1; fHPC52CO3(i)=fHPC52CO3(i)+1; 

i=i+1;
Rnames{i} = 'HPC52OOH + hv = HO2 + DHPMPAL + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HPC52OOH'; 
fHPC52OOH(i)=fHPC52OOH(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HPC52OOH + hv = HPC52O + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'HPC52OOH'; 
fHPC52OOH(i)=fHPC52OOH(i)-1; fHPC52O(i)=fHPC52O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HPC52O = GLYOX + HYPERACET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HPC52O'; 
fHPC52O(i)=fHPC52O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHYPERACET(i)=fHYPERACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCO2H = CH3CO3 + HOCH2CHO';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCO2H'; 
fOH(i)=fOH(i)-1; fHC4CCO2H(i)=fHC4CCO2H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'HC4CCO3H + hv = HOCH2CHO + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC4CCO3H'; 
fHC4CCO3H(i)=fHC4CCO3H(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HC4CCO3H = HO12CO3C4 + CO + OH';
k(:,i) = 3.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HC4CCO3H'; 
fOH(i)=fOH(i)-1; fHC4CCO3H(i)=fHC4CCO3H(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN19 = HC4CCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN19'; 
fC5PAN19(i)=fC5PAN19(i)-1; fHC4CCO3(i)=fHC4CCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN19 = HO12CO3C4 + CO + NO3';
k(:,i) = 7.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN19'; 
fOH(i)=fOH(i)-1; fC5PAN19(i)=fC5PAN19(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C57AOOH + OH = HMVKBOOH + CO + HO2';
k(:,i) = 4.50e-11;
Gstr{i,1} = 'C57AOOH'; Gstr{i,2} = 'OH'; 
fC57AOOH(i)=fC57AOOH(i)-1; fOH(i)=fOH(i)-1; fHMVKBOOH(i)=fHMVKBOOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C57AOOH + hv = C57AO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C57AOOH'; 
fC57AOOH(i)=fC57AOOH(i)-1; fC57AO(i)=fC57AO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C57AO = HOCH2CHO + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C57AO'; 
fC57AO(i)=fC57AO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHCHO + OH = INDHCO3';
k(:,i) = 2.27e-11;
Gstr{i,1} = 'INDHCHO'; Gstr{i,2} = 'OH'; 
fINDHCHO(i)=fINDHCHO(i)-1; fOH(i)=fOH(i)-1; fINDHCO3(i)=fINDHCO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHCHO + hv = MGLYOX + HOCH2CHO + HO2 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'INDHCHO'; 
fINDHCHO(i)=fINDHCHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57OOH + hv = C57O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C57OOH'; 
fC57OOH(i)=fC57OOH(i)-1; fC57O(i)=fC57O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C57OOH = HO12CO3C4 + CO + OH';
k(:,i) = 3.16e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C57OOH'; 
fOH(i)=fOH(i)-1; fC57OOH(i)=fC57OOH(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3 + OH = C4M2ALOHNO3 + HO2';
k(:,i) = 9.37e-12.*0.54;
Gstr{i,1} = 'C57NO3'; Gstr{i,2} = 'OH'; 
fC57NO3(i)=fC57NO3(i)-1; fOH(i)=fOH(i)-1; fC4M2ALOHNO3(i)=fC4M2ALOHNO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3 + OH = C57NO3CO3';
k(:,i) = 9.37e-12.*0.46;
Gstr{i,1} = 'C57NO3'; Gstr{i,2} = 'OH'; 
fC57NO3(i)=fC57NO3(i)-1; fOH(i)=fOH(i)-1; fC57NO3CO3(i)=fC57NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3 + hv = MGLYOX + HOCH2CHO + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C57NO3'; 
fC57NO3(i)=fC57NO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57O = MGLYOX + HOCH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C57O'; 
fC57O(i)=fC57O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C57OH = C57O';
k(:,i) = 3.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C57OH'; 
fOH(i)=fOH(i)-1; fC57OH(i)=fC57OH(i)-1; fC57O(i)=fC57O(i)+1; 

i=i+1;
Rnames{i} = 'NC4OO + CO = MVKNO3';
k(:,i) = 1.2e-15;
Gstr{i,1} = 'NC4OO'; Gstr{i,2} = 'CO'; 
fNC4OO(i)=fNC4OO(i)-1; fCO(i)=fCO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4OO + NO = MVKNO3 + NO2';
k(:,i) = 1.0e-14;
Gstr{i,1} = 'NC4OO'; Gstr{i,2} = 'NO'; 
fNC4OO(i)=fNC4OO(i)-1; fNO(i)=fNO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4OO + NO2 = MVKNO3 + NO3';
k(:,i) = 1.0e-15;
Gstr{i,1} = 'NC4OO'; Gstr{i,2} = 'NO2'; 
fNC4OO(i)=fNC4OO(i)-1; fNO2(i)=fNO2(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4OO + SO2 = MVKNO3 + SO3';
k(:,i) = 7.0e-14;
Gstr{i,1} = 'NC4OO'; Gstr{i,2} = 'SO2'; 
fNC4OO(i)=fNC4OO(i)-1; fSO2(i)=fSO2(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'NC4OO = MVKNO3 + H2O2';
k(:,i) = 6.0e-18.*H2O;
Gstr{i,1} = 'NC4OO'; 
fNC4OO(i)=fNC4OO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'INDOOH + OH = INDHPCHO + HO2';
k(:,i) = 9.20e-12.*0.61;
Gstr{i,1} = 'INDOOH'; Gstr{i,2} = 'OH'; 
fINDOOH(i)=fINDOOH(i)-1; fOH(i)=fOH(i)-1; fINDHPCHO(i)=fINDHPCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INDOOH + OH = INDO2';
k(:,i) = 9.20e-12.*0.39;
Gstr{i,1} = 'INDOOH'; Gstr{i,2} = 'OH'; 
fINDOOH(i)=fINDOOH(i)-1; fOH(i)=fOH(i)-1; fINDO2(i)=fINDO2(i)+1; 

i=i+1;
Rnames{i} = 'INDOOH + hv = INDO + OH';
k(:,i) = J41;
Gstr{i,1} = 'INDOOH'; 
fINDOOH(i)=fINDOOH(i)-1; fINDO(i)=fINDO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INDO = ACETOL + HOCH2CHO + NO2';
k(:,i) = 1.80e13.*(T./298).^1.7.*exp(-4733./T);
Gstr{i,1} = 'INDO'; 
fINDO(i)=fINDO(i)-1; fACETOL(i)=fACETOL(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDO = HCHO + HO2 + MVKNO3';
k(:,i) = 1.80e13.*(T./298).^1.7.*exp(-4079./T);
Gstr{i,1} = 'INDO'; 
fINDO(i)=fINDO(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fMVKNO3(i)=fMVKNO3(i)+1; 

i=i+1;
Rnames{i} = 'INDOH + OH = INDHCHO + HO2';
k(:,i) = 5.60e-12;
Gstr{i,1} = 'INDOH'; Gstr{i,2} = 'OH'; 
fINDOH(i)=fINDOH(i)-1; fOH(i)=fOH(i)-1; fINDHCHO(i)=fINDHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C59OOH + hv = C59O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C59OOH'; 
fC59OOH(i)=fC59OOH(i)-1; fC59O(i)=fC59O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C59OOH + hv = HOCH2CO3 + ACETOL + OH';
k(:,i) = J22;
Gstr{i,1} = 'C59OOH'; 
fC59OOH(i)=fC59OOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fACETOL(i)=fACETOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C59OOH = C59O2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C59OOH'; 
fOH(i)=fOH(i)-1; fC59OOH(i)=fC59OOH(i)-1; fC59O2(i)=fC59O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C59OOH = IEC2OOH + HO2';
k(:,i) = 1.57e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C59OOH'; 
fOH(i)=fOH(i)-1; fC59OOH(i)=fC59OOH(i)-1; fIEC2OOH(i)=fIEC2OOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCHO + hv = HMVKANO3 + OH + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'INAHPCHO'; 
fINAHPCHO(i)=fINAHPCHO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCHO + hv = HMVKANO3 + OH + CO + HO2';
k(:,i) = J41;
Gstr{i,1} = 'INAHPCHO'; 
fINAHPCHO(i)=fINAHPCHO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHPCHO = INAHPCO3';
k(:,i) = 2.67e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHPCHO'; 
fOH(i)=fOH(i)-1; fINAHPCHO(i)=fINAHPCHO(i)-1; fINAHPCO3(i)=fINAHPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCHO + hv = HMVKANO3 + NO2 + CO + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'INANCHO'; 
fINANCHO(i)=fINANCHO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCHO = INANCO3';
k(:,i) = 4.22e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCHO'; 
fOH(i)=fOH(i)-1; fINANCHO(i)=fINANCHO(i)-1; fINANCO3(i)=fINANCO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCO + hv = ACETOL + NO2 + NO3CH2CO3';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'INANCO'; 
fINANCO(i)=fINANCO(i)-1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCO = INANCOCHO + HO2';
k(:,i) = 1.21e-12.*0.56;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCO'; 
fOH(i)=fOH(i)-1; fINANCO(i)=fINANCO(i)-1; fINANCOCHO(i)=fINANCOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCO = INB1GLYOX + NO2';
k(:,i) = 1.21e-12.*0.44;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCO'; 
fOH(i)=fOH(i)-1; fINANCO(i)=fINANCO(i)-1; fINB1GLYOX(i)=fINB1GLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHCHO + hv = HMVKANO3 + HO2 + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'INAHCHO'; 
fINAHCHO(i)=fINAHCHO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHCHO = INAHCO3';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHCHO'; 
fOH(i)=fOH(i)-1; fINAHCHO(i)=fINAHCHO(i)-1; fINAHCO3(i)=fINAHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + HO2 = C58NO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'HO2'; 
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC58NO3CO2H(i)=fC58NO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + HO2 = C58NO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'HO2'; 
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC58NO3CO3H(i)=fC58NO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + HO2 = MACRNO3 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'HO2'; 
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + NO = MACRNO3 + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'NO'; 
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fNO(i)=fNO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + NO2 = C58NO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'NO2'; 
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC58NO3PAN(i)=fC58NO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + RO2 = C58NO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'RO2';
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fC58NO3CO2H(i)=fC58NO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3 + RO2 = MACRNO3 + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C58NO3CO3'; Gstr{i,2} = 'RO2';
fC58NO3CO3(i)=fC58NO3CO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C524OOH + OH = C524CO + OH';
k(:,i) = 1.18e-10.*0.22;
Gstr{i,1} = 'C524OOH'; Gstr{i,2} = 'OH'; 
fC524OOH(i)=fC524OOH(i)-1; fOH(i)=fOH(i)-1; fC524CO(i)=fC524CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C524OOH + OH = C524O2';
k(:,i) = 1.18e-10.*0.03;
Gstr{i,1} = 'C524OOH'; Gstr{i,2} = 'OH'; 
fC524OOH(i)=fC524OOH(i)-1; fOH(i)=fOH(i)-1; fC524O2(i)=fC524O2(i)+1; 

i=i+1;
Rnames{i} = 'C524OOH + OH = HIEPOXB + OH';
k(:,i) = 1.18e-10.*0.75;
Gstr{i,1} = 'C524OOH'; Gstr{i,2} = 'OH'; 
fC524OOH(i)=fC524OOH(i)-1; fOH(i)=fOH(i)-1; fHIEPOXB(i)=fHIEPOXB(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C524OOH + hv = C524O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C524OOH'; 
fC524OOH(i)=fC524OOH(i)-1; fC524O(i)=fC524O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C524NO3 + OH = NC524O2';
k(:,i) = 2.94e-11;
Gstr{i,1} = 'C524NO3'; Gstr{i,2} = 'OH'; 
fC524NO3(i)=fC524NO3(i)-1; fOH(i)=fOH(i)-1; fNC524O2(i)=fNC524O2(i)+1; 

i=i+1;
Rnames{i} = 'C524NO3 + hv = C524O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C524NO3'; 
fC524NO3(i)=fC524NO3(i)-1; fC524O(i)=fC524O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C524O = HMACR + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C524O'; 
fC524O(i)=fC524O(i)-1; fHMACR(i)=fHMACR(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C524CO + OH = C525O2';
k(:,i) = 4.21e-11;
Gstr{i,1} = 'C524CO'; Gstr{i,2} = 'OH'; 
fC524CO(i)=fC524CO(i)-1; fOH(i)=fOH(i)-1; fC525O2(i)=fC525O2(i)+1; 

i=i+1;
Rnames{i} = 'C524CO + hv = HOCH2CO3 + HOCH2CO3 + HCHO';
k(:,i) = J24;
Gstr{i,1} = 'C524CO'; 
fC524CO(i)=fC524CO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C524OH + OH = C524CO + HO2';
k(:,i) = 7.78e-11;
Gstr{i,1} = 'C524OH'; Gstr{i,2} = 'OH'; 
fC524OH(i)=fC524OH(i)-1; fOH(i)=fOH(i)-1; fC524CO(i)=fC524CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACR + NO3 = HMACO3 + HNO3';
k(:,i) = 3.40e-15;
Gstr{i,1} = 'HMACR'; Gstr{i,2} = 'NO3'; 
fHMACR(i)=fHMACR(i)-1; fNO3(i)=fNO3(i)-1; fHMACO3(i)=fHMACO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMACR + O3 = CH2OOA + HOCH2COCHO';
k(:,i) = 7.80e-19.*0.5;
Gstr{i,1} = 'HMACR'; Gstr{i,2} = 'O3'; 
fHMACR(i)=fHMACR(i)-1; fO3(i)=fO3(i)-1; fCH2OOA(i)=fCH2OOA(i)+1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; 

i=i+1;
Rnames{i} = 'HMACR + O3 = HCHO + HMGLYOOA';
k(:,i) = 7.80e-19.*0.5;
Gstr{i,1} = 'HMACR'; Gstr{i,2} = 'O3'; 
fHMACR(i)=fHMACR(i)-1; fO3(i)=fO3(i)-1; fHCHO(i)=fHCHO(i)+1; fHMGLYOOA(i)=fHMGLYOOA(i)+1; 

i=i+1;
Rnames{i} = 'HMACR + OH = HMACO3';
k(:,i) = 4.83e-11.*0.376;
Gstr{i,1} = 'HMACR'; Gstr{i,2} = 'OH'; 
fHMACR(i)=fHMACR(i)-1; fOH(i)=fOH(i)-1; fHMACO3(i)=fHMACO3(i)+1; 

i=i+1;
Rnames{i} = 'HMACR + OH = HMACRO2';
k(:,i) = 4.83e-11.*0.624;
Gstr{i,1} = 'HMACR'; Gstr{i,2} = 'OH'; 
fHMACR(i)=fHMACR(i)-1; fOH(i)=fOH(i)-1; fHMACRO2(i)=fHMACRO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMEO2 + HO2 = ACCOCOMOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'ACCOCOMEO2'; Gstr{i,2} = 'HO2'; 
fACCOCOMEO2(i)=fACCOCOMEO2(i)-1; fHO2(i)=fHO2(i)-1; fACCOCOMOOH(i)=fACCOCOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMEO2 + NO = ACCOCOMEO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACCOCOMEO2'; Gstr{i,2} = 'NO'; 
fACCOCOMEO2(i)=fACCOCOMEO2(i)-1; fNO(i)=fNO(i)-1; fACCOCOMEO(i)=fACCOCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMEO2 + NO3 = ACCOCOMEO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACCOCOMEO2'; Gstr{i,2} = 'NO3'; 
fACCOCOMEO2(i)=fACCOCOMEO2(i)-1; fNO3(i)=fNO3(i)-1; fACCOCOMEO(i)=fACCOCOMEO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMEO2 + RO2 = ACCOCOMEO';
k(:,i) = 6.00e-13;
Gstr{i,1} = 'ACCOCOMEO2'; Gstr{i,2} = 'RO2';
fACCOCOMEO2(i)=fACCOCOMEO2(i)-1; fACCOCOMEO(i)=fACCOCOMEO(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECHO + NO3 = ACCOMECO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'ACCOMECHO'; Gstr{i,2} = 'NO3'; 
fACCOMECHO(i)=fACCOMECHO(i)-1; fNO3(i)=fNO3(i)-1; fACCOMECO3(i)=fACCOMECO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECHO + OH = ACCOMECO3';
k(:,i) = 7.09e-11;
Gstr{i,1} = 'ACCOMECHO'; Gstr{i,2} = 'OH'; 
fACCOMECHO(i)=fACCOMECHO(i)-1; fOH(i)=fOH(i)-1; fACCOMECO3(i)=fACCOMECO3(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECHO + hv = MECOACETO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'ACCOMECHO'; 
fACCOMECHO(i)=fACCOMECHO(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHO2 + HO2 = ACEETOHOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'ACEETOHO2'; Gstr{i,2} = 'HO2'; 
fACEETOHO2(i)=fACEETOHO2(i)-1; fHO2(i)=fHO2(i)-1; fACEETOHOOH(i)=fACEETOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHO2 + NO = ACEETOHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACEETOHO2'; Gstr{i,2} = 'NO'; 
fACEETOHO2(i)=fACEETOHO2(i)-1; fNO(i)=fNO(i)-1; fACEETOHO(i)=fACEETOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHO2 + NO3 = ACEETOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACEETOHO2'; Gstr{i,2} = 'NO3'; 
fACEETOHO2(i)=fACEETOHO2(i)-1; fNO3(i)=fNO3(i)-1; fACEETOHO(i)=fACEETOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHO2 + RO2 = ACEETOHO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'ACEETOHO2'; Gstr{i,2} = 'RO2';
fACEETOHO2(i)=fACEETOHO2(i)-1; fACEETOHO(i)=fACEETOHO(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMCOMO2 + HO2 = ACOMCOMOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ACCOMCOMO2'; Gstr{i,2} = 'HO2'; 
fACCOMCOMO2(i)=fACCOMCOMO2(i)-1; fHO2(i)=fHO2(i)-1; fACOMCOMOOH(i)=fACOMCOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMCOMO2 + NO = ACCOMCOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACCOMCOMO2'; Gstr{i,2} = 'NO'; 
fACCOMCOMO2(i)=fACCOMCOMO2(i)-1; fNO(i)=fNO(i)-1; fACCOMCOMO(i)=fACCOMCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMCOMO2 + NO3 = ACCOMCOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACCOMCOMO2'; Gstr{i,2} = 'NO3'; 
fACCOMCOMO2(i)=fACCOMCOMO2(i)-1; fNO3(i)=fNO3(i)-1; fACCOMCOMO(i)=fACCOMCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMCOMO2 + RO2 = ACCOMCOMO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'ACCOMCOMO2'; Gstr{i,2} = 'RO2';
fACCOMCOMO2(i)=fACCOMCOMO2(i)-1; fACCOMCOMO(i)=fACCOMCOMO(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOETO2 + HO2 = ACCOCOEOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'ACCOCOETO2'; Gstr{i,2} = 'HO2'; 
fACCOCOETO2(i)=fACCOCOETO2(i)-1; fHO2(i)=fHO2(i)-1; fACCOCOEOOH(i)=fACCOCOEOOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOETO2 + NO = ACCOCOETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'ACCOCOETO2'; Gstr{i,2} = 'NO'; 
fACCOCOETO2(i)=fACCOCOETO2(i)-1; fNO(i)=fNO(i)-1; fACCOCOETO(i)=fACCOCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOETO2 + NO3 = ACCOCOETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'ACCOCOETO2'; Gstr{i,2} = 'NO3'; 
fACCOCOETO2(i)=fACCOCOETO2(i)-1; fNO3(i)=fNO3(i)-1; fACCOCOETO(i)=fACCOCOETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOETO2 + RO2 = ACCOCOETO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'ACCOCOETO2'; Gstr{i,2} = 'RO2';
fACCOCOETO2(i)=fACCOCOETO2(i)-1; fACCOCOETO(i)=fACCOCOETO(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMOOH + OH = ETHFORMO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ETHFORMOOH'; Gstr{i,2} = 'OH'; 
fETHFORMOOH(i)=fETHFORMOOH(i)-1; fOH(i)=fOH(i)-1; fETHFORMO2(i)=fETHFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMOOH + OH = METACETHO + OH';
k(:,i) = 3.59e-11;
Gstr{i,1} = 'ETHFORMOOH'; Gstr{i,2} = 'OH'; 
fETHFORMOOH(i)=fETHFORMOOH(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMOOH + hv = ETHFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ETHFORMOOH'; 
fETHFORMOOH(i)=fETHFORMOOH(i)-1; fETHFORMO(i)=fETHFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMNO3 + OH = METACETHO + NO2';
k(:,i) = 5.37e-13;
Gstr{i,1} = 'ETHFORMNO3'; Gstr{i,2} = 'OH'; 
fETHFORMNO3(i)=fETHFORMNO3(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMNO3 + hv = ETHFORMO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'ETHFORMNO3'; 
fETHFORMNO3(i)=fETHFORMNO3(i)-1; fETHFORMO(i)=fETHFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMO = CH3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ETHFORMO'; 
fETHFORMO(i)=fETHFORMO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ETHFORMOH + OH = METACETHO + HO2';
k(:,i) = 9.55e-12;
Gstr{i,1} = 'ETHFORMOH'; Gstr{i,2} = 'OH'; 
fETHFORMOH(i)=fETHFORMOH(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + HO2 = IPRFORMO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'HO2'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + HO2 = MTBEALCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'HO2'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fHO2(i)=fHO2(i)-1; fMTBEALCO2H(i)=fMTBEALCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + HO2 = MTBEALCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'HO2'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fHO2(i)=fHO2(i)-1; fMTBEALCO3H(i)=fMTBEALCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + NO = IPRFORMO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'NO'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fNO(i)=fNO(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + NO2 = MTBEAALPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'NO2'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fNO2(i)=fNO2(i)-1; fMTBEAALPAN(i)=fMTBEAALPAN(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + NO3 = IPRFORMO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'NO3'; 
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + RO2 = IPRFORMO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'RO2';
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALCO3 + RO2 = MTBEALCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MTBEAALCO3'; Gstr{i,2} = 'RO2';
fMTBEAALCO3(i)=fMTBEAALCO3(i)-1; fMTBEALCO2H(i)=fMTBEALCO2H(i)+1; 

i=i+1;
Rnames{i} = 'IPRMETOOH + OH = IPRMEETO2';
k(:,i) = 4.84e-12;
Gstr{i,1} = 'IPRMETOOH'; Gstr{i,2} = 'OH'; 
fIPRMETOOH(i)=fIPRMETOOH(i)-1; fOH(i)=fOH(i)-1; fIPRMEETO2(i)=fIPRMEETO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRMETOOH + hv = IPRMEETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRMETOOH'; 
fIPRMETOOH(i)=fIPRMETOOH(i)-1; fIPRMEETO(i)=fIPRMEETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETO = METHACET + CH3O2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPRMEETO'; 
fIPRMEETO(i)=fIPRMEETO(i)-1; fMETHACET(i)=fMETHACET(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'IPRMEETOH + OH = IPRMEETO';
k(:,i) = 1.29e-12;
Gstr{i,1} = 'IPRMEETOH'; Gstr{i,2} = 'OH'; 
fIPRMEETOH(i)=fIPRMEETOH(i)-1; fOH(i)=fOH(i)-1; fIPRMEETO(i)=fIPRMEETO(i)+1; 

i=i+1;
Rnames{i} = 'IPROCHO + OH = IPRFORMO2';
k(:,i) = 3.53e-12;
Gstr{i,1} = 'IPROCHO'; Gstr{i,2} = 'OH'; 
fIPROCHO(i)=fIPROCHO(i)-1; fOH(i)=fOH(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO2H + OH = CHOOCH2O2';
k(:,i) = 9.90e-13;
Gstr{i,1} = 'CHOOMCO2H'; Gstr{i,2} = 'OH'; 
fCHOOMCO2H(i)=fCHOOMCO2H(i)-1; fOH(i)=fOH(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3H + OH = CHOOMCO3';
k(:,i) = 4.55e-12;
Gstr{i,1} = 'CHOOMCO3H'; Gstr{i,2} = 'OH'; 
fCHOOMCO3H(i)=fCHOOMCO3H(i)-1; fOH(i)=fOH(i)-1; fCHOOMCO3(i)=fCHOOMCO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMCO3H + hv = CHOOCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOOMCO3H'; 
fCHOOMCO3H(i)=fCHOOMCO3H(i)-1; fCHOOCH2O2(i)=fCHOOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMPAN + OH = CHOOCHO + CO + NO2';
k(:,i) = 9.55e-13;
Gstr{i,1} = 'CHOOMPAN'; Gstr{i,2} = 'OH'; 
fCHOOMPAN(i)=fCHOOMPAN(i)-1; fOH(i)=fOH(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOOMPAN = CHOOMCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHOOMPAN'; 
fCHOOMPAN(i)=fCHOOMPAN(i)-1; fCHOOMCO3(i)=fCHOOMCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNFORMOOH + OH = PRONFORMO2';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'PRNFORMOOH'; Gstr{i,2} = 'OH'; 
fPRNFORMOOH(i)=fPRNFORMOOH(i)-1; fOH(i)=fOH(i)-1; fPRONFORMO2(i)=fPRONFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNFORMOOH + hv = PRONFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRNFORMOOH'; 
fPRNFORMOOH(i)=fPRNFORMOOH(i)-1; fPRONFORMO(i)=fPRONFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONFORMO = MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PRONFORMO'; 
fPRONFORMO(i)=fPRONFORMO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3H + OH = PRCOOMCO3';
k(:,i) = 8.41e-12;
Gstr{i,1} = 'PRCOOMCO3H'; Gstr{i,2} = 'OH'; 
fPRCOOMCO3H(i)=fPRCOOMCO3H(i)-1; fOH(i)=fOH(i)-1; fPRCOOMCO3(i)=fPRCOOMCO3(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMCO3H + hv = PRCOOMO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRCOOMCO3H'; 
fPRCOOMCO3H(i)=fPRCOOMCO3H(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMPAN + OH = PRCOFORM + CO + NO2';
k(:,i) = 4.82e-12;
Gstr{i,1} = 'PRCOOMPAN'; Gstr{i,2} = 'OH'; 
fPRCOOMPAN(i)=fPRCOOMPAN(i)-1; fOH(i)=fOH(i)-1; fPRCOFORM(i)=fPRCOFORM(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMPAN = PRCOOMCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PRCOOMPAN'; 
fPRCOOMPAN(i)=fPRCOOMPAN(i)-1; fPRCOOMCO3(i)=fPRCOOMCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMOOH + OH = PRCOOMO2';
k(:,i) = 2.38e-11;
Gstr{i,1} = 'PRCOOMOOH'; Gstr{i,2} = 'OH'; 
fPRCOOMOOH(i)=fPRCOOMOOH(i)-1; fOH(i)=fOH(i)-1; fPRCOOMO2(i)=fPRCOOMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMOOH + hv = PRCOOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRCOOMOOH'; 
fPRCOOMOOH(i)=fPRCOOMOOH(i)-1; fPRCOOMO(i)=fPRCOOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOOMO = HCHO + NC3H7O2';
k(:,i) = KDEC;
Gstr{i,1} = 'PRCOOMO'; 
fPRCOOMO(i)=fPRCOOMO(i)-1; fHCHO(i)=fHCHO(i)+1; fNC3H7O2(i)=fNC3H7O2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOALOOH + OH = BOXCOCHOO2';
k(:,i) = 5.22e-11;
Gstr{i,1} = 'BOXCOALOOH'; Gstr{i,2} = 'OH'; 
fBOXCOALOOH(i)=fBOXCOALOOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOCHOO2(i)=fBOXCOCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOALOOH + hv = BOXCOCHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOXCOALOOH'; 
fBOXCOALOOH(i)=fBOXCOALOOH(i)-1; fBOXCOCHOO(i)=fBOXCOCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCHOO = C3H7CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXCOCHOO'; 
fBOXCOCHOO(i)=fBOXCOCHOO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BUFORMOOH + OH = PRCOFORM + OH';
k(:,i) = 5.22e-11;
Gstr{i,1} = 'BUFORMOOH'; Gstr{i,2} = 'OH'; 
fBUFORMOOH(i)=fBUFORMOOH(i)-1; fOH(i)=fOH(i)-1; fPRCOFORM(i)=fPRCOFORM(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUFORMOOH + hv = BUFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BUFORMOOH'; 
fBUFORMOOH(i)=fBUFORMOOH(i)-1; fBUFORMO(i)=fBUFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BUFORMO = C3H7CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BUFORMO'; 
fBUFORMO(i)=fBUFORMO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BUOHFORM + OH = PRCOFORM + HO2';
k(:,i) = 1.47e-11;
Gstr{i,1} = 'BUOHFORM'; Gstr{i,2} = 'OH'; 
fBUOHFORM(i)=fBUOHFORM(i)-1; fOH(i)=fOH(i)-1; fPRCOFORM(i)=fPRCOFORM(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORM + OH = PRCOFORMO2';
k(:,i) = 3.88e-12;
Gstr{i,1} = 'PRCOFORM'; Gstr{i,2} = 'OH'; 
fPRCOFORM(i)=fPRCOFORM(i)-1; fOH(i)=fOH(i)-1; fPRCOFORMO2(i)=fPRCOFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNOCOPOOH + OH = PRONOCOPO2';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'PRNOCOPOOH'; Gstr{i,2} = 'OH'; 
fPRNOCOPOOH(i)=fPRNOCOPOOH(i)-1; fOH(i)=fOH(i)-1; fPRONOCOPO2(i)=fPRONOCOPO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNOCOPOOH + hv = PRONOCOPO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRNOCOPOOH'; 
fPRNOCOPOOH(i)=fPRNOCOPOOH(i)-1; fPRONOCOPO(i)=fPRONOCOPO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOPO = PRONOCOMO2 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PRONOCOPO'; 
fPRONOCOPO(i)=fPRONOCOPO(i)-1; fPRONOCOMO2(i)=fPRONOCOMO2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'BOX2COMOOH + OH = BOXCOCOMO2';
k(:,i) = 5.24e-11;
Gstr{i,1} = 'BOX2COMOOH'; Gstr{i,2} = 'OH'; 
fBOX2COMOOH(i)=fBOX2COMOOH(i)-1; fOH(i)=fOH(i)-1; fBOXCOCOMO2(i)=fBOXCOCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'BOX2COMOOH + hv = BOXCOCOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BOX2COMOOH'; 
fBOX2COMOOH(i)=fBOX2COMOOH(i)-1; fBOXCOCOMO(i)=fBOXCOCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BOXCOCOMO = C3H7CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'BOXCOCOMO'; 
fBOXCOCOMO(i)=fBOXCOCOMO(i)-1; fC3H7CHO(i)=fC3H7CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CHO + hv = BIACETO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO23C4CHO'; 
fCO23C4CHO(i)=fCO23C4CHO(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CHO + hv = CH3CO3 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO23C4CHO'; 
fCO23C4CHO(i)=fCO23C4CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + CO23C4CHO = CO23C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'CO23C4CHO'; 
fNO3(i)=fNO3(i)-1; fCO23C4CHO(i)=fCO23C4CHO(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO23C4CHO = CO23C4CO3';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO23C4CHO'; 
fOH(i)=fOH(i)-1; fCO23C4CHO(i)=fCO23C4CHO(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C62O2 + HO2 = C62OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C62O2'; Gstr{i,2} = 'HO2'; 
fC62O2(i)=fC62O2(i)-1; fHO2(i)=fHO2(i)-1; fC62OOH(i)=fC62OOH(i)+1; 

i=i+1;
Rnames{i} = 'C62O2 + NO = C62O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C62O2'; Gstr{i,2} = 'NO'; 
fC62O2(i)=fC62O2(i)-1; fNO(i)=fNO(i)-1; fC62O(i)=fC62O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62O2 + NO3 = C62O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C62O2'; Gstr{i,2} = 'NO3'; 
fC62O2(i)=fC62O2(i)-1; fNO3(i)=fNO3(i)-1; fC62O(i)=fC62O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62O2 + RO2 = C62O';
k(:,i) = 8.40e-13;
Gstr{i,1} = 'C62O2'; Gstr{i,2} = 'RO2';
fC62O2(i)=fC62O2(i)-1; fC62O(i)=fC62O(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + HO2 = HO13C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'HO2'; 
fHO13C4O2(i)=fHO13C4O2(i)-1; fHO2(i)=fHO2(i)-1; fHO13C4OOH(i)=fHO13C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + NO = HO13C4NO3';
k(:,i) = KRO2NO.*0.007;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'NO'; 
fHO13C4O2(i)=fHO13C4O2(i)-1; fNO(i)=fNO(i)-1; fHO13C4NO3(i)=fHO13C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + NO = HO13C4O + NO2';
k(:,i) = KRO2NO.*0.993;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'NO'; 
fHO13C4O2(i)=fHO13C4O2(i)-1; fNO(i)=fNO(i)-1; fHO13C4O(i)=fHO13C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + NO3 = HO13C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'NO3'; 
fHO13C4O2(i)=fHO13C4O2(i)-1; fNO3(i)=fNO3(i)-1; fHO13C4O(i)=fHO13C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + RO2 = HO13C3CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'RO2';
fHO13C4O2(i)=fHO13C4O2(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + RO2 = HO13C4O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'RO2';
fHO13C4O2(i)=fHO13C4O2(i)-1; fHO13C4O(i)=fHO13C4O(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O2 + RO2 = HO13C4OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO13C4O2'; Gstr{i,2} = 'RO2';
fHO13C4O2(i)=fHO13C4O2(i)-1; fHO13C4OH(i)=fHO13C4OH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO134 + OH = C5CO34CO3';
k(:,i) = 7.27e-11;
Gstr{i,1} = 'C6CO134'; Gstr{i,2} = 'OH'; 
fC6CO134(i)=fC6CO134(i)-1; fOH(i)=fOH(i)-1; fC5CO34CO3(i)=fC5CO34CO3(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + HO2 = HM22CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'HO2'; 
fHM22CO3(i)=fHM22CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM22CO2H(i)=fHM22CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + HO2 = HM22CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'HO2'; 
fHM22CO3(i)=fHM22CO3(i)-1; fHO2(i)=fHO2(i)-1; fHM22CO3H(i)=fHM22CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + HO2 = IBUTOLBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'HO2'; 
fHM22CO3(i)=fHM22CO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + NO = IBUTOLBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'NO'; 
fHM22CO3(i)=fHM22CO3(i)-1; fNO(i)=fNO(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + NO2 = C5PAN15';
k(:,i) = KFPAN;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'NO2'; 
fHM22CO3(i)=fHM22CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN15(i)=fC5PAN15(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + NO3 = IBUTOLBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'NO3'; 
fHM22CO3(i)=fHM22CO3(i)-1; fNO3(i)=fNO3(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + RO2 = HM22CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'RO2';
fHM22CO3(i)=fHM22CO3(i)-1; fHM22CO2H(i)=fHM22CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3 + RO2 = IBUTOLBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HM22CO3'; Gstr{i,2} = 'RO2';
fHM22CO3(i)=fHM22CO3(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + HO2 = C5COCHOO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'HO2'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + HO2 = C6COALCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'HO2'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6COALCO2H(i)=fC6COALCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + HO2 = C6COALCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'HO2'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6COALCO3H(i)=fC6COALCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + NO = C5COCHOO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'NO'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fNO(i)=fNO(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + NO2 = C6COCHOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'NO2'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC6COCHOPAN(i)=fC6COCHOPAN(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + NO3 = C5COCHOO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'NO3'; 
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + RO2 = C5COCHOO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'RO2';
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOCO3 + RO2 = C6COALCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C6COCHOCO3'; Gstr{i,2} = 'RO2';
fC6COCHOCO3(i)=fC6COCHOCO3(i)-1; fC6COALCO2H(i)=fC6COALCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOO2 + HO2 = C5COCHOOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5COCHOO2'; Gstr{i,2} = 'HO2'; 
fC5COCHOO2(i)=fC5COCHOO2(i)-1; fHO2(i)=fHO2(i)-1; fC5COCHOOOH(i)=fC5COCHOOOH(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOO2 + NO = C5COCHOO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5COCHOO2'; Gstr{i,2} = 'NO'; 
fC5COCHOO2(i)=fC5COCHOO2(i)-1; fNO(i)=fNO(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOO2 + NO3 = C5COCHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5COCHOO2'; Gstr{i,2} = 'NO3'; 
fC5COCHOO2(i)=fC5COCHOO2(i)-1; fNO3(i)=fNO3(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOO2 + RO2 = C5COCHOO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C5COCHOO2'; Gstr{i,2} = 'RO2';
fC5COCHOO2(i)=fC5COCHOO2(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4O2 + HO2 = CHOC2H4OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'CHOC2H4O2'; Gstr{i,2} = 'HO2'; 
fCHOC2H4O2(i)=fCHOC2H4O2(i)-1; fHO2(i)=fHO2(i)-1; fCHOC2H4OOH(i)=fCHOC2H4OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4O2 + NO = CHOC2H4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOC2H4O2'; Gstr{i,2} = 'NO'; 
fCHOC2H4O2(i)=fCHOC2H4O2(i)-1; fNO(i)=fNO(i)-1; fCHOC2H4O(i)=fCHOC2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4O2 + NO3 = CHOC2H4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC2H4O2'; Gstr{i,2} = 'NO3'; 
fCHOC2H4O2(i)=fCHOC2H4O2(i)-1; fNO3(i)=fNO3(i)-1; fCHOC2H4O(i)=fCHOC2H4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4O2 + RO2 = CHOC2H4O';
k(:,i) = 6.00e-13;
Gstr{i,1} = 'CHOC2H4O2'; Gstr{i,2} = 'RO2';
fCHOC2H4O2(i)=fCHOC2H4O2(i)-1; fCHOC2H4O(i)=fCHOC2H4O(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + HO2 = HCOCH2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCH2CO2H(i)=fHCOCH2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + HO2 = HCOCH2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCH2CO3H(i)=fHCOCH2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + HO2 = HCOCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'HO2'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + NO = HCOCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'NO'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fNO(i)=fNO(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + NO2 = C3PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'NO2'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC3PAN2(i)=fC3PAN2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + NO3 = HCOCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'NO3'; 
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fNO3(i)=fNO3(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + RO2 = HCOCH2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'RO2';
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fHCOCH2CO2H(i)=fHCOCH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3 + RO2 = HCOCH2O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HCOCH2CO3'; Gstr{i,2} = 'RO2';
fHCOCH2CO3(i)=fHCOCH2CO3(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRIONO2 + HO2 = C6135COOOH';
k(:,i) = KRO2HO2.*0.77;
Gstr{i,1} = 'CY6TRIONO2'; Gstr{i,2} = 'HO2'; 
fCY6TRIONO2(i)=fCY6TRIONO2(i)-1; fHO2(i)=fHO2(i)-1; fC6135COOOH(i)=fC6135COOOH(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRIONO2 + NO = C6135COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CY6TRIONO2'; Gstr{i,2} = 'NO'; 
fCY6TRIONO2(i)=fCY6TRIONO2(i)-1; fNO(i)=fNO(i)-1; fC6135COO(i)=fC6135COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRIONO2 + NO3 = C6135COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CY6TRIONO2'; Gstr{i,2} = 'NO3'; 
fCY6TRIONO2(i)=fCY6TRIONO2(i)-1; fNO3(i)=fNO3(i)-1; fC6135COO(i)=fC6135COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CY6TRIONO2 + RO2 = C6135COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CY6TRIONO2'; Gstr{i,2} = 'RO2';
fCY6TRIONO2(i)=fCY6TRIONO2(i)-1; fC6135COO(i)=fC6135COO(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONO2 + HO2 = C6CYTONOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6CYTONO2'; Gstr{i,2} = 'HO2'; 
fC6CYTONO2(i)=fC6CYTONO2(i)-1; fHO2(i)=fHO2(i)-1; fC6CYTONOOH(i)=fC6CYTONOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONO2 + NO = C6CYTONO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6CYTONO2'; Gstr{i,2} = 'NO'; 
fC6CYTONO2(i)=fC6CYTONO2(i)-1; fNO(i)=fNO(i)-1; fC6CYTONO(i)=fC6CYTONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONO2 + NO3 = C6CYTONO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6CYTONO2'; Gstr{i,2} = 'NO3'; 
fC6CYTONO2(i)=fC6CYTONO2(i)-1; fNO3(i)=fNO3(i)-1; fC6CYTONO(i)=fC6CYTONO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONO2 + RO2 = C6CYTONO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C6CYTONO2'; Gstr{i,2} = 'RO2';
fC6CYTONO2(i)=fC6CYTONO2(i)-1; fC6CYTONO(i)=fC6CYTONO(i)+1; 

i=i+1;
Rnames{i} = 'PINALOOH + OH = PINALO2';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'PINALOOH'; Gstr{i,2} = 'OH'; 
fPINALOOH(i)=fPINALOOH(i)-1; fOH(i)=fOH(i)-1; fPINALO2(i)=fPINALO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALOOH + hv = PINALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PINALOOH'; 
fPINALOOH(i)=fPINALOOH(i)-1; fPINALO(i)=fPINALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PINALOOH + hv = PINALO + OH';
k(:,i) = J15;
Gstr{i,1} = 'PINALOOH'; 
fPINALOOH(i)=fPINALOOH(i)-1; fPINALO(i)=fPINALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PINALNO3 + OH = CO235C6CHO + CH3COCH3 + NO2';
k(:,i) = 2.25e-11;
Gstr{i,1} = 'PINALNO3'; Gstr{i,2} = 'OH'; 
fPINALNO3(i)=fPINALNO3(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALNO3 + hv = PINALO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'PINALNO3'; 
fPINALNO3(i)=fPINALNO3(i)-1; fPINALO(i)=fPINALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALNO3 + hv = PINALO + NO2';
k(:,i) = J15;
Gstr{i,1} = 'PINALNO3'; 
fPINALNO3(i)=fPINALNO3(i)-1; fPINALO(i)=fPINALO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PINALO = C106O2';
k(:,i) = KDEC;
Gstr{i,1} = 'PINALO'; 
fPINALO(i)=fPINALO(i)-1; fC106O2(i)=fC106O2(i)+1; 

i=i+1;
Rnames{i} = 'PINALOH + OH = PINALO';
k(:,i) = 2.41e-11;
Gstr{i,1} = 'PINALOH'; Gstr{i,2} = 'OH'; 
fPINALOH(i)=fPINALOH(i)-1; fOH(i)=fOH(i)-1; fPINALO(i)=fPINALO(i)+1; 

i=i+1;
Rnames{i} = 'PINALOH + hv = PINALO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'PINALOH'; 
fPINALOH(i)=fPINALOH(i)-1; fPINALO(i)=fPINALO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC102O2 + HO2 = NC102OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'NC102O2'; Gstr{i,2} = 'HO2'; 
fNC102O2(i)=fNC102O2(i)-1; fHO2(i)=fHO2(i)-1; fNC102OOH(i)=fNC102OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC102O2 + NO = NC102O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC102O2'; Gstr{i,2} = 'NO'; 
fNC102O2(i)=fNC102O2(i)-1; fNO(i)=fNO(i)-1; fNC102O(i)=fNC102O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC102O2 + NO3 = NC102O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC102O2'; Gstr{i,2} = 'NO3'; 
fNC102O2(i)=fNC102O2(i)-1; fNO3(i)=fNO3(i)-1; fNC102O(i)=fNC102O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC102O2 + RO2 = NC102O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'NC102O2'; Gstr{i,2} = 'RO2';
fNC102O2(i)=fNC102O2(i)-1; fNC102O(i)=fNC102O(i)+1; 

i=i+1;
Rnames{i} = 'C108OOH + OH = C108O2';
k(:,i) = 6.28e-11;
Gstr{i,1} = 'C108OOH'; Gstr{i,2} = 'OH'; 
fC108OOH(i)=fC108OOH(i)-1; fOH(i)=fOH(i)-1; fC108O2(i)=fC108O2(i)+1; 

i=i+1;
Rnames{i} = 'C108OOH + hv = C108O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C108OOH'; 
fC108OOH(i)=fC108OOH(i)-1; fC108O(i)=fC108O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C108OOH + hv = C108O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C108OOH'; 
fC108OOH(i)=fC108OOH(i)-1; fC108O(i)=fC108O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C108NO3 + OH = CO235C6CHO + CH3COCH3 + NO2';
k(:,i) = 2.85e-11;
Gstr{i,1} = 'C108NO3'; Gstr{i,2} = 'OH'; 
fC108NO3(i)=fC108NO3(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108NO3 + hv = C108O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C108NO3'; 
fC108NO3(i)=fC108NO3(i)-1; fC108O(i)=fC108O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108NO3 + hv = C108O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C108NO3'; 
fC108NO3(i)=fC108NO3(i)-1; fC108O(i)=fC108O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C108O = C717O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C108O'; 
fC108O(i)=fC108O(i)-1; fC717O2(i)=fC717O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C108OH + OH = C108O';
k(:,i) = 5.93e-11;
Gstr{i,1} = 'C108OH'; Gstr{i,2} = 'OH'; 
fC108OH(i)=fC108OH(i)-1; fOH(i)=fOH(i)-1; fC108O(i)=fC108O(i)+1; 

i=i+1;
Rnames{i} = 'C108OH + hv = C108O + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C108OH'; 
fC108OH(i)=fC108OH(i)-1; fC108O(i)=fC108O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO2 = C811CO3';
k(:,i) = KDEC.*0.80;
Gstr{i,1} = 'C89CO2'; 
fC89CO2(i)=fC89CO2(i)-1; fC811CO3(i)=fC811CO3(i)+1; 

i=i+1;
Rnames{i} = 'C89CO2 = C89O2';
k(:,i) = KDEC.*0.20;
Gstr{i,1} = 'C89CO2'; 
fC89CO2(i)=fC89CO2(i)-1; fC89O2(i)=fC89O2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO2H + OH = C89CO2';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'C89CO2H'; Gstr{i,2} = 'OH'; 
fC89CO2H(i)=fC89CO2H(i)-1; fOH(i)=fOH(i)-1; fC89CO2(i)=fC89CO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO2H + hv = C89CO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C89CO2H'; 
fC89CO2H(i)=fC89CO2H(i)-1; fC89CO2(i)=fC89CO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3H + OH = C89CO3';
k(:,i) = 3.00e-11;
Gstr{i,1} = 'C89CO3H'; Gstr{i,2} = 'OH'; 
fC89CO3H(i)=fC89CO3H(i)-1; fOH(i)=fOH(i)-1; fC89CO3(i)=fC89CO3(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3H + hv = C89CO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C89CO3H'; 
fC89CO3H(i)=fC89CO3H(i)-1; fC89CO2(i)=fC89CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C89CO3H + hv = C89CO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C89CO3H'; 
fC89CO3H(i)=fC89CO3H(i)-1; fC89CO2(i)=fC89CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C89PAN + OH = CH3COCH3 + CO13C4CHO + CO + NO2';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'C89PAN'; Gstr{i,2} = 'OH'; 
fC89PAN(i)=fC89PAN(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89PAN = C89CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C89PAN'; 
fC89PAN(i)=fC89PAN(i)-1; fC89CO3(i)=fC89CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3H + OH = C920CO3';
k(:,i) = 9.16e-12;
Gstr{i,1} = 'C920CO3H'; Gstr{i,2} = 'OH'; 
fC920CO3H(i)=fC920CO3H(i)-1; fOH(i)=fOH(i)-1; fC920CO3(i)=fC920CO3(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3H + hv = C920O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C920CO3H'; 
fC920CO3H(i)=fC920CO3H(i)-1; fC920O2(i)=fC920O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C920CO3H + hv = C920O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C920CO3H'; 
fC920CO3H(i)=fC920CO3H(i)-1; fC920O2(i)=fC920O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOPINONIC + OH = C920O2';
k(:,i) = 5.70e-12;
Gstr{i,1} = 'HOPINONIC'; Gstr{i,2} = 'OH'; 
fHOPINONIC(i)=fHOPINONIC(i)-1; fOH(i)=fOH(i)-1; fC920O2(i)=fC920O2(i)+1; 

i=i+1;
Rnames{i} = 'HOPINONIC + hv = C920O2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HOPINONIC'; 
fHOPINONIC(i)=fHOPINONIC(i)-1; fC920O2(i)=fC920O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C920PAN + OH = C109OH + CO + NO2';
k(:,i) = 5.56e-12;
Gstr{i,1} = 'C920PAN'; Gstr{i,2} = 'OH'; 
fC920PAN(i)=fC920PAN(i)-1; fOH(i)=fOH(i)-1; fC109OH(i)=fC109OH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920PAN = C920CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C920PAN'; 
fC920PAN(i)=fC920PAN(i)-1; fC920CO3(i)=fC920CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C920OOH + OH = C920O2';
k(:,i) = 2.36e-11;
Gstr{i,1} = 'C920OOH'; Gstr{i,2} = 'OH'; 
fC920OOH(i)=fC920OOH(i)-1; fOH(i)=fOH(i)-1; fC920O2(i)=fC920O2(i)+1; 

i=i+1;
Rnames{i} = 'C920OOH + hv = C920O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C920OOH'; 
fC920OOH(i)=fC920OOH(i)-1; fC920O(i)=fC920O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C920OOH + hv = C920O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C920OOH'; 
fC920OOH(i)=fC920OOH(i)-1; fC920O(i)=fC920O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C920O = C921O2';
k(:,i) = 4.20e10.*exp(-3523./T);
Gstr{i,1} = 'C920O'; 
fC920O(i)=fC920O(i)-1; fC921O2(i)=fC921O2(i)+1; 

i=i+1;
Rnames{i} = 'C97OOH + OH = C97O2';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'C97OOH'; Gstr{i,2} = 'OH'; 
fC97OOH(i)=fC97OOH(i)-1; fOH(i)=fOH(i)-1; fC97O2(i)=fC97O2(i)+1; 

i=i+1;
Rnames{i} = 'C97OOH + hv = C97O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C97OOH'; 
fC97OOH(i)=fC97OOH(i)-1; fC97O(i)=fC97O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C97OOH + hv = C97O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C97OOH'; 
fC97OOH(i)=fC97OOH(i)-1; fC97O(i)=fC97O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C97O = C98O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C97O'; 
fC97O(i)=fC97O(i)-1; fC98O2(i)=fC98O2(i)+1; 

i=i+1;
Rnames{i} = 'C97OH + OH = C97O';
k(:,i) = 7.20e-12;
Gstr{i,1} = 'C97OH'; Gstr{i,2} = 'OH'; 
fC97OH(i)=fC97OH(i)-1; fOH(i)=fOH(i)-1; fC97O(i)=fC97O(i)+1; 

i=i+1;
Rnames{i} = 'C97OH + hv = C97O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C97OH'; 
fC97OH(i)=fC97OH(i)-1; fC97O(i)=fC97O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3H + OH = C85CO3';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'C85CO3H'; Gstr{i,2} = 'OH'; 
fC85CO3H(i)=fC85CO3H(i)-1; fOH(i)=fOH(i)-1; fC85CO3(i)=fC85CO3(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3H + hv = C85O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C85CO3H'; 
fC85CO3H(i)=fC85CO3H(i)-1; fC85O2(i)=fC85O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C85CO3H + hv = C85O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C85CO3H'; 
fC85CO3H(i)=fC85CO3H(i)-1; fC85O2(i)=fC85O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9PAN2 + OH = C85OOH + CO + NO2';
k(:,i) = 6.60e-12;
Gstr{i,1} = 'C9PAN2'; Gstr{i,2} = 'OH'; 
fC9PAN2(i)=fC9PAN2(i)-1; fOH(i)=fOH(i)-1; fC85OOH(i)=fC85OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9PAN2 = C85CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C9PAN2'; 
fC9PAN2(i)=fC9PAN2(i)-1; fC85CO3(i)=fC85CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C85OOH + OH = C85O2';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'C85OOH'; Gstr{i,2} = 'OH'; 
fC85OOH(i)=fC85OOH(i)-1; fOH(i)=fOH(i)-1; fC85O2(i)=fC85O2(i)+1; 

i=i+1;
Rnames{i} = 'C85OOH + hv = C85O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C85OOH'; 
fC85OOH(i)=fC85OOH(i)-1; fC85O(i)=fC85O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C85OOH + hv = C85O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C85OOH'; 
fC85OOH(i)=fC85OOH(i)-1; fC85O(i)=fC85O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C85O = C86O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C85O'; 
fC85O(i)=fC85O(i)-1; fC86O2(i)=fC86O2(i)+1; 

i=i+1;
Rnames{i} = 'C719OOH + OH = C719O2';
k(:,i) = 7.06e-11;
Gstr{i,1} = 'C719OOH'; Gstr{i,2} = 'OH'; 
fC719OOH(i)=fC719OOH(i)-1; fOH(i)=fOH(i)-1; fC719O2(i)=fC719O2(i)+1; 

i=i+1;
Rnames{i} = 'C719OOH + hv = C719O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C719OOH'; 
fC719OOH(i)=fC719OOH(i)-1; fC719O(i)=fC719O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C719NO3 + OH = C716OH + NO2';
k(:,i) = 1.26e-11;
Gstr{i,1} = 'C719NO3'; Gstr{i,2} = 'OH'; 
fC719NO3(i)=fC719NO3(i)-1; fOH(i)=fOH(i)-1; fC716OH(i)=fC716OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C719O = C716OH + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C719O'; 
fC719O(i)=fC719O(i)-1; fC716OH(i)=fC716OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C719OH + OH = C719O';
k(:,i) = 6.72e-11;
Gstr{i,1} = 'C719OH'; Gstr{i,2} = 'OH'; 
fC719OH(i)=fC719OH(i)-1; fOH(i)=fOH(i)-1; fC719O(i)=fC719O(i)+1; 

i=i+1;
Rnames{i} = 'C918OOH + OH = C918O2';
k(:,i) = 7.91e-11;
Gstr{i,1} = 'C918OOH'; Gstr{i,2} = 'OH'; 
fC918OOH(i)=fC918OOH(i)-1; fOH(i)=fOH(i)-1; fC918O2(i)=fC918O2(i)+1; 

i=i+1;
Rnames{i} = 'C918OOH + hv = C918O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C918OOH'; 
fC918OOH(i)=fC918OOH(i)-1; fC918O(i)=fC918O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C918OOH + hv = C918O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C918OOH'; 
fC918OOH(i)=fC918OOH(i)-1; fC918O(i)=fC918O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C918NO3 + OH = HCOCH2CHO + HCOCH2CHO + CH3COCH3 + NO2';
k(:,i) = 6.79e-11;
Gstr{i,1} = 'C918NO3'; Gstr{i,2} = 'OH'; 
fC918NO3(i)=fC918NO3(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918NO3 + hv = C918O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C918NO3'; 
fC918NO3(i)=fC918NO3(i)-1; fC918O(i)=fC918O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918NO3 + hv = C918O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C918NO3'; 
fC918NO3(i)=fC918NO3(i)-1; fC918O(i)=fC918O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C918O = C919O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C918O'; 
fC918O(i)=fC918O(i)-1; fC919O2(i)=fC919O2(i)+1; 

i=i+1;
Rnames{i} = 'C918OH + OH = C918O';
k(:,i) = 7.16e-11;
Gstr{i,1} = 'C918OH'; Gstr{i,2} = 'OH'; 
fC918OH(i)=fC918OH(i)-1; fOH(i)=fOH(i)-1; fC918O(i)=fC918O(i)+1; 

i=i+1;
Rnames{i} = 'C918OH + hv = C918O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C918OH'; 
fC918OH(i)=fC918OH(i)-1; fC918O(i)=fC918O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCOOH + OH = C9DCCO + OH';
k(:,i) = 7.50e-11;
Gstr{i,1} = 'C9DCOOH'; Gstr{i,2} = 'OH'; 
fC9DCOOH(i)=fC9DCOOH(i)-1; fOH(i)=fOH(i)-1; fC9DCCO(i)=fC9DCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9DCOOH + hv = C9DCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C9DCOOH'; 
fC9DCOOH(i)=fC9DCOOH(i)-1; fC9DCO(i)=fC9DCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C9DCNO3 + OH = C9DCCO + NO2';
k(:,i) = 1.58e-12;
Gstr{i,1} = 'C9DCNO3'; Gstr{i,2} = 'OH'; 
fC9DCNO3(i)=fC9DCNO3(i)-1; fOH(i)=fOH(i)-1; fC9DCCO(i)=fC9DCCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCNO3 + hv = C9DCO + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C9DCNO3'; 
fC9DCNO3(i)=fC9DCNO3(i)-1; fC9DCO(i)=fC9DCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCO = C914O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C9DCO'; 
fC9DCO(i)=fC9DCO(i)-1; fC914O2(i)=fC914O2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCCO + OH = C914O2';
k(:,i) = 1.32e-12;
Gstr{i,1} = 'C9DCCO'; Gstr{i,2} = 'OH'; 
fC9DCCO(i)=fC9DCCO(i)-1; fOH(i)=fOH(i)-1; fC914O2(i)=fC914O2(i)+1; 

i=i+1;
Rnames{i} = 'C9DCOH + OH = C9DCCO + HO2';
k(:,i) = 3.11e-11;
Gstr{i,1} = 'C9DCOH'; Gstr{i,2} = 'OH'; 
fC9DCOH(i)=fC9DCOH(i)-1; fOH(i)=fOH(i)-1; fC9DCCO(i)=fC9DCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C915OOH + OH = C88CHO + OH';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'C915OOH'; Gstr{i,2} = 'OH'; 
fC915OOH(i)=fC915OOH(i)-1; fOH(i)=fOH(i)-1; fC88CHO(i)=fC88CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C915OOH + hv = C915O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C915OOH'; 
fC915OOH(i)=fC915OOH(i)-1; fC915O(i)=fC915O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C915OOH + hv = C915O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C915OOH'; 
fC915OOH(i)=fC915OOH(i)-1; fC915O(i)=fC915O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C915NO3 + OH = C88CHO + NO2';
k(:,i) = 6.96e-11;
Gstr{i,1} = 'C915NO3'; Gstr{i,2} = 'OH'; 
fC915NO3(i)=fC915NO3(i)-1; fOH(i)=fOH(i)-1; fC88CHO(i)=fC88CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C915NO3 + hv = C915O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C915NO3'; 
fC915NO3(i)=fC915NO3(i)-1; fC915O(i)=fC915O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C915NO3 + hv = C915O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C915NO3'; 
fC915NO3(i)=fC915NO3(i)-1; fC915O(i)=fC915O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C915O = C88CHO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C915O'; 
fC915O(i)=fC915O(i)-1; fC88CHO(i)=fC88CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C915O = C916O2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C915O'; 
fC915O(i)=fC915O(i)-1; fC916O2(i)=fC916O2(i)+1; 

i=i+1;
Rnames{i} = 'C88CHO + NO3 = C88CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C88CHO'; Gstr{i,2} = 'NO3'; 
fC88CHO(i)=fC88CHO(i)-1; fNO3(i)=fNO3(i)-1; fC88CO3(i)=fC88CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C88CHO + OH = C88CO3';
k(:,i) = 7.30e-11;
Gstr{i,1} = 'C88CHO'; Gstr{i,2} = 'OH'; 
fC88CHO(i)=fC88CHO(i)-1; fOH(i)=fOH(i)-1; fC88CO3(i)=fC88CO3(i)+1; 

i=i+1;
Rnames{i} = 'C88CHO + hv = C88O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C88CHO'; 
fC88CHO(i)=fC88CHO(i)-1; fC88O2(i)=fC88O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C915OH + OH = C88CHO + HO2';
k(:,i) = 8.33e-11;
Gstr{i,1} = 'C915OH'; Gstr{i,2} = 'OH'; 
fC915OH(i)=fC915OH(i)-1; fOH(i)=fOH(i)-1; fC88CHO(i)=fC88CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + HO2 = C512CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'HO2'; 
fC512CO3(i)=fC512CO3(i)-1; fHO2(i)=fHO2(i)-1; fC512CO2H(i)=fC512CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + HO2 = C512CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'HO2'; 
fC512CO3(i)=fC512CO3(i)-1; fHO2(i)=fHO2(i)-1; fC512CO3H(i)=fC512CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + HO2 = C512O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'HO2'; 
fC512CO3(i)=fC512CO3(i)-1; fHO2(i)=fHO2(i)-1; fC512O2(i)=fC512O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + NO = C512O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'NO'; 
fC512CO3(i)=fC512CO3(i)-1; fNO(i)=fNO(i)-1; fC512O2(i)=fC512O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + NO2 = C512PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'NO2'; 
fC512CO3(i)=fC512CO3(i)-1; fNO2(i)=fNO2(i)-1; fC512PAN(i)=fC512PAN(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + NO3 = C512O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'NO3'; 
fC512CO3(i)=fC512CO3(i)-1; fNO3(i)=fNO3(i)-1; fC512O2(i)=fC512O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + RO2 = C512CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'RO2';
fC512CO3(i)=fC512CO3(i)-1; fC512CO2H(i)=fC512CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3 + RO2 = C512O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C512CO3'; Gstr{i,2} = 'RO2';
fC512CO3(i)=fC512CO3(i)-1; fC512O2(i)=fC512O2(i)+1; 

i=i+1;
Rnames{i} = 'C917OOH + OH = C917O2';
k(:,i) = 1.91e-11;
Gstr{i,1} = 'C917OOH'; Gstr{i,2} = 'OH'; 
fC917OOH(i)=fC917OOH(i)-1; fOH(i)=fOH(i)-1; fC917O2(i)=fC917O2(i)+1; 

i=i+1;
Rnames{i} = 'C917OOH + hv = C917O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C917OOH'; 
fC917OOH(i)=fC917OOH(i)-1; fC917O(i)=fC917O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C917NO3 + OH = CH3COCH3 + C619CO + NO2';
k(:,i) = 9.97e-12;
Gstr{i,1} = 'C917NO3'; Gstr{i,2} = 'OH'; 
fC917NO3(i)=fC917NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC619CO(i)=fC619CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C917NO3 + hv = C917O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C917NO3'; 
fC917NO3(i)=fC917NO3(i)-1; fC917O(i)=fC917O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C917O = C619O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C917O'; 
fC917O(i)=fC917O(i)-1; fC619O2(i)=fC619O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C917OH + OH = C917O';
k(:,i) = 1.56e-11;
Gstr{i,1} = 'C917OH'; Gstr{i,2} = 'OH'; 
fC917OH(i)=fC917OH(i)-1; fOH(i)=fOH(i)-1; fC917O(i)=fC917O(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + HO2 = C89OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'HO2'; 
fC89O2(i)=fC89O2(i)-1; fHO2(i)=fHO2(i)-1; fC89OOH(i)=fC89OOH(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + NO = C89NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'NO'; 
fC89O2(i)=fC89O2(i)-1; fNO(i)=fNO(i)-1; fC89NO3(i)=fC89NO3(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + NO = C89O + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'NO'; 
fC89O2(i)=fC89O2(i)-1; fNO(i)=fNO(i)-1; fC89O(i)=fC89O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + NO3 = C89O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'NO3'; 
fC89O2(i)=fC89O2(i)-1; fNO3(i)=fNO3(i)-1; fC89O(i)=fC89O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + RO2 = C89O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'RO2';
fC89O2(i)=fC89O2(i)-1; fC89O(i)=fC89O(i)+1; 

i=i+1;
Rnames{i} = 'C89O2 + RO2 = C89OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C89O2'; Gstr{i,2} = 'RO2';
fC89O2(i)=fC89O2(i)-1; fC89OH(i)=fC89OH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALOOH + OH = NLIMALO2';
k(:,i) = 4.28e-11;
Gstr{i,1} = 'NLIMALOOH'; Gstr{i,2} = 'OH'; 
fNLIMALOOH(i)=fNLIMALOOH(i)-1; fOH(i)=fOH(i)-1; fNLIMALO2(i)=fNLIMALO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALOOH + hv = NLIMALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NLIMALOOH'; 
fNLIMALOOH(i)=fNLIMALOOH(i)-1; fNLIMALO(i)=fNLIMALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALO = LMLKET + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NLIMALO'; 
fNLIMALO(i)=fNLIMALO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NLIMALOH + OH = LMLKET + HCHO + NO2';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'NLIMALOH'; Gstr{i,2} = 'OH'; 
fNLIMALOH(i)=fNLIMALOH(i)-1; fOH(i)=fOH(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C926O2 + HO2 = C926OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C926O2'; Gstr{i,2} = 'HO2'; 
fC926O2(i)=fC926O2(i)-1; fHO2(i)=fHO2(i)-1; fC926OOH(i)=fC926OOH(i)+1; 

i=i+1;
Rnames{i} = 'C926O2 + NO = C926O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C926O2'; Gstr{i,2} = 'NO'; 
fC926O2(i)=fC926O2(i)-1; fNO(i)=fNO(i)-1; fC926O(i)=fC926O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C926O2 + NO3 = C926O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C926O2'; Gstr{i,2} = 'NO3'; 
fC926O2(i)=fC926O2(i)-1; fNO3(i)=fNO3(i)-1; fC926O(i)=fC926O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C926O2 + RO2 = C926O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C926O2'; Gstr{i,2} = 'RO2';
fC926O2(i)=fC926O2(i)-1; fC926O(i)=fC926O(i)+1; 

i=i+1;
Rnames{i} = 'C926O2 + RO2 = C926OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C926O2'; Gstr{i,2} = 'RO2';
fC926O2(i)=fC926O2(i)-1; fC926OH(i)=fC926OH(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + HO2 = C817CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'HO2'; 
fC817CO3(i)=fC817CO3(i)-1; fHO2(i)=fHO2(i)-1; fC817CO3H(i)=fC817CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + HO2 = C817O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'HO2'; 
fC817CO3(i)=fC817CO3(i)-1; fHO2(i)=fHO2(i)-1; fC817O2(i)=fC817O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + HO2 = KLIMONONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'HO2'; 
fC817CO3(i)=fC817CO3(i)-1; fHO2(i)=fHO2(i)-1; fKLIMONONIC(i)=fKLIMONONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + NO = C817O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'NO'; 
fC817CO3(i)=fC817CO3(i)-1; fNO(i)=fNO(i)-1; fC817O2(i)=fC817O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + NO2 = C817PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'NO2'; 
fC817CO3(i)=fC817CO3(i)-1; fNO2(i)=fNO2(i)-1; fC817PAN(i)=fC817PAN(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + NO3 = C817O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'NO3'; 
fC817CO3(i)=fC817CO3(i)-1; fNO3(i)=fNO3(i)-1; fC817O2(i)=fC817O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + RO2 = C817O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'RO2';
fC817CO3(i)=fC817CO3(i)-1; fC817O2(i)=fC817O2(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3 + RO2 = KLIMONONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C817CO3'; Gstr{i,2} = 'RO2';
fC817CO3(i)=fC817CO3(i)-1; fKLIMONONIC(i)=fKLIMONONIC(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + HO2 = C817OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'HO2'; 
fC817O2(i)=fC817O2(i)-1; fHO2(i)=fHO2(i)-1; fC817OOH(i)=fC817OOH(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + NO = C817NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'NO'; 
fC817O2(i)=fC817O2(i)-1; fNO(i)=fNO(i)-1; fC817NO3(i)=fC817NO3(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + NO = C817O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'NO'; 
fC817O2(i)=fC817O2(i)-1; fNO(i)=fNO(i)-1; fC817O(i)=fC817O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + NO3 = C817O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'NO3'; 
fC817O2(i)=fC817O2(i)-1; fNO3(i)=fNO3(i)-1; fC817O(i)=fC817O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + RO2 = C817CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'RO2';
fC817O2(i)=fC817O2(i)-1; fC817CO(i)=fC817CO(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + RO2 = C817O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'RO2';
fC817O2(i)=fC817O2(i)-1; fC817O(i)=fC817O(i)+1; 

i=i+1;
Rnames{i} = 'C817O2 + RO2 = C817OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C817O2'; Gstr{i,2} = 'RO2';
fC817O2(i)=fC817O2(i)-1; fC817OH(i)=fC817OH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALOOH + OH = LIMALO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'LIMALOOH'; Gstr{i,2} = 'OH'; 
fLIMALOOH(i)=fLIMALOOH(i)-1; fOH(i)=fOH(i)-1; fLIMALO2(i)=fLIMALO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALOOH + hv = LIMALO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LIMALOOH'; 
fLIMALOOH(i)=fLIMALOOH(i)-1; fLIMALO(i)=fLIMALO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LIMALNO3 + OH = LMLKET + HCHO + NO2';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'LIMALNO3'; Gstr{i,2} = 'OH'; 
fLIMALNO3(i)=fLIMALNO3(i)-1; fOH(i)=fOH(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALO = LMLKET + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LIMALO'; 
fLIMALO(i)=fLIMALO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LIMALOH + OH = LMLKET + HCHO + HO2';
k(:,i) = 4.31e-11;
Gstr{i,1} = 'LIMALOH'; Gstr{i,2} = 'OH'; 
fLIMALOH(i)=fLIMALOH(i)-1; fOH(i)=fOH(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC826O2 + HO2 = NC826OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NC826O2'; Gstr{i,2} = 'HO2'; 
fNC826O2(i)=fNC826O2(i)-1; fHO2(i)=fHO2(i)-1; fNC826OOH(i)=fNC826OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC826O2 + NO = NC826O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC826O2'; Gstr{i,2} = 'NO'; 
fNC826O2(i)=fNC826O2(i)-1; fNO(i)=fNO(i)-1; fNC826O(i)=fNC826O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC826O2 + NO3 = NC826O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC826O2'; Gstr{i,2} = 'NO3'; 
fNC826O2(i)=fNC826O2(i)-1; fNO3(i)=fNO3(i)-1; fNC826O(i)=fNC826O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC826O2 + RO2 = NC826O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NC826O2'; Gstr{i,2} = 'RO2';
fNC826O2(i)=fNC826O2(i)-1; fNC826O(i)=fNC826O(i)+1; 

i=i+1;
Rnames{i} = 'NC826O2 + RO2 = NC826OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NC826O2'; Gstr{i,2} = 'RO2';
fNC826O2(i)=fNC826O2(i)-1; fNC826OH(i)=fNC826OH(i)+1; 

i=i+1;
Rnames{i} = 'C626CHO + NO3 = C626CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C626CHO'; Gstr{i,2} = 'NO3'; 
fC626CHO(i)=fC626CHO(i)-1; fNO3(i)=fNO3(i)-1; fC626CO3(i)=fC626CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C626CHO + OH = C626CO3';
k(:,i) = 5.41e-11;
Gstr{i,1} = 'C626CHO'; Gstr{i,2} = 'OH'; 
fC626CHO(i)=fC626CHO(i)-1; fOH(i)=fOH(i)-1; fC626CO3(i)=fC626CO3(i)+1; 

i=i+1;
Rnames{i} = 'C626CHO + hv = C626O2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C626CHO'; 
fC626CHO(i)=fC626CHO(i)-1; fC626O2(i)=fC626O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C735OOA = C735O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C735OOA'; 
fC735OOA(i)=fC735OOA(i)-1; fC735O2(i)=fC735O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + HO2 = C826OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'HO2'; 
fC826O2(i)=fC826O2(i)-1; fHO2(i)=fHO2(i)-1; fC826OOH(i)=fC826OOH(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + NO = C826NO3';
k(:,i) = KRO2NO.*0.069;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'NO'; 
fC826O2(i)=fC826O2(i)-1; fNO(i)=fNO(i)-1; fC826NO3(i)=fC826NO3(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + NO = C826O + NO2';
k(:,i) = KRO2NO.*0.931;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'NO'; 
fC826O2(i)=fC826O2(i)-1; fNO(i)=fNO(i)-1; fC826O(i)=fC826O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + NO3 = C826O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'NO3'; 
fC826O2(i)=fC826O2(i)-1; fNO3(i)=fNO3(i)-1; fC826O(i)=fC826O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + RO2 = C826O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'RO2';
fC826O2(i)=fC826O2(i)-1; fC826O(i)=fC826O(i)+1; 

i=i+1;
Rnames{i} = 'C826O2 + RO2 = C826OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C826O2'; Gstr{i,2} = 'RO2';
fC826O2(i)=fC826O2(i)-1; fC826OH(i)=fC826OH(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + HO2 = C729OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'HO2'; 
fC729O2(i)=fC729O2(i)-1; fHO2(i)=fHO2(i)-1; fC729OOH(i)=fC729OOH(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + NO = C729NO3';
k(:,i) = KRO2NO.*0.111;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'NO'; 
fC729O2(i)=fC729O2(i)-1; fNO(i)=fNO(i)-1; fC729NO3(i)=fC729NO3(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + NO = C729O + NO2';
k(:,i) = KRO2NO.*0.889;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'NO'; 
fC729O2(i)=fC729O2(i)-1; fNO(i)=fNO(i)-1; fC729O(i)=fC729O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + NO3 = C729O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'NO3'; 
fC729O2(i)=fC729O2(i)-1; fNO3(i)=fNO3(i)-1; fC729O(i)=fC729O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + RO2 = C622CHO';
k(:,i) = 1.30e-12.*0.4;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'RO2';
fC729O2(i)=fC729O2(i)-1; fC622CHO(i)=fC622CHO(i)+1; 

i=i+1;
Rnames{i} = 'C729O2 + RO2 = C729O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C729O2'; Gstr{i,2} = 'RO2';
fC729O2(i)=fC729O2(i)-1; fC729O(i)=fC729O(i)+1; 

i=i+1;
Rnames{i} = 'C729CO2H + OH = C729O2';
k(:,i) = 8.38e-11;
Gstr{i,1} = 'C729CO2H'; Gstr{i,2} = 'OH'; 
fC729CO2H(i)=fC729CO2H(i)-1; fOH(i)=fOH(i)-1; fC729O2(i)=fC729O2(i)+1; 

i=i+1;
Rnames{i} = 'C729CO2H + hv = C729O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C729CO2H'; 
fC729CO2H(i)=fC729CO2H(i)-1; fC729O2(i)=fC729O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3H + OH = C729CO3';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C729CO3H'; Gstr{i,2} = 'OH'; 
fC729CO3H(i)=fC729CO3H(i)-1; fOH(i)=fOH(i)-1; fC729CO3(i)=fC729CO3(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3H + hv = C729O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C729CO3H'; 
fC729CO3H(i)=fC729CO3H(i)-1; fC729O2(i)=fC729O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729CO3H + hv = C729O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C729CO3H'; 
fC729CO3H(i)=fC729CO3H(i)-1; fC729O2(i)=fC729O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729PAN + OH = C622CHO + CO + NO2';
k(:,i) = 8.33e-11;
Gstr{i,1} = 'C729PAN'; Gstr{i,2} = 'OH'; 
fC729PAN(i)=fC729PAN(i)-1; fOH(i)=fOH(i)-1; fC622CHO(i)=fC622CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729PAN = C729CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C729PAN'; 
fC729PAN(i)=fC729PAN(i)-1; fC729CO3(i)=fC729CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO2 = C822O2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'C822CO2'; 
fC822CO2(i)=fC822CO2(i)-1; fC822O2(i)=fC822O2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO2 = C823CO3';
k(:,i) = KDEC.*0.8;
Gstr{i,1} = 'C822CO2'; 
fC822CO2(i)=fC822CO2(i)-1; fC823CO3(i)=fC823CO3(i)+1; 

i=i+1;
Rnames{i} = 'C822CO2H + OH = C822CO2';
k(:,i) = 8.47e-11;
Gstr{i,1} = 'C822CO2H'; Gstr{i,2} = 'OH'; 
fC822CO2H(i)=fC822CO2H(i)-1; fOH(i)=fOH(i)-1; fC822CO2(i)=fC822CO2(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3H + OH = C822CO3';
k(:,i) = 8.82e-11;
Gstr{i,1} = 'C822CO3H'; Gstr{i,2} = 'OH'; 
fC822CO3H(i)=fC822CO3H(i)-1; fOH(i)=fOH(i)-1; fC822CO3(i)=fC822CO3(i)+1; 

i=i+1;
Rnames{i} = 'C822CO3H + hv = C822CO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C822CO3H'; 
fC822CO3H(i)=fC822CO3H(i)-1; fC822CO2(i)=fC822CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C822PAN + OH = C729CHO + CO + NO2';
k(:,i) = 8.46e-11;
Gstr{i,1} = 'C822PAN'; Gstr{i,2} = 'OH'; 
fC822PAN(i)=fC822PAN(i)-1; fOH(i)=fOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822PAN = C822CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C822PAN'; 
fC822PAN(i)=fC822PAN(i)-1; fC822CO3(i)=fC822CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C924OOH + OH = C924CO + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C924OOH'; Gstr{i,2} = 'OH'; 
fC924OOH(i)=fC924OOH(i)-1; fOH(i)=fOH(i)-1; fC924CO(i)=fC924CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C924OOH + hv = C924O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C924OOH'; 
fC924OOH(i)=fC924OOH(i)-1; fC924O(i)=fC924O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C924O = CH3CO3 + C622CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C924O'; 
fC924O(i)=fC924O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC622CHO(i)=fC622CHO(i)+1; 

i=i+1;
Rnames{i} = 'C924CO + OH = C925O2';
k(:,i) = 6.67e-11;
Gstr{i,1} = 'C924CO'; Gstr{i,2} = 'OH'; 
fC924CO(i)=fC924CO(i)-1; fOH(i)=fOH(i)-1; fC925O2(i)=fC925O2(i)+1; 

i=i+1;
Rnames{i} = 'C924CO + hv = C622CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C924CO'; 
fC924CO(i)=fC924CO(i)-1; fC622CO3(i)=fC622CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C924OH + OH = C924CO + HO2';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C924OH'; Gstr{i,2} = 'OH'; 
fC924OH(i)=fC924OH(i)-1; fOH(i)=fOH(i)-1; fC924CO(i)=fC924CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3H + OH = C816CO3';
k(:,i) = 6.28e-11;
Gstr{i,1} = 'C816CO3H'; Gstr{i,2} = 'OH'; 
fC816CO3H(i)=fC816CO3H(i)-1; fOH(i)=fOH(i)-1; fC816CO3(i)=fC816CO3(i)+1; 

i=i+1;
Rnames{i} = 'C816CO3H + hv = C816O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C816CO3H'; 
fC816CO3H(i)=fC816CO3H(i)-1; fC816O2(i)=fC816O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C816PAN + OH = C816CO + CO + NO2';
k(:,i) = 5.92e-11;
Gstr{i,1} = 'C816PAN'; Gstr{i,2} = 'OH'; 
fC816PAN(i)=fC816PAN(i)-1; fOH(i)=fOH(i)-1; fC816CO(i)=fC816CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C816PAN = C816CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C816PAN'; 
fC816PAN(i)=fC816PAN(i)-1; fC816CO3(i)=fC816CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMOOH + OH = NORLIMO2';
k(:,i) = 3.64e-11;
Gstr{i,1} = 'NORLIMOOH'; Gstr{i,2} = 'OH'; 
fNORLIMOOH(i)=fNORLIMOOH(i)-1; fOH(i)=fOH(i)-1; fNORLIMO2(i)=fNORLIMO2(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMOOH + hv = NORLIMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NORLIMOOH'; 
fNORLIMOOH(i)=fNORLIMOOH(i)-1; fNORLIMO(i)=fNORLIMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NORLIMO = C817CO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NORLIMO'; 
fNORLIMO(i)=fNORLIMO(i)-1; fC817CO(i)=fC817CO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C816OOH + OH = C816CO + OH';
k(:,i) = 8.06e-11;
Gstr{i,1} = 'C816OOH'; Gstr{i,2} = 'OH'; 
fC816OOH(i)=fC816OOH(i)-1; fOH(i)=fOH(i)-1; fC816CO(i)=fC816CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C816OOH + hv = C816O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C816OOH'; 
fC816OOH(i)=fC816OOH(i)-1; fC816O(i)=fC816O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C816OOH + hv = C816O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C816OOH'; 
fC816OOH(i)=fC816OOH(i)-1; fC816O(i)=fC816O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C816O =  C816CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C816O'; 
fC816O(i)=fC816O(i)-1; fC816CO(i)=fC816CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C816O = MACR + MEKAO2';
k(:,i) = 2.00e14.*exp(-6824./T);
Gstr{i,1} = 'C816O'; 
fC816O(i)=fC816O(i)-1; fMACR(i)=fMACR(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAOOH + OH = NLMKAO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'NLMKAOOH'; Gstr{i,2} = 'OH'; 
fNLMKAOOH(i)=fNLMKAOOH(i)-1; fOH(i)=fOH(i)-1; fNLMKAO2(i)=fNLMKAO2(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAOOH + hv = NLMKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NLMKAOOH'; 
fNLMKAOOH(i)=fNLMKAOOH(i)-1; fNLMKAO(i)=fNLMKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NLMKAO = LMLKET + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NLMKAO'; 
fNLMKAO(i)=fNLMKAO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBNO3 + OH = LMKBCO + NO2';
k(:,i) = 6.30e-12;
Gstr{i,1} = 'LMKBNO3'; Gstr{i,2} = 'OH'; 
fLMKBNO3(i)=fLMKBNO3(i)-1; fOH(i)=fOH(i)-1; fLMKBCO(i)=fLMKBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + HO2 = LMLKAOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'HO2'; 
fLMLKAO2(i)=fLMLKAO2(i)-1; fHO2(i)=fHO2(i)-1; fLMLKAOOH(i)=fLMLKAOOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + NO = LMLKAO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'NO'; 
fLMLKAO2(i)=fLMLKAO2(i)-1; fNO(i)=fNO(i)-1; fLMLKAO(i)=fLMLKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + NO3 = LMLKAO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'NO3'; 
fLMLKAO2(i)=fLMLKAO2(i)-1; fNO3(i)=fNO3(i)-1; fLMLKAO(i)=fLMLKAO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + RO2 = LMLKACO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'RO2';
fLMLKAO2(i)=fLMLKAO2(i)-1; fLMLKACO(i)=fLMLKACO(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + RO2 = LMLKAO2';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'RO2';
fLMLKAO2(i)=fLMLKAO2(i)-1; fLMLKAO2(i)=fLMLKAO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO2 + RO2 = LMLKAOH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'LMLKAO2'; Gstr{i,2} = 'RO2';
fLMLKAO2(i)=fLMLKAO2(i)-1; fLMLKAOH(i)=fLMLKAOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + HO2 = LMLKBOOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'HO2'; 
fLMLKBO2(i)=fLMLKBO2(i)-1; fHO2(i)=fHO2(i)-1; fLMLKBOOH(i)=fLMLKBOOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + NO = LMLKBO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'NO'; 
fLMLKBO2(i)=fLMLKBO2(i)-1; fNO(i)=fNO(i)-1; fLMLKBO(i)=fLMLKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + NO3 = LMLKBO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'NO3'; 
fLMLKBO2(i)=fLMLKBO2(i)-1; fNO3(i)=fNO3(i)-1; fLMLKBO(i)=fLMLKBO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + RO2 = LMLKBCO';
k(:,i) = 8.80e-13.*0.05;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'RO2';
fLMLKBO2(i)=fLMLKBO2(i)-1; fLMLKBCO(i)=fLMLKBCO(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + RO2 = LMLKBO';
k(:,i) = 8.80e-13.*0.9;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'RO2';
fLMLKBO2(i)=fLMLKBO2(i)-1; fLMLKBO(i)=fLMLKBO(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO2 + RO2 = LMLKBOH';
k(:,i) = 8.80e-13.*0.05;
Gstr{i,1} = 'LMLKBO2'; Gstr{i,2} = 'RO2';
fLMLKBO2(i)=fLMLKBO2(i)-1; fLMLKBOH(i)=fLMLKBOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO + CO = LMLKET';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'LMKBOO'; Gstr{i,2} = 'CO'; 
fLMKBOO(i)=fLMKBOO(i)-1; fCO(i)=fCO(i)-1; fLMLKET(i)=fLMLKET(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO + NO = LMLKET + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'LMKBOO'; Gstr{i,2} = 'NO'; 
fLMKBOO(i)=fLMKBOO(i)-1; fNO(i)=fNO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO + NO2 = LMLKET + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'LMKBOO'; Gstr{i,2} = 'NO2'; 
fLMKBOO(i)=fLMKBOO(i)-1; fNO2(i)=fNO2(i)-1; fLMLKET(i)=fLMLKET(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO + SO2 = LMLKET + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'LMKBOO'; Gstr{i,2} = 'SO2'; 
fLMKBOO(i)=fLMKBOO(i)-1; fSO2(i)=fSO2(i)-1; fLMLKET(i)=fLMLKET(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO = KLIMONONIC';
k(:,i) = 2.00e-18.*H2O;
Gstr{i,1} = 'LMKBOO'; 
fLMKBOO(i)=fLMKBOO(i)-1; fKLIMONONIC(i)=fKLIMONONIC(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOO = LMLKET + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'LMKBOO'; 
fLMKBOO(i)=fLMKBOO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAOOH + OH = LMKAO2';
k(:,i) = 2.08e-11;
Gstr{i,1} = 'LMKAOOH'; Gstr{i,2} = 'OH'; 
fLMKAOOH(i)=fLMKAOOH(i)-1; fOH(i)=fOH(i)-1; fLMKAO2(i)=fLMKAO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAOOH + hv = LMKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LMKAOOH'; 
fLMKAOOH(i)=fLMKAOOH(i)-1; fLMKAO(i)=fLMKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKANO3 + OH = LMLKET + NO2';
k(:,i) = 9.20e-12;
Gstr{i,1} = 'LMKANO3'; Gstr{i,2} = 'OH'; 
fLMKANO3(i)=fLMKANO3(i)-1; fOH(i)=fOH(i)-1; fLMLKET(i)=fLMLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAO = LMLKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LMKAO'; 
fLMKAO(i)=fLMKAO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKAOH + OH = LMKBCO + HO2';
k(:,i) = 1.74e-11;
Gstr{i,1} = 'LMKAOH'; Gstr{i,2} = 'OH'; 
fLMKAOH(i)=fLMKAOH(i)-1; fOH(i)=fOH(i)-1; fLMKBCO(i)=fLMKBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOOH + OH = LMKBCO + OH';
k(:,i) = 4.76e-11;
Gstr{i,1} = 'LMKBOOH'; Gstr{i,2} = 'OH'; 
fLMKBOOH(i)=fLMKBOOH(i)-1; fOH(i)=fOH(i)-1; fLMKBCO(i)=fLMKBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBOOH + hv = LMKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LMKBOOH'; 
fLMKBOOH(i)=fLMKBOOH(i)-1; fLMKBO(i)=fLMKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMKBO = LMLKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'LMKBO'; 
fLMKBO(i)=fLMKBO(i)-1; fLMLKET(i)=fLMLKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMKBCO + OH = C817CO3';
k(:,i) = 1.60e-11;
Gstr{i,1} = 'LMKBCO'; Gstr{i,2} = 'OH'; 
fLMKBCO(i)=fLMKBCO(i)-1; fOH(i)=fOH(i)-1; fC817CO3(i)=fC817CO3(i)+1; 

i=i+1;
Rnames{i} = 'C146OOH + OH = C146CO + OH';
k(:,i) = 5.02e-11;
Gstr{i,1} = 'C146OOH'; Gstr{i,2} = 'OH'; 
fC146OOH(i)=fC146OOH(i)-1; fOH(i)=fOH(i)-1; fC146CO(i)=fC146CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C146OOH + hv = C146O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C146OOH'; 
fC146OOH(i)=fC146OOH(i)-1; fC146O(i)=fC146O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C146O = C1011CO3 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C146O'; 
fC146O(i)=fC146O(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C146CO + OH = C1011CO3 + HCOCH2CHO';
k(:,i) = 3.21e-11;
Gstr{i,1} = 'C146CO'; Gstr{i,2} = 'OH'; 
fC146CO(i)=fC146CO(i)-1; fOH(i)=fOH(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C146CO + hv = C1011CO3 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C146CO'; 
fC146CO(i)=fC146CO(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C146OH + OH = C146CO + HO2';
k(:,i) = 3.96e-11;
Gstr{i,1} = 'C146OH'; Gstr{i,2} = 'OH'; 
fC146OH(i)=fC146OH(i)-1; fOH(i)=fOH(i)-1; fC146CO(i)=fC146CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3H + OH = C131CO3';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'C131CO3H'; Gstr{i,2} = 'OH'; 
fC131CO3H(i)=fC131CO3H(i)-1; fOH(i)=fOH(i)-1; fC131CO3(i)=fC131CO3(i)+1; 

i=i+1;
Rnames{i} = 'C131CO3H + hv = C131O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C131CO3H'; 
fC131CO3H(i)=fC131CO3H(i)-1; fC131O2(i)=fC131O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C131PAN + OH = C131CO + CO + NO2';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'C131PAN'; Gstr{i,2} = 'OH'; 
fC131PAN(i)=fC131PAN(i)-1; fOH(i)=fOH(i)-1; fC131CO(i)=fC131CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131PAN = C131CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C131PAN'; 
fC131PAN(i)=fC131PAN(i)-1; fC131CO3(i)=fC131CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAOOH + OH = BCLKACO + OH';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'BCLKAOOH'; Gstr{i,2} = 'OH'; 
fBCLKAOOH(i)=fBCLKAOOH(i)-1; fOH(i)=fOH(i)-1; fBCLKACO(i)=fBCLKACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAOOH + hv = BCLKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCLKAOOH'; 
fBCLKAOOH(i)=fBCLKAOOH(i)-1; fBCLKAO(i)=fBCLKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAOOH + hv = C116CHO + OH + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'BCLKAOOH'; 
fBCLKAOOH(i)=fBCLKAOOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fOH(i)=fOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAO = C116CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'BCLKAO'; 
fBCLKAO(i)=fBCLKAO(i)-1; fC116CHO(i)=fC116CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKACO + OH = C116CHO + CH3CO3';
k(:,i) = 8.34e-11;
Gstr{i,1} = 'BCLKACO'; Gstr{i,2} = 'OH'; 
fBCLKACO(i)=fBCLKACO(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKACO + hv = C116CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'BCLKACO'; 
fBCLKACO(i)=fBCLKACO(i)-1; fC116CO3(i)=fC116CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAOH + OH = BCLKACO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'BCLKAOH'; Gstr{i,2} = 'OH'; 
fBCLKAOH(i)=fBCLKAOH(i)-1; fOH(i)=fOH(i)-1; fBCLKACO(i)=fBCLKACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKAOH + hv = C116CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BCLKAOH'; 
fBCLKAOH(i)=fBCLKAOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOOH + OH = BCLKBCO + OH';
k(:,i) = 4.73e-11;
Gstr{i,1} = 'BCLKBOOH'; Gstr{i,2} = 'OH'; 
fBCLKBOOH(i)=fBCLKBOOH(i)-1; fOH(i)=fOH(i)-1; fBCLKBCO(i)=fBCLKBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOOH + hv = BCLKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCLKBOOH'; 
fBCLKBOOH(i)=fBCLKBOOH(i)-1; fBCLKBO(i)=fBCLKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOOH + hv = C1210CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'BCLKBOOH'; 
fBCLKBOOH(i)=fBCLKBOOH(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBO = C1210CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'BCLKBO'; 
fBCLKBO(i)=fBCLKBO(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBCO + OH = C1210CO3 + CO';
k(:,i) = 5.05e-11;
Gstr{i,1} = 'BCLKBCO'; Gstr{i,2} = 'OH'; 
fBCLKBCO(i)=fBCLKBCO(i)-1; fOH(i)=fOH(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBCO + hv = C1210CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'BCLKBCO'; 
fBCLKBCO(i)=fBCLKBCO(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOH + OH = BCLKBCO + HO2';
k(:,i) = 4.04e-11;
Gstr{i,1} = 'BCLKBOH'; Gstr{i,2} = 'OH'; 
fBCLKBOH(i)=fBCLKBOH(i)-1; fOH(i)=fOH(i)-1; fBCLKBCO(i)=fBCLKBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKBOH + hv = C1210CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'BCLKBOH'; 
fBCLKBOH(i)=fBCLKBOH(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCOOH + OH = BCLKCCO + OH';
k(:,i) = 5.41e-11;
Gstr{i,1} = 'BCLKCOOH'; Gstr{i,2} = 'OH'; 
fBCLKCOOH(i)=fBCLKCOOH(i)-1; fOH(i)=fOH(i)-1; fBCLKCCO(i)=fBCLKCCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCOOH + hv = BCLKCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCLKCOOH'; 
fBCLKCOOH(i)=fBCLKCOOH(i)-1; fBCLKCO(i)=fBCLKCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCOOH + hv = C131CO + OH + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCLKCOOH'; 
fBCLKCOOH(i)=fBCLKCOOH(i)-1; fC131CO(i)=fC131CO(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCO = C131CO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCLKCO'; 
fBCLKCO(i)=fBCLKCO(i)-1; fC131CO(i)=fC131CO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCCO + OH = C132O2 + CO';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'BCLKCCO'; Gstr{i,2} = 'OH'; 
fBCLKCCO(i)=fBCLKCCO(i)-1; fOH(i)=fOH(i)-1; fC132O2(i)=fC132O2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCCO + hv = C132O2 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'BCLKCCO'; 
fBCLKCCO(i)=fBCLKCCO(i)-1; fC132O2(i)=fC132O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCOH + OH = BCLKCCO + HO2';
k(:,i) = 4.19e-11;
Gstr{i,1} = 'BCLKCOH'; Gstr{i,2} = 'OH'; 
fBCLKCOH(i)=fBCLKCOH(i)-1; fOH(i)=fOH(i)-1; fBCLKCCO(i)=fBCLKCCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCLKCOH + hv = C131CO + HO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'BCLKCOH'; 
fBCLKCOH(i)=fBCLKCOH(i)-1; fC131CO(i)=fC131CO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C131OOH + OH = C131CO + OH';
k(:,i) = 2.06e-11;
Gstr{i,1} = 'C131OOH'; Gstr{i,2} = 'OH'; 
fC131OOH(i)=fC131OOH(i)-1; fOH(i)=fOH(i)-1; fC131CO(i)=fC131CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C131OOH + hv = C131O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C131OOH'; 
fC131OOH(i)=fC131OOH(i)-1; fC131O(i)=fC131O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C131NO3 + OH = C131CO + NO2';
k(:,i) = 7.10e-12;
Gstr{i,1} = 'C131NO3'; Gstr{i,2} = 'OH'; 
fC131NO3(i)=fC131NO3(i)-1; fOH(i)=fOH(i)-1; fC131CO(i)=fC131CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131NO3 + hv = C131O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C131NO3'; 
fC131NO3(i)=fC131NO3(i)-1; fC131O(i)=fC131O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C131O = C132O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C131O'; 
fC131O(i)=fC131O(i)-1; fC132O2(i)=fC132O2(i)+1; 

i=i+1;
Rnames{i} = 'C131CO + OH = C132O2';
k(:,i) = 3.21e-11;
Gstr{i,1} = 'C131CO'; Gstr{i,2} = 'OH'; 
fC131CO(i)=fC131CO(i)-1; fOH(i)=fOH(i)-1; fC132O2(i)=fC132O2(i)+1; 

i=i+1;
Rnames{i} = 'C131OH + OH = C131CO + HO2';
k(:,i) = 1.15e-11;
Gstr{i,1} = 'C131OH'; Gstr{i,2} = 'OH'; 
fC131OH(i)=fC131OH(i)-1; fOH(i)=fOH(i)-1; fC131CO(i)=fC131CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C147OOH + OH = C147CO + OH';
k(:,i) = 3.41e-11;
Gstr{i,1} = 'C147OOH'; Gstr{i,2} = 'OH'; 
fC147OOH(i)=fC147OOH(i)-1; fOH(i)=fOH(i)-1; fC147CO(i)=fC147CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C147OOH + hv = C147O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C147OOH'; 
fC147OOH(i)=fC147OOH(i)-1; fC147O(i)=fC147O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C147O = C1011CO3 + HCOCH2CO2H';
k(:,i) = KDEC;
Gstr{i,1} = 'C147O'; 
fC147O(i)=fC147O(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fHCOCH2CO2H(i)=fHCOCH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C147CO + OH = C1011CO3 + HCOCH2CO2H';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'C147CO'; Gstr{i,2} = 'OH'; 
fC147CO(i)=fC147CO(i)-1; fOH(i)=fOH(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fHCOCH2CO2H(i)=fHCOCH2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C147OH + OH = C147CO + HO2';
k(:,i) = 2.19e-11;
Gstr{i,1} = 'C147OH'; Gstr{i,2} = 'OH'; 
fC147OH(i)=fC147OH(i)-1; fOH(i)=fOH(i)-1; fC147CO(i)=fC147CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO2H + OH = C126O2';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'C126CO2H'; Gstr{i,2} = 'OH'; 
fC126CO2H(i)=fC126CO2H(i)-1; fOH(i)=fOH(i)-1; fC126O2(i)=fC126O2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3H + OH = C126CO3';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'C126CO3H'; Gstr{i,2} = 'OH'; 
fC126CO3H(i)=fC126CO3H(i)-1; fOH(i)=fOH(i)-1; fC126CO3(i)=fC126CO3(i)+1; 

i=i+1;
Rnames{i} = 'C126CO3H + hv = C126O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C126CO3H'; 
fC126CO3H(i)=fC126CO3H(i)-1; fC126O2(i)=fC126O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C126PAN + OH = C126CO + CO + NO2';
k(:,i) = 6.93e-11;
Gstr{i,1} = 'C126PAN'; Gstr{i,2} = 'OH'; 
fC126PAN(i)=fC126PAN(i)-1; fOH(i)=fOH(i)-1; fC126CO(i)=fC126CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126PAN = C126CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C126PAN'; 
fC126PAN(i)=fC126PAN(i)-1; fC126CO3(i)=fC126CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO2 = C136O2';
k(:,i) = KDEC.*0.1;
Gstr{i,1} = 'C136CO2'; 
fC136CO2(i)=fC136CO2(i)-1; fC136O2(i)=fC136O2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO2 = C137CO3';
k(:,i) = KDEC.*0.9;
Gstr{i,1} = 'C136CO2'; 
fC136CO2(i)=fC136CO2(i)-1; fC137CO3(i)=fC137CO3(i)+1; 

i=i+1;
Rnames{i} = 'C136CO2H + OH = C136CO2';
k(:,i) = 8.47e-11;
Gstr{i,1} = 'C136CO2H'; Gstr{i,2} = 'OH'; 
fC136CO2H(i)=fC136CO2H(i)-1; fOH(i)=fOH(i)-1; fC136CO2(i)=fC136CO2(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3H + OH = C136CO3';
k(:,i) = 8.82e-11;
Gstr{i,1} = 'C136CO3H'; Gstr{i,2} = 'OH'; 
fC136CO3H(i)=fC136CO3H(i)-1; fOH(i)=fOH(i)-1; fC136CO3(i)=fC136CO3(i)+1; 

i=i+1;
Rnames{i} = 'C136CO3H + hv = C136CO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C136CO3H'; 
fC136CO3H(i)=fC136CO3H(i)-1; fC136CO2(i)=fC136CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C136PAN + OH = C126CHO + CO + NO2';
k(:,i) = 8.46e-11;
Gstr{i,1} = 'C136PAN'; Gstr{i,2} = 'OH'; 
fC136PAN(i)=fC136PAN(i)-1; fOH(i)=fOH(i)-1; fC126CHO(i)=fC126CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C136PAN = C136CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C136PAN'; 
fC136PAN(i)=fC136PAN(i)-1; fC136CO3(i)=fC136CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C148OOH + OH = C148CO + OH';
k(:,i) = 5.01e-11;
Gstr{i,1} = 'C148OOH'; Gstr{i,2} = 'OH'; 
fC148OOH(i)=fC148OOH(i)-1; fOH(i)=fOH(i)-1; fC148CO(i)=fC148CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C148OOH + hv = C148O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C148OOH'; 
fC148OOH(i)=fC148OOH(i)-1; fC148O(i)=fC148O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C148O = C1013CO3 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C148O'; 
fC148O(i)=fC148O(i)-1; fC1013CO3(i)=fC1013CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C148CO + OH = C1013CO3 + HCOCH2CHO';
k(:,i) = 3.20e-11;
Gstr{i,1} = 'C148CO'; Gstr{i,2} = 'OH'; 
fC148CO(i)=fC148CO(i)-1; fOH(i)=fOH(i)-1; fC1013CO3(i)=fC1013CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C148CO + hv = C1013CO3 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C148CO'; 
fC148CO(i)=fC148CO(i)-1; fC1013CO3(i)=fC1013CO3(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C148OH + OH = C148CO + HO2';
k(:,i) = 3.95e-11;
Gstr{i,1} = 'C148OH'; Gstr{i,2} = 'OH'; 
fC148OH(i)=fC148OH(i)-1; fOH(i)=fOH(i)-1; fC148CO(i)=fC148CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311OOH + OH = C1312CO + OH';
k(:,i) = 8.68e-11;
Gstr{i,1} = 'C1311OOH'; Gstr{i,2} = 'OH'; 
fC1311OOH(i)=fC1311OOH(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1311OOH + hv = C1311O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1311OOH'; 
fC1311OOH(i)=fC1311OOH(i)-1; fC1311O(i)=fC1311O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1311NO3 + OH = C1312CO + NO2';
k(:,i) = 7.92e-11;
Gstr{i,1} = 'C1311NO3'; Gstr{i,2} = 'OH'; 
fC1311NO3(i)=fC1311NO3(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311NO3 + hv = C1311O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C1311NO3'; 
fC1311NO3(i)=fC1311NO3(i)-1; fC1311O(i)=fC1311O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1311O = C1312O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1311O'; 
fC1311O(i)=fC1311O(i)-1; fC1312O2(i)=fC1312O2(i)+1; 

i=i+1;
Rnames{i} = 'C1311OH + OH = C1312CO + HO2';
k(:,i) = 8.32e-11;
Gstr{i,1} = 'C1311OH'; Gstr{i,2} = 'OH'; 
fC1311OH(i)=fC1311OH(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC1313OOH + OH = NC1313O2';
k(:,i) = 6.26e-11;
Gstr{i,1} = 'NC1313OOH'; Gstr{i,2} = 'OH'; 
fNC1313OOH(i)=fNC1313OOH(i)-1; fOH(i)=fOH(i)-1; fNC1313O2(i)=fNC1313O2(i)+1; 

i=i+1;
Rnames{i} = 'NC1313OOH + hv = NC1313O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC1313OOH'; 
fNC1313OOH(i)=fNC1313OOH(i)-1; fNC1313O(i)=fNC1313O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC1313O = C116CHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC1313O'; 
fNC1313O(i)=fNC1313O(i)-1; fC116CHO(i)=fC116CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC1313OH + OH = C116CHO + HCHO + NO2';
k(:,i) = 5.91e-11;
Gstr{i,1} = 'NC1313OH'; Gstr{i,2} = 'OH'; 
fNC1313OH(i)=fNC1313OH(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + HO2 = C116CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'HO2'; 
fC116CO3(i)=fC116CO3(i)-1; fHO2(i)=fHO2(i)-1; fC116CO2H(i)=fC116CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + HO2 = C116CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'HO2'; 
fC116CO3(i)=fC116CO3(i)-1; fHO2(i)=fHO2(i)-1; fC116CO3H(i)=fC116CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + HO2 = C116O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'HO2'; 
fC116CO3(i)=fC116CO3(i)-1; fHO2(i)=fHO2(i)-1; fC116O2(i)=fC116O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + NO = C116O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'NO'; 
fC116CO3(i)=fC116CO3(i)-1; fNO(i)=fNO(i)-1; fC116O2(i)=fC116O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + NO2 = C116PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'NO2'; 
fC116CO3(i)=fC116CO3(i)-1; fNO2(i)=fNO2(i)-1; fC116PAN(i)=fC116PAN(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + NO3 = C116O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'NO3'; 
fC116CO3(i)=fC116CO3(i)-1; fNO3(i)=fNO3(i)-1; fC116O2(i)=fC116O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + RO2 = C116CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'RO2';
fC116CO3(i)=fC116CO3(i)-1; fC116CO2H(i)=fC116CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3 + RO2 = C116O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C116CO3'; Gstr{i,2} = 'RO2';
fC116CO3(i)=fC116CO3(i)-1; fC116O2(i)=fC116O2(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + HO2 = C116OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'HO2'; 
fC116O2(i)=fC116O2(i)-1; fHO2(i)=fHO2(i)-1; fC116OOH(i)=fC116OOH(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + NO = C116NO3';
k(:,i) = KRO2NO.*0.173;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'NO'; 
fC116O2(i)=fC116O2(i)-1; fNO(i)=fNO(i)-1; fC116NO3(i)=fC116NO3(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + NO = C116O + NO2';
k(:,i) = KRO2NO.*0.827;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'NO'; 
fC116O2(i)=fC116O2(i)-1; fNO(i)=fNO(i)-1; fC116O(i)=fC116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + NO3 = C116O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'NO3'; 
fC116O2(i)=fC116O2(i)-1; fNO3(i)=fNO3(i)-1; fC116O(i)=fC116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + RO2 = C116CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'RO2';
fC116O2(i)=fC116O2(i)-1; fC116CO(i)=fC116CO(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + RO2 = C116O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'RO2';
fC116O2(i)=fC116O2(i)-1; fC116O(i)=fC116O(i)+1; 

i=i+1;
Rnames{i} = 'C116O2 + RO2 = C116OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C116O2'; Gstr{i,2} = 'RO2';
fC116O2(i)=fC116O2(i)-1; fC116OH(i)=fC116OH(i)+1; 

i=i+1;
Rnames{i} = 'C126OO + CO = C116CHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'C126OO'; Gstr{i,2} = 'CO'; 
fC126OO(i)=fC126OO(i)-1; fCO(i)=fCO(i)-1; fC116CHO(i)=fC116CHO(i)+1; 

i=i+1;
Rnames{i} = 'C126OO + NO = C116CHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'C126OO'; Gstr{i,2} = 'NO'; 
fC126OO(i)=fC126OO(i)-1; fNO(i)=fNO(i)-1; fC116CHO(i)=fC116CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126OO + NO2 = C116CHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'C126OO'; Gstr{i,2} = 'NO2'; 
fC126OO(i)=fC126OO(i)-1; fNO2(i)=fNO2(i)-1; fC116CHO(i)=fC116CHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C126OO + SO2 = C116CHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'C126OO'; Gstr{i,2} = 'SO2'; 
fC126OO(i)=fC126OO(i)-1; fSO2(i)=fSO2(i)-1; fC116CHO(i)=fC116CHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'C126OO = C116CHO + H2O2';
k(:,i) = 1.40e-17.*H2O;
Gstr{i,1} = 'C126OO'; 
fC126OO(i)=fC126OO(i)-1; fC116CHO(i)=fC116CHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + HO2 = C129OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'HO2'; 
fC129O2(i)=fC129O2(i)-1; fHO2(i)=fHO2(i)-1; fC129OOH(i)=fC129OOH(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + NO = C129O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'NO'; 
fC129O2(i)=fC129O2(i)-1; fNO(i)=fNO(i)-1; fC129O(i)=fC129O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + NO3 = C129O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'NO3'; 
fC129O2(i)=fC129O2(i)-1; fNO3(i)=fNO3(i)-1; fC129O(i)=fC129O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + RO2 = C129CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'RO2';
fC129O2(i)=fC129O2(i)-1; fC129CO(i)=fC129CO(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + RO2 = C129O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'RO2';
fC129O2(i)=fC129O2(i)-1; fC129O(i)=fC129O(i)+1; 

i=i+1;
Rnames{i} = 'C129O2 + RO2 = C129OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C129O2'; Gstr{i,2} = 'RO2';
fC129O2(i)=fC129O2(i)-1; fC129OH(i)=fC129OH(i)+1; 

i=i+1;
Rnames{i} = 'C1313OOH + OH = C1313O2';
k(:,i) = 6.64e-11;
Gstr{i,1} = 'C1313OOH'; Gstr{i,2} = 'OH'; 
fC1313OOH(i)=fC1313OOH(i)-1; fOH(i)=fOH(i)-1; fC1313O2(i)=fC1313O2(i)+1; 

i=i+1;
Rnames{i} = 'C1313OOH + hv = C1313O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1313OOH'; 
fC1313OOH(i)=fC1313OOH(i)-1; fC1313O(i)=fC1313O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1313NO3 + OH = C116CHO + HCHO + NO2';
k(:,i) = 5.59e-11;
Gstr{i,1} = 'C1313NO3'; Gstr{i,2} = 'OH'; 
fC1313NO3(i)=fC1313NO3(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1313O = C116CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1313O'; 
fC1313O(i)=fC1313O(i)-1; fC116CHO(i)=fC116CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1313OH + OH = C1313O';
k(:,i) = 6.29e-11;
Gstr{i,1} = 'C1313OH'; Gstr{i,2} = 'OH'; 
fC1313OH(i)=fC1313OH(i)-1; fOH(i)=fOH(i)-1; fC1313O(i)=fC1313O(i)+1; 

i=i+1;
Rnames{i} = 'C126OOH + OH = C126CO + OH';
k(:,i) = 7.39e-11;
Gstr{i,1} = 'C126OOH'; Gstr{i,2} = 'OH'; 
fC126OOH(i)=fC126OOH(i)-1; fOH(i)=fOH(i)-1; fC126CO(i)=fC126CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C126OOH + hv = C126O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C126OOH'; 
fC126OOH(i)=fC126OOH(i)-1; fC126O(i)=fC126O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C126NO3 + OH = C126CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C126NO3'; Gstr{i,2} = 'OH'; 
fC126NO3(i)=fC126NO3(i)-1; fOH(i)=fOH(i)-1; fC126CO(i)=fC126CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126NO3 + hv = C126O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C126NO3'; 
fC126NO3(i)=fC126NO3(i)-1; fC126O(i)=fC126O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C126O = C127O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C126O'; 
fC126O(i)=fC126O(i)-1; fC127O2(i)=fC127O2(i)+1; 

i=i+1;
Rnames{i} = 'C126CO + OH = C127O2';
k(:,i) = 6.85e-11;
Gstr{i,1} = 'C126CO'; Gstr{i,2} = 'OH'; 
fC126CO(i)=fC126CO(i)-1; fOH(i)=fOH(i)-1; fC127O2(i)=fC127O2(i)+1; 

i=i+1;
Rnames{i} = 'C126OH + OH = C126CO + HO2';
k(:,i) = 6.91e-11;
Gstr{i,1} = 'C126OH'; Gstr{i,2} = 'OH'; 
fC126OH(i)=fC126OH(i)-1; fOH(i)=fOH(i)-1; fC126CO(i)=fC126CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C144OOH + OH = C144O2';
k(:,i) = 3.64e-11;
Gstr{i,1} = 'C144OOH'; Gstr{i,2} = 'OH'; 
fC144OOH(i)=fC144OOH(i)-1; fOH(i)=fOH(i)-1; fC144O2(i)=fC144O2(i)+1; 

i=i+1;
Rnames{i} = 'C144OOH + hv = C144O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C144OOH'; 
fC144OOH(i)=fC144OOH(i)-1; fC144O(i)=fC144O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C142OOH + OH = C142O2';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C142OOH'; Gstr{i,2} = 'OH'; 
fC142OOH(i)=fC142OOH(i)-1; fOH(i)=fOH(i)-1; fC142O2(i)=fC142O2(i)+1; 

i=i+1;
Rnames{i} = 'C142OOH + hv = C142O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C142OOH'; 
fC142OOH(i)=fC142OOH(i)-1; fC142O(i)=fC142O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C142NO3 + OH = C143CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C142NO3'; Gstr{i,2} = 'OH'; 
fC142NO3(i)=fC142NO3(i)-1; fOH(i)=fOH(i)-1; fC143CO(i)=fC143CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C142NO3 + hv = C142O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C142NO3'; 
fC142NO3(i)=fC142NO3(i)-1; fC142O(i)=fC142O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C142O = C143O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C142O'; 
fC142O(i)=fC142O(i)-1; fC143O2(i)=fC143O2(i)+1; 

i=i+1;
Rnames{i} = 'C142OH + OH = C142O';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C142OH'; Gstr{i,2} = 'OH'; 
fC142OH(i)=fC142OH(i)-1; fOH(i)=fOH(i)-1; fC142O(i)=fC142O(i)+1; 

i=i+1;
Rnames{i} = 'NBCKOOH + OH = NBCKO2';
k(:,i) = 9.73e-12;
Gstr{i,1} = 'NBCKOOH'; Gstr{i,2} = 'OH'; 
fNBCKOOH(i)=fNBCKOOH(i)-1; fOH(i)=fOH(i)-1; fNBCKO2(i)=fNBCKO2(i)+1; 

i=i+1;
Rnames{i} = 'NBCKOOH + hv = NBCKO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBCKOOH'; 
fNBCKOOH(i)=fNBCKOOH(i)-1; fNBCKO(i)=fNBCKO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBCKO = BCLKET + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBCKO'; 
fNBCKO(i)=fNBCKO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBNO3 + OH = BCKBCO + NO2';
k(:,i) = 6.30e-12;
Gstr{i,1} = 'BCKBNO3'; Gstr{i,2} = 'OH'; 
fBCKBNO3(i)=fBCKBNO3(i)-1; fOH(i)=fOH(i)-1; fBCKBCO(i)=fBCKBCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + HO2 = C1210OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'HO2'; 
fC1210O2(i)=fC1210O2(i)-1; fHO2(i)=fHO2(i)-1; fC1210OOH(i)=fC1210OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + NO = C1210NO3';
k(:,i) = KRO2NO.*0.176;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'NO'; 
fC1210O2(i)=fC1210O2(i)-1; fNO(i)=fNO(i)-1; fC1210NO3(i)=fC1210NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + NO = C1210O + NO2';
k(:,i) = KRO2NO.*0.824;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'NO'; 
fC1210O2(i)=fC1210O2(i)-1; fNO(i)=fNO(i)-1; fC1210O(i)=fC1210O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + NO3 = C1210O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'NO3'; 
fC1210O2(i)=fC1210O2(i)-1; fNO3(i)=fNO3(i)-1; fC1210O(i)=fC1210O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + RO2 = C116CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'RO2';
fC1210O2(i)=fC1210O2(i)-1; fC116CHO(i)=fC116CHO(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + RO2 = C1210O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'RO2';
fC1210O2(i)=fC1210O2(i)-1; fC1210O(i)=fC1210O(i)+1; 

i=i+1;
Rnames{i} = 'C1210O2 + RO2 = C1210OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C1210O2'; Gstr{i,2} = 'RO2';
fC1210O2(i)=fC1210O2(i)-1; fC1210OH(i)=fC1210OH(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOOH + OH = BCKAO2';
k(:,i) = 2.08e-11;
Gstr{i,1} = 'BCKAOOH'; Gstr{i,2} = 'OH'; 
fBCKAOOH(i)=fBCKAOOH(i)-1; fOH(i)=fOH(i)-1; fBCKAO2(i)=fBCKAO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOOH + hv = BCKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCKAOOH'; 
fBCKAOOH(i)=fBCKAOOH(i)-1; fBCKAO(i)=fBCKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKANO3 + OH = BCLKET + NO2';
k(:,i) = 9.20e-12;
Gstr{i,1} = 'BCKANO3'; Gstr{i,2} = 'OH'; 
fBCKANO3(i)=fBCKANO3(i)-1; fOH(i)=fOH(i)-1; fBCLKET(i)=fBCLKET(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAO = BCLKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCKAO'; 
fBCKAO(i)=fBCKAO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKAOH + OH = BCKBCO + HO2';
k(:,i) = 1.74e-11;
Gstr{i,1} = 'BCKAOH'; Gstr{i,2} = 'OH'; 
fBCKAOH(i)=fBCKAOH(i)-1; fOH(i)=fOH(i)-1; fBCKBCO(i)=fBCKBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOOH + OH = BCKBCO + OH';
k(:,i) = 4.76e-11;
Gstr{i,1} = 'BCKBOOH'; Gstr{i,2} = 'OH'; 
fBCKBOOH(i)=fBCKBOOH(i)-1; fOH(i)=fOH(i)-1; fBCKBCO(i)=fBCKBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKBOOH + hv = BCKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'BCKBOOH'; 
fBCKBOOH(i)=fBCKBOOH(i)-1; fBCKBO(i)=fBCKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'BCKBO = BCLKET + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'BCKBO'; 
fBCKBO(i)=fBCKBO(i)-1; fBCLKET(i)=fBCLKET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'BCKBCO + OH = C131CO3';
k(:,i) = 1.73e-11;
Gstr{i,1} = 'BCKBCO'; Gstr{i,2} = 'OH'; 
fBCKBCO(i)=fBCKBCO(i)-1; fOH(i)=fOH(i)-1; fC131CO3(i)=fC131CO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2 + O3 = CH3SO3';
k(:,i) = 3.00e-13;
Gstr{i,1} = 'CH3SO2'; Gstr{i,2} = 'O3'; 
fCH3SO2(i)=fCH3SO2(i)-1; fO3(i)=fO3(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2 = CH3O2 + SO2';
k(:,i) = 5.00e13.*exp(-9673./T);
Gstr{i,1} = 'CH3SO2'; 
fCH3SO2(i)=fCH3SO2(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO2(i)=fSO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2 = CH3SO2O2';
k(:,i) = 1.03e-16.*exp(1580./T).*.21.*M;
Gstr{i,1} = 'CH3SO2'; 
fCH3SO2(i)=fCH3SO2(i)-1; fCH3SO2O2(i)=fCH3SO2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + HO2 = CH3SO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'HO2'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fHO2(i)=fHO2(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + HO2 = CH3SOOOH';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'HO2'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fHO2(i)=fHO2(i)-1; fCH3SOOOH(i)=fCH3SOOOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + HO2 = MSIA + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'HO2'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fHO2(i)=fHO2(i)-1; fMSIA(i)=fMSIA(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + NO = CH3SO2 + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'NO'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fNO(i)=fNO(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + NO2 = CH3SOO2NO2';
k(:,i) = 1.20e-12.*(T./300).^-0.9;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'NO2'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fNO2(i)=fNO2(i)-1; fCH3SOO2NO2(i)=fCH3SOO2NO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + NO3 = CH3SO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'NO3'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fNO3(i)=fNO3(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 = CH3SO';
k(:,i) = 9.10e10.*exp(-3560./T);
Gstr{i,1} = 'CH3SOO2'; 
fCH3SOO2(i)=fCH3SOO2(i)-1; fCH3SO(i)=fCH3SO(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + RO2 = CH3SO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'RO2';
fCH3SOO2(i)=fCH3SOO2(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2 + RO2 = MSIA';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CH3SOO2'; Gstr{i,2} = 'RO2';
fCH3SOO2(i)=fCH3SOO2(i)-1; fMSIA(i)=fMSIA(i)+1; 

i=i+1;
Rnames{i} = 'H13C43CO3H + hv = MEKAOH + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H13C43CO3H'; 
fH13C43CO3H(i)=fH13C43CO3H(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13C43CO3H = H13C43CO3';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13C43CO3H'; 
fOH(i)=fOH(i)-1; fH13C43CO3H(i)=fH13C43CO3H(i)-1; fH13C43CO3(i)=fH13C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN12 = H13C43CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN12'; 
fC5PAN12(i)=fC5PAN12(i)-1; fH13C43CO3(i)=fH13C43CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN12 = MEKAOH + CO + NO2';
k(:,i) = 9.14e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN12'; 
fOH(i)=fOH(i)-1; fC5PAN12(i)=fC5PAN12(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C42CO3H + hv = HOIPRCHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C42CO3H'; 
fC42CO3H(i)=fC42CO3H(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C42CO3H = C42CO3';
k(:,i) = 2.36e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C42CO3H'; 
fOH(i)=fOH(i)-1; fC42CO3H(i)=fC42CO3H(i)-1; fC42CO3(i)=fC42CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN13 = C42CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN13'; 
fC5PAN13(i)=fC5PAN13(i)-1; fC42CO3(i)=fC42CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN13 = HOIPRCHO + CO + NO2';
k(:,i) = 9.91e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN13'; 
fOH(i)=fOH(i)-1; fC5PAN13(i)=fC5PAN13(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CHO + hv = HCOCH2O2 + HO2 + CO';
k(:,i) = J15.*2;
Gstr{i,1} = 'HCOCH2CHO'; 
fHCOCH2CHO(i)=fHCOCH2CHO(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HCOCH2CHO = HCOCH2CO3 + HNO3';
k(:,i) = 2.*KNO3AL.*2.4;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HCOCH2CHO'; 
fNO3(i)=fNO3(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOCH2CHO = HCOCH2CO3';
k(:,i) = 4.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOCH2CHO'; 
fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + HO2 = C1H4C5CO2H';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'HO2'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1H4C5CO2H(i)=fC1H4C5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + HO2 = C1H4C5CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'HO2'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1H4C5CO3H(i)=fC1H4C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + HO2 = CHOC4OHO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'HO2'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + NO = CHOC4OHO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'NO'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fNO(i)=fNO(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + NO2 = C1H4C5PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'NO2'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC1H4C5PAN(i)=fC1H4C5PAN(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + NO3 = CHOC4OHO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'NO3'; 
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + RO2 = C1H4C5CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'RO2';
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fC1H4C5CO2H(i)=fC1H4C5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3 + RO2 = CHOC4OHO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C1H4C5CO3'; Gstr{i,2} = 'RO2';
fC1H4C5CO3(i)=fC1H4C5CO3(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHO2 + HO2 = CHOC4OHOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CHOC4OHO2'; Gstr{i,2} = 'HO2'; 
fCHOC4OHO2(i)=fCHOC4OHO2(i)-1; fHO2(i)=fHO2(i)-1; fCHOC4OHOOH(i)=fCHOC4OHOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHO2 + NO = CHOC4OHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOC4OHO2'; Gstr{i,2} = 'NO'; 
fCHOC4OHO2(i)=fCHOC4OHO2(i)-1; fNO(i)=fNO(i)-1; fCHOC4OHO(i)=fCHOC4OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHO2 + NO3 = CHOC4OHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC4OHO2'; Gstr{i,2} = 'NO3'; 
fCHOC4OHO2(i)=fCHOC4OHO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4OHO(i)=fCHOC4OHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHO2 + RO2 = CHOC4OHO';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'CHOC4OHO2'; Gstr{i,2} = 'RO2';
fCHOC4OHO2(i)=fCHOC4OHO2(i)-1; fCHOC4OHO(i)=fCHOC4OHO(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOO2 + HO2 = HOC4CHOOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HOC4CHOO2'; Gstr{i,2} = 'HO2'; 
fHOC4CHOO2(i)=fHOC4CHOO2(i)-1; fHO2(i)=fHO2(i)-1; fHOC4CHOOOH(i)=fHOC4CHOOOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOO2 + NO = HOC4CHOO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HOC4CHOO2'; Gstr{i,2} = 'NO'; 
fHOC4CHOO2(i)=fHOC4CHOO2(i)-1; fNO(i)=fNO(i)-1; fHOC4CHOO(i)=fHOC4CHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOO2 + NO3 = HOC4CHOO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HOC4CHOO2'; Gstr{i,2} = 'NO3'; 
fHOC4CHOO2(i)=fHOC4CHOO2(i)-1; fNO3(i)=fNO3(i)-1; fHOC4CHOO(i)=fHOC4CHOO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOO2 + RO2 = HOC4CHOO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'HOC4CHOO2'; Gstr{i,2} = 'RO2';
fHOC4CHOO2(i)=fHOC4CHOO2(i)-1; fHOC4CHOO(i)=fHOC4CHOO(i)+1; 

i=i+1;
Rnames{i} = 'C6145COO2 + HO2 = C6145COOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6145COO2'; Gstr{i,2} = 'HO2'; 
fC6145COO2(i)=fC6145COO2(i)-1; fHO2(i)=fHO2(i)-1; fC6145COOOH(i)=fC6145COOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6145COO2 + NO = C6145COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6145COO2'; Gstr{i,2} = 'NO'; 
fC6145COO2(i)=fC6145COO2(i)-1; fNO(i)=fNO(i)-1; fC6145COO(i)=fC6145COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6145COO2 + NO3 = C6145COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6145COO2'; Gstr{i,2} = 'NO3'; 
fC6145COO2(i)=fC6145COO2(i)-1; fNO3(i)=fNO3(i)-1; fC6145COO(i)=fC6145COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6145COO2 + RO2 = C6145COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C6145COO2'; Gstr{i,2} = 'RO2';
fC6145COO2(i)=fC6145COO2(i)-1; fC6145COO(i)=fC6145COO(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC3H6CO2H = HO1C3O2';
k(:,i) = 9.64e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC3H6CO2H'; 
fOH(i)=fOH(i)-1; fHOC3H6CO2H(i)=fHOC3H6CO2H(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HOC3H6CO3H + hv = HO1C3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOC3H6CO3H'; 
fHOC3H6CO3H(i)=fHOC3H6CO3H(i)-1; fHO1C3O2(i)=fHO1C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOC3H6CO3H = HOC3H6CO3';
k(:,i) = 1.31e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOC3H6CO3H'; 
fOH(i)=fOH(i)-1; fHOC3H6CO3H(i)=fHOC3H6CO3H(i)-1; fHOC3H6CO3(i)=fHOC3H6CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN1 = HOC3H6CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN1'; 
fC4PAN1(i)=fC4PAN1(i)-1; fHOC3H6CO3(i)=fHOC3H6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN1 = HOC2H4CHO + CO + NO2';
k(:,i) = 5.92e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN1'; 
fOH(i)=fOH(i)-1; fC4PAN1(i)=fC4PAN1(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLOOH + OH = C3DIOLO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'C3DIOLOOH'; Gstr{i,2} = 'OH'; 
fC3DIOLOOH(i)=fC3DIOLOOH(i)-1; fOH(i)=fOH(i)-1; fC3DIOLO2(i)=fC3DIOLO2(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLOOH + hv = C3DIOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3DIOLOOH'; 
fC3DIOLOOH(i)=fC3DIOLOOH(i)-1; fC3DIOLO(i)=fC3DIOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3DIOLO = HOCH2CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C3DIOLO'; 
fC3DIOLO(i)=fC3DIOLO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COPAN + OH = HCHO + CO + CO + NO2';
k(:,i) = 1.02e-13;
Gstr{i,1} = 'CH3COPAN'; Gstr{i,2} = 'OH'; 
fCH3COPAN(i)=fCH3COPAN(i)-1; fOH(i)=fOH(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COPAN = CH3COCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CH3COPAN'; 
fCH3COPAN(i)=fCH3COPAN(i)-1; fCH3COCO3(i)=fCH3COCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + HO2 = COHM2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'HO2'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCOHM2CO2H(i)=fCOHM2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + HO2 = COHM2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'HO2'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCOHM2CO3H(i)=fCOHM2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + HO2 = GLYOX + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'HO2'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + NO = GLYOX + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'NO'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fNO(i)=fNO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + NO2 = COHM2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'NO2'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fNO2(i)=fNO2(i)-1; fCOHM2PAN(i)=fCOHM2PAN(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + NO3 = GLYOX + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'NO3'; 
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fNO3(i)=fNO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + RO2 = COHM2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'RO2';
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fCOHM2CO2H(i)=fCOHM2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'COHM2CO3 + RO2 = GLYOX + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'COHM2CO3'; Gstr{i,2} = 'RO2';
fCOHM2CO3(i)=fCOHM2CO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + HO2 = CO2C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C4CO2H(i)=fCO2C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + HO2 = CO2C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C4CO3H(i)=fCO2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + HO2 = MEKAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + NO = MEKAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'NO'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fNO(i)=fNO(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + NO2 = C5PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'NO2'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN2(i)=fC5PAN2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + NO3 = MEKAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'NO3'; 
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + RO2 = CO2C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'RO2';
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fCO2C4CO2H(i)=fCO2C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3 + RO2 = MEKAO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO2C4CO3'; Gstr{i,2} = 'RO2';
fCO2C4CO3(i)=fCO2C4CO3(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4CO2H = HO2C4O2';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4CO2H'; 
fOH(i)=fOH(i)-1; fHO2C4CO2H(i)=fHO2C4CO2H(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C4CO3H + hv = HO2C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C4CO3H'; 
fHO2C4CO3H(i)=fHO2C4CO3H(i)-1; fHO2C4O2(i)=fHO2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C4CO3H = HO2C4CO3';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C4CO3H'; 
fOH(i)=fOH(i)-1; fHO2C4CO3H(i)=fHO2C4CO3H(i)-1; fHO2C4CO3(i)=fHO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN1 = HO2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN1'; 
fC5PAN1(i)=fC5PAN1(i)-1; fHO2C4CO3(i)=fHO2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN1 = HO2C3CHO + CO + NO2';
k(:,i) = 1.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN1'; 
fOH(i)=fOH(i)-1; fC5PAN1(i)=fC5PAN1(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + HO2 = HOBUT2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'HO2'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOBUT2CO2H(i)=fHOBUT2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + HO2 = HOBUT2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'HO2'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOBUT2CO3H(i)=fHOBUT2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + HO2 = NBUTOLBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'HO2'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fHO2(i)=fHO2(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + NO = NBUTOLBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'NO'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fNO(i)=fNO(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + NO2 = C5PAN5';
k(:,i) = KFPAN;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'NO2'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN5(i)=fC5PAN5(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + NO3 = NBUTOLBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'NO3'; 
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fNO3(i)=fNO3(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + RO2 = HOBUT2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'RO2';
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fHOBUT2CO2H(i)=fHOBUT2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3 + RO2 = NBUTOLBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HOBUT2CO3'; Gstr{i,2} = 'RO2';
fHOBUT2CO3(i)=fHOBUT2CO3(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'HOIBUTCO3H + hv = SC4H9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOIBUTCO3H'; 
fHOIBUTCO3H(i)=fHOIBUTCO3H(i)-1; fSC4H9O2(i)=fSC4H9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOIBUTCO3H = HOIBUTCO3';
k(:,i) = 1.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOIBUTCO3H'; 
fOH(i)=fOH(i)-1; fHOIBUTCO3H(i)=fHOIBUTCO3H(i)-1; fHOIBUTCO3(i)=fHOIBUTCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN3 = HOIBUTCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN3'; 
fC5PAN3(i)=fC5PAN3(i)-1; fHOIBUTCO3(i)=fHOIBUTCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN3 = HOIPRCHO + CO + NO2';
k(:,i) = 7.61e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN3'; 
fOH(i)=fOH(i)-1; fC5PAN3(i)=fC5PAN3(i)-1; fHOIPRCHO(i)=fHOIPRCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63OOH + hv = C63O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C63OOH'; 
fC63OOH(i)=fC63OOH(i)-1; fC63O(i)=fC63O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C63OOH + hv = C63O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C63OOH'; 
fC63OOH(i)=fC63OOH(i)-1; fC63O(i)=fC63O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C63OOH = HO1CO24C6 + OH';
k(:,i) = 8.80e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C63OOH'; 
fOH(i)=fOH(i)-1; fC63OOH(i)=fC63OOH(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C63NO3 + hv = C63O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C63NO3'; 
fC63NO3(i)=fC63NO3(i)-1; fC63O(i)=fC63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C63NO3 = HO1CO24C6 + NO2';
k(:,i) = 2.54e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C63NO3'; 
fOH(i)=fOH(i)-1; fC63NO3(i)=fC63NO3(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C63O = CO3C4CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-6261./T);
Gstr{i,1} = 'C63O'; 
fC63O(i)=fC63O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C63OH + hv = C63O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C63OH'; 
fC63OH(i)=fC63OH(i)-1; fC63O(i)=fC63O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C63OH = HO1CO24C6 + HO2';
k(:,i) = 3.90e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C63OH'; 
fOH(i)=fOH(i)-1; fC63OH(i)=fC63OH(i)-1; fHO1CO24C6(i)=fHO1CO24C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + HO2 = CO3C5CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'HO2'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3C5CO2H(i)=fCO3C5CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + HO2 = CO3C5CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'HO2'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO3C5CO3H(i)=fCO3C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + HO2 = DIEKBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'HO2'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + NO = DIEKBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'NO'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fNO(i)=fNO(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + NO2 = C6PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'NO2'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN2(i)=fC6PAN2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + NO3 = DIEKBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'NO3'; 
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + RO2 = CO3C5CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'RO2';
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fCO3C5CO2H(i)=fCO3C5CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3 + RO2 = DIEKBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO3C5CO3'; Gstr{i,2} = 'RO2';
fCO3C5CO3(i)=fCO3C5CO3(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5CO2H = HO3C5O2';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5CO2H'; 
fOH(i)=fOH(i)-1; fHO3C5CO2H(i)=fHO3C5CO2H(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO3C5CO3H + hv = HO3C5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO3C5CO3H'; 
fHO3C5CO3H(i)=fHO3C5CO3H(i)-1; fHO3C5O2(i)=fHO3C5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3C5CO3H = HO3C5CO3';
k(:,i) = 2.07e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3C5CO3H'; 
fOH(i)=fOH(i)-1; fHO3C5CO3H(i)=fHO3C5CO3H(i)-1; fHO3C5CO3(i)=fHO3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN1 = HO3C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN1'; 
fC6PAN1(i)=fC6PAN1(i)-1; fHO3C5CO3(i)=fHO3C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN1 = HO3C4CHO + CO + NO2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN1'; 
fOH(i)=fOH(i)-1; fC6PAN1(i)=fC6PAN1(i)-1; fHO3C4CHO(i)=fHO3C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C64OOH + hv = C64O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C64OOH'; 
fC64OOH(i)=fC64OOH(i)-1; fC64O(i)=fC64O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C64OOH + hv = C64O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C64OOH'; 
fC64OOH(i)=fC64OOH(i)-1; fC64O(i)=fC64O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C64OOH = C64O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C64OOH'; 
fOH(i)=fOH(i)-1; fC64OOH(i)=fC64OOH(i)-1; fC64O2(i)=fC64O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C64OOH = C65OOH + HO2';
k(:,i) = 5.29e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C64OOH'; 
fOH(i)=fOH(i)-1; fC64OOH(i)=fC64OOH(i)-1; fC65OOH(i)=fC65OOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C64NO3 + hv = C64O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C64NO3'; 
fC64NO3(i)=fC64NO3(i)-1; fC64O(i)=fC64O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C64NO3 = MGLYOX + ACETOL + NO2';
k(:,i) = 1.06e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C64NO3'; 
fOH(i)=fOH(i)-1; fC64NO3(i)=fC64NO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fACETOL(i)=fACETOL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + HO2 = CO2C54CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'HO2'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C54CO2H(i)=fCO2C54CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + HO2 = CO2C54CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'HO2'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C54CO3H(i)=fCO2C54CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + HO2 = CO2C54O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'HO2'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + NO = CO2C54O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'NO'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fNO(i)=fNO(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + NO2 = C6PAN5';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'NO2'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN5(i)=fC6PAN5(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + NO3 = CO2C54O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'NO3'; 
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + RO2 = CO2C54CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'RO2';
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fCO2C54CO2H(i)=fCO2C54CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3 + RO2 = CO2C54O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO2C54CO3'; Gstr{i,2} = 'RO2';
fCO2C54CO3(i)=fCO2C54CO3(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'C65O2 + HO2 = C65OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C65O2'; Gstr{i,2} = 'HO2'; 
fC65O2(i)=fC65O2(i)-1; fHO2(i)=fHO2(i)-1; fC65OOH(i)=fC65OOH(i)+1; 

i=i+1;
Rnames{i} = 'C65O2 + NO = C65O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C65O2'; Gstr{i,2} = 'NO'; 
fC65O2(i)=fC65O2(i)-1; fNO(i)=fNO(i)-1; fC65O(i)=fC65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65O2 + NO3 = C65O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C65O2'; Gstr{i,2} = 'NO3'; 
fC65O2(i)=fC65O2(i)-1; fNO3(i)=fNO3(i)-1; fC65O(i)=fC65O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65O2 + RO2 = C65O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C65O2'; Gstr{i,2} = 'RO2';
fC65O2(i)=fC65O2(i)-1; fC65O(i)=fC65O(i)+1; 

i=i+1;
Rnames{i} = 'C65O2 + RO2 = C65OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C65O2'; Gstr{i,2} = 'RO2';
fC65O2(i)=fC65O2(i)-1; fC65OH(i)=fC65OH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54OOH + hv = HO2C54O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C54OOH'; 
fHO2C54OOH(i)=fHO2C54OOH(i)-1; fHO2C54O(i)=fHO2C54O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54OOH = HO2CO4C5 + OH';
k(:,i) = 3.39e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54OOH'; 
fOH(i)=fOH(i)-1; fHO2C54OOH(i)=fHO2C54OOH(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54NO3 + hv = HO2C54O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'HO2C54NO3'; 
fHO2C54NO3(i)=fHO2C54NO3(i)-1; fHO2C54O(i)=fHO2C54O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54NO3 = HO2CO4C5 + NO2';
k(:,i) = 8.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54NO3'; 
fOH(i)=fOH(i)-1; fHO2C54NO3(i)=fHO2C54NO3(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O = HO24C5O2';
k(:,i) = 3.05e11.*exp(-4240./T);
Gstr{i,1} = 'HO2C54O'; 
fHO2C54O(i)=fHO2C54O(i)-1; fHO24C5O2(i)=fHO24C5O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54O = HO2CO4C5 + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'HO2C54O'; 
fHO2C54O(i)=fHO2C54O(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C5 = HO2CO4C5 + HO2';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C5'; 
fOH(i)=fOH(i)-1; fHO24C5(i)=fHO24C5(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54CO2H = HO2C54O2';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54CO2H'; 
fOH(i)=fOH(i)-1; fHO2C54CO2H(i)=fHO2C54CO2H(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'HO2C54CO3H + hv = HO2C54O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO2C54CO3H'; 
fHO2C54CO3H(i)=fHO2C54CO3H(i)-1; fHO2C54O2(i)=fHO2C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2C54CO3H = HO2C54CO3';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2C54CO3H'; 
fOH(i)=fOH(i)-1; fHO2C54CO3H(i)=fHO2C54CO3H(i)-1; fHO2C54CO3(i)=fHO2C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN4 = HO2C54CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN4'; 
fC6PAN4(i)=fC6PAN4(i)-1; fHO2C54CO3(i)=fHO2C54CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN4 = HO2CO4C5 + CO + NO2';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN4'; 
fOH(i)=fOH(i)-1; fC6PAN4(i)=fC6PAN4(i)-1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C66OOH + hv = C66O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C66OOH'; 
fC66OOH(i)=fC66OOH(i)-1; fC66O(i)=fC66O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C66OOH + hv = CH3CHO + HOIPRCO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C66OOH'; 
fC66OOH(i)=fC66OOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C66OOH = C66CO + OH';
k(:,i) = 2.80e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C66OOH'; 
fOH(i)=fOH(i)-1; fC66OOH(i)=fC66OOH(i)-1; fC66CO(i)=fC66CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C66OOH = C66O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C66OOH'; 
fOH(i)=fOH(i)-1; fC66OOH(i)=fC66OOH(i)-1; fC66O2(i)=fC66O2(i)+1; 

i=i+1;
Rnames{i} = 'C66O = CH3CHO + HOIPRCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C66O'; 
fC66O(i)=fC66O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; 

i=i+1;
Rnames{i} = 'C66CO + hv = IPRCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C66CO'; 
fC66CO(i)=fC66CO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C66CO = C23C54CHO + HO2';
k(:,i) = 1.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C66CO'; 
fOH(i)=fOH(i)-1; fC66CO(i)=fC66CO(i)-1; fC23C54CHO(i)=fC23C54CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C66OH + hv = CH3CHO + HOIPRCO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C66OH'; 
fC66OH(i)=fC66OH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHOIPRCO3(i)=fHOIPRCO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C66OH = C66CO + HO2';
k(:,i) = 2.10e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C66OH'; 
fOH(i)=fOH(i)-1; fC66OH(i)=fC66OH(i)-1; fC66CO(i)=fC66CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3H + hv = DIEKAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO3C54CO3H'; 
fCO3C54CO3H(i)=fCO3C54CO3H(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C54CO3H + hv = DIEKAO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO3C54CO3H'; 
fCO3C54CO3H(i)=fCO3C54CO3H(i)-1; fDIEKAO2(i)=fDIEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C54CO3H = CO3C54CO3';
k(:,i) = 6.48e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C54CO3H'; 
fOH(i)=fOH(i)-1; fCO3C54CO3H(i)=fCO3C54CO3H(i)-1; fCO3C54CO3(i)=fCO3C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN6 = CO3C54CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN6'; 
fC6PAN6(i)=fC6PAN6(i)-1; fCO3C54CO3(i)=fCO3C54CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN6 = CO23C5 + CO + NO2';
k(:,i) = 2.20e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN6'; 
fOH(i)=fOH(i)-1; fC6PAN6(i)=fC6PAN6(i)-1; fCO23C5(i)=fCO23C5(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C4CO2H = HO2M2C4O2';
k(:,i) = 5.82e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C4CO2H'; 
fOH(i)=fOH(i)-1; fH2M2C4CO2H(i)=fH2M2C4CO2H(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M2C4CO3H + hv = HO2M2C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M2C4CO3H'; 
fH2M2C4CO3H(i)=fH2M2C4CO3H(i)-1; fHO2M2C4O2(i)=fHO2M2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M2C4CO3H = H2M2C4CO3';
k(:,i) = 9.42e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M2C4CO3H'; 
fOH(i)=fOH(i)-1; fH2M2C4CO3H(i)=fH2M2C4CO3H(i)-1; fH2M2C4CO3(i)=fH2M2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN8 = H2M2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN8'; 
fC6PAN8(i)=fC6PAN8(i)-1; fH2M2C4CO3(i)=fH2M2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN8 = H2M2C3CHO + CO + NO2';
k(:,i) = 2.09e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN8'; 
fOH(i)=fOH(i)-1; fC6PAN8(i)=fC6PAN8(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67OOH + hv = C67O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C67OOH'; 
fC67OOH(i)=fC67OOH(i)-1; fC67O(i)=fC67O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C67OOH + hv = C67O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C67OOH'; 
fC67OOH(i)=fC67OOH(i)-1; fC67O(i)=fC67O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C67OOH = C67CHO + OH';
k(:,i) = 1.04e-10;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C67OOH'; 
fOH(i)=fOH(i)-1; fC67OOH(i)=fC67OOH(i)-1; fC67CHO(i)=fC67CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C67NO3 + hv = C67O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C67NO3'; 
fC67NO3(i)=fC67NO3(i)-1; fC67O(i)=fC67O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C67NO3 = C67CHO + NO2';
k(:,i) = 2.17e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C67NO3'; 
fOH(i)=fOH(i)-1; fC67NO3(i)=fC67NO3(i)-1; fC67CHO(i)=fC67CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67O = CH3COCH3 + HO2 + HCOCH2CHO';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'C67O'; 
fC67O(i)=fC67O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C67CHO + hv = C55O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C67CHO'; 
fC67CHO(i)=fC67CHO(i)-1; fC55O2(i)=fC55O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C67CHO = C67CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C67CHO'; 
fNO3(i)=fNO3(i)-1; fC67CHO(i)=fC67CHO(i)-1; fC67CO3(i)=fC67CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C67CHO = C67CO3';
k(:,i) = 6.76e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C67CHO'; 
fOH(i)=fOH(i)-1; fC67CHO(i)=fC67CHO(i)-1; fC67CO3(i)=fC67CO3(i)+1; 

i=i+1;
Rnames{i} = 'C67OH + hv = C67O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C67OH'; 
fC67OH(i)=fC67OH(i)-1; fC67O(i)=fC67O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C67OH = C67CHO + HO2';
k(:,i) = 5.50e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C67OH'; 
fOH(i)=fOH(i)-1; fC67OH(i)=fC67OH(i)-1; fC67CHO(i)=fC67CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C610OOH + hv = C610O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C610OOH'; 
fC610OOH(i)=fC610OOH(i)-1; fC610O(i)=fC610O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C610OOH + hv = C610O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C610OOH'; 
fC610OOH(i)=fC610OOH(i)-1; fC610O(i)=fC610O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C610OOH = CO24M3C5OH + OH';
k(:,i) = 8.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C610OOH'; 
fOH(i)=fOH(i)-1; fC610OOH(i)=fC610OOH(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C610NO3 + hv = C610O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C610NO3'; 
fC610NO3(i)=fC610NO3(i)-1; fC610O(i)=fC610O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C610NO3 = CO24M3C5OH + NO2';
k(:,i) = 2.09e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C610NO3'; 
fOH(i)=fOH(i)-1; fC610NO3(i)=fC610NO3(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C610O = HCHO + HO2 + CO2C43CHO';
k(:,i) = 2.00e14.*exp(-6382./T);
Gstr{i,1} = 'C610O'; 
fC610O(i)=fC610O(i)-1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'C610OH + hv = C610O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C610OH'; 
fC610OH(i)=fC610OH(i)-1; fC610O(i)=fC610O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C610OH = CO24M3C5OH + HO2';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C610OH'; 
fOH(i)=fOH(i)-1; fC610OH(i)=fC610OH(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO24M3C5OH + hv = HOCH2CO3 + MEKBO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO24M3C5OH'; 
fCO24M3C5OH(i)=fCO24M3C5OH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO24M3C5OH = CO24M3CHO + HO2';
k(:,i) = 4.32e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO24M3C5OH'; 
fOH(i)=fOH(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)-1; fCO24M3CHO(i)=fCO24M3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + HO2 = C51CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fC51CO2H(i)=fC51CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + HO2 = C51CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fC51CO3H(i)=fC51CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + HO2 = MIPKBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'HO2'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + NO = MIPKBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'NO'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fNO(i)=fNO(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + NO2 = C6PAN12';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'NO2'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN12(i)=fC6PAN12(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + NO3 = MIPKBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'NO3'; 
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + RO2 = C51CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'RO2';
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fC51CO2H(i)=fC51CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO2M3C4CO3 + RO2 = MIPKBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO2M3C4CO3'; Gstr{i,2} = 'RO2';
fCO2M3C4CO3(i)=fCO2M3C4CO3(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4CO2H = H2M3C4O2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4CO2H'; 
fOH(i)=fOH(i)-1; fH2M3C4CO2H(i)=fH2M3C4CO2H(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3C4CO3H + hv = H2M3C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H2M3C4CO3H'; 
fH2M3C4CO3H(i)=fH2M3C4CO3H(i)-1; fH2M3C4O2(i)=fH2M3C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3C4CO3H = H2M3C4CO3';
k(:,i) = 2.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3C4CO3H'; 
fOH(i)=fOH(i)-1; fH2M3C4CO3H(i)=fH2M3C4CO3H(i)-1; fH2M3C4CO3(i)=fH2M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN11 = H2M3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN11'; 
fC6PAN11(i)=fC6PAN11(i)-1; fH2M3C4CO3(i)=fH2M3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN11 = HO2C43CHO + CO + NO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN11'; 
fOH(i)=fOH(i)-1; fC6PAN11(i)=fC6PAN11(i)-1; fHO2C43CHO(i)=fHO2C43CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C68OOH + hv = C68O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C68OOH'; 
fC68OOH(i)=fC68OOH(i)-1; fC68O(i)=fC68O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C68OOH + hv = C68O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C68OOH'; 
fC68OOH(i)=fC68OOH(i)-1; fC68O(i)=fC68O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C68OOH = C68O2';
k(:,i) = 3.40e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C68OOH'; 
fOH(i)=fOH(i)-1; fC68OOH(i)=fC68OOH(i)-1; fC68O2(i)=fC68O2(i)+1; 

i=i+1;
Rnames{i} = 'C68NO3 + hv = C68O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C68NO3'; 
fC68NO3(i)=fC68NO3(i)-1; fC68O(i)=fC68O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C68NO3 = GLYOX + MEKAOH + NO2';
k(:,i) = 2.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C68NO3'; 
fOH(i)=fOH(i)-1; fC68NO3(i)=fC68NO3(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMEKAOH(i)=fMEKAOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C68O = CO2C3CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'C68O'; 
fC68O(i)=fC68O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C68OH + hv = C68O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C68OH'; 
fC68OH(i)=fC68OH(i)-1; fC68O(i)=fC68O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C68OH = C68O';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C68OH'; 
fOH(i)=fOH(i)-1; fC68OH(i)=fC68OH(i)-1; fC68O(i)=fC68O(i)+1; 

i=i+1;
Rnames{i} = 'C69OOH + hv = C69O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C69OOH'; 
fC69OOH(i)=fC69OOH(i)-1; fC69O(i)=fC69O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C69OOH + hv = C69O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C69OOH'; 
fC69OOH(i)=fC69OOH(i)-1; fC69O(i)=fC69O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C69OOH = H2M3CO4CHO + OH';
k(:,i) = 3.86e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C69OOH'; 
fOH(i)=fOH(i)-1; fC69OOH(i)=fC69OOH(i)-1; fH2M3CO4CHO(i)=fH2M3CO4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C69O = HO2C43CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C69O'; 
fC69O(i)=fC69O(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C69OH + hv = C69O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C69OH'; 
fC69OH(i)=fC69OH(i)-1; fC69O(i)=fC69O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C69OH = CO24M3C5OH + HO2';
k(:,i) = 3.17e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C69OH'; 
fOH(i)=fOH(i)-1; fC69OH(i)=fC69OH(i)-1; fCO24M3C5OH(i)=fCO24M3C5OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H2M3CO4CHO + hv = HO2C43CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'H2M3CO4CHO'; 
fH2M3CO4CHO(i)=fH2M3CO4CHO(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + H2M3CO4CHO = HO2C43CO3';
k(:,i) = 4.18e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H2M3CO4CHO'; 
fOH(i)=fOH(i)-1; fH2M3CO4CHO(i)=fH2M3CO4CHO(i)-1; fHO2C43CO3(i)=fHO2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'C611OOH + hv = C611O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C611OOH'; 
fC611OOH(i)=fC611OOH(i)-1; fC611O(i)=fC611O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C611OOH + hv = CH3CO3 + BIACET + OH';
k(:,i) = J22.*2.0;
Gstr{i,1} = 'C611OOH'; 
fC611OOH(i)=fC611OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fBIACET(i)=fBIACET(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C611OOH = C611O2';
k(:,i) = 4.33e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C611OOH'; 
fOH(i)=fOH(i)-1; fC611OOH(i)=fC611OOH(i)-1; fC611O2(i)=fC611O2(i)+1; 

i=i+1;
Rnames{i} = 'C611O = CH3CO3 + BIACET';
k(:,i) = KDEC;
Gstr{i,1} = 'C611O'; 
fC611O(i)=fC611O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'C611OH + hv = CH3CO3 + BIACET + HO2';
k(:,i) = J22.*2.0;
Gstr{i,1} = 'C611OH'; 
fC611OH(i)=fC611OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C611OH = C611O';
k(:,i) = 8.74e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C611OH'; 
fOH(i)=fOH(i)-1; fC611OH(i)=fC611OH(i)-1; fC611O(i)=fC611O(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C3CO2H = HM33C3O2';
k(:,i) = 9.84e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C3CO2H'; 
fOH(i)=fOH(i)-1; fHM33C3CO2H(i)=fHM33C3CO2H(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HM33C3CO3H + hv = HM33C3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM33C3CO3H'; 
fHM33C3CO3H(i)=fHM33C3CO3H(i)-1; fHM33C3O2(i)=fHM33C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM33C3CO3H = HM33C3CO3';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM33C3CO3H'; 
fOH(i)=fOH(i)-1; fHM33C3CO3H(i)=fHM33C3CO3H(i)-1; fHM33C3CO3(i)=fHM33C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN13 = HM33C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN13'; 
fC6PAN13(i)=fC6PAN13(i)-1; fHM33C3CO3(i)=fHM33C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN13 = MEKAOH + HCHO + CO + NO2';
k(:,i) = 5.91e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN13'; 
fOH(i)=fOH(i)-1; fC6PAN13(i)=fC6PAN13(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3OOH + hv = HM22C3O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM22C3OOH'; 
fHM22C3OOH(i)=fHM22C3OOH(i)-1; fHM22C3O(i)=fHM22C3O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3OOH = HM22C3O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3OOH'; 
fOH(i)=fOH(i)-1; fHM22C3OOH(i)=fHM22C3OOH(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3OOH = HM22CHO + OH';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3OOH'; 
fOH(i)=fOH(i)-1; fHM22C3OOH(i)=fHM22C3OOH(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3NO3 + hv = HM22C3O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'HM22C3NO3'; 
fHM22C3NO3(i)=fHM22C3NO3(i)-1; fHM22C3O(i)=fHM22C3O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3NO3 = HM22CHO + NO2';
k(:,i) = 4.54e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3NO3'; 
fOH(i)=fOH(i)-1; fHM22C3NO3(i)=fHM22C3NO3(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3O = HM22CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'HM22C3O'; 
fHM22C3O(i)=fHM22C3O(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3OH = HM22CHO + HO2';
k(:,i) = 8.65e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3OH'; 
fOH(i)=fOH(i)-1; fHM22C3OH(i)=fHM22C3OH(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22CHO + hv = IBUTOLBO2 + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'HM22CHO'; 
fHM22CHO(i)=fHM22CHO(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HM22CHO = HM22CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HM22CHO'; 
fNO3(i)=fNO3(i)-1; fHM22CHO(i)=fHM22CHO(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22CHO = HM22CO3';
k(:,i) = 3.47e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22CHO'; 
fOH(i)=fOH(i)-1; fHM22CHO(i)=fHM22CHO(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3CO2H = HM22C3O2';
k(:,i) = 5.50e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3CO2H'; 
fOH(i)=fOH(i)-1; fHM22C3CO2H(i)=fHM22C3CO2H(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; 

i=i+1;
Rnames{i} = 'HM22C3CO3H + hv = HM22C3O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM22C3CO3H'; 
fHM22C3CO3H(i)=fHM22C3CO3H(i)-1; fHM22C3O2(i)=fHM22C3O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22C3CO3H = HM22C3CO3';
k(:,i) = 8.96e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22C3CO3H'; 
fOH(i)=fOH(i)-1; fHM22C3CO3H(i)=fHM22C3CO3H(i)-1; fHM22C3CO3(i)=fHM22C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN14 = HM22C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN14'; 
fC6PAN14(i)=fC6PAN14(i)-1; fHM22C3CO3(i)=fHM22C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN14 = HM22CHO + CO + NO2';
k(:,i) = 4.67e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN14'; 
fOH(i)=fOH(i)-1; fC6PAN14(i)=fC6PAN14(i)-1; fHM22CHO(i)=fHM22CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM2C43CO2H = HM2C43O2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM2C43CO2H'; 
fOH(i)=fOH(i)-1; fHM2C43CO2H(i)=fHM2C43CO2H(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; 

i=i+1;
Rnames{i} = 'HM2C43CO3H + hv = HM2C43O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM2C43CO3H'; 
fHM2C43CO3H(i)=fHM2C43CO3H(i)-1; fHM2C43O2(i)=fHM2C43O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM2C43CO3H = HM2C43CO3';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM2C43CO3H'; 
fOH(i)=fOH(i)-1; fHM2C43CO3H(i)=fHM2C43CO3H(i)-1; fHM2C43CO3(i)=fHM2C43CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN19 = HM2C43CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN19'; 
fC6PAN19(i)=fC6PAN19(i)-1; fHM2C43CO3(i)=fHM2C43CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN19 = MIPKBOH + CO + NO2';
k(:,i) = 7.60e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN19'; 
fOH(i)=fOH(i)-1; fC6PAN19(i)=fC6PAN19(i)-1; fMIPKBOH(i)=fMIPKBOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + HO2 = C72OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'HO2'; 
fC72O2(i)=fC72O2(i)-1; fHO2(i)=fHO2(i)-1; fC72OOH(i)=fC72OOH(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + NO = C72NO3';
k(:,i) = KRO2NO.*0.139;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'NO'; 
fC72O2(i)=fC72O2(i)-1; fNO(i)=fNO(i)-1; fC72NO3(i)=fC72NO3(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + NO = C72O + NO2';
k(:,i) = KRO2NO.*0.861;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'NO'; 
fC72O2(i)=fC72O2(i)-1; fNO(i)=fNO(i)-1; fC72O(i)=fC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + NO3 = C72O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'NO3'; 
fC72O2(i)=fC72O2(i)-1; fNO3(i)=fNO3(i)-1; fC72O(i)=fC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + RO2 = C72O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'RO2';
fC72O2(i)=fC72O2(i)-1; fC72O(i)=fC72O(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + RO2 = C72OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'RO2';
fC72O2(i)=fC72O2(i)-1; fC72OH(i)=fC72OH(i)+1; 

i=i+1;
Rnames{i} = 'C72O2 + RO2 = HO2CO35C7';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C72O2'; Gstr{i,2} = 'RO2';
fC72O2(i)=fC72O2(i)-1; fHO2CO35C7(i)=fHO2CO35C7(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + HO2 = CO25C73OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'HO2'; 
fCO25C73O2(i)=fCO25C73O2(i)-1; fHO2(i)=fHO2(i)-1; fCO25C73OOH(i)=fCO25C73OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + NO = CO25C73O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'NO'; 
fCO25C73O2(i)=fCO25C73O2(i)-1; fNO(i)=fNO(i)-1; fCO25C73O(i)=fCO25C73O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + NO3 = CO25C73O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'NO3'; 
fCO25C73O2(i)=fCO25C73O2(i)-1; fNO3(i)=fNO3(i)-1; fCO25C73O(i)=fCO25C73O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + RO2 = CO235C7';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'RO2';
fCO25C73O2(i)=fCO25C73O2(i)-1; fCO235C7(i)=fCO235C7(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + RO2 = CO25C73O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'RO2';
fCO25C73O2(i)=fCO25C73O2(i)-1; fCO25C73O(i)=fCO25C73O(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O2 + RO2 = CO25C73OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO25C73O2'; Gstr{i,2} = 'RO2';
fCO25C73O2(i)=fCO25C73O2(i)-1; fCO25C73OH(i)=fCO25C73OH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + HO2 = CO25C74OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'HO2'; 
fCO25C74O2(i)=fCO25C74O2(i)-1; fHO2(i)=fHO2(i)-1; fCO25C74OOH(i)=fCO25C74OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + NO = CO25C74O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'NO'; 
fCO25C74O2(i)=fCO25C74O2(i)-1; fNO(i)=fNO(i)-1; fCO25C74O(i)=fCO25C74O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + NO3 = CO25C74O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'NO3'; 
fCO25C74O2(i)=fCO25C74O2(i)-1; fNO3(i)=fNO3(i)-1; fCO25C74O(i)=fCO25C74O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + RO2 = CO245C7';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'RO2';
fCO25C74O2(i)=fCO25C74O2(i)-1; fCO245C7(i)=fCO245C7(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + RO2 = CO25C74O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'RO2';
fCO25C74O2(i)=fCO25C74O2(i)-1; fCO25C74O(i)=fCO25C74O(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O2 + RO2 = CO25C74OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'CO25C74O2'; Gstr{i,2} = 'RO2';
fCO25C74O2(i)=fCO25C74O2(i)-1; fCO25C74OH(i)=fCO25C74OH(i)+1; 

i=i+1;
Rnames{i} = 'C71OOH + hv = C71O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C71OOH'; 
fC71OOH(i)=fC71OOH(i)-1; fC71O(i)=fC71O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C71OOH + hv = HO3C4CO3 + CH3CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C71OOH'; 
fC71OOH(i)=fC71OOH(i)-1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C71OOH = C71O2';
k(:,i) = 5.12e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C71OOH'; 
fOH(i)=fOH(i)-1; fC71OOH(i)=fC71OOH(i)-1; fC71O2(i)=fC71O2(i)+1; 

i=i+1;
Rnames{i} = 'C71O = CH3CHO + HO3C4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C71O'; 
fC71O(i)=fC71O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO3C4CO3(i)=fHO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C76OOH + hv = C76O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C76OOH'; 
fC76OOH(i)=fC76OOH(i)-1; fC76O(i)=fC76O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C76OOH + hv = C76O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C76OOH'; 
fC76OOH(i)=fC76OOH(i)-1; fC76O(i)=fC76O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C76OOH = C76O2';
k(:,i) = 4.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C76OOH'; 
fOH(i)=fOH(i)-1; fC76OOH(i)=fC76OOH(i)-1; fC76O2(i)=fC76O2(i)+1; 

i=i+1;
Rnames{i} = 'C76O = HCHO + H3M2C4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C76O'; 
fC76O(i)=fC76O(i)-1; fHCHO(i)=fHCHO(i)+1; fH3M2C4CO3(i)=fH3M2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C77OOH + hv = C77O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C77OOH'; 
fC77OOH(i)=fC77OOH(i)-1; fC77O(i)=fC77O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C77OOH + hv = C77O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C77OOH'; 
fC77OOH(i)=fC77OOH(i)-1; fC77O(i)=fC77O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C77OOH = C77CO + OH';
k(:,i) = 8.31e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C77OOH'; 
fOH(i)=fOH(i)-1; fC77OOH(i)=fC77OOH(i)-1; fC77CO(i)=fC77CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C77NO3 + hv = C77O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C77NO3'; 
fC77NO3(i)=fC77NO3(i)-1; fC77O(i)=fC77O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C77NO3 + hv = C77O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C77NO3'; 
fC77NO3(i)=fC77NO3(i)-1; fC77O(i)=fC77O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C77NO3 = C77CO + NO2';
k(:,i) = 1.09e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C77NO3'; 
fOH(i)=fOH(i)-1; fC77NO3(i)=fC77NO3(i)-1; fC77CO(i)=fC77CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C77O = CH3COCH3 + CO2C3CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C77O'; 
fC77O(i)=fC77O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C77CO + hv = IPRHOCO3 + CH3COCH2O2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C77CO'; 
fC77CO(i)=fC77CO(i)-1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C77CO = C79O2';
k(:,i) = 1.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C77CO'; 
fOH(i)=fOH(i)-1; fC77CO(i)=fC77CO(i)-1; fC79O2(i)=fC79O2(i)+1; 

i=i+1;
Rnames{i} = 'C77OH + hv = C77O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C77OH'; 
fC77OH(i)=fC77OH(i)-1; fC77O(i)=fC77O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C77OH = C77CO + HO2';
k(:,i) = 3.40e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C77OH'; 
fOH(i)=fOH(i)-1; fC77OH(i)=fC77OH(i)-1; fC77CO(i)=fC77CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C78OOH + hv = C78O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C78OOH'; 
fC78OOH(i)=fC78OOH(i)-1; fC78O(i)=fC78O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C78OOH + hv = H2M2C3CHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C78OOH'; 
fC78OOH(i)=fC78OOH(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C78OOH = C78CO + OH';
k(:,i) = 2.00e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C78OOH'; 
fOH(i)=fOH(i)-1; fC78OOH(i)=fC78OOH(i)-1; fC78CO(i)=fC78CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C78OOH = C78O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C78OOH'; 
fOH(i)=fOH(i)-1; fC78OOH(i)=fC78OOH(i)-1; fC78O2(i)=fC78O2(i)+1; 

i=i+1;
Rnames{i} = 'C78O = TBUTOLO2 + MGLYOX';
k(:,i) = KDEC;
Gstr{i,1} = 'C78O'; 
fC78O(i)=fC78O(i)-1; fTBUTOLO2(i)=fTBUTOLO2(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C78CO + hv = H2M2C3CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C78CO'; 
fC78CO(i)=fC78CO(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C78CO = C79O2';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C78CO'; 
fOH(i)=fOH(i)-1; fC78CO(i)=fC78CO(i)-1; fC79O2(i)=fC79O2(i)+1; 

i=i+1;
Rnames{i} = 'C78OH + hv = H2M2C3CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C78OH'; 
fC78OH(i)=fC78OH(i)-1; fH2M2C3CHO(i)=fH2M2C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C78OH = C78CO + HO2';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C78OH'; 
fOH(i)=fOH(i)-1; fC78OH(i)=fC78OH(i)-1; fC78CO(i)=fC78CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + HO2 = C712OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'HO2'; 
fC712O2(i)=fC712O2(i)-1; fHO2(i)=fHO2(i)-1; fC712OOH(i)=fC712OOH(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + NO = C712NO3';
k(:,i) = KRO2NO.*0.042;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'NO'; 
fC712O2(i)=fC712O2(i)-1; fNO(i)=fNO(i)-1; fC712NO3(i)=fC712NO3(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + NO = C712O + NO2';
k(:,i) = KRO2NO.*0.958;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'NO'; 
fC712O2(i)=fC712O2(i)-1; fNO(i)=fNO(i)-1; fC712O(i)=fC712O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + NO3 = C712O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'NO3'; 
fC712O2(i)=fC712O2(i)-1; fNO3(i)=fNO3(i)-1; fC712O(i)=fC712O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + RO2 = C712O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'RO2';
fC712O2(i)=fC712O2(i)-1; fC712O(i)=fC712O(i)+1; 

i=i+1;
Rnames{i} = 'C712O2 + RO2 = C712OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C712O2'; Gstr{i,2} = 'RO2';
fC712O2(i)=fC712O2(i)-1; fC712OH(i)=fC712OH(i)+1; 

i=i+1;
Rnames{i} = 'C713O2 + HO2 = C713OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C713O2'; Gstr{i,2} = 'HO2'; 
fC713O2(i)=fC713O2(i)-1; fHO2(i)=fHO2(i)-1; fC713OOH(i)=fC713OOH(i)+1; 

i=i+1;
Rnames{i} = 'C713O2 + NO = C713O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C713O2'; Gstr{i,2} = 'NO'; 
fC713O2(i)=fC713O2(i)-1; fNO(i)=fNO(i)-1; fC713O(i)=fC713O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C713O2 + NO3 = C713O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C713O2'; Gstr{i,2} = 'NO3'; 
fC713O2(i)=fC713O2(i)-1; fNO3(i)=fNO3(i)-1; fC713O(i)=fC713O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C713O2 + RO2 = C713O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C713O2'; Gstr{i,2} = 'RO2';
fC713O2(i)=fC713O2(i)-1; fC713O(i)=fC713O(i)+1; 

i=i+1;
Rnames{i} = 'C713O2 + RO2 = C713OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C713O2'; Gstr{i,2} = 'RO2';
fC713O2(i)=fC713O2(i)-1; fC713OH(i)=fC713OH(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + HO2 = C714OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'HO2'; 
fC714O2(i)=fC714O2(i)-1; fHO2(i)=fHO2(i)-1; fC714OOH(i)=fC714OOH(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + NO = C714O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'NO'; 
fC714O2(i)=fC714O2(i)-1; fNO(i)=fNO(i)-1; fC714O(i)=fC714O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + NO3 = C714O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'NO3'; 
fC714O2(i)=fC714O2(i)-1; fNO3(i)=fNO3(i)-1; fC714O(i)=fC714O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + RO2 = C714O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'RO2';
fC714O2(i)=fC714O2(i)-1; fC714O(i)=fC714O(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + RO2 = C714OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'RO2';
fC714O2(i)=fC714O2(i)-1; fC714OH(i)=fC714OH(i)+1; 

i=i+1;
Rnames{i} = 'C714O2 + RO2 = M3CO245C6';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C714O2'; Gstr{i,2} = 'RO2';
fC714O2(i)=fC714O2(i)-1; fM3CO245C6(i)=fM3CO245C6(i)+1; 

i=i+1;
Rnames{i} = 'C711OOH + hv = C711O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C711OOH'; 
fC711OOH(i)=fC711OOH(i)-1; fC711O(i)=fC711O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C711OOH + hv = C711O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C711OOH'; 
fC711OOH(i)=fC711OOH(i)-1; fC711O(i)=fC711O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C711OOH = C711O2';
k(:,i) = 1.18e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C711OOH'; 
fOH(i)=fOH(i)-1; fC711OOH(i)=fC711OOH(i)-1; fC711O2(i)=fC711O2(i)+1; 

i=i+1;
Rnames{i} = 'C711O = HCHO + H3M3C4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C711O'; 
fC711O(i)=fC711O(i)-1; fHCHO(i)=fHCHO(i)+1; fH3M3C4CO3(i)=fH3M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5OOH + hv = H3M3C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3M3C5OOH'; 
fH3M3C5OOH(i)=fH3M3C5OOH(i)-1; fH3M3C5O(i)=fH3M3C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5OOH = H3M3C4CHO + OH';
k(:,i) = 1.25e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5OOH'; 
fOH(i)=fOH(i)-1; fH3M3C5OOH(i)=fH3M3C5OOH(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5OOH = H3M3C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5OOH'; 
fOH(i)=fOH(i)-1; fH3M3C5OOH(i)=fH3M3C5OOH(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5NO3 + hv = H3M3C5O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'H3M3C5NO3'; 
fH3M3C5NO3(i)=fH3M3C5NO3(i)-1; fH3M3C5O(i)=fH3M3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5NO3 = H3M3C4CHO + NO2';
k(:,i) = 1.90e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5NO3'; 
fOH(i)=fOH(i)-1; fH3M3C5NO3(i)=fH3M3C5NO3(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5O = H13M3C5O2';
k(:,i) = 2.58e11.*exp(-3430./T);
Gstr{i,1} = 'H3M3C5O'; 
fH3M3C5O(i)=fH3M3C5O(i)-1; fH13M3C5O2(i)=fH13M3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13M3C5 = H3M3C4CHO + HO2';
k(:,i) = 7.06e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13M3C5'; 
fOH(i)=fOH(i)-1; fH13M3C5(i)=fH13M3C5(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CHO + hv = PROL11MO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'H3M3C4CHO'; 
fH3M3C4CHO(i)=fH3M3C4CHO(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + H3M3C4CHO = H3M3C4CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'H3M3C4CHO'; 
fNO3(i)=fNO3(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)-1; fH3M3C4CO3(i)=fH3M3C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C4CHO = H3M3C4CO3';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C4CHO'; 
fOH(i)=fOH(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)-1; fH3M3C4CO3(i)=fH3M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5CO2H = H3M3C5O2';
k(:,i) = 7.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5CO2H'; 
fOH(i)=fOH(i)-1; fH3M3C5CO2H(i)=fH3M3C5CO2H(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C5CO3H + hv = H3M3C5O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3M3C5CO3H'; 
fH3M3C5CO3H(i)=fH3M3C5CO3H(i)-1; fH3M3C5O2(i)=fH3M3C5O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C5CO3H = H3M3C5CO3';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C5CO3H'; 
fOH(i)=fOH(i)-1; fH3M3C5CO3H(i)=fH3M3C5CO3H(i)-1; fH3M3C5CO3(i)=fH3M3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7PAN1 = H3M3C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7PAN1'; 
fC7PAN1(i)=fC7PAN1(i)-1; fH3M3C5CO3(i)=fH3M3C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C7PAN1 = H3M3C4CHO + CO + NO2';
k(:,i) = 3.38e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C7PAN1'; 
fOH(i)=fOH(i)-1; fC7PAN1(i)=fC7PAN1(i)-1; fH3M3C4CHO(i)=fH3M3C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C82OOH + hv = C82O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C82OOH'; 
fC82OOH(i)=fC82OOH(i)-1; fC82O(i)=fC82O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C82OOH + hv = C82O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C82OOH'; 
fC82OOH(i)=fC82OOH(i)-1; fC82O(i)=fC82O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C82OOH = HO3CO46C8 + OH';
k(:,i) = 9.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C82OOH'; 
fOH(i)=fOH(i)-1; fC82OOH(i)=fC82OOH(i)-1; fHO3CO46C8(i)=fHO3CO46C8(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C82NO3 + hv = C82O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C82NO3'; 
fC82NO3(i)=fC82NO3(i)-1; fC82O(i)=fC82O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C82NO3 = HO3CO46C8 + NO2';
k(:,i) = 5.86e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C82NO3'; 
fOH(i)=fOH(i)-1; fC82NO3(i)=fC82NO3(i)-1; fHO3CO46C8(i)=fHO3CO46C8(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C82O = CO3C4CHO + C2H5CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C82O'; 
fC82O(i)=fC82O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO34CO6C8 + hv = C82O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'HO34CO6C8'; 
fHO34CO6C8(i)=fHO34CO6C8(i)-1; fC82O(i)=fC82O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO34CO6C8 = HO3CO46C8 + HO2';
k(:,i) = 4.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO34CO6C8'; 
fOH(i)=fOH(i)-1; fHO34CO6C8(i)=fHO34CO6C8(i)-1; fHO3CO46C8(i)=fHO3CO46C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO3CO46C8 + hv = CO3C4CO3 + C2H5CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'HO3CO46C8'; 
fHO3CO46C8(i)=fHO3CO46C8(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO3CO46C8 = CO346C8 + HO2';
k(:,i) = 1.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO3CO46C8'; 
fOH(i)=fOH(i)-1; fHO3CO46C8(i)=fHO3CO46C8(i)-1; fCO346C8(i)=fCO346C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + HO2 = C84OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'HO2'; 
fC84O2(i)=fC84O2(i)-1; fHO2(i)=fHO2(i)-1; fC84OOH(i)=fC84OOH(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + NO = C84O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'NO'; 
fC84O2(i)=fC84O2(i)-1; fNO(i)=fNO(i)-1; fC84O(i)=fC84O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + NO3 = C84O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'NO3'; 
fC84O2(i)=fC84O2(i)-1; fNO3(i)=fNO3(i)-1; fC84O(i)=fC84O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + RO2 = C84O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'RO2';
fC84O2(i)=fC84O2(i)-1; fC84O(i)=fC84O(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + RO2 = C84OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'RO2';
fC84O2(i)=fC84O2(i)-1; fC84OH(i)=fC84OH(i)+1; 

i=i+1;
Rnames{i} = 'C84O2 + RO2 = CO346C8';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C84O2'; Gstr{i,2} = 'RO2';
fC84O2(i)=fC84O2(i)-1; fCO346C8(i)=fCO346C8(i)+1; 

i=i+1;
Rnames{i} = 'C81OOH + hv = C81O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C81OOH'; 
fC81OOH(i)=fC81OOH(i)-1; fC81O(i)=fC81O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C81OOH + hv = C81O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C81OOH'; 
fC81OOH(i)=fC81OOH(i)-1; fC81O(i)=fC81O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C81OOH = C81O2';
k(:,i) = 5.27e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C81OOH'; 
fOH(i)=fOH(i)-1; fC81OOH(i)=fC81OOH(i)-1; fC81O2(i)=fC81O2(i)+1; 

i=i+1;
Rnames{i} = 'C81O = CH3CHO + HO4C5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C81O'; 
fC81O(i)=fC81O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO4C5CO3(i)=fHO4C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C93OOH + hv = C93O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C93OOH'; 
fC93OOH(i)=fC93OOH(i)-1; fC93O(i)=fC93O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C93OOH + hv = C93O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C93OOH'; 
fC93OOH(i)=fC93OOH(i)-1; fC93O(i)=fC93O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C93OOH = C93CO + OH';
k(:,i) = 9.70e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C93OOH'; 
fOH(i)=fOH(i)-1; fC93OOH(i)=fC93OOH(i)-1; fC93CO(i)=fC93CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C93NO3 + hv = C93O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C93NO3'; 
fC93NO3(i)=fC93NO3(i)-1; fC93O(i)=fC93O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C93NO3 = C93CO + NO2';
k(:,i) = 7.27e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C93NO3'; 
fOH(i)=fOH(i)-1; fC93NO3(i)=fC93NO3(i)-1; fC93CO(i)=fC93CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C93O = CO3C4CHO + C3H7CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C93O'; 
fC93O(i)=fC93O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C93CO + hv = CO3C4CO3 + C3H7CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C93CO'; 
fC93CO(i)=fC93CO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C93CO = CO356C9 + HO2';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C93CO'; 
fOH(i)=fOH(i)-1; fC93CO(i)=fC93CO(i)-1; fCO356C9(i)=fCO356C9(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C93OH + hv = C93O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C93OH'; 
fC93OH(i)=fC93OH(i)-1; fC93O(i)=fC93O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C93OH = C93CO + HO2';
k(:,i) = 4.79e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C93OH'; 
fOH(i)=fOH(i)-1; fC93OH(i)=fC93OH(i)-1; fC93CO(i)=fC93CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + HO2 = C94OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'HO2'; 
fC94O2(i)=fC94O2(i)-1; fHO2(i)=fHO2(i)-1; fC94OOH(i)=fC94OOH(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + NO = C94O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'NO'; 
fC94O2(i)=fC94O2(i)-1; fNO(i)=fNO(i)-1; fC94O(i)=fC94O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + NO3 = C94O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'NO3'; 
fC94O2(i)=fC94O2(i)-1; fNO3(i)=fNO3(i)-1; fC94O(i)=fC94O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + RO2 = C94O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'RO2';
fC94O2(i)=fC94O2(i)-1; fC94O(i)=fC94O(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + RO2 = C94OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'RO2';
fC94O2(i)=fC94O2(i)-1; fC94OH(i)=fC94OH(i)+1; 

i=i+1;
Rnames{i} = 'C94O2 + RO2 = CO356C9';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C94O2'; Gstr{i,2} = 'RO2';
fC94O2(i)=fC94O2(i)-1; fCO356C9(i)=fCO356C9(i)+1; 

i=i+1;
Rnames{i} = 'C92OOH + hv = C92O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C92OOH'; 
fC92OOH(i)=fC92OOH(i)-1; fC92O(i)=fC92O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C92OOH + hv = C92O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C92OOH'; 
fC92OOH(i)=fC92OOH(i)-1; fC92O(i)=fC92O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C92OOH = C92O2';
k(:,i) = 5.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C92OOH'; 
fOH(i)=fOH(i)-1; fC92OOH(i)=fC92OOH(i)-1; fC92O2(i)=fC92O2(i)+1; 

i=i+1;
Rnames{i} = 'C92O = CH3CHO + HO5C6CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C92O'; 
fC92O(i)=fC92O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO5C6CO3(i)=fHO5C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7OOH + hv = HO6C7O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO6C7OOH'; 
fHO6C7OOH(i)=fHO6C7OOH(i)-1; fHO6C7O(i)=fHO6C7O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO6C7OOH = HO6C7O2';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO6C7OOH'; 
fOH(i)=fOH(i)-1; fHO6C7OOH(i)=fHO6C7OOH(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7O = HCHO + C5H11CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HO6C7O'; 
fHO6C7O(i)=fHO6C7O(i)-1; fHCHO(i)=fHCHO(i)+1; fC5H11CHO(i)=fC5H11CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C103OOH + hv = C103O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C103OOH'; 
fC103OOH(i)=fC103OOH(i)-1; fC103O(i)=fC103O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C103OOH + hv = C103O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C103OOH'; 
fC103OOH(i)=fC103OOH(i)-1; fC103O(i)=fC103O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C103OOH = C103CO + OH';
k(:,i) = 9.84e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C103OOH'; 
fOH(i)=fOH(i)-1; fC103OOH(i)=fC103OOH(i)-1; fC103CO(i)=fC103CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C103NO3 + hv = C103O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C103NO3'; 
fC103NO3(i)=fC103NO3(i)-1; fC103O(i)=fC103O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C103NO3 = C103CO + NO2';
k(:,i) = 8.68e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C103NO3'; 
fOH(i)=fOH(i)-1; fC103NO3(i)=fC103NO3(i)-1; fC103CO(i)=fC103CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C103O = CO3C4CHO + C4H9CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C103O'; 
fC103O(i)=fC103O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C103CO + hv = CO3C4CO3 + C4H9CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C103CO'; 
fC103CO(i)=fC103CO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fC4H9CHO(i)=fC4H9CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C103CO = CO356C10 + HO2';
k(:,i) = 1.54e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C103CO'; 
fOH(i)=fOH(i)-1; fC103CO(i)=fC103CO(i)-1; fCO356C10(i)=fCO356C10(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C103OH + hv = C103O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C103OH'; 
fC103OH(i)=fC103OH(i)-1; fC103O(i)=fC103O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C103OH = C103CO + HO2';
k(:,i) = 4.93e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C103OH'; 
fOH(i)=fOH(i)-1; fC103OH(i)=fC103OH(i)-1; fC103CO(i)=fC103CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + HO2 = C104OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'HO2'; 
fC104O2(i)=fC104O2(i)-1; fHO2(i)=fHO2(i)-1; fC104OOH(i)=fC104OOH(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + NO = C104O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'NO'; 
fC104O2(i)=fC104O2(i)-1; fNO(i)=fNO(i)-1; fC104O(i)=fC104O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + NO3 = C104O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'NO3'; 
fC104O2(i)=fC104O2(i)-1; fNO3(i)=fNO3(i)-1; fC104O(i)=fC104O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + RO2 = C104O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'RO2';
fC104O2(i)=fC104O2(i)-1; fC104O(i)=fC104O(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + RO2 = C104OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'RO2';
fC104O2(i)=fC104O2(i)-1; fC104OH(i)=fC104OH(i)+1; 

i=i+1;
Rnames{i} = 'C104O2 + RO2 = CO356C10';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C104O2'; Gstr{i,2} = 'RO2';
fC104O2(i)=fC104O2(i)-1; fCO356C10(i)=fCO356C10(i)+1; 

i=i+1;
Rnames{i} = 'C102OOH + hv = C102O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C102OOH'; 
fC102OOH(i)=fC102OOH(i)-1; fC102O(i)=fC102O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C102OOH + hv = C102O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C102OOH'; 
fC102OOH(i)=fC102OOH(i)-1; fC102O(i)=fC102O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C102OOH = C102O2';
k(:,i) = 5.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C102OOH'; 
fOH(i)=fOH(i)-1; fC102OOH(i)=fC102OOH(i)-1; fC102O2(i)=fC102O2(i)+1; 

i=i+1;
Rnames{i} = 'C102O = CH3CHO + HO6C7CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C102O'; 
fC102O(i)=fC102O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO6C7CO3(i)=fHO6C7CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8OOH + hv = HO7C8O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO7C8OOH'; 
fHO7C8OOH(i)=fHO7C8OOH(i)-1; fHO7C8O(i)=fHO7C8O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO7C8OOH = HO7C8O2';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO7C8OOH'; 
fOH(i)=fOH(i)-1; fHO7C8OOH(i)=fHO7C8OOH(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8O = HCHO + C6H13CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HO7C8O'; 
fHO7C8O(i)=fHO7C8O(i)-1; fHCHO(i)=fHCHO(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C113OOH + hv = C113O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C113OOH'; 
fC113OOH(i)=fC113OOH(i)-1; fC113O(i)=fC113O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C113OOH + hv = C113O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C113OOH'; 
fC113OOH(i)=fC113OOH(i)-1; fC113O(i)=fC113O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C113OOH = C113CO + OH';
k(:,i) = 9.85e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C113OOH'; 
fOH(i)=fOH(i)-1; fC113OOH(i)=fC113OOH(i)-1; fC113CO(i)=fC113CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C113NO3 + hv = C113O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C113NO3'; 
fC113NO3(i)=fC113NO3(i)-1; fC113O(i)=fC113O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C113NO3 = C113CO + NO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C113NO3'; 
fOH(i)=fOH(i)-1; fC113NO3(i)=fC113NO3(i)-1; fC113CO(i)=fC113CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C113O = CO3C4CHO + C5H11CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C113O'; 
fC113O(i)=fC113O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC5H11CHO(i)=fC5H11CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C113CO + hv = CO3C4CO3 + C5H11CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C113CO'; 
fC113CO(i)=fC113CO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fC5H11CHO(i)=fC5H11CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C113CO = CO356C11 + HO2';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C113CO'; 
fOH(i)=fOH(i)-1; fC113CO(i)=fC113CO(i)-1; fCO356C11(i)=fCO356C11(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C113OH + hv = C113O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C113OH'; 
fC113OH(i)=fC113OH(i)-1; fC113O(i)=fC113O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C113OH = C113CO + HO2';
k(:,i) = 4.94e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C113OH'; 
fOH(i)=fOH(i)-1; fC113OH(i)=fC113OH(i)-1; fC113CO(i)=fC113CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + HO2 = C114OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'HO2'; 
fC114O2(i)=fC114O2(i)-1; fHO2(i)=fHO2(i)-1; fC114OOH(i)=fC114OOH(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + NO = C114O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'NO'; 
fC114O2(i)=fC114O2(i)-1; fNO(i)=fNO(i)-1; fC114O(i)=fC114O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + NO3 = C114O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'NO3'; 
fC114O2(i)=fC114O2(i)-1; fNO3(i)=fNO3(i)-1; fC114O(i)=fC114O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + RO2 = C114O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'RO2';
fC114O2(i)=fC114O2(i)-1; fC114O(i)=fC114O(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + RO2 = C114OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'RO2';
fC114O2(i)=fC114O2(i)-1; fC114OH(i)=fC114OH(i)+1; 

i=i+1;
Rnames{i} = 'C114O2 + RO2 = CO356C11';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C114O2'; Gstr{i,2} = 'RO2';
fC114O2(i)=fC114O2(i)-1; fCO356C11(i)=fCO356C11(i)+1; 

i=i+1;
Rnames{i} = 'C112OOH + hv = C112O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C112OOH'; 
fC112OOH(i)=fC112OOH(i)-1; fC112O(i)=fC112O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C112OOH + hv = C112O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C112OOH'; 
fC112OOH(i)=fC112OOH(i)-1; fC112O(i)=fC112O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C112OOH = C112O2';
k(:,i) = 5.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C112OOH'; 
fOH(i)=fOH(i)-1; fC112OOH(i)=fC112OOH(i)-1; fC112O2(i)=fC112O2(i)+1; 

i=i+1;
Rnames{i} = 'C112O = CH3CHO + HO7C8CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C112O'; 
fC112O(i)=fC112O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO7C8CO3(i)=fHO7C8CO3(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9OOH + hv = HO8C9O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO8C9OOH'; 
fHO8C9OOH(i)=fHO8C9OOH(i)-1; fHO8C9O(i)=fHO8C9O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO8C9OOH = HO8C9O2';
k(:,i) = 3.20e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO8C9OOH'; 
fOH(i)=fOH(i)-1; fHO8C9OOH(i)=fHO8C9OOH(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9O = CH3CHO + C6H13CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HO8C9O'; 
fHO8C9O(i)=fHO8C9O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C123OOH + hv = C123O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C123OOH'; 
fC123OOH(i)=fC123OOH(i)-1; fC123O(i)=fC123O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C123OOH + hv = C123O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C123OOH'; 
fC123OOH(i)=fC123OOH(i)-1; fC123O(i)=fC123O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C123OOH = C123CO + OH';
k(:,i) = 9.99e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C123OOH'; 
fOH(i)=fOH(i)-1; fC123OOH(i)=fC123OOH(i)-1; fC123CO(i)=fC123CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C123NO3 + hv = C123O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C123NO3'; 
fC123NO3(i)=fC123NO3(i)-1; fC123O(i)=fC123O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C123NO3 = C123CO + NO2';
k(:,i) = 1.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C123NO3'; 
fOH(i)=fOH(i)-1; fC123NO3(i)=fC123NO3(i)-1; fC123CO(i)=fC123CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C123O = CO3C4CHO + C6H13CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C123O'; 
fC123O(i)=fC123O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C123CO + hv = CO3C4CO3 + C6H13CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C123CO'; 
fC123CO(i)=fC123CO(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C123CO = CO356C12 + HO2';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C123CO'; 
fOH(i)=fOH(i)-1; fC123CO(i)=fC123CO(i)-1; fCO356C12(i)=fCO356C12(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C123OH + hv = C123O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C123OH'; 
fC123OH(i)=fC123OH(i)-1; fC123O(i)=fC123O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C123OH = C123CO + HO2';
k(:,i) = 5.08e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C123OH'; 
fOH(i)=fOH(i)-1; fC123OH(i)=fC123OH(i)-1; fC123CO(i)=fC123CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + HO2 = C6H13CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'HO2'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H13CO2H(i)=fC6H13CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + HO2 = C6H13CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'HO2'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6H13CO3H(i)=fC6H13CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + HO2 = HEXAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'HO2'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fHO2(i)=fHO2(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + NO = HEXAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'NO'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fNO(i)=fNO(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + NO2 = PHPTN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'NO2'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fNO2(i)=fNO2(i)-1; fPHPTN(i)=fPHPTN(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + NO3 = HEXAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'NO3'; 
fC6H13CO3(i)=fC6H13CO3(i)-1; fNO3(i)=fNO3(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + RO2 = C6H13CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'RO2';
fC6H13CO3(i)=fC6H13CO3(i)-1; fC6H13CO2H(i)=fC6H13CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3 + RO2 = HEXAO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C6H13CO3'; Gstr{i,2} = 'RO2';
fC6H13CO3(i)=fC6H13CO3(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + HO2 = C124OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'HO2'; 
fC124O2(i)=fC124O2(i)-1; fHO2(i)=fHO2(i)-1; fC124OOH(i)=fC124OOH(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + NO = C124O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'NO'; 
fC124O2(i)=fC124O2(i)-1; fNO(i)=fNO(i)-1; fC124O(i)=fC124O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + NO3 = C124O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'NO3'; 
fC124O2(i)=fC124O2(i)-1; fNO3(i)=fNO3(i)-1; fC124O(i)=fC124O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + RO2 = C124O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'RO2';
fC124O2(i)=fC124O2(i)-1; fC124O(i)=fC124O(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + RO2 = C124OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'RO2';
fC124O2(i)=fC124O2(i)-1; fC124OH(i)=fC124OH(i)+1; 

i=i+1;
Rnames{i} = 'C124O2 + RO2 = CO356C12';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C124O2'; Gstr{i,2} = 'RO2';
fC124O2(i)=fC124O2(i)-1; fCO356C12(i)=fCO356C12(i)+1; 

i=i+1;
Rnames{i} = 'C122OOH + hv = C122O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C122OOH'; 
fC122OOH(i)=fC122OOH(i)-1; fC122O(i)=fC122O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C122OOH + hv = C122O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C122OOH'; 
fC122OOH(i)=fC122OOH(i)-1; fC122O(i)=fC122O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C122OOH = C122O2';
k(:,i) = 5.83e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C122OOH'; 
fOH(i)=fOH(i)-1; fC122OOH(i)=fC122OOH(i)-1; fC122O2(i)=fC122O2(i)+1; 

i=i+1;
Rnames{i} = 'C122O = CH3CHO + HO8C9CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C122O'; 
fC122O(i)=fC122O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fHO8C9CO3(i)=fHO8C9CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63OOH + OH = C6COHOCHO + OH';
k(:,i) = 4.80e-11;
Gstr{i,1} = 'CO1H63OOH'; Gstr{i,2} = 'OH'; 
fCO1H63OOH(i)=fCO1H63OOH(i)-1; fOH(i)=fOH(i)-1; fC6COHOCHO(i)=fC6COHOCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63OOH + hv = CO1H63O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO1H63OOH'; 
fCO1H63OOH(i)=fCO1H63OOH(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63OOH + hv = CO1H63O + OH';
k(:,i) = J15;
Gstr{i,1} = 'CO1H63OOH'; 
fCO1H63OOH(i)=fCO1H63OOH(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63NO3 + OH = C6COHOCHO + NO2';
k(:,i) = 2.71e-11;
Gstr{i,1} = 'CO1H63NO3'; Gstr{i,2} = 'OH'; 
fCO1H63NO3(i)=fCO1H63NO3(i)-1; fOH(i)=fOH(i)-1; fC6COHOCHO(i)=fC6COHOCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63NO3 + hv = CO1H63O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'CO1H63NO3'; 
fCO1H63NO3(i)=fCO1H63NO3(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63NO3 + hv = CO1H63O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'CO1H63NO3'; 
fCO1H63NO3(i)=fCO1H63NO3(i)-1; fCO1H63O(i)=fCO1H63O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63O = C6DIALOH + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'CO1H63O'; 
fCO1H63O(i)=fCO1H63O(i)-1; fC6DIALOH(i)=fC6DIALOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1H63OH + OH = C6COHOCHO + HO2';
k(:,i) = 3.89e-11;
Gstr{i,1} = 'CO1H63OH'; Gstr{i,2} = 'OH'; 
fCO1H63OH(i)=fCO1H63OH(i)-1; fOH(i)=fOH(i)-1; fC6COHOCHO(i)=fC6COHOCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COOOH + OH = C3NO3COO2';
k(:,i) = 9.51e-11;
Gstr{i,1} = 'C3NO3COOOH'; Gstr{i,2} = 'OH'; 
fC3NO3COOOH(i)=fC3NO3COOOH(i)-1; fOH(i)=fOH(i)-1; fC3NO3COO2(i)=fC3NO3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COOOH + hv = C3NO3COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C3NO3COOOH'; 
fC3NO3COOOH(i)=fC3NO3COOOH(i)-1; fC3NO3COO(i)=fC3NO3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COOOH + hv = C3NO3COO + OH';
k(:,i) = J56;
Gstr{i,1} = 'C3NO3COOOH'; 
fC3NO3COOOH(i)=fC3NO3COOOH(i)-1; fC3NO3COO(i)=fC3NO3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C3NO3COO = NO3CH2CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C3NO3COO'; 
fC3NO3COO(i)=fC3NO3COO(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO14O3CHO + NO3 = CO + HCOCH2O2 + HNO3';
k(:,i) = KNO3AL.*8.0;
Gstr{i,1} = 'CO14O3CHO'; Gstr{i,2} = 'NO3'; 
fCO14O3CHO(i)=fCO14O3CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO14O3CHO + OH = CO + HCOCH2O2';
k(:,i) = 3.44e-11;
Gstr{i,1} = 'CO14O3CHO'; Gstr{i,2} = 'OH'; 
fCO14O3CHO(i)=fCO14O3CHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO14O3CHO + hv = HO2 + CO + HCOCH2O2';
k(:,i) = J34;
Gstr{i,1} = 'CO14O3CHO'; 
fCO14O3CHO(i)=fCO14O3CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'NBZFUONE + OH = BZFUCO + NO2';
k(:,i) = 1.16e-12;
Gstr{i,1} = 'NBZFUONE'; Gstr{i,2} = 'OH'; 
fNBZFUONE(i)=fNBZFUONE(i)-1; fOH(i)=fOH(i)-1; fBZFUCO(i)=fBZFUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO14O3CO2H + OH = HCOCH2O2';
k(:,i) = 2.19e-11;
Gstr{i,1} = 'CO14O3CO2H'; Gstr{i,2} = 'OH'; 
fCO14O3CO2H(i)=fCO14O3CO2H(i)-1; fOH(i)=fOH(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + HO2 = MALANHYOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'HO2'; 
fMALANHYO2(i)=fMALANHYO2(i)-1; fHO2(i)=fHO2(i)-1; fMALANHYOOH(i)=fMALANHYOOH(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + NO = MALANHYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'NO'; 
fMALANHYO2(i)=fMALANHYO2(i)-1; fNO(i)=fNO(i)-1; fMALANHYO(i)=fMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + NO3 = MALANHYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'NO3'; 
fMALANHYO2(i)=fMALANHYO2(i)-1; fNO3(i)=fNO3(i)-1; fMALANHYO(i)=fMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + RO2 = MALANHY2OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'RO2';
fMALANHYO2(i)=fMALANHYO2(i)-1; fMALANHY2OH(i)=fMALANHY2OH(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + RO2 = MALANHYO';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'RO2';
fMALANHYO2(i)=fMALANHYO2(i)-1; fMALANHYO(i)=fMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO2 + RO2 = MALNHYOHCO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'MALANHYO2'; Gstr{i,2} = 'RO2';
fMALANHYO2(i)=fMALANHYO2(i)-1; fMALNHYOHCO(i)=fMALNHYOHCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENO2 + HO2 = NDNPHENOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NDNPHENO2'; Gstr{i,2} = 'HO2'; 
fNDNPHENO2(i)=fNDNPHENO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNPHENOOH(i)=fNDNPHENOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENO2 + NO = NDNPHENO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNPHENO2'; Gstr{i,2} = 'NO'; 
fNDNPHENO2(i)=fNDNPHENO2(i)-1; fNO(i)=fNO(i)-1; fNDNPHENO(i)=fNDNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENO2 + NO3 = NDNPHENO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNPHENO2'; Gstr{i,2} = 'NO3'; 
fNDNPHENO2(i)=fNDNPHENO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNPHENO(i)=fNDNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENO2 + RO2 = NDNPHENO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNPHENO2'; Gstr{i,2} = 'RO2';
fNDNPHENO2(i)=fNDNPHENO2(i)-1; fNDNPHENO(i)=fNDNPHENO(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENO2 + HO2 = DNPHENOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'DNPHENO2'; Gstr{i,2} = 'HO2'; 
fDNPHENO2(i)=fDNPHENO2(i)-1; fHO2(i)=fHO2(i)-1; fDNPHENOOH(i)=fDNPHENOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENO2 + NO = DNPHENO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNPHENO2'; Gstr{i,2} = 'NO'; 
fDNPHENO2(i)=fDNPHENO2(i)-1; fNO(i)=fNO(i)-1; fDNPHENO(i)=fDNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENO2 + NO3 = DNPHENO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNPHENO2'; Gstr{i,2} = 'NO3'; 
fDNPHENO2(i)=fDNPHENO2(i)-1; fNO3(i)=fNO3(i)-1; fDNPHENO(i)=fDNPHENO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENO2 + RO2 = DNPHENO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNPHENO2'; Gstr{i,2} = 'RO2';
fDNPHENO2(i)=fDNPHENO2(i)-1; fDNPHENO(i)=fDNPHENO(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1OOH + OH = NPHEN1O2';
k(:,i) = 9.00e-13;
Gstr{i,1} = 'NPHEN1OOH'; Gstr{i,2} = 'OH'; 
fNPHEN1OOH(i)=fNPHEN1OOH(i)-1; fOH(i)=fOH(i)-1; fNPHEN1O2(i)=fNPHEN1O2(i)+1; 

i=i+1;
Rnames{i} = 'NPHEN1OOH + hv = NPHEN1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPHEN1OOH'; 
fNPHEN1OOH(i)=fNPHEN1OOH(i)-1; fNPHEN1O(i)=fNPHEN1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECOOH + OH = NNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NNCATECOOH'; Gstr{i,2} = 'OH'; 
fNNCATECOOH(i)=fNNCATECOOH(i)-1; fOH(i)=fOH(i)-1; fNNCATECO2(i)=fNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECOOH + hv = NNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NNCATECOOH'; 
fNNCATECOOH(i)=fNNCATECOOH(i)-1; fNNCATECO(i)=fNNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NNCATECO = NC4DCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NNCATECO'; 
fNNCATECO(i)=fNNCATECO(i)-1; fNC4DCO2H(i)=fNC4DCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECOOH + OH = NCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NCATECOOH'; Gstr{i,2} = 'OH'; 
fNCATECOOH(i)=fNCATECOOH(i)-1; fOH(i)=fOH(i)-1; fNCATECO2(i)=fNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'NCATECOOH + hv = NCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NCATECOOH'; 
fNCATECOOH(i)=fNCATECOOH(i)-1; fNCATECO(i)=fNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NCATECO = NC4DCO2H + HCOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NCATECO'; 
fNCATECO(i)=fNCATECO(i)-1; fNC4DCO2H(i)=fNC4DCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZQOOH + OH = NBZQO2';
k(:,i) = 6.68e-11;
Gstr{i,1} = 'NBZQOOH'; Gstr{i,2} = 'OH'; 
fNBZQOOH(i)=fNBZQOOH(i)-1; fOH(i)=fOH(i)-1; fNBZQO2(i)=fNBZQO2(i)+1; 

i=i+1;
Rnames{i} = 'NBZQOOH + hv = NBZQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NBZQOOH'; 
fNBZQOOH(i)=fNBZQOOH(i)-1; fNBZQO(i)=fNBZQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NBZQO = C6CO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NBZQO'; 
fNBZQO(i)=fNBZQO(i)-1; fC6CO4DB(i)=fC6CO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PBZQOOH + OH = PBZQCO + OH';
k(:,i) = 1.23e-10;
Gstr{i,1} = 'PBZQOOH'; Gstr{i,2} = 'OH'; 
fPBZQOOH(i)=fPBZQOOH(i)-1; fOH(i)=fOH(i)-1; fPBZQCO(i)=fPBZQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZQOOH + hv = PBZQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PBZQOOH'; 
fPBZQOOH(i)=fPBZQOOH(i)-1; fPBZQO(i)=fPBZQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PBZQO = C5CO2OHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PBZQO'; 
fPBZQO(i)=fPBZQO(i)-1; fC5CO2OHCO3(i)=fC5CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZQCO + OH = C5CO2OHCO3';
k(:,i) = 6.07e-11;
Gstr{i,1} = 'PBZQCO'; Gstr{i,2} = 'OH'; 
fPBZQCO(i)=fPBZQCO(i)-1; fOH(i)=fOH(i)-1; fC5CO2OHCO3(i)=fC5CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'PBZQOH + OH = PBZQCO + HO2';
k(:,i) = 9.18e-11;
Gstr{i,1} = 'PBZQOH'; Gstr{i,2} = 'OH'; 
fPBZQOH(i)=fPBZQOH(i)-1; fOH(i)=fOH(i)-1; fPBZQCO(i)=fPBZQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQOOH + OH = NPTLQO2';
k(:,i) = 8.56e-11;
Gstr{i,1} = 'NPTLQOOH'; Gstr{i,2} = 'OH'; 
fNPTLQOOH(i)=fNPTLQOOH(i)-1; fOH(i)=fOH(i)-1; fNPTLQO2(i)=fNPTLQO2(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQOOH + hv = NPTLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPTLQOOH'; 
fNPTLQOOH(i)=fNPTLQOOH(i)-1; fNPTLQO(i)=fNPTLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPTLQO = C7CO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPTLQO'; 
fNPTLQO(i)=fNPTLQO(i)-1; fC7CO4DB(i)=fC7CO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTLQOOH + OH = PTLQCO + OH';
k(:,i) = 1.42e-10;
Gstr{i,1} = 'PTLQOOH'; Gstr{i,2} = 'OH'; 
fPTLQOOH(i)=fPTLQOOH(i)-1; fOH(i)=fOH(i)-1; fPTLQCO(i)=fPTLQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PTLQOOH + hv = PTLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PTLQOOH'; 
fPTLQOOH(i)=fPTLQOOH(i)-1; fPTLQO(i)=fPTLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PTLQO = C6CO2OHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PTLQO'; 
fPTLQO(i)=fPTLQO(i)-1; fC6CO2OHCO3(i)=fC6CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'PTLQCO + OH = C6CO2OHCO3';
k(:,i) = 7.95e-11;
Gstr{i,1} = 'PTLQCO'; Gstr{i,2} = 'OH'; 
fPTLQCO(i)=fPTLQCO(i)-1; fOH(i)=fOH(i)-1; fC6CO2OHCO3(i)=fC6CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'PTLQOH + OH = PTLQCO + HO2';
k(:,i) = 1.11e-10;
Gstr{i,1} = 'PTLQOH'; Gstr{i,2} = 'OH'; 
fPTLQOH(i)=fPTLQOH(i)-1; fOH(i)=fOH(i)-1; fPTLQCO(i)=fPTLQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESO2 + HO2 = NDNCRESOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NDNCRESO2'; Gstr{i,2} = 'HO2'; 
fNDNCRESO2(i)=fNDNCRESO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNCRESOOH(i)=fNDNCRESOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESO2 + NO = NDNCRESO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNCRESO2'; Gstr{i,2} = 'NO'; 
fNDNCRESO2(i)=fNDNCRESO2(i)-1; fNO(i)=fNO(i)-1; fNDNCRESO(i)=fNDNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESO2 + NO3 = NDNCRESO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNCRESO2'; Gstr{i,2} = 'NO3'; 
fNDNCRESO2(i)=fNDNCRESO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNCRESO(i)=fNDNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESO2 + RO2 = NDNCRESO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNCRESO2'; Gstr{i,2} = 'RO2';
fNDNCRESO2(i)=fNDNCRESO2(i)-1; fNDNCRESO(i)=fNDNCRESO(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESO2 + HO2 = DNCRESOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'DNCRESO2'; Gstr{i,2} = 'HO2'; 
fDNCRESO2(i)=fDNCRESO2(i)-1; fHO2(i)=fHO2(i)-1; fDNCRESOOH(i)=fDNCRESOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESO2 + NO = DNCRESO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNCRESO2'; Gstr{i,2} = 'NO'; 
fDNCRESO2(i)=fDNCRESO2(i)-1; fNO(i)=fNO(i)-1; fDNCRESO(i)=fDNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESO2 + NO3 = DNCRESO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNCRESO2'; Gstr{i,2} = 'NO3'; 
fDNCRESO2(i)=fDNCRESO2(i)-1; fNO3(i)=fNO3(i)-1; fDNCRESO(i)=fDNCRESO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESO2 + RO2 = DNCRESO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNCRESO2'; Gstr{i,2} = 'RO2';
fDNCRESO2(i)=fDNCRESO2(i)-1; fDNCRESO(i)=fDNCRESO(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1OOH + OH = NCRES1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NCRES1OOH'; Gstr{i,2} = 'OH'; 
fNCRES1OOH(i)=fNCRES1OOH(i)-1; fOH(i)=fOH(i)-1; fNCRES1O2(i)=fNCRES1O2(i)+1; 

i=i+1;
Rnames{i} = 'NCRES1OOH + hv = NCRES1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NCRES1OOH'; 
fNCRES1OOH(i)=fNCRES1OOH(i)-1; fNCRES1O(i)=fNCRES1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATCOOH + OH = MNNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MNNCATCOOH'; Gstr{i,2} = 'OH'; 
fMNNCATCOOH(i)=fMNNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fMNNCATECO2(i)=fMNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATCOOH + hv = MNNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MNNCATCOOH'; 
fMNNCATCOOH(i)=fMNNCATCOOH(i)-1; fMNNCATECO(i)=fMNNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MNNCATECO = NC4MDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MNNCATECO'; 
fMNNCATECO(i)=fMNNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECOOH + OH = MNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MNCATECOOH'; Gstr{i,2} = 'OH'; 
fMNCATECOOH(i)=fMNCATECOOH(i)-1; fOH(i)=fOH(i)-1; fMNCATECO2(i)=fMNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECOOH + hv = MNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MNCATECOOH'; 
fMNCATECOOH(i)=fMNCATECOOH(i)-1; fMNCATECO(i)=fMNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MNCATECO = NC4MDCO2H + HCOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MNCATECO'; 
fMNCATECO(i)=fMNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C54CO + NO3 = CO + CO + CO + CH3CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C54CO'; Gstr{i,2} = 'NO3'; 
fC54CO(i)=fC54CO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C54CO + OH = CO + CO + CO + CH3CO3';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'C54CO'; Gstr{i,2} = 'OH'; 
fC54CO(i)=fC54CO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C54CO + hv = HO2 + CO + CO + CO + CH3CO3';
k(:,i) = J34;
Gstr{i,1} = 'C54CO'; 
fC54CO(i)=fC54CO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C54CO + hv = HO2 + CO + CO + CO + CH3CO3';
k(:,i) = J35.*2;
Gstr{i,1} = 'C54CO'; 
fC54CO(i)=fC54CO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C24O3CCO2H + OH = MECOACETO2';
k(:,i) = 8.76e-13;
Gstr{i,1} = 'C24O3CCO2H'; Gstr{i,2} = 'OH'; 
fC24O3CCO2H(i)=fC24O3CCO2H(i)-1; fOH(i)=fOH(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTRIKET + OH = C6OTKETO2';
k(:,i) = 2.90e-12;
Gstr{i,1} = 'C6OTRIKET'; Gstr{i,2} = 'OH'; 
fC6OTRIKET(i)=fC6OTRIKET(i)-1; fOH(i)=fOH(i)-1; fC6OTKETO2(i)=fC6OTKETO2(i)+1; 

i=i+1;
Rnames{i} = 'C6OTRIKET + hv = CH3CO3 + CH3COCH2O2';
k(:,i) = J22;
Gstr{i,1} = 'C6OTRIKET'; 
fC6OTRIKET(i)=fC6OTRIKET(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETO2 + HO2 = C6O4KETOOH';
k(:,i) = KRO2HO2;
Gstr{i,1} = 'C6O4KETO2'; Gstr{i,2} = 'HO2'; 
fC6O4KETO2(i)=fC6O4KETO2(i)-1; fHO2(i)=fHO2(i)-1; fC6O4KETOOH(i)=fC6O4KETOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETO2 + NO = C6O4KETO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6O4KETO2'; Gstr{i,2} = 'NO'; 
fC6O4KETO2(i)=fC6O4KETO2(i)-1; fNO(i)=fNO(i)-1; fC6O4KETO(i)=fC6O4KETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETO2 + NO3 = C6O4KETO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6O4KETO2'; Gstr{i,2} = 'NO3'; 
fC6O4KETO2(i)=fC6O4KETO2(i)-1; fNO3(i)=fNO3(i)-1; fC6O4KETO(i)=fC6O4KETO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETO2 + RO2 = C6O4KETO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C6O4KETO2'; Gstr{i,2} = 'RO2';
fC6O4KETO2(i)=fC6O4KETO2(i)-1; fC6O4KETO(i)=fC6O4KETO(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYOLO2 + HO2 = NDNOXYLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NDNOXYOLO2'; Gstr{i,2} = 'HO2'; 
fNDNOXYOLO2(i)=fNDNOXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNOXYLOOH(i)=fNDNOXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYOLO2 + NO = NDNOXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNOXYOLO2'; Gstr{i,2} = 'NO'; 
fNDNOXYOLO2(i)=fNDNOXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNOXYOLO(i)=fNDNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYOLO2 + NO3 = NDNOXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNOXYOLO2'; Gstr{i,2} = 'NO3'; 
fNDNOXYOLO2(i)=fNDNOXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNOXYOLO(i)=fNDNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYOLO2 + RO2 = NDNOXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNOXYOLO2'; Gstr{i,2} = 'RO2';
fNDNOXYOLO2(i)=fNDNOXYOLO2(i)-1; fNDNOXYOLO(i)=fNDNOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLO2 + HO2 = DNOXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DNOXYOLO2'; Gstr{i,2} = 'HO2'; 
fDNOXYOLO2(i)=fDNOXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNOXYOLOOH(i)=fDNOXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLO2 + NO = DNOXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNOXYOLO2'; Gstr{i,2} = 'NO'; 
fDNOXYOLO2(i)=fDNOXYOLO2(i)-1; fNO(i)=fNO(i)-1; fDNOXYOLO(i)=fDNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLO2 + NO3 = DNOXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNOXYOLO2'; Gstr{i,2} = 'NO3'; 
fDNOXYOLO2(i)=fDNOXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNOXYOLO(i)=fDNOXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLO2 + RO2 = DNOXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNOXYOLO2'; Gstr{i,2} = 'RO2';
fDNOXYOLO2(i)=fDNOXYOLO2(i)-1; fDNOXYOLO(i)=fDNOXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1OOH + OH = NOXYOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NOXYOL1OOH'; Gstr{i,2} = 'OH'; 
fNOXYOL1OOH(i)=fNOXYOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNOXYOL1O2(i)=fNOXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYOL1OOH + hv = NOXYOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOXYOL1OOH'; 
fNOXYOL1OOH(i)=fNOXYOL1OOH(i)-1; fNOXYOL1O(i)=fNOXYOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQOOH + OH = NOXYQO2';
k(:,i) = 1.05e-10;
Gstr{i,1} = 'NOXYQOOH'; Gstr{i,2} = 'OH'; 
fNOXYQOOH(i)=fNOXYQOOH(i)-1; fOH(i)=fOH(i)-1; fNOXYQO2(i)=fNOXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQOOH + hv = NOXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOXYQOOH'; 
fNOXYQOOH(i)=fNOXYQOOH(i)-1; fNOXYQO(i)=fNOXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOXYQO = C6CO4M2DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOXYQO'; 
fNOXYQO(i)=fNOXYQO(i)-1; fC6CO4M2DB(i)=fC6CO4M2DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXYQOOH + OH = OXYQCO + OH';
k(:,i) = 1.61e-10;
Gstr{i,1} = 'OXYQOOH'; Gstr{i,2} = 'OH'; 
fOXYQOOH(i)=fOXYQOOH(i)-1; fOH(i)=fOH(i)-1; fOXYQCO(i)=fOXYQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYQOOH + hv = OXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXYQOOH'; 
fOXYQOOH(i)=fOXYQOOH(i)-1; fOXYQO(i)=fOXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXYQO = C5M2OHOCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'OXYQO'; 
fOXYQO(i)=fOXYQO(i)-1; fC5M2OHOCO3(i)=fC5M2OHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYQCO + OH = C5M2OHOCO3';
k(:,i) = 9.85e-11;
Gstr{i,1} = 'OXYQCO'; Gstr{i,2} = 'OH'; 
fOXYQCO(i)=fOXYQCO(i)-1; fOH(i)=fOH(i)-1; fC5M2OHOCO3(i)=fC5M2OHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'OXYQOH + OH = OXYQCO + HO2';
k(:,i) = 1.30e-10;
Gstr{i,1} = 'OXYQOH'; Gstr{i,2} = 'OH'; 
fOXYQOH(i)=fOXYQOH(i)-1; fOH(i)=fOH(i)-1; fOXYQCO(i)=fOXYQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATOOH + OH = OXNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OXNNCATOOH'; Gstr{i,2} = 'OH'; 
fOXNNCATOOH(i)=fOXNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fOXNNCATCO2(i)=fOXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATOOH + hv = OXNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXNNCATOOH'; 
fOXNNCATOOH(i)=fOXNNCATOOH(i)-1; fOXNNCATCO(i)=fOXNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXNNCATCO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OXNNCATCO'; 
fOXNNCATCO(i)=fOXNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATCOOH + OH = OXNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OXNCATCOOH'; Gstr{i,2} = 'OH'; 
fOXNCATCOOH(i)=fOXNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fOXNCATECO2(i)=fOXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATCOOH + hv = OXNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OXNCATCOOH'; 
fOXNCATCOOH(i)=fOXNCATCOOH(i)-1; fOXNCATECO(i)=fOXNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OXNCATECO = NC4MDCO2H + CH3COCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OXNCATECO'; 
fOXNCATECO(i)=fOXNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3MOH + OH = C4COMOHCO3';
k(:,i) = 6.66e-11;
Gstr{i,1} = 'C6CO3MOH'; Gstr{i,2} = 'OH'; 
fC6CO3MOH(i)=fC6CO3MOH(i)-1; fOH(i)=fOH(i)-1; fC4COMOHCO3(i)=fC4COMOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO3MOH + hv = CHOMOHCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C6CO3MOH'; 
fC6CO3MOH(i)=fC6CO3MOH(i)-1; fCHOMOHCO3(i)=fCHOMOHCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCHO + NO3 = C23O3MCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C23O3MCHO'; Gstr{i,2} = 'NO3'; 
fC23O3MCHO(i)=fC23O3MCHO(i)-1; fNO3(i)=fNO3(i)-1; fC23O3MCO3(i)=fC23O3MCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCHO + OH = C23O3MCO3';
k(:,i) = 2.68e-11;
Gstr{i,1} = 'C23O3MCHO'; Gstr{i,2} = 'OH'; 
fC23O3MCHO(i)=fC23O3MCHO(i)-1; fOH(i)=fOH(i)-1; fC23O3MCO3(i)=fC23O3MCO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCHO + hv = CO + C23O3MO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C23O3MCHO'; 
fC23O3MCHO(i)=fC23O3MCHO(i)-1; fCO(i)=fCO(i)+1; fC23O3MO2(i)=fC23O3MO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCHO + NO3 = C23O3CCO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C23O3CCHO'; Gstr{i,2} = 'NO3'; 
fC23O3CCHO(i)=fC23O3CCHO(i)-1; fNO3(i)=fNO3(i)-1; fC23O3CCO3(i)=fC23O3CCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCHO + OH = C23O3CCO3';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'C23O3CCHO'; Gstr{i,2} = 'OH'; 
fC23O3CCHO(i)=fC23O3CCHO(i)-1; fOH(i)=fOH(i)-1; fC23O3CCO3(i)=fC23O3CCO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCHO + hv = CO + MCOCOMOXO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C23O3CCHO'; 
fC23O3CCHO(i)=fC23O3CCHO(i)-1; fCO(i)=fCO(i)+1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO2 + HO2 = MMALNHYOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'MMALANHYO2'; Gstr{i,2} = 'HO2'; 
fMMALANHYO2(i)=fMMALANHYO2(i)-1; fHO2(i)=fHO2(i)-1; fMMALNHYOOH(i)=fMMALNHYOOH(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO2 + NO = MMALANHYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MMALANHYO2'; Gstr{i,2} = 'NO'; 
fMMALANHYO2(i)=fMMALANHYO2(i)-1; fNO(i)=fNO(i)-1; fMMALANHYO(i)=fMMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO2 + NO3 = MMALANHYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MMALANHYO2'; Gstr{i,2} = 'NO3'; 
fMMALANHYO2(i)=fMMALANHYO2(i)-1; fNO3(i)=fNO3(i)-1; fMMALANHYO(i)=fMMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO2 + RO2 = MMALANHYO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'MMALANHYO2'; Gstr{i,2} = 'RO2';
fMMALANHYO2(i)=fMMALANHYO2(i)-1; fMMALANHYO(i)=fMMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO2 + RO2 = MMALNHY2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'MMALANHYO2'; Gstr{i,2} = 'RO2';
fMMALANHYO2(i)=fMMALANHYO2(i)-1; fMMALNHY2OH(i)=fMMALNHY2OH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + HO2 = CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'HO2'; 
fCH3COCO3(i)=fCH3COCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + HO2 = CH3COCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'HO2'; 
fCH3COCO3(i)=fCH3COCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + NO = CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'NO'; 
fCH3COCO3(i)=fCH3COCO3(i)-1; fNO(i)=fNO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + NO2 = CH3COPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'NO2'; 
fCH3COCO3(i)=fCH3COCO3(i)-1; fNO2(i)=fNO2(i)-1; fCH3COPAN(i)=fCH3COPAN(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + NO3 = CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'NO3'; 
fCH3COCO3(i)=fCH3COCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3COCO3 + RO2 = CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CH3COCO3'; Gstr{i,2} = 'RO2';
fCH3COCO3(i)=fCH3COCO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C534OOH + OH = C534O2';
k(:,i) = 3.42e-11;
Gstr{i,1} = 'C534OOH'; Gstr{i,2} = 'OH'; 
fC534OOH(i)=fC534OOH(i)-1; fOH(i)=fOH(i)-1; fC534O2(i)=fC534O2(i)+1; 

i=i+1;
Rnames{i} = 'C534OOH + hv = C534O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C534OOH'; 
fC534OOH(i)=fC534OOH(i)-1; fC534O(i)=fC534O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C534OOH + hv = C534O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C534OOH'; 
fC534OOH(i)=fC534OOH(i)-1; fC534O(i)=fC534O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C534OOH + hv = CO2H3CHO + OH + OH';
k(:,i) = J41;
Gstr{i,1} = 'C534OOH'; 
fC534OOH(i)=fC534OOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C534O = CH3COCO3H + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C534O'; 
fC534O(i)=fC534O(i)-1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYOLO2 + HO2 = NDNMXYLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NDNMXYOLO2'; Gstr{i,2} = 'HO2'; 
fNDNMXYOLO2(i)=fNDNMXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNMXYLOOH(i)=fNDNMXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYOLO2 + NO = NDNMXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNMXYOLO2'; Gstr{i,2} = 'NO'; 
fNDNMXYOLO2(i)=fNDNMXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNMXYOLO(i)=fNDNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYOLO2 + NO3 = NDNMXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNMXYOLO2'; Gstr{i,2} = 'NO3'; 
fNDNMXYOLO2(i)=fNDNMXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNMXYOLO(i)=fNDNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYOLO2 + RO2 = NDNMXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNMXYOLO2'; Gstr{i,2} = 'RO2';
fNDNMXYOLO2(i)=fNDNMXYOLO2(i)-1; fNDNMXYOLO(i)=fNDNMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLO2 + HO2 = DNMXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DNMXYOLO2'; Gstr{i,2} = 'HO2'; 
fDNMXYOLO2(i)=fDNMXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNMXYOLOOH(i)=fDNMXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLO2 + NO = DNMXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNMXYOLO2'; Gstr{i,2} = 'NO'; 
fDNMXYOLO2(i)=fDNMXYOLO2(i)-1; fNO(i)=fNO(i)-1; fDNMXYOLO(i)=fDNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLO2 + NO3 = DNMXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNMXYOLO2'; Gstr{i,2} = 'NO3'; 
fDNMXYOLO2(i)=fDNMXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNMXYOLO(i)=fDNMXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLO2 + RO2 = DNMXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNMXYOLO2'; Gstr{i,2} = 'RO2';
fDNMXYOLO2(i)=fDNMXYOLO2(i)-1; fDNMXYOLO(i)=fDNMXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1OOH + OH = NMXYOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NMXYOL1OOH'; Gstr{i,2} = 'OH'; 
fNMXYOL1OOH(i)=fNMXYOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNMXYOL1O2(i)=fNMXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYOL1OOH + hv = NMXYOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMXYOL1OOH'; 
fNMXYOL1OOH(i)=fNMXYOL1OOH(i)-1; fNMXYOL1O(i)=fNMXYOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQOOH + OH = NMXYQO2';
k(:,i) = 7.54e-11;
Gstr{i,1} = 'NMXYQOOH'; Gstr{i,2} = 'OH'; 
fNMXYQOOH(i)=fNMXYQOOH(i)-1; fOH(i)=fOH(i)-1; fNMXYQO2(i)=fNMXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQOOH + hv = NMXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMXYQOOH'; 
fNMXYQOOH(i)=fNMXYQOOH(i)-1; fNMXYQO(i)=fNMXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMXYQO = C8CO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMXYQO'; 
fNMXYQO(i)=fNMXYQO(i)-1; fC8CO4DB(i)=fC8CO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYQOOH + OH = MXYQO2';
k(:,i) = 9.48e-11;
Gstr{i,1} = 'MXYQOOH'; Gstr{i,2} = 'OH'; 
fMXYQOOH(i)=fMXYQOOH(i)-1; fOH(i)=fOH(i)-1; fMXYQO2(i)=fMXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYQOOH + hv = MXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXYQOOH'; 
fMXYQOOH(i)=fMXYQOOH(i)-1; fMXYQO(i)=fMXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYQO = C7CO2OHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MXYQO'; 
fMXYQO(i)=fMXYQO(i)-1; fC7CO2OHCO3(i)=fC7CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXYQOH + OH = C7CO2OHCO3';
k(:,i) = 9.13e-11;
Gstr{i,1} = 'MXYQOH'; Gstr{i,2} = 'OH'; 
fMXYQOH(i)=fMXYQOH(i)-1; fOH(i)=fOH(i)-1; fC7CO2OHCO3(i)=fC7CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATOOH + OH = MXNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MXNNCATOOH'; Gstr{i,2} = 'OH'; 
fMXNNCATOOH(i)=fMXNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fMXNNCATCO2(i)=fMXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATOOH + hv = MXNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXNNCATOOH'; 
fMXNNCATOOH(i)=fMXNNCATOOH(i)-1; fMXNNCATCO(i)=fMXNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXNNCATCO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MXNNCATCO'; 
fMXNNCATCO(i)=fMXNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATCOOH + OH = MXNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MXNCATCOOH'; Gstr{i,2} = 'OH'; 
fMXNCATCOOH(i)=fMXNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fMXNCATECO2(i)=fMXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATCOOH + hv = MXNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXNCATCOOH'; 
fMXNCATCOOH(i)=fMXNCATCOOH(i)-1; fMXNCATECO(i)=fMXNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXNCATECO = NC4MDCO2H + CH3COCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MXNCATECO'; 
fMXNCATECO(i)=fMXNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'TL4OHNO2O2 + HO2 = TL4ONO2OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'TL4OHNO2O2'; Gstr{i,2} = 'HO2'; 
fTL4OHNO2O2(i)=fTL4OHNO2O2(i)-1; fHO2(i)=fHO2(i)-1; fTL4ONO2OOH(i)=fTL4ONO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'TL4OHNO2O2 + NO = TL4OHNO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TL4OHNO2O2'; Gstr{i,2} = 'NO'; 
fTL4OHNO2O2(i)=fTL4OHNO2O2(i)-1; fNO(i)=fNO(i)-1; fTL4OHNO2O(i)=fTL4OHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TL4OHNO2O2 + NO3 = TL4OHNO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TL4OHNO2O2'; Gstr{i,2} = 'NO3'; 
fTL4OHNO2O2(i)=fTL4OHNO2O2(i)-1; fNO3(i)=fNO3(i)-1; fTL4OHNO2O(i)=fTL4OHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TL4OHNO2O2 + RO2 = TL4OHNO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'TL4OHNO2O2'; Gstr{i,2} = 'RO2';
fTL4OHNO2O2(i)=fTL4OHNO2O2(i)-1; fTL4OHNO2O(i)=fTL4OHNO2O(i)+1; 

i=i+1;
Rnames{i} = 'C62O = MGLYOX + CO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C62O'; 
fC62O(i)=fC62O(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYOLO2 + HO2 = NDNPXYLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NDNPXYOLO2'; Gstr{i,2} = 'HO2'; 
fNDNPXYOLO2(i)=fNDNPXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNPXYLOOH(i)=fNDNPXYLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYOLO2 + NO = NDNPXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNPXYOLO2'; Gstr{i,2} = 'NO'; 
fNDNPXYOLO2(i)=fNDNPXYOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNPXYOLO(i)=fNDNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYOLO2 + NO3 = NDNPXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNPXYOLO2'; Gstr{i,2} = 'NO3'; 
fNDNPXYOLO2(i)=fNDNPXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNPXYOLO(i)=fNDNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYOLO2 + RO2 = NDNPXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNPXYOLO2'; Gstr{i,2} = 'RO2';
fNDNPXYOLO2(i)=fNDNPXYOLO2(i)-1; fNDNPXYOLO(i)=fNDNPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLO2 + HO2 = DNPXYOLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DNPXYOLO2'; Gstr{i,2} = 'HO2'; 
fDNPXYOLO2(i)=fDNPXYOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNPXYOLOOH(i)=fDNPXYOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLO2 + NO = DNPXYOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNPXYOLO2'; Gstr{i,2} = 'NO'; 
fDNPXYOLO2(i)=fDNPXYOLO2(i)-1; fNO(i)=fNO(i)-1; fDNPXYOLO(i)=fDNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLO2 + NO3 = DNPXYOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNPXYOLO2'; Gstr{i,2} = 'NO3'; 
fDNPXYOLO2(i)=fDNPXYOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNPXYOLO(i)=fDNPXYOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLO2 + RO2 = DNPXYOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNPXYOLO2'; Gstr{i,2} = 'RO2';
fDNPXYOLO2(i)=fDNPXYOLO2(i)-1; fDNPXYOLO(i)=fDNPXYOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1OOH + OH = NPXYOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NPXYOL1OOH'; Gstr{i,2} = 'OH'; 
fNPXYOL1OOH(i)=fNPXYOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNPXYOL1O2(i)=fNPXYOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYOL1OOH + hv = NPXYOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPXYOL1OOH'; 
fNPXYOL1OOH(i)=fNPXYOL1OOH(i)-1; fNPXYOL1O(i)=fNPXYOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQOOH + OH = NPXYQO2';
k(:,i) = 7.54e-11;
Gstr{i,1} = 'NPXYQOOH'; Gstr{i,2} = 'OH'; 
fNPXYQOOH(i)=fNPXYQOOH(i)-1; fOH(i)=fOH(i)-1; fNPXYQO2(i)=fNPXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQOOH + hv = NPXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPXYQOOH'; 
fNPXYQOOH(i)=fNPXYQOOH(i)-1; fNPXYQO(i)=fNPXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPXYQO = CO4DBC8 + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPXYQO'; 
fNPXYQO(i)=fNPXYQO(i)-1; fCO4DBC8(i)=fCO4DBC8(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYQOOH + OH = PXYQO2';
k(:,i) = 9.48e-11;
Gstr{i,1} = 'PXYQOOH'; Gstr{i,2} = 'OH'; 
fPXYQOOH(i)=fPXYQOOH(i)-1; fOH(i)=fOH(i)-1; fPXYQO2(i)=fPXYQO2(i)+1; 

i=i+1;
Rnames{i} = 'PXYQOOH + hv = PXYQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXYQOOH'; 
fPXYQOOH(i)=fPXYQOOH(i)-1; fPXYQO(i)=fPXYQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXYQO = C6MOHCOCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PXYQO'; 
fPXYQO(i)=fPXYQO(i)-1; fC6MOHCOCO3(i)=fC6MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXYQOH + OH = C6MOHCOCO3';
k(:,i) = 9.13e-11;
Gstr{i,1} = 'PXYQOH'; Gstr{i,2} = 'OH'; 
fPXYQOH(i)=fPXYQOH(i)-1; fOH(i)=fOH(i)-1; fC6MOHCOCO3(i)=fC6MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATOOH + OH = PXNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PXNNCATOOH'; Gstr{i,2} = 'OH'; 
fPXNNCATOOH(i)=fPXNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fPXNNCATCO2(i)=fPXNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATOOH + hv = PXNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXNNCATOOH'; 
fPXNNCATOOH(i)=fPXNNCATOOH(i)-1; fPXNNCATCO(i)=fPXNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXNNCATCO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PXNNCATCO'; 
fPXNNCATCO(i)=fPXNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATCOOH + OH = PXNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PXNCATCOOH'; Gstr{i,2} = 'OH'; 
fPXNCATCOOH(i)=fPXNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fPXNCATECO2(i)=fPXNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATCOOH + hv = PXNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PXNCATCOOH'; 
fPXNCATCOOH(i)=fPXNCATCOOH(i)-1; fPXNCATECO(i)=fPXNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PXNCATECO = NC4MDCO2H + CH3COCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PXNCATECO'; 
fPXNCATECO(i)=fPXNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBNZLO2 + HO2 = NDNEBZLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'NDNEBNZLO2'; Gstr{i,2} = 'HO2'; 
fNDNEBNZLO2(i)=fNDNEBNZLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNEBZLOOH(i)=fNDNEBZLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBNZLO2 + NO = NDNEBNZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNEBNZLO2'; Gstr{i,2} = 'NO'; 
fNDNEBNZLO2(i)=fNDNEBNZLO2(i)-1; fNO(i)=fNO(i)-1; fNDNEBNZLO(i)=fNDNEBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBNZLO2 + NO3 = NDNEBNZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNEBNZLO2'; Gstr{i,2} = 'NO3'; 
fNDNEBNZLO2(i)=fNDNEBNZLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNEBNZLO(i)=fNDNEBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBNZLO2 + RO2 = NDNEBNZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNEBNZLO2'; Gstr{i,2} = 'RO2';
fNDNEBNZLO2(i)=fNDNEBNZLO2(i)-1; fNDNEBNZLO(i)=fNDNEBNZLO(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLO2 + HO2 = DNEBNZLOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'DNEBNZLO2'; Gstr{i,2} = 'HO2'; 
fDNEBNZLO2(i)=fDNEBNZLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNEBNZLOOH(i)=fDNEBNZLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLO2 + NO = DNEBNZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNEBNZLO2'; Gstr{i,2} = 'NO'; 
fDNEBNZLO2(i)=fDNEBNZLO2(i)-1; fNO(i)=fNO(i)-1; fDNEBNZLO(i)=fDNEBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLO2 + NO3 = DNEBNZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNEBNZLO2'; Gstr{i,2} = 'NO3'; 
fDNEBNZLO2(i)=fDNEBNZLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNEBNZLO(i)=fDNEBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLO2 + RO2 = DNEBNZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNEBNZLO2'; Gstr{i,2} = 'RO2';
fDNEBNZLO2(i)=fDNEBNZLO2(i)-1; fDNEBNZLO(i)=fDNEBNZLO(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1OOH + OH = NEBNZ1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NEBNZ1OOH'; Gstr{i,2} = 'OH'; 
fNEBNZ1OOH(i)=fNEBNZ1OOH(i)-1; fOH(i)=fOH(i)-1; fNEBNZ1O2(i)=fNEBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'NEBNZ1OOH + hv = NEBNZ1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NEBNZ1OOH'; 
fNEBNZ1OOH(i)=fNEBNZ1OOH(i)-1; fNEBNZ1O(i)=fNEBNZ1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQOOH + OH = NPEBQO2';
k(:,i) = 8.74e-11;
Gstr{i,1} = 'NPEBQOOH'; Gstr{i,2} = 'OH'; 
fNPEBQOOH(i)=fNPEBQOOH(i)-1; fOH(i)=fOH(i)-1; fNPEBQO2(i)=fNPEBQO2(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQOOH + hv = NPEBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPEBQOOH'; 
fNPEBQOOH(i)=fNPEBQOOH(i)-1; fNPEBQO(i)=fNPEBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPEBQO = C6ETCO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPEBQO'; 
fNPEBQO(i)=fNPEBQO(i)-1; fC6ETCO4DB(i)=fC6ETCO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PEBQOOH + OH = PEBQCO + OH';
k(:,i) = 1.46e-10;
Gstr{i,1} = 'PEBQOOH'; Gstr{i,2} = 'OH'; 
fPEBQOOH(i)=fPEBQOOH(i)-1; fOH(i)=fOH(i)-1; fPEBQCO(i)=fPEBQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PEBQOOH + hv = PEBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PEBQOOH'; 
fPEBQOOH(i)=fPEBQOOH(i)-1; fPEBQO(i)=fPEBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PEBQO = C7OHCO2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PEBQO'; 
fPEBQO(i)=fPEBQO(i)-1; fC7OHCO2CO3(i)=fC7OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'PEBQCO + OH = C7OHCO2CO3';
k(:,i) = 8.32e-11;
Gstr{i,1} = 'PEBQCO'; Gstr{i,2} = 'OH'; 
fPEBQCO(i)=fPEBQCO(i)-1; fOH(i)=fOH(i)-1; fC7OHCO2CO3(i)=fC7OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'PEBQOH + OH = PEBQCO + HO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'PEBQOH'; Gstr{i,2} = 'OH'; 
fPEBQOH(i)=fPEBQOH(i)-1; fOH(i)=fOH(i)-1; fPEBQCO(i)=fPEBQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATCOOH + OH = ENNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ENNCATCOOH'; Gstr{i,2} = 'OH'; 
fENNCATCOOH(i)=fENNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fENNCATECO2(i)=fENNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATCOOH + hv = ENNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ENNCATCOOH'; 
fENNCATCOOH(i)=fENNCATCOOH(i)-1; fENNCATECO(i)=fENNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ENNCATECO = NC4EDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ENNCATECO'; 
fENNCATECO(i)=fENNCATECO(i)-1; fNC4EDCO2H(i)=fNC4EDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECOOH + OH = ENCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'ENCATECOOH'; Gstr{i,2} = 'OH'; 
fENCATECOOH(i)=fENCATECOOH(i)-1; fOH(i)=fOH(i)-1; fENCATECO2(i)=fENCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECOOH + hv = ENCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ENCATECOOH'; 
fENCATECOOH(i)=fENCATECOOH(i)-1; fENCATECO(i)=fENCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ENCATECO = NC4EDCO2H + HCOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ENCATECO'; 
fENCATECO(i)=fENCATECO(i)-1; fNC4EDCO2H(i)=fNC4EDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO4 + OH = ECO3CO3';
k(:,i) = 3.14e-11;
Gstr{i,1} = 'ECO4'; Gstr{i,2} = 'OH'; 
fECO4(i)=fECO4(i)-1; fOH(i)=fOH(i)-1; fECO3CO3(i)=fECO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ECO4 + hv = C2H5CO3 + CO + CO + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'ECO4'; 
fECO4(i)=fECO4(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ECO4 + hv = HCOCO + C2H5CO3 + CO';
k(:,i) = J35.*2;
Gstr{i,1} = 'ECO4'; 
fECO4(i)=fECO4(i)-1; fHCOCO(i)=fHCOCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C14O3ECHO + NO3 = CO + BUTALAO2 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C14O3ECHO'; Gstr{i,2} = 'NO3'; 
fC14O3ECHO(i)=fC14O3ECHO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fBUTALAO2(i)=fBUTALAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C14O3ECHO + OH = CO + BUTALAO2';
k(:,i) = 4.35e-11;
Gstr{i,1} = 'C14O3ECHO'; Gstr{i,2} = 'OH'; 
fC14O3ECHO(i)=fC14O3ECHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fBUTALAO2(i)=fBUTALAO2(i)+1; 

i=i+1;
Rnames{i} = 'C14O3ECHO + hv = HO2 + CO + BUTALAO2';
k(:,i) = J34;
Gstr{i,1} = 'C14O3ECHO'; 
fC14O3ECHO(i)=fC14O3ECHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fBUTALAO2(i)=fBUTALAO2(i)+1; 

i=i+1;
Rnames{i} = 'NEBFUONE + OH = EBFUCO + NO2';
k(:,i) = 6.73e-12;
Gstr{i,1} = 'NEBFUONE'; Gstr{i,2} = 'OH'; 
fNEBFUONE(i)=fNEBFUONE(i)-1; fOH(i)=fOH(i)-1; fEBFUCO(i)=fEBFUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3H + OH = CO3H4CO3';
k(:,i) = 8.68e-12;
Gstr{i,1} = 'CO3H4CO3H'; Gstr{i,2} = 'OH'; 
fCO3H4CO3H(i)=fCO3H4CO3H(i)-1; fOH(i)=fOH(i)-1; fCO3H4CO3(i)=fCO3H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3H + hv = C2H5CO3 + HCOCO3H + HO2';
k(:,i) = J22;
Gstr{i,1} = 'CO3H4CO3H'; 
fCO3H4CO3H(i)=fCO3H4CO3H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4CO3H + hv = EGLYOX + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'CO3H4CO3H'; 
fCO3H4CO3H(i)=fCO3H4CO3H(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4PAN + OH = EGLYOX + CO + NO2';
k(:,i) = 2.79e-12;
Gstr{i,1} = 'CO3H4PAN'; Gstr{i,2} = 'OH'; 
fCO3H4PAN(i)=fCO3H4PAN(i)-1; fOH(i)=fOH(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3H4PAN = CO3H4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CO3H4PAN'; 
fCO3H4PAN(i)=fCO3H4PAN(i)-1; fCO3H4CO3(i)=fCO3H4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCOOH + OH = PHCOCOCO2';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'PHCOCOCOOH'; Gstr{i,2} = 'OH'; 
fPHCOCOCOOH(i)=fPHCOCOCOOH(i)-1; fOH(i)=fOH(i)-1; fPHCOCOCO2(i)=fPHCOCOCO2(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCOOH + hv = PHCOCOCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PHCOCOCOOH'; 
fPHCOCOCOOH(i)=fPHCOCOCOOH(i)-1; fPHCOCOCO(i)=fPHCOCOCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PHCOCOCO = C6H5CO3 + CO + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PHCOCOCO'; 
fPHCOCOCO(i)=fPHCOCOCO(i)-1; fC6H5CO3(i)=fC6H5CO3(i)+1; fCO(i)=fCO(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBNZLO2 + HO2 = NDNPBZLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNPBNZLO2'; Gstr{i,2} = 'HO2'; 
fNDNPBNZLO2(i)=fNDNPBNZLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNPBZLOOH(i)=fNDNPBZLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBNZLO2 + NO = NDNPBNZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNPBNZLO2'; Gstr{i,2} = 'NO'; 
fNDNPBNZLO2(i)=fNDNPBNZLO2(i)-1; fNO(i)=fNO(i)-1; fNDNPBNZLO(i)=fNDNPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBNZLO2 + NO3 = NDNPBNZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNPBNZLO2'; Gstr{i,2} = 'NO3'; 
fNDNPBNZLO2(i)=fNDNPBNZLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNPBNZLO(i)=fNDNPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBNZLO2 + RO2 = NDNPBNZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNPBNZLO2'; Gstr{i,2} = 'RO2';
fNDNPBNZLO2(i)=fNDNPBNZLO2(i)-1; fNDNPBNZLO(i)=fNDNPBNZLO(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLO2 + HO2 = DNPBNZLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNPBNZLO2'; Gstr{i,2} = 'HO2'; 
fDNPBNZLO2(i)=fDNPBNZLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNPBNZLOOH(i)=fDNPBNZLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLO2 + NO = DNPBNZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNPBNZLO2'; Gstr{i,2} = 'NO'; 
fDNPBNZLO2(i)=fDNPBNZLO2(i)-1; fNO(i)=fNO(i)-1; fDNPBNZLO(i)=fDNPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLO2 + NO3 = DNPBNZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNPBNZLO2'; Gstr{i,2} = 'NO3'; 
fDNPBNZLO2(i)=fDNPBNZLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNPBNZLO(i)=fDNPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLO2 + RO2 = DNPBNZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNPBNZLO2'; Gstr{i,2} = 'RO2';
fDNPBNZLO2(i)=fDNPBNZLO2(i)-1; fDNPBNZLO(i)=fDNPBNZLO(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1OOH + OH = NPBNZ1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NPBNZ1OOH'; Gstr{i,2} = 'OH'; 
fNPBNZ1OOH(i)=fNPBNZ1OOH(i)-1; fOH(i)=fOH(i)-1; fNPBNZ1O2(i)=fNPBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'NPBNZ1OOH + hv = NPBNZ1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPBNZ1OOH'; 
fNPBNZ1OOH(i)=fNPBNZ1OOH(i)-1; fNPBNZ1O(i)=fNPBNZ1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQOOH + OH = NPPRBQO2';
k(:,i) = 8.89e-11;
Gstr{i,1} = 'NPPRBQOOH'; Gstr{i,2} = 'OH'; 
fNPPRBQOOH(i)=fNPPRBQOOH(i)-1; fOH(i)=fOH(i)-1; fNPPRBQO2(i)=fNPPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQOOH + hv = NPPRBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPPRBQOOH'; 
fNPPRBQOOH(i)=fNPPRBQOOH(i)-1; fNPPRBQO(i)=fNPPRBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPPRBQO = C6PRCO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPPRBQO'; 
fNPPRBQO(i)=fNPPRBQO(i)-1; fC6PRCO4DB(i)=fC6PRCO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQOOH + OH = PPRBQCO + OH';
k(:,i) = 1.43e-10;
Gstr{i,1} = 'PPRBQOOH'; Gstr{i,2} = 'OH'; 
fPPRBQOOH(i)=fPPRBQOOH(i)-1; fOH(i)=fOH(i)-1; fPPRBQCO(i)=fPPRBQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQOOH + hv = PPRBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PPRBQOOH'; 
fPPRBQOOH(i)=fPPRBQOOH(i)-1; fPPRBQO(i)=fPPRBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQO = C8OHCO2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PPRBQO'; 
fPPRBQO(i)=fPPRBQO(i)-1; fC8OHCO2CO3(i)=fC8OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQCO + OH = C8OHCO2CO3';
k(:,i) = 8.44e-11;
Gstr{i,1} = 'PPRBQCO'; Gstr{i,2} = 'OH'; 
fPPRBQCO(i)=fPPRBQCO(i)-1; fOH(i)=fOH(i)-1; fC8OHCO2CO3(i)=fC8OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'PPRBQOH + OH = PPRBQCO + HO2';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'PPRBQOH'; Gstr{i,2} = 'OH'; 
fPPRBQOH(i)=fPPRBQOH(i)-1; fOH(i)=fOH(i)-1; fPPRBQCO(i)=fPPRBQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATCOOH + OH = PNNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PNNCATCOOH'; Gstr{i,2} = 'OH'; 
fPNNCATCOOH(i)=fPNNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fPNNCATECO2(i)=fPNNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATCOOH + hv = PNNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PNNCATCOOH'; 
fPNNCATCOOH(i)=fPNNCATCOOH(i)-1; fPNNCATECO(i)=fPNNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PNNCATECO = NC4PDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PNNCATECO'; 
fPNNCATECO(i)=fPNNCATECO(i)-1; fNC4PDCO2H(i)=fNC4PDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECOOH + OH = PNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PNCATECOOH'; Gstr{i,2} = 'OH'; 
fPNCATECOOH(i)=fPNCATECOOH(i)-1; fOH(i)=fOH(i)-1; fPNCATECO2(i)=fPNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECOOH + hv = PNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PNCATECOOH'; 
fPNCATECOOH(i)=fPNCATECOOH(i)-1; fPNCATECO(i)=fPNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PNCATECO = NC4PDCO2H + HCOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PNCATECO'; 
fPNCATECO(i)=fPNCATECO(i)-1; fNC4PDCO2H(i)=fNC4PDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + HO2 = C61CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'HO2'; 
fC61CO3(i)=fC61CO3(i)-1; fHO2(i)=fHO2(i)-1; fC61CO3H(i)=fC61CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + HO2 = CO45C5CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'HO2'; 
fC61CO3(i)=fC61CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + NO = CO45C5CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'NO'; 
fC61CO3(i)=fC61CO3(i)-1; fNO(i)=fNO(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + NO2 = C61CPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'NO2'; 
fC61CO3(i)=fC61CO3(i)-1; fNO2(i)=fNO2(i)-1; fC61CPAN(i)=fC61CPAN(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + NO3 = CO45C5CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'NO3'; 
fC61CO3(i)=fC61CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3 + RO2 = CO45C5CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C61CO3'; Gstr{i,2} = 'RO2';
fC61CO3(i)=fC61CO3(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO45C5CHO + NO3 = C3H7CO3 + CO + CO + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'CO45C5CHO'; Gstr{i,2} = 'NO3'; 
fCO45C5CHO(i)=fCO45C5CHO(i)-1; fNO3(i)=fNO3(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO45C5CHO + OH = C3H7CO3 + CO + CO';
k(:,i) = 1.67e-11;
Gstr{i,1} = 'CO45C5CHO'; Gstr{i,2} = 'OH'; 
fCO45C5CHO(i)=fCO45C5CHO(i)-1; fOH(i)=fOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO45C5CHO + hv = C3H7CO3 + CO + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'CO45C5CHO'; 
fCO45C5CHO(i)=fCO45C5CHO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO45C5CHO + hv = C3H7CO3 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO45C5CHO'; 
fCO45C5CHO(i)=fCO45C5CHO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C14O3PCHO + NO3 = CO + C4CHOAO2 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C14O3PCHO'; Gstr{i,2} = 'NO3'; 
fC14O3PCHO(i)=fC14O3PCHO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fC4CHOAO2(i)=fC4CHOAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C14O3PCHO + OH = CO + C4CHOAO2';
k(:,i) = 4.55e-11;
Gstr{i,1} = 'C14O3PCHO'; Gstr{i,2} = 'OH'; 
fC14O3PCHO(i)=fC14O3PCHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fC4CHOAO2(i)=fC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'C14O3PCHO + hv = HO2 + CO + C4CHOAO2';
k(:,i) = J34;
Gstr{i,1} = 'C14O3PCHO'; 
fC14O3PCHO(i)=fC14O3PCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC4CHOAO2(i)=fC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'NPBFUONE + OH = PBFUCO + NO2';
k(:,i) = 8.14e-12;
Gstr{i,1} = 'NPBFUONE'; Gstr{i,2} = 'OH'; 
fNPBFUONE(i)=fNPBFUONE(i)-1; fOH(i)=fOH(i)-1; fPBFUCO(i)=fPBFUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O5OHCO3H + OH = C5O45OHCO3';
k(:,i) = 1.22e-11;
Gstr{i,1} = 'C5O5OHCO3H'; Gstr{i,2} = 'OH'; 
fC5O5OHCO3H(i)=fC5O5OHCO3H(i)-1; fOH(i)=fOH(i)-1; fC5O45OHCO3(i)=fC5O45OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5O5OHCO3H + hv = C3H7CO3 + HCOCO3H + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C5O5OHCO3H'; 
fC5O5OHCO3H(i)=fC5O5OHCO3H(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O5OHCO3H + hv = PGLYOX + HO2 + CO';
k(:,i) = J41;
Gstr{i,1} = 'C5O5OHCO3H'; 
fC5O5OHCO3H(i)=fC5O5OHCO3H(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHPAN + OH = PGLYOX + CO + NO2';
k(:,i) = 8.99e-12;
Gstr{i,1} = 'C5O45OHPAN'; Gstr{i,2} = 'OH'; 
fC5O45OHPAN(i)=fC5O45OHPAN(i)-1; fOH(i)=fOH(i)-1; fPGLYOX(i)=fPGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5O45OHPAN = C5O45OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5O45OHPAN'; 
fC5O45OHPAN(i)=fC5O45OHPAN(i)-1; fC5O45OHCO3(i)=fC5O45OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBZLO2 + HO2 = NDNIPBLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNIPBZLO2'; Gstr{i,2} = 'HO2'; 
fNDNIPBZLO2(i)=fNDNIPBZLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNIPBLOOH(i)=fNDNIPBLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBZLO2 + NO = NDNIPBZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNIPBZLO2'; Gstr{i,2} = 'NO'; 
fNDNIPBZLO2(i)=fNDNIPBZLO2(i)-1; fNO(i)=fNO(i)-1; fNDNIPBZLO(i)=fNDNIPBZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBZLO2 + NO3 = NDNIPBZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNIPBZLO2'; Gstr{i,2} = 'NO3'; 
fNDNIPBZLO2(i)=fNDNIPBZLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNIPBZLO(i)=fNDNIPBZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBZLO2 + RO2 = NDNIPBZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNIPBZLO2'; Gstr{i,2} = 'RO2';
fNDNIPBZLO2(i)=fNDNIPBZLO2(i)-1; fNDNIPBZLO(i)=fNDNIPBZLO(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZLO2 + HO2 = DNIPBZLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNIPBNZLO2'; Gstr{i,2} = 'HO2'; 
fDNIPBNZLO2(i)=fDNIPBNZLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNIPBZLOOH(i)=fDNIPBZLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZLO2 + NO = DNIPBNZLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNIPBNZLO2'; Gstr{i,2} = 'NO'; 
fDNIPBNZLO2(i)=fDNIPBNZLO2(i)-1; fNO(i)=fNO(i)-1; fDNIPBNZLO(i)=fDNIPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZLO2 + NO3 = DNIPBNZLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNIPBNZLO2'; Gstr{i,2} = 'NO3'; 
fDNIPBNZLO2(i)=fDNIPBNZLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNIPBNZLO(i)=fDNIPBNZLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZLO2 + RO2 = DNIPBNZLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNIPBNZLO2'; Gstr{i,2} = 'RO2';
fDNIPBNZLO2(i)=fDNIPBNZLO2(i)-1; fDNIPBNZLO(i)=fDNIPBNZLO(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1OOH + OH = NIPBNZ1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NIPBNZ1OOH'; Gstr{i,2} = 'OH'; 
fNIPBNZ1OOH(i)=fNIPBNZ1OOH(i)-1; fOH(i)=fOH(i)-1; fNIPBNZ1O2(i)=fNIPBNZ1O2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBNZ1OOH + hv = NIPBNZ1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NIPBNZ1OOH'; 
fNIPBNZ1OOH(i)=fNIPBNZ1OOH(i)-1; fNIPBNZ1O(i)=fNIPBNZ1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQOOH + OH = NIPRBQO2';
k(:,i) = 8.95e-11;
Gstr{i,1} = 'NIPRBQOOH'; Gstr{i,2} = 'OH'; 
fNIPRBQOOH(i)=fNIPRBQOOH(i)-1; fOH(i)=fOH(i)-1; fNIPRBQO2(i)=fNIPRBQO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQOOH + hv = NIPRBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NIPRBQOOH'; 
fNIPRBQOOH(i)=fNIPRBQOOH(i)-1; fNIPRBQO(i)=fNIPRBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NIPRBQO = C6IPRCO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NIPRBQO'; 
fNIPRBQO(i)=fNIPRBQO(i)-1; fC6IPRCO4DB(i)=fC6IPRCO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQOOH + OH = IPRBQCO + OH';
k(:,i) = 1.46e-10;
Gstr{i,1} = 'IPRBQOOH'; Gstr{i,2} = 'OH'; 
fIPRBQOOH(i)=fIPRBQOOH(i)-1; fOH(i)=fOH(i)-1; fIPRBQCO(i)=fIPRBQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQOOH + hv = IPRBQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRBQOOH'; 
fIPRBQOOH(i)=fIPRBQOOH(i)-1; fIPRBQO(i)=fIPRBQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQO = C8OHCO2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'IPRBQO'; 
fIPRBQO(i)=fIPRBQO(i)-1; fC8OHCO2CO3(i)=fC8OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQCO + OH = C8CO2OHCO3';
k(:,i) = 8.34e-11;
Gstr{i,1} = 'IPRBQCO'; Gstr{i,2} = 'OH'; 
fIPRBQCO(i)=fIPRBQCO(i)-1; fOH(i)=fOH(i)-1; fC8CO2OHCO3(i)=fC8CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRBQOH + OH = IPRBQCO + HO2';
k(:,i) = 1.14e-10;
Gstr{i,1} = 'IPRBQOH'; Gstr{i,2} = 'OH'; 
fIPRBQOH(i)=fIPRBQOH(i)-1; fOH(i)=fOH(i)-1; fIPRBQCO(i)=fIPRBQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATOOH + OH = IPNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IPNNCATOOH'; Gstr{i,2} = 'OH'; 
fIPNNCATOOH(i)=fIPNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fIPNNCATCO2(i)=fIPNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATOOH + hv = IPNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPNNCATOOH'; 
fIPNNCATOOH(i)=fIPNNCATOOH(i)-1; fIPNNCATCO(i)=fIPNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPNNCATCO = NC4IPDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPNNCATCO'; 
fIPNNCATCO(i)=fIPNNCATCO(i)-1; fNC4IPDCO2H(i)=fNC4IPDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATCOOH + OH = IPNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'IPNCATCOOH'; Gstr{i,2} = 'OH'; 
fIPNCATCOOH(i)=fIPNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fIPNCATECO2(i)=fIPNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATCOOH + hv = IPNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPNCATCOOH'; 
fIPNCATCOOH(i)=fIPNCATCOOH(i)-1; fIPNCATECO(i)=fIPNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPNCATECO = NC4IPDCO2H + HCOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPNCATECO'; 
fIPNCATECO(i)=fIPNCATECO(i)-1; fNC4IPDCO2H(i)=fNC4IPDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + HO2 = C45IC5CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'HO2'; 
fC62CO3(i)=fC62CO3(i)-1; fHO2(i)=fHO2(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + HO2 = C62CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'HO2'; 
fC62CO3(i)=fC62CO3(i)-1; fHO2(i)=fHO2(i)-1; fC62CO3H(i)=fC62CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + NO = C45IC5CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'NO'; 
fC62CO3(i)=fC62CO3(i)-1; fNO(i)=fNO(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + NO2 = C62CPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'NO2'; 
fC62CO3(i)=fC62CO3(i)-1; fNO2(i)=fNO2(i)-1; fC62CPAN(i)=fC62CPAN(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + NO3 = C45IC5CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'NO3'; 
fC62CO3(i)=fC62CO3(i)-1; fNO3(i)=fNO3(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3 + RO2 = C45IC5CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C62CO3'; Gstr{i,2} = 'RO2';
fC62CO3(i)=fC62CO3(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C45IC5CHO + NO3 = IPRCO3 + CO + CO + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C45IC5CHO'; Gstr{i,2} = 'NO3'; 
fC45IC5CHO(i)=fC45IC5CHO(i)-1; fNO3(i)=fNO3(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C45IC5CHO + OH = IPRCO3 + CO + CO';
k(:,i) = 1.47e-11;
Gstr{i,1} = 'C45IC5CHO'; Gstr{i,2} = 'OH'; 
fC45IC5CHO(i)=fC45IC5CHO(i)-1; fOH(i)=fOH(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C45IC5CHO + hv = IPRCO3 + CO + CO + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C45IC5CHO'; 
fC45IC5CHO(i)=fC45IC5CHO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C45IC5CHO + hv = IPRCO3 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C45IC5CHO'; 
fC45IC5CHO(i)=fC45IC5CHO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C14O3IPCHO + NO3 = CO + IC4CHOAO2 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C14O3IPCHO'; Gstr{i,2} = 'NO3'; 
fC14O3IPCHO(i)=fC14O3IPCHO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fIC4CHOAO2(i)=fIC4CHOAO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C14O3IPCHO + OH = CO + IC4CHOAO2';
k(:,i) = 4.76e-11;
Gstr{i,1} = 'C14O3IPCHO'; Gstr{i,2} = 'OH'; 
fC14O3IPCHO(i)=fC14O3IPCHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fIC4CHOAO2(i)=fIC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'C14O3IPCHO + hv = HO2 + CO + IC4CHOAO2';
k(:,i) = J34;
Gstr{i,1} = 'C14O3IPCHO'; 
fC14O3IPCHO(i)=fC14O3IPCHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fIC4CHOAO2(i)=fIC4CHOAO2(i)+1; 

i=i+1;
Rnames{i} = 'NIPBFUONE + OH = IPBFUCO + NO2';
k(:,i) = 8.13e-12;
Gstr{i,1} = 'NIPBFUONE'; Gstr{i,2} = 'OH'; 
fNIPBFUONE(i)=fNIPBFUONE(i)-1; fOH(i)=fOH(i)-1; fIPBFUCO(i)=fIPBFUCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3H + OH = C4MOHOCO3';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'C4MOHOCO3H'; Gstr{i,2} = 'OH'; 
fC4MOHOCO3H(i)=fC4MOHOCO3H(i)-1; fOH(i)=fOH(i)-1; fC4MOHOCO3(i)=fC4MOHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3H + hv = C3H7CO3 + HCOCO3H + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C4MOHOCO3H'; 
fC4MOHOCO3H(i)=fC4MOHOCO3H(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOCO3H + hv = IPRGLYOX + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4MOHOCO3H'; 
fC4MOHOCO3H(i)=fC4MOHOCO3H(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOPAN + OH = IPRGLYOX + CO + NO2';
k(:,i) = 6.84e-12;
Gstr{i,1} = 'C4MOHOPAN'; Gstr{i,2} = 'OH'; 
fC4MOHOPAN(i)=fC4MOHOPAN(i)-1; fOH(i)=fOH(i)-1; fIPRGLYOX(i)=fIPRGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4MOHOPAN = C4MOHOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4MOHOPAN'; 
fC4MOHOPAN(i)=fC4MOHOPAN(i)-1; fC4MOHOCO3(i)=fC4MOHOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALANHY + NO3 = NDMMALYO2';
k(:,i) = 1.00e-12;
Gstr{i,1} = 'DMMALANHY'; Gstr{i,2} = 'NO3'; 
fDMMALANHY(i)=fDMMALANHY(i)-1; fNO3(i)=fNO3(i)-1; fNDMMALYO2(i)=fNDMMALYO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALANHY + OH = DMMALYO2';
k(:,i) = 7.42e-12;
Gstr{i,1} = 'DMMALANHY'; Gstr{i,2} = 'OH'; 
fDMMALANHY(i)=fDMMALANHY(i)-1; fOH(i)=fOH(i)-1; fDMMALYO2(i)=fDMMALYO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123LO2 + HO2 = NDNT123OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNT123LO2'; Gstr{i,2} = 'HO2'; 
fNDNT123LO2(i)=fNDNT123LO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNT123OOH(i)=fNDNT123OOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123LO2 + NO = NDNT123LO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNT123LO2'; Gstr{i,2} = 'NO'; 
fNDNT123LO2(i)=fNDNT123LO2(i)-1; fNO(i)=fNO(i)-1; fNDNT123LO(i)=fNDNT123LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123LO2 + NO3 = NDNT123LO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNT123LO2'; Gstr{i,2} = 'NO3'; 
fNDNT123LO2(i)=fNDNT123LO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNT123LO(i)=fNDNT123LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123LO2 + RO2 = NDNT123LO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNT123LO2'; Gstr{i,2} = 'RO2';
fNDNT123LO2(i)=fNDNT123LO2(i)-1; fNDNT123LO(i)=fNDNT123LO(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LO2 + HO2 = DNT123LOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNT123LO2'; Gstr{i,2} = 'HO2'; 
fDNT123LO2(i)=fDNT123LO2(i)-1; fHO2(i)=fHO2(i)-1; fDNT123LOOH(i)=fDNT123LOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LO2 + NO = DNT123LO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNT123LO2'; Gstr{i,2} = 'NO'; 
fDNT123LO2(i)=fDNT123LO2(i)-1; fNO(i)=fNO(i)-1; fDNT123LO(i)=fDNT123LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LO2 + NO3 = DNT123LO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNT123LO2'; Gstr{i,2} = 'NO3'; 
fDNT123LO2(i)=fDNT123LO2(i)-1; fNO3(i)=fNO3(i)-1; fDNT123LO(i)=fDNT123LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LO2 + RO2 = DNT123LO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNT123LO2'; Gstr{i,2} = 'RO2';
fDNT123LO2(i)=fDNT123LO2(i)-1; fDNT123LO(i)=fDNT123LO(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1OOH + OH = NT123L1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NT123L1OOH'; Gstr{i,2} = 'OH'; 
fNT123L1OOH(i)=fNT123L1OOH(i)-1; fOH(i)=fOH(i)-1; fNT123L1O2(i)=fNT123L1O2(i)+1; 

i=i+1;
Rnames{i} = 'NT123L1OOH + hv = NT123L1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NT123L1OOH'; 
fNT123L1OOH(i)=fNT123L1OOH(i)-1; fNT123L1O(i)=fNT123L1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCOOH + OH = T123NNCTO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'T123NNCOOH'; Gstr{i,2} = 'OH'; 
fT123NNCOOH(i)=fT123NNCOOH(i)-1; fOH(i)=fOH(i)-1; fT123NNCTO2(i)=fT123NNCTO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCOOH + hv = T123NNCTO + OH';
k(:,i) = J41;
Gstr{i,1} = 'T123NNCOOH'; 
fT123NNCOOH(i)=fT123NNCOOH(i)-1; fT123NNCTO(i)=fT123NNCTO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NNCTO = NC5MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'T123NNCTO'; 
fT123NNCTO(i)=fT123NNCTO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NCTOOH + OH = T123NCATO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'T123NCTOOH'; Gstr{i,2} = 'OH'; 
fT123NCTOOH(i)=fT123NCTOOH(i)-1; fOH(i)=fOH(i)-1; fT123NCATO2(i)=fT123NCATO2(i)+1; 

i=i+1;
Rnames{i} = 'T123NCTOOH + hv = T123NCATO + OH';
k(:,i) = J41;
Gstr{i,1} = 'T123NCTOOH'; 
fT123NCTOOH(i)=fT123NCTOOH(i)-1; fT123NCATO(i)=fT123NCATO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T123NCATO = NC5MDCO2H + CH3COCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'T123NCATO'; 
fT123NCATO(i)=fT123NCATO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTRIKET + OH = MC6OTKETO2';
k(:,i) = 6.20e-12;
Gstr{i,1} = 'MC6OTRIKET'; Gstr{i,2} = 'OH'; 
fMC6OTRIKET(i)=fMC6OTRIKET(i)-1; fOH(i)=fOH(i)-1; fMC6OTKETO2(i)=fMC6OTKETO2(i)+1; 

i=i+1;
Rnames{i} = 'MC6OTRIKET + hv = CH3CO3 + MEKBO2';
k(:,i) = J22;
Gstr{i,1} = 'MC6OTRIKET'; 
fMC6OTRIKET(i)=fMC6OTRIKET(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fMEKBO2(i)=fMEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124NO2O2 + HO2 = TM124NOOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'TM124NO2O2'; Gstr{i,2} = 'HO2'; 
fTM124NO2O2(i)=fTM124NO2O2(i)-1; fHO2(i)=fHO2(i)-1; fTM124NOOH(i)=fTM124NOOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124NO2O2 + NO = TM124NO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'TM124NO2O2'; Gstr{i,2} = 'NO'; 
fTM124NO2O2(i)=fTM124NO2O2(i)-1; fNO(i)=fNO(i)-1; fTM124NO2O(i)=fTM124NO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124NO2O2 + NO3 = TM124NO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'TM124NO2O2'; Gstr{i,2} = 'NO3'; 
fTM124NO2O2(i)=fTM124NO2O2(i)-1; fNO3(i)=fNO3(i)-1; fTM124NO2O(i)=fTM124NO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124NO2O2 + RO2 = TM124NO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'TM124NO2O2'; Gstr{i,2} = 'RO2';
fTM124NO2O2(i)=fTM124NO2O2(i)-1; fTM124NO2O(i)=fTM124NO2O(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124LO2 + HO2 = NDNT124OOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNT124LO2'; Gstr{i,2} = 'HO2'; 
fNDNT124LO2(i)=fNDNT124LO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNT124OOH(i)=fNDNT124OOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124LO2 + NO = NDNT124LO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNT124LO2'; Gstr{i,2} = 'NO'; 
fNDNT124LO2(i)=fNDNT124LO2(i)-1; fNO(i)=fNO(i)-1; fNDNT124LO(i)=fNDNT124LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124LO2 + NO3 = NDNT124LO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNT124LO2'; Gstr{i,2} = 'NO3'; 
fNDNT124LO2(i)=fNDNT124LO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNT124LO(i)=fNDNT124LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124LO2 + RO2 = NDNT124LO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNT124LO2'; Gstr{i,2} = 'RO2';
fNDNT124LO2(i)=fNDNT124LO2(i)-1; fNDNT124LO(i)=fNDNT124LO(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LO2 + HO2 = DNT124LOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNT124LO2'; Gstr{i,2} = 'HO2'; 
fDNT124LO2(i)=fDNT124LO2(i)-1; fHO2(i)=fHO2(i)-1; fDNT124LOOH(i)=fDNT124LOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LO2 + NO = DNT124LO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNT124LO2'; Gstr{i,2} = 'NO'; 
fDNT124LO2(i)=fDNT124LO2(i)-1; fNO(i)=fNO(i)-1; fDNT124LO(i)=fDNT124LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LO2 + NO3 = DNT124LO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNT124LO2'; Gstr{i,2} = 'NO3'; 
fDNT124LO2(i)=fDNT124LO2(i)-1; fNO3(i)=fNO3(i)-1; fDNT124LO(i)=fDNT124LO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LO2 + RO2 = DNT124LO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNT124LO2'; Gstr{i,2} = 'RO2';
fDNT124LO2(i)=fDNT124LO2(i)-1; fDNT124LO(i)=fDNT124LO(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1OOH + OH = NT124L1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NT124L1OOH'; Gstr{i,2} = 'OH'; 
fNT124L1OOH(i)=fNT124L1OOH(i)-1; fOH(i)=fOH(i)-1; fNT124L1O2(i)=fNT124L1O2(i)+1; 

i=i+1;
Rnames{i} = 'NT124L1OOH + hv = NT124L1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NT124L1OOH'; 
fNT124L1OOH(i)=fNT124L1OOH(i)-1; fNT124L1O(i)=fNT124L1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QOOH + OH = NTM124QO2';
k(:,i) = 9.43e-11;
Gstr{i,1} = 'NTM124QOOH'; Gstr{i,2} = 'OH'; 
fNTM124QOOH(i)=fNTM124QOOH(i)-1; fOH(i)=fOH(i)-1; fNTM124QO2(i)=fNTM124QO2(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QOOH + hv = NTM124QO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NTM124QOOH'; 
fNTM124QOOH(i)=fNTM124QOOH(i)-1; fNTM124QO(i)=fNTM124QO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NTM124QO = CO4DBC9 + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NTM124QO'; 
fNTM124QO(i)=fNTM124QO(i)-1; fCO4DBC9(i)=fCO4DBC9(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124QOOH + OH = TM124QO2';
k(:,i) = 1.14e-10;
Gstr{i,1} = 'TM124QOOH'; Gstr{i,2} = 'OH'; 
fTM124QOOH(i)=fTM124QOOH(i)-1; fOH(i)=fOH(i)-1; fTM124QO2(i)=fTM124QO2(i)+1; 

i=i+1;
Rnames{i} = 'TM124QOOH + hv = TM124QO + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124QOOH'; 
fTM124QOOH(i)=fTM124QOOH(i)-1; fTM124QO(i)=fTM124QO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124QO = C7MOHCOCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'TM124QO'; 
fTM124QO(i)=fTM124QO(i)-1; fC7MOHCOCO3(i)=fC7MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'TM124QOH + OH = C7MOHCOCO3';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'TM124QOH'; Gstr{i,2} = 'OH'; 
fTM124QOH(i)=fTM124QOH(i)-1; fOH(i)=fOH(i)-1; fC7MOHCOCO3(i)=fC7MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCOOH + OH = T124NNCTO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'T124NNCOOH'; Gstr{i,2} = 'OH'; 
fT124NNCOOH(i)=fT124NNCOOH(i)-1; fOH(i)=fOH(i)-1; fT124NNCTO2(i)=fT124NNCTO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCOOH + hv = T124NNCTO + OH';
k(:,i) = J41;
Gstr{i,1} = 'T124NNCOOH'; 
fT124NNCOOH(i)=fT124NNCOOH(i)-1; fT124NNCTO(i)=fT124NNCTO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T124NNCTO = NC5MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'T124NNCTO'; 
fT124NNCTO(i)=fT124NNCTO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCTOOH + OH = T124NCATO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'T124NCTOOH'; Gstr{i,2} = 'OH'; 
fT124NCTOOH(i)=fT124NCTOOH(i)-1; fOH(i)=fOH(i)-1; fT124NCATO2(i)=fT124NCATO2(i)+1; 

i=i+1;
Rnames{i} = 'T124NCTOOH + hv = T124NCATO + OH';
k(:,i) = J41;
Gstr{i,1} = 'T124NCTOOH'; 
fT124NCTOOH(i)=fT124NCTOOH(i)-1; fT124NCATO(i)=fT124NCATO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'T124NCATO = NC5MDCO2H + CH3COCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'T124NCATO'; 
fT124NCATO(i)=fT124NCATO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOHNO2O2 + HO2 = MXOHNO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'MXYOHNO2O2'; Gstr{i,2} = 'HO2'; 
fMXYOHNO2O2(i)=fMXYOHNO2O2(i)-1; fHO2(i)=fHO2(i)-1; fMXOHNO2OOH(i)=fMXOHNO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYOHNO2O2 + NO = MXYOHNO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MXYOHNO2O2'; Gstr{i,2} = 'NO'; 
fMXYOHNO2O2(i)=fMXYOHNO2O2(i)-1; fNO(i)=fNO(i)-1; fMXYOHNO2O(i)=fMXYOHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOHNO2O2 + NO3 = MXYOHNO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MXYOHNO2O2'; Gstr{i,2} = 'NO3'; 
fMXYOHNO2O2(i)=fMXYOHNO2O2(i)-1; fNO3(i)=fNO3(i)-1; fMXYOHNO2O(i)=fMXYOHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MXYOHNO2O2 + RO2 = MXYOHNO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'MXYOHNO2O2'; Gstr{i,2} = 'RO2';
fMXYOHNO2O2(i)=fMXYOHNO2O2(i)-1; fMXYOHNO2O(i)=fMXYOHNO2O(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234OOH + OH = C5CO234O2';
k(:,i) = 9.59e-12;
Gstr{i,1} = 'C5CO234OOH'; Gstr{i,2} = 'OH'; 
fC5CO234OOH(i)=fC5CO234OOH(i)-1; fOH(i)=fOH(i)-1; fC5CO234O2(i)=fC5CO234O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234OOH + hv = C5CO234O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5CO234OOH'; 
fC5CO234OOH(i)=fC5CO234OOH(i)-1; fC5CO234O(i)=fC5CO234O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234OOH + hv = C5CO234O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C5CO234OOH'; 
fC5CO234OOH(i)=fC5CO234OOH(i)-1; fC5CO234O(i)=fC5CO234O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO234O = CH3CO3 + HCHO + CO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5CO234O'; 
fC5CO234O(i)=fC5CO234O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETOLO2 + HO2 = NDNOETLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNOETOLO2'; Gstr{i,2} = 'HO2'; 
fNDNOETOLO2(i)=fNDNOETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNOETLOOH(i)=fNDNOETLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETOLO2 + NO = NDNOETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNOETOLO2'; Gstr{i,2} = 'NO'; 
fNDNOETOLO2(i)=fNDNOETOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNOETOLO(i)=fNDNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETOLO2 + NO3 = NDNOETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNOETOLO2'; Gstr{i,2} = 'NO3'; 
fNDNOETOLO2(i)=fNDNOETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNOETOLO(i)=fNDNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETOLO2 + RO2 = NDNOETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNOETOLO2'; Gstr{i,2} = 'RO2';
fNDNOETOLO2(i)=fNDNOETOLO2(i)-1; fNDNOETOLO(i)=fNDNOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLO2 + HO2 = DNOETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNOETOLO2'; Gstr{i,2} = 'HO2'; 
fDNOETOLO2(i)=fDNOETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNOETOLOOH(i)=fDNOETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLO2 + NO = DNOETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNOETOLO2'; Gstr{i,2} = 'NO'; 
fDNOETOLO2(i)=fDNOETOLO2(i)-1; fNO(i)=fNO(i)-1; fDNOETOLO(i)=fDNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLO2 + NO3 = DNOETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNOETOLO2'; Gstr{i,2} = 'NO3'; 
fDNOETOLO2(i)=fDNOETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNOETOLO(i)=fDNOETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLO2 + RO2 = DNOETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNOETOLO2'; Gstr{i,2} = 'RO2';
fDNOETOLO2(i)=fDNOETOLO2(i)-1; fDNOETOLO(i)=fDNOETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1OOH + OH = NOETOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NOETOL1OOH'; Gstr{i,2} = 'OH'; 
fNOETOL1OOH(i)=fNOETOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNOETOL1O2(i)=fNOETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NOETOL1OOH + hv = NOETOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOETOL1OOH'; 
fNOETOL1OOH(i)=fNOETOL1OOH(i)-1; fNOETOL1O(i)=fNOETOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQOOH + OH = NOETLQO2';
k(:,i) = 1.06e-10;
Gstr{i,1} = 'NOETLQOOH'; Gstr{i,2} = 'OH'; 
fNOETLQOOH(i)=fNOETLQOOH(i)-1; fOH(i)=fOH(i)-1; fNOETLQO2(i)=fNOETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQOOH + hv = NOETLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NOETLQOOH'; 
fNOETLQOOH(i)=fNOETLQOOH(i)-1; fNOETLQO(i)=fNOETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NOETLQO = C6CO4MEDB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NOETLQO'; 
fNOETLQO(i)=fNOETLQO(i)-1; fC6CO4MEDB(i)=fC6CO4MEDB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OETLQOOH + OH = OETLQCO + OH';
k(:,i) = 1.63e-10;
Gstr{i,1} = 'OETLQOOH'; Gstr{i,2} = 'OH'; 
fOETLQOOH(i)=fOETLQOOH(i)-1; fOH(i)=fOH(i)-1; fOETLQCO(i)=fOETLQCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLQOOH + hv = OETLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OETLQOOH'; 
fOETLQOOH(i)=fOETLQOOH(i)-1; fOETLQO(i)=fOETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OETLQO = C5MEJCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'OETLQO'; 
fOETLQO(i)=fOETLQO(i)-1; fC5MEJCO3(i)=fC5MEJCO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLQCO + OH = C5MEJCO3';
k(:,i) = 1.00e-10;
Gstr{i,1} = 'OETLQCO'; Gstr{i,2} = 'OH'; 
fOETLQCO(i)=fOETLQCO(i)-1; fOH(i)=fOH(i)-1; fC5MEJCO3(i)=fC5MEJCO3(i)+1; 

i=i+1;
Rnames{i} = 'OETLQOH + OH = OETLQCO + HO2';
k(:,i) = 1.31e-10;
Gstr{i,1} = 'OETLQOH'; Gstr{i,2} = 'OH'; 
fOETLQOH(i)=fOETLQOH(i)-1; fOH(i)=fOH(i)-1; fOETLQCO(i)=fOETLQCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATOOH + OH = OTNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OTNNCATOOH'; Gstr{i,2} = 'OH'; 
fOTNNCATOOH(i)=fOTNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fOTNNCATCO2(i)=fOTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATOOH + hv = OTNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OTNNCATOOH'; 
fOTNNCATOOH(i)=fOTNNCATOOH(i)-1; fOTNNCATCO(i)=fOTNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OTNNCATCO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OTNNCATCO'; 
fOTNNCATCO(i)=fOTNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATCOOH + OH = OTNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OTNCATCOOH'; Gstr{i,2} = 'OH'; 
fOTNCATCOOH(i)=fOTNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fOTNCATECO2(i)=fOTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATCOOH + hv = OTNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'OTNCATCOOH'; 
fOTNCATCOOH(i)=fOTNCATCOOH(i)-1; fOTNCATECO(i)=fOTNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OTNCATECO = NC4MDCO2H + ECOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'OTNCATECO'; 
fOTNCATECO(i)=fOTNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETOLO2 + HO2 = NDNMETLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNMETOLO2'; Gstr{i,2} = 'HO2'; 
fNDNMETOLO2(i)=fNDNMETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNMETLOOH(i)=fNDNMETLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETOLO2 + NO = NDNMETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNMETOLO2'; Gstr{i,2} = 'NO'; 
fNDNMETOLO2(i)=fNDNMETOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNMETOLO(i)=fNDNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETOLO2 + NO3 = NDNMETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNMETOLO2'; Gstr{i,2} = 'NO3'; 
fNDNMETOLO2(i)=fNDNMETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNMETOLO(i)=fNDNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETOLO2 + RO2 = NDNMETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNMETOLO2'; Gstr{i,2} = 'RO2';
fNDNMETOLO2(i)=fNDNMETOLO2(i)-1; fNDNMETOLO(i)=fNDNMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLO2 + HO2 = DNMETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNMETOLO2'; Gstr{i,2} = 'HO2'; 
fDNMETOLO2(i)=fDNMETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNMETOLOOH(i)=fDNMETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLO2 + NO = DNMETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNMETOLO2'; Gstr{i,2} = 'NO'; 
fDNMETOLO2(i)=fDNMETOLO2(i)-1; fNO(i)=fNO(i)-1; fDNMETOLO(i)=fDNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLO2 + NO3 = DNMETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNMETOLO2'; Gstr{i,2} = 'NO3'; 
fDNMETOLO2(i)=fDNMETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNMETOLO(i)=fDNMETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLO2 + RO2 = DNMETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNMETOLO2'; Gstr{i,2} = 'RO2';
fDNMETOLO2(i)=fDNMETOLO2(i)-1; fDNMETOLO(i)=fDNMETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1OOH + OH = NMETOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NMETOL1OOH'; Gstr{i,2} = 'OH'; 
fNMETOL1OOH(i)=fNMETOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNMETOL1O2(i)=fNMETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NMETOL1OOH + hv = NMETOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMETOL1OOH'; 
fNMETOL1OOH(i)=fNMETOL1OOH(i)-1; fNMETOL1O(i)=fNMETOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQOOH + OH = NMETLQO2';
k(:,i) = 7.71e-11;
Gstr{i,1} = 'NMETLQOOH'; Gstr{i,2} = 'OH'; 
fNMETLQOOH(i)=fNMETLQOOH(i)-1; fOH(i)=fOH(i)-1; fNMETLQO2(i)=fNMETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQOOH + hv = NMETLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NMETLQOOH'; 
fNMETLQOOH(i)=fNMETLQOOH(i)-1; fNMETLQO(i)=fNMETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NMETLQO = C7CO4EDB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NMETLQO'; 
fNMETLQO(i)=fNMETLQO(i)-1; fC7CO4EDB(i)=fC7CO4EDB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'METLQOOH + OH = METLQO2';
k(:,i) = 9.65e-11;
Gstr{i,1} = 'METLQOOH'; Gstr{i,2} = 'OH'; 
fMETLQOOH(i)=fMETLQOOH(i)-1; fOH(i)=fOH(i)-1; fMETLQO2(i)=fMETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'METLQOOH + hv = METLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'METLQOOH'; 
fMETLQOOH(i)=fMETLQOOH(i)-1; fMETLQO(i)=fMETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'METLQO = C6EO2OHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'METLQO'; 
fMETLQO(i)=fMETLQO(i)-1; fC6EO2OHCO3(i)=fC6EO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'METLQOH + OH = C6EO2OHCO3';
k(:,i) = 9.31e-11;
Gstr{i,1} = 'METLQOH'; Gstr{i,2} = 'OH'; 
fMETLQOH(i)=fMETLQOH(i)-1; fOH(i)=fOH(i)-1; fC6EO2OHCO3(i)=fC6EO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATOOH + OH = MTNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MTNNCATOOH'; Gstr{i,2} = 'OH'; 
fMTNNCATOOH(i)=fMTNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fMTNNCATCO2(i)=fMTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATOOH + hv = MTNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTNNCATOOH'; 
fMTNNCATOOH(i)=fMTNNCATOOH(i)-1; fMTNNCATCO(i)=fMTNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTNNCATCO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MTNNCATCO'; 
fMTNNCATCO(i)=fMTNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATCOOH + OH = MTNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MTNCATCOOH'; Gstr{i,2} = 'OH'; 
fMTNCATCOOH(i)=fMTNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fMTNCATECO2(i)=fMTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATCOOH + hv = MTNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTNCATCOOH'; 
fMTNCATCOOH(i)=fMTNCATCOOH(i)-1; fMTNCATECO(i)=fMTNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTNCATECO = NC4MDCO2H + ECOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MTNCATECO'; 
fMTNCATECO(i)=fMTNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETOLO2 + HO2 = NDNPETLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'NDNPETOLO2'; Gstr{i,2} = 'HO2'; 
fNDNPETOLO2(i)=fNDNPETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fNDNPETLOOH(i)=fNDNPETLOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETOLO2 + NO = NDNPETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDNPETOLO2'; Gstr{i,2} = 'NO'; 
fNDNPETOLO2(i)=fNDNPETOLO2(i)-1; fNO(i)=fNO(i)-1; fNDNPETOLO(i)=fNDNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETOLO2 + NO3 = NDNPETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDNPETOLO2'; Gstr{i,2} = 'NO3'; 
fNDNPETOLO2(i)=fNDNPETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fNDNPETOLO(i)=fNDNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETOLO2 + RO2 = NDNPETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'NDNPETOLO2'; Gstr{i,2} = 'RO2';
fNDNPETOLO2(i)=fNDNPETOLO2(i)-1; fNDNPETOLO(i)=fNDNPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLO2 + HO2 = DNPETOLOOH';
k(:,i) = KRO2HO2.*0.90;
Gstr{i,1} = 'DNPETOLO2'; Gstr{i,2} = 'HO2'; 
fDNPETOLO2(i)=fDNPETOLO2(i)-1; fHO2(i)=fHO2(i)-1; fDNPETOLOOH(i)=fDNPETOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLO2 + NO = DNPETOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DNPETOLO2'; Gstr{i,2} = 'NO'; 
fDNPETOLO2(i)=fDNPETOLO2(i)-1; fNO(i)=fNO(i)-1; fDNPETOLO(i)=fDNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLO2 + NO3 = DNPETOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DNPETOLO2'; Gstr{i,2} = 'NO3'; 
fDNPETOLO2(i)=fDNPETOLO2(i)-1; fNO3(i)=fNO3(i)-1; fDNPETOLO(i)=fDNPETOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLO2 + RO2 = DNPETOLO';
k(:,i) = 8.00e-13;
Gstr{i,1} = 'DNPETOLO2'; Gstr{i,2} = 'RO2';
fDNPETOLO2(i)=fDNPETOLO2(i)-1; fDNPETOLO(i)=fDNPETOLO(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1OOH + OH = NPETOL1O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'NPETOL1OOH'; Gstr{i,2} = 'OH'; 
fNPETOL1OOH(i)=fNPETOL1OOH(i)-1; fOH(i)=fOH(i)-1; fNPETOL1O2(i)=fNPETOL1O2(i)+1; 

i=i+1;
Rnames{i} = 'NPETOL1OOH + hv = NPETOL1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPETOL1OOH'; 
fNPETOL1OOH(i)=fNPETOL1OOH(i)-1; fNPETOL1O(i)=fNPETOL1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQOOH + OH = NPETLQO2';
k(:,i) = 7.71e-11;
Gstr{i,1} = 'NPETLQOOH'; Gstr{i,2} = 'OH'; 
fNPETLQOOH(i)=fNPETLQOOH(i)-1; fOH(i)=fOH(i)-1; fNPETLQO2(i)=fNPETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQOOH + hv = NPETLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NPETLQOOH'; 
fNPETLQOOH(i)=fNPETLQOOH(i)-1; fNPETLQO(i)=fNPETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NPETLQO = C7ECO4DB + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NPETLQO'; 
fNPETLQO(i)=fNPETLQO(i)-1; fC7ECO4DB(i)=fC7ECO4DB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLQOOH + OH = PETLQO2';
k(:,i) = 9.81e-11;
Gstr{i,1} = 'PETLQOOH'; Gstr{i,2} = 'OH'; 
fPETLQOOH(i)=fPETLQOOH(i)-1; fOH(i)=fOH(i)-1; fPETLQO2(i)=fPETLQO2(i)+1; 

i=i+1;
Rnames{i} = 'PETLQOOH + hv = PETLQO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PETLQOOH'; 
fPETLQOOH(i)=fPETLQOOH(i)-1; fPETLQO(i)=fPETLQO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PETLQO = C7MJPCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PETLQO'; 
fPETLQO(i)=fPETLQO(i)-1; fC7MJPCO3(i)=fC7MJPCO3(i)+1; 

i=i+1;
Rnames{i} = 'PETLQOH + OH = C7MJPCO3';
k(:,i) = 9.46e-11;
Gstr{i,1} = 'PETLQOH'; Gstr{i,2} = 'OH'; 
fPETLQOH(i)=fPETLQOH(i)-1; fOH(i)=fOH(i)-1; fC7MJPCO3(i)=fC7MJPCO3(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATOOH + OH = PTNNCATCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PTNNCATOOH'; Gstr{i,2} = 'OH'; 
fPTNNCATOOH(i)=fPTNNCATOOH(i)-1; fOH(i)=fOH(i)-1; fPTNNCATCO2(i)=fPTNNCATCO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATOOH + hv = PTNNCATCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PTNNCATOOH'; 
fPTNNCATOOH(i)=fPTNNCATOOH(i)-1; fPTNNCATCO(i)=fPTNNCATCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PTNNCATCO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PTNNCATCO'; 
fPTNNCATCO(i)=fPTNNCATCO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATCOOH + OH = PTNCATECO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'PTNCATCOOH'; Gstr{i,2} = 'OH'; 
fPTNCATCOOH(i)=fPTNCATCOOH(i)-1; fOH(i)=fOH(i)-1; fPTNCATECO2(i)=fPTNCATECO2(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATCOOH + hv = PTNCATECO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PTNCATCOOH'; 
fPTNCATCOOH(i)=fPTNCATCOOH(i)-1; fPTNCATECO(i)=fPTNCATECO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PTNCATECO = NC4MDCO2H + ECOCO2H + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'PTNCATECO'; 
fPTNCATECO(i)=fPTNCATECO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECHO + NO3 = C23O3ECO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C23O3ECHO'; Gstr{i,2} = 'NO3'; 
fC23O3ECHO(i)=fC23O3ECHO(i)-1; fNO3(i)=fNO3(i)-1; fC23O3ECO3(i)=fC23O3ECO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECHO + OH = C23O3ECO3';
k(:,i) = 3.13e-11;
Gstr{i,1} = 'C23O3ECHO'; Gstr{i,2} = 'OH'; 
fC23O3ECHO(i)=fC23O3ECHO(i)-1; fOH(i)=fOH(i)-1; fC23O3ECO3(i)=fC23O3ECO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECHO + hv = CO + C23O3EO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C23O3ECHO'; 
fC23O3ECHO(i)=fC23O3ECHO(i)-1; fCO(i)=fCO(i)+1; fC23O3EO2(i)=fC23O3EO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCO2 + HO2 = CO356OCOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO356OCO2'; Gstr{i,2} = 'HO2'; 
fCO356OCO2(i)=fCO356OCO2(i)-1; fHO2(i)=fHO2(i)-1; fCO356OCOOH(i)=fCO356OCOOH(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCO2 + NO = CO356OCO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO356OCO2'; Gstr{i,2} = 'NO'; 
fCO356OCO2(i)=fCO356OCO2(i)-1; fNO(i)=fNO(i)-1; fCO356OCO(i)=fCO356OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCO2 + NO3 = CO356OCO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO356OCO2'; Gstr{i,2} = 'NO3'; 
fCO356OCO2(i)=fCO356OCO2(i)-1; fNO3(i)=fNO3(i)-1; fCO356OCO(i)=fCO356OCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCO2 + RO2 = CO356OCO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CO356OCO2'; Gstr{i,2} = 'RO2';
fCO356OCO2(i)=fCO356OCO2(i)-1; fCO356OCO(i)=fCO356OCO(i)+1; 

i=i+1;
Rnames{i} = 'HOEMPHNO2 + OH = EMPOHNO2O2';
k(:,i) = 1.53e-12;
Gstr{i,1} = 'HOEMPHNO2'; Gstr{i,2} = 'OH'; 
fHOEMPHNO2(i)=fHOEMPHNO2(i)-1; fOH(i)=fOH(i)-1; fEMPOHNO2O2(i)=fEMPOHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C6OOH + OH = CO234C65O2';
k(:,i) = 1.65e-11;
Gstr{i,1} = 'CO234C6OOH'; Gstr{i,2} = 'OH'; 
fCO234C6OOH(i)=fCO234C6OOH(i)-1; fOH(i)=fOH(i)-1; fCO234C65O2(i)=fCO234C65O2(i)+1; 

i=i+1;
Rnames{i} = 'CO234C6OOH + hv = CO234C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO234C6OOH'; 
fCO234C6OOH(i)=fCO234C6OOH(i)-1; fCO234C65O(i)=fCO234C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO234C6OOH + hv = CO234C65O + OH';
k(:,i) = J35;
Gstr{i,1} = 'CO234C6OOH'; 
fCO234C6OOH(i)=fCO234C6OOH(i)-1; fCO234C65O(i)=fCO234C65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO234C65O = CH3CHO + CH3CO3 + CO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO234C65O'; 
fCO234C65O(i)=fCO234C65O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2CO3H + hv = HOCH2COCHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H13CO2CO3H'; 
fH13CO2CO3H(i)=fH13CO2CO3H(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13CO2CO3H = H13CO2CO3';
k(:,i) = 9.43e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13CO2CO3H'; 
fOH(i)=fOH(i)-1; fH13CO2CO3H(i)=fH13CO2CO3H(i)-1; fH13CO2CO3(i)=fH13CO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN10 = H13CO2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN10'; 
fC4PAN10(i)=fC4PAN10(i)-1; fH13CO2CO3(i)=fH13CO2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN10 = HOCH2COCHO + CO + NO2';
k(:,i) = 5.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN10'; 
fOH(i)=fOH(i)-1; fC4PAN10(i)=fC4PAN10(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C531O2 + HO2 = C531OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C531O2'; Gstr{i,2} = 'HO2'; 
fC531O2(i)=fC531O2(i)-1; fHO2(i)=fHO2(i)-1; fC531OOH(i)=fC531OOH(i)+1; 

i=i+1;
Rnames{i} = 'C531O2 + NO = C531O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C531O2'; Gstr{i,2} = 'NO'; 
fC531O2(i)=fC531O2(i)-1; fNO(i)=fNO(i)-1; fC531O(i)=fC531O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C531O2 + NO3 = C531O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C531O2'; Gstr{i,2} = 'NO3'; 
fC531O2(i)=fC531O2(i)-1; fNO3(i)=fNO3(i)-1; fC531O(i)=fC531O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C531O2 + RO2 = C531O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C531O2'; Gstr{i,2} = 'RO2';
fC531O2(i)=fC531O2(i)-1; fC531O(i)=fC531O(i)+1; 

i=i+1;
Rnames{i} = 'M3FOO + CO = C532CO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'M3FOO'; Gstr{i,2} = 'CO'; 
fM3FOO(i)=fM3FOO(i)-1; fCO(i)=fCO(i)-1; fC532CO(i)=fC532CO(i)+1; 

i=i+1;
Rnames{i} = 'M3FOO + NO = C532CO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'M3FOO'; Gstr{i,2} = 'NO'; 
fM3FOO(i)=fM3FOO(i)-1; fNO(i)=fNO(i)-1; fC532CO(i)=fC532CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'M3FOO + NO2 = C532CO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'M3FOO'; Gstr{i,2} = 'NO2'; 
fM3FOO(i)=fM3FOO(i)-1; fNO2(i)=fNO2(i)-1; fC532CO(i)=fC532CO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'M3FOO + SO2 = C532CO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'M3FOO'; Gstr{i,2} = 'SO2'; 
fM3FOO(i)=fM3FOO(i)-1; fSO2(i)=fSO2(i)-1; fC532CO(i)=fC532CO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'M3FOO = C532CO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'M3FOO'; 
fM3FOO(i)=fM3FOO(i)-1; fC532CO(i)=fC532CO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + HO2 = INCNCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'HO2'; 
fINCNCO3(i)=fINCNCO3(i)-1; fHO2(i)=fHO2(i)-1; fINCNCO2H(i)=fINCNCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + HO2 = INCNCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'HO2'; 
fINCNCO3(i)=fINCNCO3(i)-1; fHO2(i)=fHO2(i)-1; fINCNCO3H(i)=fINCNCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + HO2 = MACRNB + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'HO2'; 
fINCNCO3(i)=fINCNCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + NO = MACRNB + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'NO'; 
fINCNCO3(i)=fINCNCO3(i)-1; fNO(i)=fNO(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + NO2 = INCNPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'NO2'; 
fINCNCO3(i)=fINCNCO3(i)-1; fNO2(i)=fNO2(i)-1; fINCNPAN(i)=fINCNPAN(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + NO3 = MACRNB + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'NO3'; 
fINCNCO3(i)=fINCNCO3(i)-1; fNO3(i)=fNO3(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + RO2 = INCNCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'RO2';
fINCNCO3(i)=fINCNCO3(i)-1; fINCNCO2H(i)=fINCNCO2H(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3 + RO2 = MACRNB + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INCNCO3'; Gstr{i,2} = 'RO2';
fINCNCO3(i)=fINCNCO3(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3H + OH = CO2N3CO3';
k(:,i) = 4.11e-12;
Gstr{i,1} = 'CO2N3CO3H'; Gstr{i,2} = 'OH'; 
fCO2N3CO3H(i)=fCO2N3CO3H(i)-1; fOH(i)=fOH(i)-1; fCO2N3CO3(i)=fCO2N3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3CO3H + hv = MGLYOX + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2N3CO3H'; 
fCO2N3CO3H(i)=fCO2N3CO3H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3PAN + OH = CO2N3CO3';
k(:,i) = 5.10e-13;
Gstr{i,1} = 'CO2N3PAN'; Gstr{i,2} = 'OH'; 
fCO2N3PAN(i)=fCO2N3PAN(i)-1; fOH(i)=fOH(i)-1; fCO2N3CO3(i)=fCO2N3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3PAN = CO2N3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CO2N3PAN'; 
fCO2N3PAN(i)=fCO2N3PAN(i)-1; fCO2N3CO3(i)=fCO2N3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2N3PAN + hv = CO2N3CO3 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'CO2N3PAN'; 
fCO2N3PAN(i)=fCO2N3PAN(i)-1; fCO2N3CO3(i)=fCO2N3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + HO2 = HMVKBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'HO2'; 
fIEACO3(i)=fIEACO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + HO2 = IEACO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'HO2'; 
fIEACO3(i)=fIEACO3(i)-1; fHO2(i)=fHO2(i)-1; fIEACO3H(i)=fIEACO3H(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + NO = HMVKBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'NO'; 
fIEACO3(i)=fIEACO3(i)-1; fNO(i)=fNO(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + NO2 = IEAPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'NO2'; 
fIEACO3(i)=fIEACO3(i)-1; fNO2(i)=fNO2(i)-1; fIEAPAN(i)=fIEAPAN(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + NO3 = HMVKBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'NO3'; 
fIEACO3(i)=fIEACO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3 + RO2 = HMVKBO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'IEACO3'; Gstr{i,2} = 'RO2';
fIEACO3(i)=fIEACO3(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; 

i=i+1;
Rnames{i} = 'IEC2OOH + hv = BIACETOH + OH + CO + HO2';
k(:,i) = J17;
Gstr{i,1} = 'IEC2OOH'; 
fIEC2OOH(i)=fIEC2OOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IEC2OOH + hv = MGLYOX + OH + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'IEC2OOH'; 
fIEC2OOH(i)=fIEC2OOH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEC2OOH = BIACETOH + OH + CO';
k(:,i) = 2.73e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEC2OOH'; 
fOH(i)=fOH(i)-1; fIEC2OOH(i)=fIEC2OOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C47CHO + OH = C47CO3';
k(:,i) = 2.49e-11;
Gstr{i,1} = 'C47CHO'; Gstr{i,2} = 'OH'; 
fC47CHO(i)=fC47CHO(i)-1; fOH(i)=fOH(i)-1; fC47CO3(i)=fC47CO3(i)+1; 

i=i+1;
Rnames{i} = 'C47CHO + hv = GLYOX + MGLYOX + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C47CHO'; 
fC47CHO(i)=fC47CHO(i)-1; fGLYOX(i)=fGLYOX(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCHO + hv = ACETOL + GLYOX + OH + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'INB1HPCHO'; 
fINB1HPCHO(i)=fINB1HPCHO(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INB1HPCHO = INB1HPCO3';
k(:,i) = 2.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INB1HPCHO'; 
fOH(i)=fOH(i)-1; fINB1HPCHO(i)=fINB1HPCHO(i)-1; fINB1HPCO3(i)=fINB1HPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACHO + hv = ACETOL + GLYOX + NO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'INB1NACHO'; 
fINB1NACHO(i)=fINB1NACHO(i)-1; fACETOL(i)=fACETOL(i)+1; fGLYOX(i)=fGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INB1NACHO = INB1NACO3';
k(:,i) = 1.85e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INB1NACHO'; 
fOH(i)=fOH(i)-1; fINB1NACHO(i)=fINB1NACHO(i)-1; fINB1NACO3(i)=fINB1NACO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCHO + hv = MVKNO3 + NO2 + CO + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'INB1NBCHO'; 
fINB1NBCHO(i)=fINB1NBCHO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INB1NBCHO = INB1NBCO3';
k(:,i) = 1.85e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INB1NBCHO'; 
fOH(i)=fOH(i)-1; fINB1NBCHO(i)=fINB1NBCHO(i)-1; fINB1NBCO3(i)=fINB1NBCO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1GLYOX + OH = MACRNCO3 + CO';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'INB1GLYOX'; Gstr{i,2} = 'OH'; 
fINB1GLYOX(i)=fINB1GLYOX(i)-1; fOH(i)=fOH(i)-1; fMACRNCO3(i)=fMACRNCO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'INB1GLYOX + hv = MACRNCO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'INB1GLYOX'; 
fINB1GLYOX(i)=fINB1GLYOX(i)-1; fMACRNCO3(i)=fMACRNCO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + HO2 = IECCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'HO2'; 
fIECCO3(i)=fIECCO3(i)-1; fHO2(i)=fHO2(i)-1; fIECCO3H(i)=fIECCO3H(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + HO2 = MACRO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'HO2'; 
fIECCO3(i)=fIECCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRO2(i)=fMACRO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + NO = MACRO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'NO'; 
fIECCO3(i)=fIECCO3(i)-1; fNO(i)=fNO(i)-1; fMACRO2(i)=fMACRO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + NO2 = IECPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'NO2'; 
fIECCO3(i)=fIECCO3(i)-1; fNO2(i)=fNO2(i)-1; fIECPAN(i)=fIECPAN(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + NO3 = MACRO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'NO3'; 
fIECCO3(i)=fIECCO3(i)-1; fNO3(i)=fNO3(i)-1; fMACRO2(i)=fMACRO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3 + RO2 = MACRO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'IECCO3'; Gstr{i,2} = 'RO2';
fIECCO3(i)=fIECCO3(i)-1; fMACRO2(i)=fMACRO2(i)+1; 

i=i+1;
Rnames{i} = 'C535OOH + OH = C535O2';
k(:,i) = 3.42e-11;
Gstr{i,1} = 'C535OOH'; Gstr{i,2} = 'OH'; 
fC535OOH(i)=fC535OOH(i)-1; fOH(i)=fOH(i)-1; fC535O2(i)=fC535O2(i)+1; 

i=i+1;
Rnames{i} = 'C535OOH + hv = C3MDIALOOH + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'C535OOH'; 
fC535OOH(i)=fC535OOH(i)-1; fC3MDIALOOH(i)=fC3MDIALOOH(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C535OOH + hv = C535O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C535OOH'; 
fC535OOH(i)=fC535OOH(i)-1; fC535O(i)=fC535O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C535OOH + hv = CO2H3CO3H + OH + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C535OOH'; 
fC535OOH(i)=fC535OOH(i)-1; fCO2H3CO3H(i)=fCO2H3CO3H(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C535O = HCOCO3H + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C535O'; 
fC535O(i)=fC535O(i)-1; fHCOCO3H(i)=fHCOCO3H(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + HO2 = HO2 + DHPMPAL + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'HO2'; 
fHPC52CO3(i)=fHPC52CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + HO2 = HPC52CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'HO2'; 
fHPC52CO3(i)=fHPC52CO3(i)-1; fHO2(i)=fHO2(i)-1; fHPC52CO3H(i)=fHPC52CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + NO = HO2 + DHPMPAL + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'NO'; 
fHPC52CO3(i)=fHPC52CO3(i)-1; fNO(i)=fNO(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + NO2 = HPC52PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'NO2'; 
fHPC52CO3(i)=fHPC52CO3(i)-1; fNO2(i)=fNO2(i)-1; fHPC52PAN(i)=fHPC52PAN(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + NO3 = HO2 + DHPMPAL + NO2';
k(:,i) = KRO2NO3.*1.6;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'NO3'; 
fHPC52CO3(i)=fHPC52CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3 + RO2 = HO2 + DHPMPAL';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HPC52CO3'; Gstr{i,2} = 'RO2';
fHPC52CO3(i)=fHPC52CO3(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + HO2 = INDHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'HO2'; 
fINDHCO3(i)=fINDHCO3(i)-1; fHO2(i)=fHO2(i)-1; fINDHCO3H(i)=fINDHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + HO2 = MVKNO3 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'HO2'; 
fINDHCO3(i)=fINDHCO3(i)-1; fHO2(i)=fHO2(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + NO = MVKNO3 + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'NO'; 
fINDHCO3(i)=fINDHCO3(i)-1; fNO(i)=fNO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + NO2 = INDHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'NO2'; 
fINDHCO3(i)=fINDHCO3(i)-1; fNO2(i)=fNO2(i)-1; fINDHPAN(i)=fINDHPAN(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + NO3 = MVKNO3 + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'NO3'; 
fINDHCO3(i)=fINDHCO3(i)-1; fNO3(i)=fNO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3 + RO2 = MVKNO3 + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'INDHCO3'; Gstr{i,2} = 'RO2';
fINDHCO3(i)=fINDHCO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHNO3 + OH = MMALNACO3';
k(:,i) = 2.53e-11.*0.86;
Gstr{i,1} = 'C4M2ALOHNO3'; Gstr{i,2} = 'OH'; 
fC4M2ALOHNO3(i)=fC4M2ALOHNO3(i)-1; fOH(i)=fOH(i)-1; fMMALNACO3(i)=fMMALNACO3(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHNO3 + OH = MMALNBCO3';
k(:,i) = 2.53e-11.*0.14;
Gstr{i,1} = 'C4M2ALOHNO3'; Gstr{i,2} = 'OH'; 
fC4M2ALOHNO3(i)=fC4M2ALOHNO3(i)-1; fOH(i)=fOH(i)-1; fMMALNBCO3(i)=fMMALNBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4M2ALOHNO3 + hv = MGLYOX + GLYOX + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C4M2ALOHNO3'; 
fC4M2ALOHNO3(i)=fC4M2ALOHNO3(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + HO2 = C57NO3CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'HO2'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC57NO3CO2H(i)=fC57NO3CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + HO2 = C57NO3CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'HO2'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC57NO3CO3H(i)=fC57NO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + HO2 = HO12CO3C4 + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'HO2'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + NO = HO12CO3C4 + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'NO'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fNO(i)=fNO(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + NO2 = C57NO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'NO2'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC57NO3PAN(i)=fC57NO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + NO3 = HO12CO3C4 + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'NO3'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + NO3 = MACRNO3 + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'NO3'; 
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + RO2 = C57NO3CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'RO2';
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fC57NO3CO2H(i)=fC57NO3CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3 + RO2 = HO12CO3C4 + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C57NO3CO3'; Gstr{i,2} = 'RO2';
fC57NO3CO3(i)=fC57NO3CO3(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCHO + OH = INDHPCO3';
k(:,i) = 2.58e-11;
Gstr{i,1} = 'INDHPCHO'; Gstr{i,2} = 'OH'; 
fINDHPCHO(i)=fINDHPCHO(i)-1; fOH(i)=fOH(i)-1; fINDHPCO3(i)=fINDHPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCHO + hv = MGLYOX + HOCH2CHO + OH + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'INDHPCHO'; 
fINDHPCHO(i)=fINDHPCHO(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + HO2 = HMVKANO3 + OH + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'HO2'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + HO2 = INAHPCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'HO2'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fHO2(i)=fHO2(i)-1; fINAHPCO2H(i)=fINAHPCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + HO2 = INAHPCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'HO2'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fHO2(i)=fHO2(i)-1; fINAHPCO3H(i)=fINAHPCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + NO = HMVKANO3 + OH + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'NO'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fNO(i)=fNO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + NO2 = INAHPPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'NO2'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fNO2(i)=fNO2(i)-1; fINAHPPAN(i)=fINAHPPAN(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + NO3 = HMVKANO3 + OH + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'NO3'; 
fINAHPCO3(i)=fINAHPCO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + RO2 = HMVKANO3 + OH';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'RO2';
fINAHPCO3(i)=fINAHPCO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3 + RO2 = INAHPCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INAHPCO3'; Gstr{i,2} = 'RO2';
fINAHPCO3(i)=fINAHPCO3(i)-1; fINAHPCO2H(i)=fINAHPCO2H(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + HO2 = HMVKANO3 + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'HO2'; 
fINANCO3(i)=fINANCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + HO2 = INANCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'HO2'; 
fINANCO3(i)=fINANCO3(i)-1; fHO2(i)=fHO2(i)-1; fINANCO2H(i)=fINANCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + HO2 = INANCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'HO2'; 
fINANCO3(i)=fINANCO3(i)-1; fHO2(i)=fHO2(i)-1; fINANCO3H(i)=fINANCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + NO = HMVKANO3 + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'NO'; 
fINANCO3(i)=fINANCO3(i)-1; fNO(i)=fNO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + NO2 = INANPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'NO2'; 
fINANCO3(i)=fINANCO3(i)-1; fNO2(i)=fNO2(i)-1; fINANPAN(i)=fINANPAN(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + NO3 = HMVKANO3 + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'NO3'; 
fINANCO3(i)=fINANCO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + RO2 = HMVKANO3 + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'RO2';
fINANCO3(i)=fINANCO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3 + RO2 = INANCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INANCO3'; Gstr{i,2} = 'RO2';
fINANCO3(i)=fINANCO3(i)-1; fINANCO2H(i)=fINANCO2H(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCOCHO = INANCOCO3';
k(:,i) = 3.79e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCOCHO'; 
fOH(i)=fOH(i)-1; fINANCOCHO(i)=fINANCOCHO(i)-1; fINANCOCO3(i)=fINANCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + HO2 = HMVKANO3 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'HO2'; 
fINAHCO3(i)=fINAHCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + HO2 = INAHCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'HO2'; 
fINAHCO3(i)=fINAHCO3(i)-1; fHO2(i)=fHO2(i)-1; fINAHCO2H(i)=fINAHCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + HO2 = INAHCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'HO2'; 
fINAHCO3(i)=fINAHCO3(i)-1; fHO2(i)=fHO2(i)-1; fINAHCO3H(i)=fINAHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + NO = HMVKANO3 + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'NO'; 
fINAHCO3(i)=fINAHCO3(i)-1; fNO(i)=fNO(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + NO2 = INAHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'NO2'; 
fINAHCO3(i)=fINAHCO3(i)-1; fNO2(i)=fNO2(i)-1; fINAHPAN(i)=fINAHPAN(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + NO3 = HMVKANO3 + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'NO3'; 
fINAHCO3(i)=fINAHCO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + RO2 = HMVKANO3 + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'RO2';
fINAHCO3(i)=fINAHCO3(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3 + RO2 = INAHCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INAHCO3'; Gstr{i,2} = 'RO2';
fINAHCO3(i)=fINAHCO3(i)-1; fINAHCO2H(i)=fINAHCO2H(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58NO3CO2H = MMALNACO2H + HO2';
k(:,i) = 2.49e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58NO3CO2H'; 
fOH(i)=fOH(i)-1; fC58NO3CO2H(i)=fC58NO3CO2H(i)-1; fMMALNACO2H(i)=fMMALNACO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3CO3H + hv = MACRNO3 + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C58NO3CO3H'; 
fC58NO3CO3H(i)=fC58NO3CO3H(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58NO3CO3H = C58NO3CO3';
k(:,i) = 5.57e-12.*0.68;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58NO3CO3H'; 
fOH(i)=fOH(i)-1; fC58NO3CO3H(i)=fC58NO3CO3H(i)-1; fC58NO3CO3(i)=fC58NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58NO3CO3H = MMALNACO3H + HO2';
k(:,i) = 5.57e-12.*0.32;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58NO3CO3H'; 
fOH(i)=fOH(i)-1; fC58NO3CO3H(i)=fC58NO3CO3H(i)-1; fMMALNACO3H(i)=fMMALNACO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C58NO3PAN = C58NO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C58NO3PAN'; 
fC58NO3PAN(i)=fC58NO3PAN(i)-1; fC58NO3CO3(i)=fC58NO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C58NO3PAN = MMALNAPAN + HO2';
k(:,i) = 1.97e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C58NO3PAN'; 
fOH(i)=fOH(i)-1; fC58NO3PAN(i)=fC58NO3PAN(i)-1; fMMALNAPAN(i)=fMMALNAPAN(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEPOXB + OH = HIEB1O2';
k(:,i) = 1.31e-11.*0.667;
Gstr{i,1} = 'HIEPOXB'; Gstr{i,2} = 'OH'; 
fHIEPOXB(i)=fHIEPOXB(i)-1; fOH(i)=fOH(i)-1; fHIEB1O2(i)=fHIEB1O2(i)+1; 

i=i+1;
Rnames{i} = 'HIEPOXB + OH = HIEB2O2';
k(:,i) = 1.31e-11.*0.333;
Gstr{i,1} = 'HIEPOXB'; Gstr{i,2} = 'OH'; 
fHIEPOXB(i)=fHIEPOXB(i)-1; fOH(i)=fOH(i)-1; fHIEB2O2(i)=fHIEB2O2(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + HO2 = NC524OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'HO2'; 
fNC524O2(i)=fNC524O2(i)-1; fHO2(i)=fHO2(i)-1; fNC524OOH(i)=fNC524OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + NO = NC524NO3';
k(:,i) = KRO2NO.*0.072;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'NO'; 
fNC524O2(i)=fNC524O2(i)-1; fNO(i)=fNO(i)-1; fNC524NO3(i)=fNC524NO3(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + NO = NC524O + NO2';
k(:,i) = KRO2NO.*0.928;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'NO'; 
fNC524O2(i)=fNC524O2(i)-1; fNO(i)=fNO(i)-1; fNC524O(i)=fNC524O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + NO3 = NC524O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'NO3'; 
fNC524O2(i)=fNC524O2(i)-1; fNO3(i)=fNO3(i)-1; fNC524O(i)=fNC524O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + RO2 = NC524O';
k(:,i) = 8.00e-13.*0.8;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'RO2';
fNC524O2(i)=fNC524O2(i)-1; fNC524O(i)=fNC524O(i)+1; 

i=i+1;
Rnames{i} = 'NC524O2 + RO2 = NC524OH';
k(:,i) = 8.00e-13.*0.2;
Gstr{i,1} = 'NC524O2'; Gstr{i,2} = 'RO2';
fNC524O2(i)=fNC524O2(i)-1; fNC524OH(i)=fNC524OH(i)+1; 

i=i+1;
Rnames{i} = 'C525O2 + HO2 = C525OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C525O2'; Gstr{i,2} = 'HO2'; 
fC525O2(i)=fC525O2(i)-1; fHO2(i)=fHO2(i)-1; fC525OOH(i)=fC525OOH(i)+1; 

i=i+1;
Rnames{i} = 'C525O2 + NO = C525O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C525O2'; Gstr{i,2} = 'NO'; 
fC525O2(i)=fC525O2(i)-1; fNO(i)=fNO(i)-1; fC525O(i)=fC525O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C525O2 + NO3 = C525O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C525O2'; Gstr{i,2} = 'NO3'; 
fC525O2(i)=fC525O2(i)-1; fNO3(i)=fNO3(i)-1; fC525O(i)=fC525O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C525O2 + RO2 = C525O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C525O2'; Gstr{i,2} = 'RO2';
fC525O2(i)=fC525O2(i)-1; fC525O(i)=fC525O(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + HO2 = HMACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'HO2'; 
fHMACO3(i)=fHMACO3(i)-1; fHO2(i)=fHO2(i)-1; fHMACO2H(i)=fHMACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + HO2 = HMACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'HO2'; 
fHMACO3(i)=fHMACO3(i)-1; fHO2(i)=fHO2(i)-1; fHMACO3H(i)=fHMACO3H(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + HO2 = HOCH2CO3 + HCHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'HO2'; 
fHMACO3(i)=fHMACO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + NO = HOCH2CO3 + HCHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'NO'; 
fHMACO3(i)=fHMACO3(i)-1; fNO(i)=fNO(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + NO2 = HMPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'NO2'; 
fHMACO3(i)=fHMACO3(i)-1; fNO2(i)=fNO2(i)-1; fHMPAN(i)=fHMPAN(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + NO3 = HOCH2CO3 + HCHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'NO3'; 
fHMACO3(i)=fHMACO3(i)-1; fNO3(i)=fNO3(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + RO2 = HMACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'RO2';
fHMACO3(i)=fHMACO3(i)-1; fHMACO2H(i)=fHMACO2H(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3 + RO2 = HOCH2CO3 + HCHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HMACO3'; Gstr{i,2} = 'RO2';
fHMACO3(i)=fHMACO3(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOOA = HMGLYOO';
k(:,i) = KDEC.*0.18;
Gstr{i,1} = 'HMGLYOOA'; 
fHMGLYOOA(i)=fHMGLYOOA(i)-1; fHMGLYOO(i)=fHMGLYOO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOOA = HOCH2CO3 + CO + HO2';
k(:,i) = KDEC.*0.82;
Gstr{i,1} = 'HMGLYOOA'; 
fHMGLYOOA(i)=fHMGLYOOA(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 + HO2 = HMACROOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'HMACRO2'; Gstr{i,2} = 'HO2'; 
fHMACRO2(i)=fHMACRO2(i)-1; fHO2(i)=fHO2(i)-1; fHMACROOH(i)=fHMACROOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 + NO = HMACRO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HMACRO2'; Gstr{i,2} = 'NO'; 
fHMACRO2(i)=fHMACRO2(i)-1; fNO(i)=fNO(i)-1; fHMACRO(i)=fHMACRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 + NO3 = HMACRO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HMACRO2'; Gstr{i,2} = 'NO3'; 
fHMACRO2(i)=fHMACRO2(i)-1; fNO3(i)=fNO3(i)-1; fHMACRO(i)=fHMACRO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 = H13CO2C3 + CO + OH';
k(:,i) = K14ISOM1;
Gstr{i,1} = 'HMACRO2'; 
fHMACRO2(i)=fHMACRO2(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 + RO2 = HMACRO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'HMACRO2'; Gstr{i,2} = 'RO2';
fHMACRO2(i)=fHMACRO2(i)-1; fHMACRO(i)=fHMACRO(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO2 + RO2 = HMACROH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'HMACRO2'; Gstr{i,2} = 'RO2';
fHMACRO2(i)=fHMACRO2(i)-1; fHMACROH(i)=fHMACROH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMOOH + OH = ACCOCOMEO2';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'ACCOCOMOOH'; Gstr{i,2} = 'OH'; 
fACCOCOMOOH(i)=fACCOCOMOOH(i)-1; fOH(i)=fOH(i)-1; fACCOCOMEO2(i)=fACCOCOMEO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMOOH + hv = ACCOCOMEO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACCOCOMOOH'; 
fACCOCOMOOH(i)=fACCOCOMOOH(i)-1; fACCOCOMEO(i)=fACCOCOMEO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMOOH + hv = CH3CO3 + HCHO + CO + OH';
k(:,i) = J22;
Gstr{i,1} = 'ACCOCOMOOH'; 
fACCOCOMOOH(i)=fACCOCOMOOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOMEO = CH3CO3 + HCHO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'ACCOCOMEO'; 
fACCOCOMEO(i)=fACCOCOMEO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + HO2 = ACCOMECO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'HO2'; 
fACCOMECO3(i)=fACCOMECO3(i)-1; fHO2(i)=fHO2(i)-1; fACCOMECO3H(i)=fACCOMECO3H(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + HO2 = MECOACETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'HO2'; 
fACCOMECO3(i)=fACCOMECO3(i)-1; fHO2(i)=fHO2(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + NO = MECOACETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'NO'; 
fACCOMECO3(i)=fACCOMECO3(i)-1; fNO(i)=fNO(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + NO2 = ACCOMEPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'NO2'; 
fACCOMECO3(i)=fACCOMECO3(i)-1; fNO2(i)=fNO2(i)-1; fACCOMEPAN(i)=fACCOMEPAN(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + NO3 = MECOACETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'NO3'; 
fACCOMECO3(i)=fACCOMECO3(i)-1; fNO3(i)=fNO3(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3 + RO2 = MECOACETO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'ACCOMECO3'; Gstr{i,2} = 'RO2';
fACCOMECO3(i)=fACCOMECO3(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHOOH + OH = ACEETOHO2';
k(:,i) = 2.97e-11;
Gstr{i,1} = 'ACEETOHOOH'; Gstr{i,2} = 'OH'; 
fACEETOHOOH(i)=fACEETOHOOH(i)-1; fOH(i)=fOH(i)-1; fACEETOHO2(i)=fACEETOHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHOOH + hv = ACEETOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACEETOHOOH'; 
fACEETOHOOH(i)=fACEETOHOOH(i)-1; fACEETOHO(i)=fACEETOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACEETOHO = METACETHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'ACEETOHO'; 
fACEETOHO(i)=fACEETOHO(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACOMCOMOOH + OH = ACCOMCOMO2';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'ACOMCOMOOH'; Gstr{i,2} = 'OH'; 
fACOMCOMOOH(i)=fACOMCOMOOH(i)-1; fOH(i)=fOH(i)-1; fACCOMCOMO2(i)=fACCOMCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'ACOMCOMOOH + hv = ACCOMCOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACOMCOMOOH'; 
fACOMCOMOOH(i)=fACOMCOMOOH(i)-1; fACCOMCOMO(i)=fACCOMCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACOMCOMOOH + hv = ACCOMCOMO + OH';
k(:,i) = J22;
Gstr{i,1} = 'ACOMCOMOOH'; 
fACOMCOMOOH(i)=fACOMCOMOOH(i)-1; fACCOMCOMO(i)=fACCOMCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMCOMO = ACCOMECO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'ACCOMCOMO'; 
fACCOMCOMO(i)=fACCOMCOMO(i)-1; fACCOMECO3(i)=fACCOMECO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOEOOH + OH = ACCOCOETO2';
k(:,i) = 2.23e-11;
Gstr{i,1} = 'ACCOCOEOOH'; Gstr{i,2} = 'OH'; 
fACCOCOEOOH(i)=fACCOCOEOOH(i)-1; fOH(i)=fOH(i)-1; fACCOCOETO2(i)=fACCOCOETO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOEOOH + hv = ACCOCOETO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACCOCOEOOH'; 
fACCOCOEOOH(i)=fACCOCOEOOH(i)-1; fACCOCOETO(i)=fACCOCOETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOEOOH + hv = ACCOCOETO + OH';
k(:,i) = J22;
Gstr{i,1} = 'ACCOCOEOOH'; 
fACCOCOEOOH(i)=fACCOCOEOOH(i)-1; fACCOCOETO(i)=fACCOCOETO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOCOETO = CH3CHO + CH3CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'ACCOCOETO'; 
fACCOCOETO(i)=fACCOCOETO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + HO2 = IPRFORMOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'HO2'; 
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fIPRFORMOOH(i)=fIPRFORMOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + NO = IPRFORMNO3';
k(:,i) = KRO2NO.*0.025;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'NO'; 
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fNO(i)=fNO(i)-1; fIPRFORMNO3(i)=fIPRFORMNO3(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + NO = IPRFORMO + NO2';
k(:,i) = KRO2NO.*0.975;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'NO'; 
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fNO(i)=fNO(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + NO3 = IPRFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'NO3'; 
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + RO2 = IPRFORMO';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'RO2';
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO2 + RO2 = IPRFORMOH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'IPRFORMO2'; Gstr{i,2} = 'RO2';
fIPRFORMO2(i)=fIPRFORMO2(i)-1; fIPRFORMOH(i)=fIPRFORMOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEALCO2H + OH = IPRFORMO2';
k(:,i) = 1.31e-12;
Gstr{i,1} = 'MTBEALCO2H'; Gstr{i,2} = 'OH'; 
fMTBEALCO2H(i)=fMTBEALCO2H(i)-1; fOH(i)=fOH(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEALCO3H + OH = MTBEAALCO3';
k(:,i) = 4.86e-12;
Gstr{i,1} = 'MTBEALCO3H'; Gstr{i,2} = 'OH'; 
fMTBEALCO3H(i)=fMTBEALCO3H(i)-1; fOH(i)=fOH(i)-1; fMTBEAALCO3(i)=fMTBEAALCO3(i)+1; 

i=i+1;
Rnames{i} = 'MTBEALCO3H + hv = IPRFORMO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'MTBEALCO3H'; 
fMTBEALCO3H(i)=fMTBEALCO3H(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALPAN + OH = METACETHO + HCHO + CO + NO2';
k(:,i) = 3.72e-13;
Gstr{i,1} = 'MTBEAALPAN'; Gstr{i,2} = 'OH'; 
fMTBEAALPAN(i)=fMTBEAALPAN(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MTBEAALPAN = MTBEAALCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MTBEAALPAN'; 
fMTBEAALPAN(i)=fMTBEAALPAN(i)-1; fMTBEAALCO3(i)=fMTBEAALCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORMO2 + HO2 = PRCOFOROOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PRCOFORMO2'; Gstr{i,2} = 'HO2'; 
fPRCOFORMO2(i)=fPRCOFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fPRCOFOROOH(i)=fPRCOFOROOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORMO2 + NO = PRCOFORMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRCOFORMO2'; Gstr{i,2} = 'NO'; 
fPRCOFORMO2(i)=fPRCOFORMO2(i)-1; fNO(i)=fNO(i)-1; fPRCOFORMO(i)=fPRCOFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORMO2 + NO3 = PRCOFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRCOFORMO2'; Gstr{i,2} = 'NO3'; 
fPRCOFORMO2(i)=fPRCOFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fPRCOFORMO(i)=fPRCOFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORMO2 + RO2 = PRCOFORMO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PRCOFORMO2'; Gstr{i,2} = 'RO2';
fPRCOFORMO2(i)=fPRCOFORMO2(i)-1; fPRCOFORMO(i)=fPRCOFORMO(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOMO2 + HO2 = PRNOCOMOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'PRONOCOMO2'; Gstr{i,2} = 'HO2'; 
fPRONOCOMO2(i)=fPRONOCOMO2(i)-1; fHO2(i)=fHO2(i)-1; fPRNOCOMOOH(i)=fPRNOCOMOOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOMO2 + NO = PRONOCOMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PRONOCOMO2'; Gstr{i,2} = 'NO'; 
fPRONOCOMO2(i)=fPRONOCOMO2(i)-1; fNO(i)=fNO(i)-1; fPRONOCOMO(i)=fPRONOCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOMO2 + NO3 = PRONOCOMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PRONOCOMO2'; Gstr{i,2} = 'NO3'; 
fPRONOCOMO2(i)=fPRONOCOMO2(i)-1; fNO3(i)=fNO3(i)-1; fPRONOCOMO(i)=fPRONOCOMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOMO2 + RO2 = PRONOCOMO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'PRONOCOMO2'; Gstr{i,2} = 'RO2';
fPRONOCOMO2(i)=fPRONOCOMO2(i)-1; fPRONOCOMO(i)=fPRONOCOMO(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + HO2 = BIACETO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'HO2'; 
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + HO2 = CO23C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'HO2'; 
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO23C4CO3H(i)=fCO23C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + NO = BIACETO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'NO'; 
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fNO(i)=fNO(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + NO2 = C5PAN9';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'NO2'; 
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN9(i)=fC5PAN9(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + NO3 = BIACETO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'NO3'; 
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3 + RO2 = BIACETO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO23C4CO3'; Gstr{i,2} = 'RO2';
fCO23C4CO3(i)=fCO23C4CO3(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; 

i=i+1;
Rnames{i} = 'C62OOH + hv = C62O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C62OOH'; 
fC62OOH(i)=fC62OOH(i)-1; fC62O(i)=fC62O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62OOH + hv = C62O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C62OOH'; 
fC62OOH(i)=fC62OOH(i)-1; fC62O(i)=fC62O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62OOH + hv = CH3CO3 + CO + MGLYOX + OH';
k(:,i) = J35;
Gstr{i,1} = 'C62OOH'; 
fC62OOH(i)=fC62OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C62OOH = C62O2';
k(:,i) = 1.30e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C62OOH'; 
fOH(i)=fOH(i)-1; fC62OOH(i)=fC62OOH(i)-1; fC62O2(i)=fC62O2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4OOH + hv = HO13C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO13C4OOH'; 
fHO13C4OOH(i)=fHO13C4OOH(i)-1; fHO13C4O(i)=fHO13C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C4OOH = HO13C3CHO + OH';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C4OOH'; 
fOH(i)=fOH(i)-1; fHO13C4OOH(i)=fHO13C4OOH(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C4OOH = HO13C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C4OOH'; 
fOH(i)=fOH(i)-1; fHO13C4OOH(i)=fHO13C4OOH(i)-1; fHO13C4O2(i)=fHO13C4O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C4NO3 = HO13C3CHO + NO2';
k(:,i) = 7.29e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C4NO3'; 
fOH(i)=fOH(i)-1; fHO13C4NO3(i)=fHO13C4NO3(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C4O = HOC2H4CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5538./T);
Gstr{i,1} = 'HO13C4O'; 
fHO13C4O(i)=fHO13C4O(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CHO + hv = HOC2H4CHO + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HO13C3CHO'; 
fHO13C3CHO(i)=fHO13C3CHO(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO13C3CHO = HO13C3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO13C3CHO'; 
fNO3(i)=fNO3(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)-1; fHO13C3CO3(i)=fHO13C3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C3CHO = HO13C3CO3';
k(:,i) = 3.19e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C3CHO'; 
fOH(i)=fOH(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)-1; fHO13C3CO3(i)=fHO13C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C4OH = HO13C3CHO + HO2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C4OH'; 
fOH(i)=fOH(i)-1; fHO13C4OH(i)=fHO13C4OH(i)-1; fHO13C3CHO(i)=fHO13C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + HO2 = C5CO23O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'HO2'; 
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + HO2 = C6CO134OOH';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'HO2'; 
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6CO134OOH(i)=fC6CO134OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + NO = C5CO23O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'NO'; 
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fNO(i)=fNO(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + NO2 = C6CO134PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'NO2'; 
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6CO134PAN(i)=fC6CO134PAN(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + NO3 = C5CO23O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'NO3'; 
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fNO3(i)=fNO3(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO34CO3 + RO2 = C5CO23O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5CO34CO3'; Gstr{i,2} = 'RO2';
fC5CO34CO3(i)=fC5CO34CO3(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22CO2H = IBUTOLBO2';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22CO2H'; 
fOH(i)=fOH(i)-1; fHM22CO2H(i)=fHM22CO2H(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'HM22CO3H + hv = IBUTOLBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HM22CO3H'; 
fHM22CO3H(i)=fHM22CO3H(i)-1; fIBUTOLBO2(i)=fIBUTOLBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HM22CO3H = HM22CO3';
k(:,i) = 1.75e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HM22CO3H'; 
fOH(i)=fOH(i)-1; fHM22CO3H(i)=fHM22CO3H(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN15 = HM22CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN15'; 
fC5PAN15(i)=fC5PAN15(i)-1; fHM22CO3(i)=fHM22CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN15 = ACETOL + HCHO + CO + NO2';
k(:,i) = 4.50e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN15'; 
fOH(i)=fOH(i)-1; fC5PAN15(i)=fC5PAN15(i)-1; fACETOL(i)=fACETOL(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO2H + OH = C5COCHOO2';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'C6COALCO2H'; Gstr{i,2} = 'OH'; 
fC6COALCO2H(i)=fC6COALCO2H(i)-1; fOH(i)=fOH(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO2H + hv = C5COCHOO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C6COALCO2H'; 
fC6COALCO2H(i)=fC6COALCO2H(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO2H + hv = C5COCHOO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C6COALCO2H'; 
fC6COALCO2H(i)=fC6COALCO2H(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO3H + OH = C6COCHOCO3';
k(:,i) = 3.05e-11;
Gstr{i,1} = 'C6COALCO3H'; Gstr{i,2} = 'OH'; 
fC6COALCO3H(i)=fC6COALCO3H(i)-1; fOH(i)=fOH(i)-1; fC6COCHOCO3(i)=fC6COCHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO3H + hv = C5COCHOO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6COALCO3H'; 
fC6COALCO3H(i)=fC6COALCO3H(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COALCO3H + hv = C5COCHOO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6COALCO3H'; 
fC6COALCO3H(i)=fC6COALCO3H(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOPAN + OH = CO13C4CHO + CO + NO2';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'C6COCHOPAN'; Gstr{i,2} = 'OH'; 
fC6COCHOPAN(i)=fC6COCHOPAN(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6COCHOPAN = C6COCHOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6COCHOPAN'; 
fC6COCHOPAN(i)=fC6COCHOPAN(i)-1; fC6COCHOCO3(i)=fC6COCHOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOOOH + OH = C5COCHOO2';
k(:,i) = 3.83e-11;
Gstr{i,1} = 'C5COCHOOOH'; Gstr{i,2} = 'OH'; 
fC5COCHOOOH(i)=fC5COCHOOOH(i)-1; fOH(i)=fOH(i)-1; fC5COCHOO2(i)=fC5COCHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOOOH + hv = C5COCHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5COCHOOOH'; 
fC5COCHOOOH(i)=fC5COCHOOOH(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOOOH + hv = C5COCHOO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C5COCHOOOH'; 
fC5COCHOOOH(i)=fC5COCHOOOH(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOOOH + hv = C5COCHOO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C5COCHOOOH'; 
fC5COCHOOOH(i)=fC5COCHOOOH(i)-1; fC5COCHOO(i)=fC5COCHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5COCHOO = CHOC2CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5COCHOO'; 
fC5COCHOO(i)=fC5COCHOO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4OOH + OH = CHOC2H4O2';
k(:,i) = 7.31e-11;
Gstr{i,1} = 'CHOC2H4OOH'; Gstr{i,2} = 'OH'; 
fCHOC2H4OOH(i)=fCHOC2H4OOH(i)-1; fOH(i)=fOH(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4OOH + hv = CHOC2H4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC2H4OOH'; 
fCHOC2H4OOH(i)=fCHOC2H4OOH(i)-1; fCHOC2H4O(i)=fCHOC2H4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4OOH + hv = CHOC2H4O + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC2H4OOH'; 
fCHOC2H4OOH(i)=fCHOC2H4OOH(i)-1; fCHOC2H4O(i)=fCHOC2H4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2H4O = HCOCH2CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'CHOC2H4O'; 
fCHOC2H4O(i)=fCHOC2H4O(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO2H + hv = HCOCH2O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HCOCH2CO2H'; 
fHCOCH2CO2H(i)=fHCOCH2CO2H(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOCH2CO2H = HCOCH2O2';
k(:,i) = 2.14e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOCH2CO2H'; 
fOH(i)=fOH(i)-1; fHCOCH2CO2H(i)=fHCOCH2CO2H(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3H + hv = HCOCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HCOCH2CO3H'; 
fHCOCH2CO3H(i)=fHCOCH2CO3H(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HCOCH2CO3H + hv = HCOCH2O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'HCOCH2CO3H'; 
fHCOCH2CO3H(i)=fHCOCH2CO3H(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HCOCH2CO3H = HCOCH2CO3';
k(:,i) = 2.49e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HCOCH2CO3H'; 
fOH(i)=fOH(i)-1; fHCOCH2CO3H(i)=fHCOCH2CO3H(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C3PAN2 = HCOCH2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C3PAN2'; 
fC3PAN2(i)=fC3PAN2(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C3PAN2 = GLYOX + CO + NO2';
k(:,i) = 2.10e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C3PAN2'; 
fOH(i)=fOH(i)-1; fC3PAN2(i)=fC3PAN2(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6135COOOH + OH = CY6TRIONO2';
k(:,i) = 8.37e-11;
Gstr{i,1} = 'C6135COOOH'; Gstr{i,2} = 'OH'; 
fC6135COOOH(i)=fC6135COOOH(i)-1; fOH(i)=fOH(i)-1; fCY6TRIONO2(i)=fCY6TRIONO2(i)+1; 

i=i+1;
Rnames{i} = 'C6135COOOH + hv = C6135COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6135COOOH'; 
fC6135COOOH(i)=fC6135COOOH(i)-1; fC6135COO(i)=fC6135COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6135COOOH + hv = C6135COO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C6135COOOH'; 
fC6135COOOH(i)=fC6135COOOH(i)-1; fC6135COO(i)=fC6135COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6135COOOH + hv = C6135COO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C6135COOOH'; 
fC6135COOOH(i)=fC6135COOOH(i)-1; fC6135COO(i)=fC6135COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6135COO = CHOC3COCO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C6135COO'; 
fC6135COO(i)=fC6135COO(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONOOH + OH = C6CYTONO2';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'C6CYTONOOH'; Gstr{i,2} = 'OH'; 
fC6CYTONOOH(i)=fC6CYTONOOH(i)-1; fOH(i)=fOH(i)-1; fC6CYTONO2(i)=fC6CYTONO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONOOH + hv = C6CYTONO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CYTONOOH'; 
fC6CYTONOOH(i)=fC6CYTONOOH(i)-1; fC6CYTONO(i)=fC6CYTONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONOOH + hv = C6CYTONO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C6CYTONOOH'; 
fC6CYTONOOH(i)=fC6CYTONOOH(i)-1; fC6CYTONO(i)=fC6CYTONO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CYTONO = C5124COCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C6CYTONO'; 
fC6CYTONO(i)=fC6CYTONO(i)-1; fC5124COCO3(i)=fC5124COCO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CHO + NO3 = CO235C6CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'CO235C6CHO'; Gstr{i,2} = 'NO3'; 
fCO235C6CHO(i)=fCO235C6CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO235C6CO3(i)=fCO235C6CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CHO + OH = CO235C6CO3';
k(:,i) = 6.70e-11;
Gstr{i,1} = 'CO235C6CHO'; Gstr{i,2} = 'OH'; 
fCO235C6CHO(i)=fCO235C6CHO(i)-1; fOH(i)=fOH(i)-1; fCO235C6CO3(i)=fCO235C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CHO + hv = CHOC3COCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO235C6CHO'; 
fCO235C6CHO(i)=fCO235C6CHO(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + HO2 = C106OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'HO2'; 
fC106O2(i)=fC106O2(i)-1; fHO2(i)=fHO2(i)-1; fC106OOH(i)=fC106OOH(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + NO = C106NO3';
k(:,i) = KRO2NO.*0.125;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'NO'; 
fC106O2(i)=fC106O2(i)-1; fNO(i)=fNO(i)-1; fC106NO3(i)=fC106NO3(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + NO = C106O + NO2';
k(:,i) = KRO2NO.*0.875;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'NO'; 
fC106O2(i)=fC106O2(i)-1; fNO(i)=fNO(i)-1; fC106O(i)=fC106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + NO3 = C106O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'NO3'; 
fC106O2(i)=fC106O2(i)-1; fNO3(i)=fNO3(i)-1; fC106O(i)=fC106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + RO2 = C106O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'RO2';
fC106O2(i)=fC106O2(i)-1; fC106O(i)=fC106O(i)+1; 

i=i+1;
Rnames{i} = 'C106O2 + RO2 = C106OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C106O2'; Gstr{i,2} = 'RO2';
fC106O2(i)=fC106O2(i)-1; fC106OH(i)=fC106OH(i)+1; 

i=i+1;
Rnames{i} = 'NC102OOH + OH = NC102O2';
k(:,i) = 8.03e-12;
Gstr{i,1} = 'NC102OOH'; Gstr{i,2} = 'OH'; 
fNC102OOH(i)=fNC102OOH(i)-1; fOH(i)=fOH(i)-1; fNC102O2(i)=fNC102O2(i)+1; 

i=i+1;
Rnames{i} = 'NC102OOH + hv = NC102O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC102OOH'; 
fNC102OOH(i)=fNC102OOH(i)-1; fNC102O(i)=fNC102O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC102O = NC71O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'NC102O'; 
fNC102O(i)=fNC102O(i)-1; fNC71O2(i)=fNC71O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + HO2 = C717OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'HO2'; 
fC717O2(i)=fC717O2(i)-1; fHO2(i)=fHO2(i)-1; fC717OOH(i)=fC717OOH(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + NO = C717NO3';
k(:,i) = KRO2NO.*0.278;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'NO'; 
fC717O2(i)=fC717O2(i)-1; fNO(i)=fNO(i)-1; fC717NO3(i)=fC717NO3(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + NO = C717O + NO2';
k(:,i) = KRO2NO.*0.722;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'NO'; 
fC717O2(i)=fC717O2(i)-1; fNO(i)=fNO(i)-1; fC717O(i)=fC717O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + NO3 = C717O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'NO3'; 
fC717O2(i)=fC717O2(i)-1; fNO3(i)=fNO3(i)-1; fC717O(i)=fC717O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + RO2 = C717O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'RO2';
fC717O2(i)=fC717O2(i)-1; fC717O(i)=fC717O(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + RO2 = C717OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'RO2';
fC717O2(i)=fC717O2(i)-1; fC717OH(i)=fC717OH(i)+1; 

i=i+1;
Rnames{i} = 'C717O2 + RO2 = CO235C6CHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C717O2'; Gstr{i,2} = 'RO2';
fC717O2(i)=fC717O2(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + HO2 = C811CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'HO2'; 
fC811CO3(i)=fC811CO3(i)-1; fHO2(i)=fHO2(i)-1; fC811CO3H(i)=fC811CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + HO2 = C811O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'HO2'; 
fC811CO3(i)=fC811CO3(i)-1; fHO2(i)=fHO2(i)-1; fC811O2(i)=fC811O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + HO2 = PINIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'HO2'; 
fC811CO3(i)=fC811CO3(i)-1; fHO2(i)=fHO2(i)-1; fPINIC(i)=fPINIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + NO = C811O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'NO'; 
fC811CO3(i)=fC811CO3(i)-1; fNO(i)=fNO(i)-1; fC811O2(i)=fC811O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + NO2 = C811PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'NO2'; 
fC811CO3(i)=fC811CO3(i)-1; fNO2(i)=fNO2(i)-1; fC811PAN(i)=fC811PAN(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + NO3 = C811O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'NO3'; 
fC811CO3(i)=fC811CO3(i)-1; fNO3(i)=fNO3(i)-1; fC811O2(i)=fC811O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + RO2 = C811O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'RO2';
fC811CO3(i)=fC811CO3(i)-1; fC811O2(i)=fC811O2(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3 + RO2 = PINIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C811CO3'; Gstr{i,2} = 'RO2';
fC811CO3(i)=fC811CO3(i)-1; fPINIC(i)=fPINIC(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4CHO + NO3 = CHOC3COCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*5.5;
Gstr{i,1} = 'CO13C4CHO'; Gstr{i,2} = 'NO3'; 
fCO13C4CHO(i)=fCO13C4CHO(i)-1; fNO3(i)=fNO3(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4CHO + OH = CHOC3COCO3';
k(:,i) = 1.33e-10;
Gstr{i,1} = 'CO13C4CHO'; Gstr{i,2} = 'OH'; 
fCO13C4CHO(i)=fCO13C4CHO(i)-1; fOH(i)=fOH(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4CHO + hv = CHOC3COO2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'CO13C4CHO'; 
fCO13C4CHO(i)=fCO13C4CHO(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C921O2 + HO2 = C921OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C921O2'; Gstr{i,2} = 'HO2'; 
fC921O2(i)=fC921O2(i)-1; fHO2(i)=fHO2(i)-1; fC921OOH(i)=fC921OOH(i)+1; 

i=i+1;
Rnames{i} = 'C921O2 + NO = C921O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C921O2'; Gstr{i,2} = 'NO'; 
fC921O2(i)=fC921O2(i)-1; fNO(i)=fNO(i)-1; fC921O(i)=fC921O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C921O2 + NO3 = C921O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C921O2'; Gstr{i,2} = 'NO3'; 
fC921O2(i)=fC921O2(i)-1; fNO3(i)=fNO3(i)-1; fC921O(i)=fC921O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C921O2 + RO2 = C921O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C921O2'; Gstr{i,2} = 'RO2';
fC921O2(i)=fC921O2(i)-1; fC921O(i)=fC921O(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + HO2 = C98OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'HO2'; 
fC98O2(i)=fC98O2(i)-1; fHO2(i)=fHO2(i)-1; fC98OOH(i)=fC98OOH(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + NO = C98NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'NO'; 
fC98O2(i)=fC98O2(i)-1; fNO(i)=fNO(i)-1; fC98NO3(i)=fC98NO3(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + NO = C98O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'NO'; 
fC98O2(i)=fC98O2(i)-1; fNO(i)=fNO(i)-1; fC98O(i)=fC98O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + NO3 = C98O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'NO3'; 
fC98O2(i)=fC98O2(i)-1; fNO3(i)=fNO3(i)-1; fC98O(i)=fC98O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + RO2 = C98O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'RO2';
fC98O2(i)=fC98O2(i)-1; fC98O(i)=fC98O(i)+1; 

i=i+1;
Rnames{i} = 'C98O2 + RO2 = C98OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C98O2'; Gstr{i,2} = 'RO2';
fC98O2(i)=fC98O2(i)-1; fC98OH(i)=fC98OH(i)+1; 

i=i+1;
Rnames{i} = 'C86O2 + HO2 = C86OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C86O2'; Gstr{i,2} = 'HO2'; 
fC86O2(i)=fC86O2(i)-1; fHO2(i)=fHO2(i)-1; fC86OOH(i)=fC86OOH(i)+1; 

i=i+1;
Rnames{i} = 'C86O2 + NO = C86O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C86O2'; Gstr{i,2} = 'NO'; 
fC86O2(i)=fC86O2(i)-1; fNO(i)=fNO(i)-1; fC86O(i)=fC86O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C86O2 + NO3 = C86O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C86O2'; Gstr{i,2} = 'NO3'; 
fC86O2(i)=fC86O2(i)-1; fNO3(i)=fNO3(i)-1; fC86O(i)=fC86O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C86O2 + RO2 = C86O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C86O2'; Gstr{i,2} = 'RO2';
fC86O2(i)=fC86O2(i)-1; fC86O(i)=fC86O(i)+1; 

i=i+1;
Rnames{i} = 'C716OH + NO3 = H3C25C6CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'C716OH'; Gstr{i,2} = 'NO3'; 
fC716OH(i)=fC716OH(i)-1; fNO3(i)=fNO3(i)-1; fH3C25C6CO3(i)=fH3C25C6CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C716OH + OH = CO235C6CHO + HO2';
k(:,i) = 8.92e-11.*0.232;
Gstr{i,1} = 'C716OH'; Gstr{i,2} = 'OH'; 
fC716OH(i)=fC716OH(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C716OH + OH = H3C25C6CO3';
k(:,i) = 8.92e-11.*0.768;
Gstr{i,1} = 'C716OH'; Gstr{i,2} = 'OH'; 
fC716OH(i)=fC716OH(i)-1; fOH(i)=fOH(i)-1; fH3C25C6CO3(i)=fH3C25C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'C716OH + hv = H3C25C6O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C716OH'; 
fC716OH(i)=fC716OH(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + HO2 = C919OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'HO2'; 
fC919O2(i)=fC919O2(i)-1; fHO2(i)=fHO2(i)-1; fC919OOH(i)=fC919OOH(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + NO = C919NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'NO'; 
fC919O2(i)=fC919O2(i)-1; fNO(i)=fNO(i)-1; fC919NO3(i)=fC919NO3(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + NO = C919O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'NO'; 
fC919O2(i)=fC919O2(i)-1; fNO(i)=fNO(i)-1; fC919O(i)=fC919O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + NO3 = C919O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'NO3'; 
fC919O2(i)=fC919O2(i)-1; fNO3(i)=fNO3(i)-1; fC919O(i)=fC919O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + RO2 = C919O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'RO2';
fC919O2(i)=fC919O2(i)-1; fC919O(i)=fC919O(i)+1; 

i=i+1;
Rnames{i} = 'C919O2 + RO2 = C919OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C919O2'; Gstr{i,2} = 'RO2';
fC919O2(i)=fC919O2(i)-1; fC919OH(i)=fC919OH(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + HO2 = C914OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'HO2'; 
fC914O2(i)=fC914O2(i)-1; fHO2(i)=fHO2(i)-1; fC914OOH(i)=fC914OOH(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + NO = C914O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'NO'; 
fC914O2(i)=fC914O2(i)-1; fNO(i)=fNO(i)-1; fC914O(i)=fC914O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + NO3 = C914O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'NO3'; 
fC914O2(i)=fC914O2(i)-1; fNO3(i)=fNO3(i)-1; fC914O(i)=fC914O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + RO2 = C914CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'RO2';
fC914O2(i)=fC914O2(i)-1; fC914CO(i)=fC914CO(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + RO2 = C914O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'RO2';
fC914O2(i)=fC914O2(i)-1; fC914O(i)=fC914O(i)+1; 

i=i+1;
Rnames{i} = 'C914O2 + RO2 = C914OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C914O2'; Gstr{i,2} = 'RO2';
fC914O2(i)=fC914O2(i)-1; fC914OH(i)=fC914OH(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + HO2 = C916OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'HO2'; 
fC916O2(i)=fC916O2(i)-1; fHO2(i)=fHO2(i)-1; fC916OOH(i)=fC916OOH(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + NO = C916NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'NO'; 
fC916O2(i)=fC916O2(i)-1; fNO(i)=fNO(i)-1; fC916NO3(i)=fC916NO3(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + NO = C916O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'NO'; 
fC916O2(i)=fC916O2(i)-1; fNO(i)=fNO(i)-1; fC916O(i)=fC916O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + NO3 = C916O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'NO3'; 
fC916O2(i)=fC916O2(i)-1; fNO3(i)=fNO3(i)-1; fC916O(i)=fC916O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + RO2 = C916O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'RO2';
fC916O2(i)=fC916O2(i)-1; fC916O(i)=fC916O(i)+1; 

i=i+1;
Rnames{i} = 'C916O2 + RO2 = C916OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C916O2'; Gstr{i,2} = 'RO2';
fC916O2(i)=fC916O2(i)-1; fC916OH(i)=fC916OH(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + HO2 = C88CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'HO2'; 
fC88CO3(i)=fC88CO3(i)-1; fHO2(i)=fHO2(i)-1; fC88CO2H(i)=fC88CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + HO2 = C88CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'HO2'; 
fC88CO3(i)=fC88CO3(i)-1; fHO2(i)=fHO2(i)-1; fC88CO3H(i)=fC88CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + HO2 = C88O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'HO2'; 
fC88CO3(i)=fC88CO3(i)-1; fHO2(i)=fHO2(i)-1; fC88O2(i)=fC88O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + NO = C88O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'NO'; 
fC88CO3(i)=fC88CO3(i)-1; fNO(i)=fNO(i)-1; fC88O2(i)=fC88O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + NO2 = C88PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'NO2'; 
fC88CO3(i)=fC88CO3(i)-1; fNO2(i)=fNO2(i)-1; fC88PAN(i)=fC88PAN(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + NO3 = C88O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'NO3'; 
fC88CO3(i)=fC88CO3(i)-1; fNO3(i)=fNO3(i)-1; fC88O2(i)=fC88O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + RO2 = C88CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'RO2';
fC88CO3(i)=fC88CO3(i)-1; fC88CO2H(i)=fC88CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3 + RO2 = C88O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C88CO3'; Gstr{i,2} = 'RO2';
fC88CO3(i)=fC88CO3(i)-1; fC88O2(i)=fC88O2(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + HO2 = C88OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'HO2'; 
fC88O2(i)=fC88O2(i)-1; fHO2(i)=fHO2(i)-1; fC88OOH(i)=fC88OOH(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + NO = C88O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'NO'; 
fC88O2(i)=fC88O2(i)-1; fNO(i)=fNO(i)-1; fC88O(i)=fC88O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + NO3 = C88O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'NO3'; 
fC88O2(i)=fC88O2(i)-1; fNO3(i)=fNO3(i)-1; fC88O(i)=fC88O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + RO2 = C88CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'RO2';
fC88O2(i)=fC88O2(i)-1; fC88CO(i)=fC88CO(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + RO2 = C88O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'RO2';
fC88O2(i)=fC88O2(i)-1; fC88O(i)=fC88O(i)+1; 

i=i+1;
Rnames{i} = 'C88O2 + RO2 = C88OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C88O2'; Gstr{i,2} = 'RO2';
fC88O2(i)=fC88O2(i)-1; fC88OH(i)=fC88OH(i)+1; 

i=i+1;
Rnames{i} = 'C512CO2H + OH = C512O2';
k(:,i) = 7.23e-11;
Gstr{i,1} = 'C512CO2H'; Gstr{i,2} = 'OH'; 
fC512CO2H(i)=fC512CO2H(i)-1; fOH(i)=fOH(i)-1; fC512O2(i)=fC512O2(i)+1; 

i=i+1;
Rnames{i} = 'C512CO2H + hv = C512O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C512CO2H'; 
fC512CO2H(i)=fC512CO2H(i)-1; fC512O2(i)=fC512O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3H + OH = C512CO3';
k(:,i) = 7.54e-11;
Gstr{i,1} = 'C512CO3H'; Gstr{i,2} = 'OH'; 
fC512CO3H(i)=fC512CO3H(i)-1; fOH(i)=fOH(i)-1; fC512CO3(i)=fC512CO3(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3H + hv = C512O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C512CO3H'; 
fC512CO3H(i)=fC512CO3H(i)-1; fC512O2(i)=fC512O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512CO3H + hv = C512O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C512CO3H'; 
fC512CO3H(i)=fC512CO3H(i)-1; fC512O2(i)=fC512O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + HO2 = C512OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'HO2'; 
fC512O2(i)=fC512O2(i)-1; fHO2(i)=fHO2(i)-1; fC512OOH(i)=fC512OOH(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + NO = C512NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'NO'; 
fC512O2(i)=fC512O2(i)-1; fNO(i)=fNO(i)-1; fC512NO3(i)=fC512NO3(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + NO = C512O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'NO'; 
fC512O2(i)=fC512O2(i)-1; fNO(i)=fNO(i)-1; fC512O(i)=fC512O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + NO3 = C512O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'NO3'; 
fC512O2(i)=fC512O2(i)-1; fNO3(i)=fNO3(i)-1; fC512O(i)=fC512O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + RO2 = C512O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'RO2';
fC512O2(i)=fC512O2(i)-1; fC512O(i)=fC512O(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + RO2 = C512OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'RO2';
fC512O2(i)=fC512O2(i)-1; fC512OH(i)=fC512OH(i)+1; 

i=i+1;
Rnames{i} = 'C512O2 + RO2 = CO13C4CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C512O2'; Gstr{i,2} = 'RO2';
fC512O2(i)=fC512O2(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C512PAN + OH = CO13C4CHO + CO + NO2';
k(:,i) = 6.76e-11;
Gstr{i,1} = 'C512PAN'; Gstr{i,2} = 'OH'; 
fC512PAN(i)=fC512PAN(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512PAN = C512CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C512PAN'; 
fC512PAN(i)=fC512PAN(i)-1; fC512CO3(i)=fC512CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + HO2 = C619OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'HO2'; 
fC619O2(i)=fC619O2(i)-1; fHO2(i)=fHO2(i)-1; fC619OOH(i)=fC619OOH(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + NO = C619O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'NO'; 
fC619O2(i)=fC619O2(i)-1; fNO(i)=fNO(i)-1; fC619O(i)=fC619O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + NO3 = C619O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'NO3'; 
fC619O2(i)=fC619O2(i)-1; fNO3(i)=fNO3(i)-1; fC619O(i)=fC619O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + RO2 = C619CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'RO2';
fC619O2(i)=fC619O2(i)-1; fC619CO(i)=fC619CO(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + RO2 = C619O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'RO2';
fC619O2(i)=fC619O2(i)-1; fC619O(i)=fC619O(i)+1; 

i=i+1;
Rnames{i} = 'C619O2 + RO2 = C619OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C619O2'; Gstr{i,2} = 'RO2';
fC619O2(i)=fC619O2(i)-1; fC619OH(i)=fC619OH(i)+1; 

i=i+1;
Rnames{i} = 'C89OOH + OH = C89O2';
k(:,i) = 3.61e-11;
Gstr{i,1} = 'C89OOH'; Gstr{i,2} = 'OH'; 
fC89OOH(i)=fC89OOH(i)-1; fOH(i)=fOH(i)-1; fC89O2(i)=fC89O2(i)+1; 

i=i+1;
Rnames{i} = 'C89OOH + hv = C89O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C89OOH'; 
fC89OOH(i)=fC89OOH(i)-1; fC89O(i)=fC89O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C89OOH + hv = C89O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C89OOH'; 
fC89OOH(i)=fC89OOH(i)-1; fC89O(i)=fC89O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C89NO3 + OH = CH3COCH3 + CO13C4CHO + NO2';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'C89NO3'; Gstr{i,2} = 'OH'; 
fC89NO3(i)=fC89NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89NO3 + hv = C89O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C89NO3'; 
fC89NO3(i)=fC89NO3(i)-1; fC89O(i)=fC89O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89NO3 + hv = C89O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C89NO3'; 
fC89NO3(i)=fC89NO3(i)-1; fC89O(i)=fC89O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C89O = C810O2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C89O'; 
fC89O(i)=fC89O(i)-1; fC810O2(i)=fC810O2(i)+1; 

i=i+1;
Rnames{i} = 'C89OH + OH = C89O';
k(:,i) = 2.86e-11;
Gstr{i,1} = 'C89OH'; Gstr{i,2} = 'OH'; 
fC89OH(i)=fC89OH(i)-1; fOH(i)=fOH(i)-1; fC89O(i)=fC89O(i)+1; 

i=i+1;
Rnames{i} = 'C89OH + hv = C89O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C89OH'; 
fC89OH(i)=fC89OH(i)-1; fC89O(i)=fC89O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C926OOH + OH = C926O2';
k(:,i) = 3.08e-11;
Gstr{i,1} = 'C926OOH'; Gstr{i,2} = 'OH'; 
fC926OOH(i)=fC926OOH(i)-1; fOH(i)=fOH(i)-1; fC926O2(i)=fC926O2(i)+1; 

i=i+1;
Rnames{i} = 'C926OOH + hv = C926O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C926OOH'; 
fC926OOH(i)=fC926OOH(i)-1; fC926O(i)=fC926O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C926OOH + hv = C926O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C926OOH'; 
fC926OOH(i)=fC926OOH(i)-1; fC926O(i)=fC926O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C926O = CH3CO3 + CO25C6CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C926O'; 
fC926O(i)=fC926O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO25C6CHO(i)=fCO25C6CHO(i)+1; 

i=i+1;
Rnames{i} = 'C926OH + OH = CH3CO3 + CO25C6CHO';
k(:,i) = 2.73e-11;
Gstr{i,1} = 'C926OH'; Gstr{i,2} = 'OH'; 
fC926OH(i)=fC926OH(i)-1; fOH(i)=fOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO25C6CHO(i)=fCO25C6CHO(i)+1; 

i=i+1;
Rnames{i} = 'C926OH + hv = C926O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C926OH'; 
fC926OH(i)=fC926OH(i)-1; fC926O(i)=fC926O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3H + OH = C817CO3';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'C817CO3H'; Gstr{i,2} = 'OH'; 
fC817CO3H(i)=fC817CO3H(i)-1; fOH(i)=fOH(i)-1; fC817CO3(i)=fC817CO3(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3H + hv = C817O2 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C817CO3H'; 
fC817CO3H(i)=fC817CO3H(i)-1; fC817O2(i)=fC817O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C817CO3H + hv = C817O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C817CO3H'; 
fC817CO3H(i)=fC817CO3H(i)-1; fC817O2(i)=fC817O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'KLIMONONIC + OH = C817O2';
k(:,i) = 1.97e-11;
Gstr{i,1} = 'KLIMONONIC'; Gstr{i,2} = 'OH'; 
fKLIMONONIC(i)=fKLIMONONIC(i)-1; fOH(i)=fOH(i)-1; fC817O2(i)=fC817O2(i)+1; 

i=i+1;
Rnames{i} = 'KLIMONONIC + hv = C817O2 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'KLIMONONIC'; 
fKLIMONONIC(i)=fKLIMONONIC(i)-1; fC817O2(i)=fC817O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C817PAN + OH = C817CO + CO + NO2';
k(:,i) = 1.92e-11;
Gstr{i,1} = 'C817PAN'; Gstr{i,2} = 'OH'; 
fC817PAN(i)=fC817PAN(i)-1; fOH(i)=fOH(i)-1; fC817CO(i)=fC817CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817PAN = C817CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C817PAN'; 
fC817PAN(i)=fC817PAN(i)-1; fC817CO3(i)=fC817CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817OOH + OH = C817CO + OH';
k(:,i) = 3.21e-11;
Gstr{i,1} = 'C817OOH'; Gstr{i,2} = 'OH'; 
fC817OOH(i)=fC817OOH(i)-1; fOH(i)=fOH(i)-1; fC817CO(i)=fC817CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C817OOH + hv = C817O + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C817OOH'; 
fC817OOH(i)=fC817OOH(i)-1; fC817O(i)=fC817O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C817OOH + hv = C817O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C817OOH'; 
fC817OOH(i)=fC817OOH(i)-1; fC817O(i)=fC817O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C817NO3 + OH = C817CO + NO2';
k(:,i) = 1.62e-11;
Gstr{i,1} = 'C817NO3'; Gstr{i,2} = 'OH'; 
fC817NO3(i)=fC817NO3(i)-1; fOH(i)=fOH(i)-1; fC817CO(i)=fC817CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817NO3 + hv = C817O + NO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C817NO3'; 
fC817NO3(i)=fC817NO3(i)-1; fC817O(i)=fC817O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817NO3 + hv = C817O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C817NO3'; 
fC817NO3(i)=fC817NO3(i)-1; fC817O(i)=fC817O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C817O = C818O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C817O'; 
fC817O(i)=fC817O(i)-1; fC818O2(i)=fC818O2(i)+1; 

i=i+1;
Rnames{i} = 'C817CO + OH = C727CO3';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'C817CO'; Gstr{i,2} = 'OH'; 
fC817CO(i)=fC817CO(i)-1; fOH(i)=fOH(i)-1; fC727CO3(i)=fC727CO3(i)+1; 

i=i+1;
Rnames{i} = 'C817OH + OH = C817CO + HO2';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'C817OH'; Gstr{i,2} = 'OH'; 
fC817OH(i)=fC817OH(i)-1; fOH(i)=fOH(i)-1; fC817CO(i)=fC817CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C817OH + hv = C818O2 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C817OH'; 
fC817OH(i)=fC817OH(i)-1; fC818O2(i)=fC818O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC826OOH + OH = NC826O2';
k(:,i) = 5.89e-11;
Gstr{i,1} = 'NC826OOH'; Gstr{i,2} = 'OH'; 
fNC826OOH(i)=fNC826OOH(i)-1; fOH(i)=fOH(i)-1; fNC826O2(i)=fNC826O2(i)+1; 

i=i+1;
Rnames{i} = 'NC826OOH + hv = NC826O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC826OOH'; 
fNC826OOH(i)=fNC826OOH(i)-1; fNC826O(i)=fNC826O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC826OOH + hv = NC826O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'NC826OOH'; 
fNC826OOH(i)=fNC826OOH(i)-1; fNC826O(i)=fNC826O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC826O = C626CHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC826O'; 
fNC826O(i)=fNC826O(i)-1; fC626CHO(i)=fC626CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC826OH + OH = NC826O';
k(:,i) = 5.54e-11;
Gstr{i,1} = 'NC826OH'; Gstr{i,2} = 'OH'; 
fNC826OH(i)=fNC826OH(i)-1; fOH(i)=fOH(i)-1; fNC826O(i)=fNC826O(i)+1; 

i=i+1;
Rnames{i} = 'NC826OH + hv = NC826O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'NC826OH'; 
fNC826OH(i)=fNC826OH(i)-1; fNC826O(i)=fNC826O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + HO2 = C626CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'HO2'; 
fC626CO3(i)=fC626CO3(i)-1; fHO2(i)=fHO2(i)-1; fC626CO2H(i)=fC626CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + HO2 = C626CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'HO2'; 
fC626CO3(i)=fC626CO3(i)-1; fHO2(i)=fHO2(i)-1; fC626CO3H(i)=fC626CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + HO2 = C626O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'HO2'; 
fC626CO3(i)=fC626CO3(i)-1; fHO2(i)=fHO2(i)-1; fC626O2(i)=fC626O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + NO = C626O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'NO'; 
fC626CO3(i)=fC626CO3(i)-1; fNO(i)=fNO(i)-1; fC626O2(i)=fC626O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + NO2 = C626PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'NO2'; 
fC626CO3(i)=fC626CO3(i)-1; fNO2(i)=fNO2(i)-1; fC626PAN(i)=fC626PAN(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + NO3 = C626O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'NO3'; 
fC626CO3(i)=fC626CO3(i)-1; fNO3(i)=fNO3(i)-1; fC626O2(i)=fC626O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + RO2 = C626CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'RO2';
fC626CO3(i)=fC626CO3(i)-1; fC626CO2H(i)=fC626CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3 + RO2 = C626O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C626CO3'; Gstr{i,2} = 'RO2';
fC626CO3(i)=fC626CO3(i)-1; fC626O2(i)=fC626O2(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 + HO2 = C626OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C626O2'; Gstr{i,2} = 'HO2'; 
fC626O2(i)=fC626O2(i)-1; fHO2(i)=fHO2(i)-1; fC626OOH(i)=fC626OOH(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 + NO = C626NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'C626O2'; Gstr{i,2} = 'NO'; 
fC626O2(i)=fC626O2(i)-1; fNO(i)=fNO(i)-1; fC626NO3(i)=fC626NO3(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 + NO = C626O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'C626O2'; Gstr{i,2} = 'NO'; 
fC626O2(i)=fC626O2(i)-1; fNO(i)=fNO(i)-1; fC626O(i)=fC626O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 + NO3 = C626O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C626O2'; Gstr{i,2} = 'NO3'; 
fC626O2(i)=fC626O2(i)-1; fNO3(i)=fNO3(i)-1; fC626O(i)=fC626O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 = C511CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C626O2'; 
fC626O2(i)=fC626O2(i)-1; fC511CHO(i)=fC511CHO(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 = C517CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C626O2'; 
fC626O2(i)=fC626O2(i)-1; fC517CHO(i)=fC517CHO(i)+1; 

i=i+1;
Rnames{i} = 'C626O2 = C626O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C626O2'; 
fC626O2(i)=fC626O2(i)-1; fC626O(i)=fC626O(i)+1; 

i=i+1;
Rnames{i} = 'C735O2 + HO2 = C735OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C735O2'; Gstr{i,2} = 'HO2'; 
fC735O2(i)=fC735O2(i)-1; fHO2(i)=fHO2(i)-1; fC735OOH(i)=fC735OOH(i)+1; 

i=i+1;
Rnames{i} = 'C735O2 + NO = C735O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C735O2'; Gstr{i,2} = 'NO'; 
fC735O2(i)=fC735O2(i)-1; fNO(i)=fNO(i)-1; fC735O(i)=fC735O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C735O2 + NO3 = C735O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C735O2'; Gstr{i,2} = 'NO3'; 
fC735O2(i)=fC735O2(i)-1; fNO3(i)=fNO3(i)-1; fC735O(i)=fC735O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C735O2 + RO2 = C735O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C735O2'; Gstr{i,2} = 'RO2';
fC735O2(i)=fC735O2(i)-1; fC735O(i)=fC735O(i)+1; 

i=i+1;
Rnames{i} = 'C735O2 + RO2 = C735OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C735O2'; Gstr{i,2} = 'RO2';
fC735O2(i)=fC735O2(i)-1; fC735OH(i)=fC735OH(i)+1; 

i=i+1;
Rnames{i} = 'C826OOH + OH = C826O2';
k(:,i) = 6.05e-11;
Gstr{i,1} = 'C826OOH'; Gstr{i,2} = 'OH'; 
fC826OOH(i)=fC826OOH(i)-1; fOH(i)=fOH(i)-1; fC826O2(i)=fC826O2(i)+1; 

i=i+1;
Rnames{i} = 'C826OOH + hv = C826O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C826OOH'; 
fC826OOH(i)=fC826OOH(i)-1; fC826O(i)=fC826O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826OOH + hv = C826O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C826OOH'; 
fC826OOH(i)=fC826OOH(i)-1; fC826O(i)=fC826O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C826NO3 + OH = C626CHO + HCHO + NO2';
k(:,i) = 4.59e-11;
Gstr{i,1} = 'C826NO3'; Gstr{i,2} = 'OH'; 
fC826NO3(i)=fC826NO3(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C826O = C626CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C826O'; 
fC826O(i)=fC826O(i)-1; fC626CHO(i)=fC626CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C826OH + OH = C826O';
k(:,i) = 5.70e-11;
Gstr{i,1} = 'C826OH'; Gstr{i,2} = 'OH'; 
fC826OH(i)=fC826OH(i)-1; fOH(i)=fOH(i)-1; fC826O(i)=fC826O(i)+1; 

i=i+1;
Rnames{i} = 'C826OH + hv = C826O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C826OH'; 
fC826OH(i)=fC826OH(i)-1; fC826O(i)=fC826O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C729OOH + OH = C622CHO + OH';
k(:,i) = 9.57e-11;
Gstr{i,1} = 'C729OOH'; Gstr{i,2} = 'OH'; 
fC729OOH(i)=fC729OOH(i)-1; fOH(i)=fOH(i)-1; fC622CHO(i)=fC622CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729OOH + hv = C729O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C729OOH'; 
fC729OOH(i)=fC729OOH(i)-1; fC729O(i)=fC729O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729OOH + hv = C729O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C729OOH'; 
fC729OOH(i)=fC729OOH(i)-1; fC729O(i)=fC729O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C729NO3 + OH = C622CHO + NO2';
k(:,i) = 7.51e-11;
Gstr{i,1} = 'C729NO3'; Gstr{i,2} = 'OH'; 
fC729NO3(i)=fC729NO3(i)-1; fOH(i)=fOH(i)-1; fC622CHO(i)=fC622CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729NO3 + hv = C729O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C729NO3'; 
fC729NO3(i)=fC729NO3(i)-1; fC729O(i)=fC729O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C729O = C622CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C729O'; 
fC729O(i)=fC729O(i)-1; fC622CO3(i)=fC622CO3(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + NO3 = C622CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'NO3'; 
fC622CHO(i)=fC622CHO(i)-1; fNO3(i)=fNO3(i)-1; fC622CO3(i)=fC622CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + NO3 = NC728O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'NO3'; 
fC622CHO(i)=fC622CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC728O2(i)=fNC728O2(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + O3 = C517CHO + CH2OOF';
k(:,i) = 1.30e-17.*0.330;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'O3'; 
fC622CHO(i)=fC622CHO(i)-1; fO3(i)=fO3(i)-1; fC517CHO(i)=fC517CHO(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + O3 = C628OOA + HCHO';
k(:,i) = 1.30e-17.*0.670;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'O3'; 
fC622CHO(i)=fC622CHO(i)-1; fO3(i)=fO3(i)-1; fC628OOA(i)=fC628OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + OH = C622CO3';
k(:,i) = 8.67e-11.*0.288;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'OH'; 
fC622CHO(i)=fC622CHO(i)-1; fOH(i)=fOH(i)-1; fC622CO3(i)=fC622CO3(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + OH = C728O2';
k(:,i) = 8.67e-11.*0.712;
Gstr{i,1} = 'C622CHO'; Gstr{i,2} = 'OH'; 
fC622CHO(i)=fC622CHO(i)-1; fOH(i)=fOH(i)-1; fC728O2(i)=fC728O2(i)+1; 

i=i+1;
Rnames{i} = 'C622CHO + hv = C622O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C622CHO'; 
fC622CHO(i)=fC622CHO(i)-1; fC622O2(i)=fC622O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + HO2 = C822OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'HO2'; 
fC822O2(i)=fC822O2(i)-1; fHO2(i)=fHO2(i)-1; fC822OOH(i)=fC822OOH(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + NO = C822NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'NO'; 
fC822O2(i)=fC822O2(i)-1; fNO(i)=fNO(i)-1; fC822NO3(i)=fC822NO3(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + NO = C822O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'NO'; 
fC822O2(i)=fC822O2(i)-1; fNO(i)=fNO(i)-1; fC822O(i)=fC822O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + NO3 = C822O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'NO3'; 
fC822O2(i)=fC822O2(i)-1; fNO3(i)=fNO3(i)-1; fC822O(i)=fC822O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + RO2 = C729CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'RO2';
fC822O2(i)=fC822O2(i)-1; fC729CHO(i)=fC729CHO(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + RO2 = C822O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'RO2';
fC822O2(i)=fC822O2(i)-1; fC822O(i)=fC822O(i)+1; 

i=i+1;
Rnames{i} = 'C822O2 + RO2 = C822OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C822O2'; Gstr{i,2} = 'RO2';
fC822O2(i)=fC822O2(i)-1; fC822OH(i)=fC822OH(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + HO2 = C823CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'HO2'; 
fC823CO3(i)=fC823CO3(i)-1; fHO2(i)=fHO2(i)-1; fC823CO3H(i)=fC823CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + HO2 = C823O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'HO2'; 
fC823CO3(i)=fC823CO3(i)-1; fHO2(i)=fHO2(i)-1; fC823O2(i)=fC823O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + HO2 = LIMONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'HO2'; 
fC823CO3(i)=fC823CO3(i)-1; fHO2(i)=fHO2(i)-1; fLIMONIC(i)=fLIMONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + NO = C823O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'NO'; 
fC823CO3(i)=fC823CO3(i)-1; fNO(i)=fNO(i)-1; fC823O2(i)=fC823O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + NO2 = C823PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'NO2'; 
fC823CO3(i)=fC823CO3(i)-1; fNO2(i)=fNO2(i)-1; fC823PAN(i)=fC823PAN(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + NO3 = C823O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'NO3'; 
fC823CO3(i)=fC823CO3(i)-1; fNO3(i)=fNO3(i)-1; fC823O2(i)=fC823O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + RO2 = C823O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'RO2';
fC823CO3(i)=fC823CO3(i)-1; fC823O2(i)=fC823O2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3 + RO2 = LIMONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C823CO3'; Gstr{i,2} = 'RO2';
fC823CO3(i)=fC823CO3(i)-1; fLIMONIC(i)=fLIMONIC(i)+1; 

i=i+1;
Rnames{i} = 'C925O2 + HO2 = C925OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C925O2'; Gstr{i,2} = 'HO2'; 
fC925O2(i)=fC925O2(i)-1; fHO2(i)=fHO2(i)-1; fC925OOH(i)=fC925OOH(i)+1; 

i=i+1;
Rnames{i} = 'C925O2 + NO = C925O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C925O2'; Gstr{i,2} = 'NO'; 
fC925O2(i)=fC925O2(i)-1; fNO(i)=fNO(i)-1; fC925O(i)=fC925O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C925O2 + NO3 = C925O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C925O2'; Gstr{i,2} = 'NO3'; 
fC925O2(i)=fC925O2(i)-1; fNO3(i)=fNO3(i)-1; fC925O(i)=fC925O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C925O2 + RO2 = C925O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C925O2'; Gstr{i,2} = 'RO2';
fC925O2(i)=fC925O2(i)-1; fC925O(i)=fC925O(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + HO2 = C622CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'HO2'; 
fC622CO3(i)=fC622CO3(i)-1; fHO2(i)=fHO2(i)-1; fC622CO2H(i)=fC622CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + HO2 = C622CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'HO2'; 
fC622CO3(i)=fC622CO3(i)-1; fHO2(i)=fHO2(i)-1; fC622CO3H(i)=fC622CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + HO2 = C622O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'HO2'; 
fC622CO3(i)=fC622CO3(i)-1; fHO2(i)=fHO2(i)-1; fC622O2(i)=fC622O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + NO = C622O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'NO'; 
fC622CO3(i)=fC622CO3(i)-1; fNO(i)=fNO(i)-1; fC622O2(i)=fC622O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + NO2 = C622PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'NO2'; 
fC622CO3(i)=fC622CO3(i)-1; fNO2(i)=fNO2(i)-1; fC622PAN(i)=fC622PAN(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + NO3 = C622O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'NO3'; 
fC622CO3(i)=fC622CO3(i)-1; fNO3(i)=fNO3(i)-1; fC622O2(i)=fC622O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + RO2 = C622CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'RO2';
fC622CO3(i)=fC622CO3(i)-1; fC622CO2H(i)=fC622CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3 + RO2 = C622O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C622CO3'; Gstr{i,2} = 'RO2';
fC622CO3(i)=fC622CO3(i)-1; fC622O2(i)=fC622O2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO + OH = C819O2';
k(:,i) = 5.20e-11;
Gstr{i,1} = 'C816CO'; Gstr{i,2} = 'OH'; 
fC816CO(i)=fC816CO(i)-1; fOH(i)=fOH(i)-1; fC819O2(i)=fC819O2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO + hv = MACO3 + MEKAO2';
k(:,i) = J18;
Gstr{i,1} = 'C816CO'; 
fC816CO(i)=fC816CO(i)-1; fMACO3(i)=fMACO3(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'C816CO + hv = MACO3 + MEKAO2';
k(:,i) = J19;
Gstr{i,1} = 'C816CO'; 
fC816CO(i)=fC816CO(i)-1; fMACO3(i)=fMACO3(i)+1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAOOH + OH = LMLKACO + OH';
k(:,i) = 5.79e-11;
Gstr{i,1} = 'LMLKAOOH'; Gstr{i,2} = 'OH'; 
fLMLKAOOH(i)=fLMLKAOOH(i)-1; fOH(i)=fOH(i)-1; fLMLKACO(i)=fLMLKACO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAOOH + hv = C626CHO + OH + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'LMLKAOOH'; 
fLMLKAOOH(i)=fLMLKAOOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fOH(i)=fOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAOOH + hv = LMLKAO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LMLKAOOH'; 
fLMLKAOOH(i)=fLMLKAOOH(i)-1; fLMLKAO(i)=fLMLKAO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAO = C626CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'LMLKAO'; 
fLMLKAO(i)=fLMLKAO(i)-1; fC626CHO(i)=fC626CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKACO + OH = C626CHO + CH3CO3';
k(:,i) = 3.58e-11;
Gstr{i,1} = 'LMLKACO'; Gstr{i,2} = 'OH'; 
fLMLKACO(i)=fLMLKACO(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKACO + hv = C626CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'LMLKACO'; 
fLMLKACO(i)=fLMLKACO(i)-1; fC626CO3(i)=fC626CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAOH + OH = LMLKACO + HO2';
k(:,i) = 4.57e-11;
Gstr{i,1} = 'LMLKAOH'; Gstr{i,2} = 'OH'; 
fLMLKAOH(i)=fLMLKAOH(i)-1; fOH(i)=fOH(i)-1; fLMLKACO(i)=fLMLKACO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKAOH + hv = C626CHO + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'LMLKAOH'; 
fLMLKAOH(i)=fLMLKAOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBOOH + OH = LMLKBCO + OH';
k(:,i) = 4.77e-11;
Gstr{i,1} = 'LMLKBOOH'; Gstr{i,2} = 'OH'; 
fLMLKBOOH(i)=fLMLKBOOH(i)-1; fOH(i)=fOH(i)-1; fLMLKBCO(i)=fLMLKBCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBOOH + hv = C731CO3 + HCHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'LMLKBOOH'; 
fLMLKBOOH(i)=fLMLKBOOH(i)-1; fC731CO3(i)=fC731CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBOOH + hv = LMLKBO + OH';
k(:,i) = J41;
Gstr{i,1} = 'LMLKBOOH'; 
fLMLKBOOH(i)=fLMLKBOOH(i)-1; fLMLKBO(i)=fLMLKBO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBO = C731CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'LMLKBO'; 
fLMLKBO(i)=fLMLKBO(i)-1; fC731CO3(i)=fC731CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBCO + OH = C731CO3 + CO';
k(:,i) = 5.09e-11;
Gstr{i,1} = 'LMLKBCO'; Gstr{i,2} = 'OH'; 
fLMLKBCO(i)=fLMLKBCO(i)-1; fOH(i)=fOH(i)-1; fC731CO3(i)=fC731CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBCO + hv = C731CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'LMLKBCO'; 
fLMLKBCO(i)=fLMLKBCO(i)-1; fC731CO3(i)=fC731CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBOH + OH = LMLKBCO + HO2';
k(:,i) = 4.09e-11;
Gstr{i,1} = 'LMLKBOH'; Gstr{i,2} = 'OH'; 
fLMLKBOH(i)=fLMLKBOH(i)-1; fOH(i)=fOH(i)-1; fLMLKBCO(i)=fLMLKBCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'LMLKBOH + hv = C731CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'LMLKBOH'; 
fLMLKBOH(i)=fLMLKBOH(i)-1; fC731CO3(i)=fC731CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + HO2 = C1011CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'HO2'; 
fC1011CO3(i)=fC1011CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1011CO2H(i)=fC1011CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + HO2 = C1011CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'HO2'; 
fC1011CO3(i)=fC1011CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1011CO3H(i)=fC1011CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + HO2 = C1011O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'HO2'; 
fC1011CO3(i)=fC1011CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1011O2(i)=fC1011O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + NO = C1011O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'NO'; 
fC1011CO3(i)=fC1011CO3(i)-1; fNO(i)=fNO(i)-1; fC1011O2(i)=fC1011O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + NO2 = C1011PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'NO2'; 
fC1011CO3(i)=fC1011CO3(i)-1; fNO2(i)=fNO2(i)-1; fC1011PAN(i)=fC1011PAN(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + NO3 = C1011O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'NO3'; 
fC1011CO3(i)=fC1011CO3(i)-1; fNO3(i)=fNO3(i)-1; fC1011O2(i)=fC1011O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + RO2 = C1011CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'RO2';
fC1011CO3(i)=fC1011CO3(i)-1; fC1011CO2H(i)=fC1011CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3 + RO2 = C1011O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C1011CO3'; Gstr{i,2} = 'RO2';
fC1011CO3(i)=fC1011CO3(i)-1; fC1011O2(i)=fC1011O2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + HO2 = C1210CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'HO2'; 
fC1210CO3(i)=fC1210CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + HO2 = C1210CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'HO2'; 
fC1210CO3(i)=fC1210CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1210CO2H(i)=fC1210CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + HO2 = C1210CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'HO2'; 
fC1210CO3(i)=fC1210CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1210CO3H(i)=fC1210CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + NO = C1210CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'NO'; 
fC1210CO3(i)=fC1210CO3(i)-1; fNO(i)=fNO(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + NO2 = C1210PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'NO2'; 
fC1210CO3(i)=fC1210CO3(i)-1; fNO2(i)=fNO2(i)-1; fC1210PAN(i)=fC1210PAN(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + NO3 = C1210CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'NO3'; 
fC1210CO3(i)=fC1210CO3(i)-1; fNO3(i)=fNO3(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + RO2 = C1210CO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'RO2';
fC1210CO3(i)=fC1210CO3(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3 + RO2 = C1210CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C1210CO3'; Gstr{i,2} = 'RO2';
fC1210CO3(i)=fC1210CO3(i)-1; fC1210CO2H(i)=fC1210CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C132O2 + HO2 = C132OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C132O2'; Gstr{i,2} = 'HO2'; 
fC132O2(i)=fC132O2(i)-1; fHO2(i)=fHO2(i)-1; fC132OOH(i)=fC132OOH(i)+1; 

i=i+1;
Rnames{i} = 'C132O2 + NO = C132O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C132O2'; Gstr{i,2} = 'NO'; 
fC132O2(i)=fC132O2(i)-1; fNO(i)=fNO(i)-1; fC132O(i)=fC132O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C132O2 + NO3 = C132O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C132O2'; Gstr{i,2} = 'NO3'; 
fC132O2(i)=fC132O2(i)-1; fNO3(i)=fNO3(i)-1; fC132O(i)=fC132O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C132O2 + RO2 = C132O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C132O2'; Gstr{i,2} = 'RO2';
fC132O2(i)=fC132O2(i)-1; fC132O(i)=fC132O(i)+1; 

i=i+1;
Rnames{i} = 'C132O2 + RO2 = C132OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C132O2'; Gstr{i,2} = 'RO2';
fC132O2(i)=fC132O2(i)-1; fC132OH(i)=fC132OH(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + HO2 = C137CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'HO2'; 
fC137CO3(i)=fC137CO3(i)-1; fHO2(i)=fHO2(i)-1; fC137CO2H(i)=fC137CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + HO2 = C137CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'HO2'; 
fC137CO3(i)=fC137CO3(i)-1; fHO2(i)=fHO2(i)-1; fC137CO3H(i)=fC137CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + HO2 = C137O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'HO2'; 
fC137CO3(i)=fC137CO3(i)-1; fHO2(i)=fHO2(i)-1; fC137O2(i)=fC137O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + NO = C137O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'NO'; 
fC137CO3(i)=fC137CO3(i)-1; fNO(i)=fNO(i)-1; fC137O2(i)=fC137O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + NO2 = C137PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'NO2'; 
fC137CO3(i)=fC137CO3(i)-1; fNO2(i)=fNO2(i)-1; fC137PAN(i)=fC137PAN(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + NO3 = C137O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'NO3'; 
fC137CO3(i)=fC137CO3(i)-1; fNO3(i)=fNO3(i)-1; fC137O2(i)=fC137O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + RO2 = C137CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'RO2';
fC137CO3(i)=fC137CO3(i)-1; fC137CO2H(i)=fC137CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3 + RO2 = C137O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C137CO3'; Gstr{i,2} = 'RO2';
fC137CO3(i)=fC137CO3(i)-1; fC137O2(i)=fC137O2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + HO2 = C1013CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'HO2'; 
fC1013CO3(i)=fC1013CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1013CO2H(i)=fC1013CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + HO2 = C1013CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'HO2'; 
fC1013CO3(i)=fC1013CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1013CO3H(i)=fC1013CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + HO2 = C1013O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'HO2'; 
fC1013CO3(i)=fC1013CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1013O2(i)=fC1013O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + NO = C1013O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'NO'; 
fC1013CO3(i)=fC1013CO3(i)-1; fNO(i)=fNO(i)-1; fC1013O2(i)=fC1013O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + NO2 = C1013PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'NO2'; 
fC1013CO3(i)=fC1013CO3(i)-1; fNO2(i)=fNO2(i)-1; fC1013PAN(i)=fC1013PAN(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + NO3 = C1013O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'NO3'; 
fC1013CO3(i)=fC1013CO3(i)-1; fNO3(i)=fNO3(i)-1; fC1013O2(i)=fC1013O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + RO2 = C1013CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'RO2';
fC1013CO3(i)=fC1013CO3(i)-1; fC1013CO2H(i)=fC1013CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3 + RO2 = C1013O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C1013CO3'; Gstr{i,2} = 'RO2';
fC1013CO3(i)=fC1013CO3(i)-1; fC1013O2(i)=fC1013O2(i)+1; 

i=i+1;
Rnames{i} = 'C1312CO + OH = C1010O2 + HOC2H4CHO';
k(:,i) = 8.74e-11;
Gstr{i,1} = 'C1312CO'; Gstr{i,2} = 'OH'; 
fC1312CO(i)=fC1312CO(i)-1; fOH(i)=fOH(i)-1; fC1010O2(i)=fC1010O2(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + HO2 = C1312OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'HO2'; 
fC1312O2(i)=fC1312O2(i)-1; fHO2(i)=fHO2(i)-1; fC1312OOH(i)=fC1312OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + NO = C1312NO3';
k(:,i) = KRO2NO.*0.178;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'NO'; 
fC1312O2(i)=fC1312O2(i)-1; fNO(i)=fNO(i)-1; fC1312NO3(i)=fC1312NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + NO = C1312O + NO2';
k(:,i) = KRO2NO.*0.822;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'NO'; 
fC1312O2(i)=fC1312O2(i)-1; fNO(i)=fNO(i)-1; fC1312O(i)=fC1312O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + NO3 = C1312O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'NO3'; 
fC1312O2(i)=fC1312O2(i)-1; fNO3(i)=fNO3(i)-1; fC1312O(i)=fC1312O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + RO2 = C1312CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'RO2';
fC1312O2(i)=fC1312O2(i)-1; fC1312CO(i)=fC1312CO(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + RO2 = C1312O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'RO2';
fC1312O2(i)=fC1312O2(i)-1; fC1312O(i)=fC1312O(i)+1; 

i=i+1;
Rnames{i} = 'C1312O2 + RO2 = C1312OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1312O2'; Gstr{i,2} = 'RO2';
fC1312O2(i)=fC1312O2(i)-1; fC1312OH(i)=fC1312OH(i)+1; 

i=i+1;
Rnames{i} = 'C116CO2H + OH = C116O2';
k(:,i) = 3.64e-11;
Gstr{i,1} = 'C116CO2H'; Gstr{i,2} = 'OH'; 
fC116CO2H(i)=fC116CO2H(i)-1; fOH(i)=fOH(i)-1; fC116O2(i)=fC116O2(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3H + OH = C116CO3';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'C116CO3H'; Gstr{i,2} = 'OH'; 
fC116CO3H(i)=fC116CO3H(i)-1; fOH(i)=fOH(i)-1; fC116CO3(i)=fC116CO3(i)+1; 

i=i+1;
Rnames{i} = 'C116CO3H + hv = C116O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C116CO3H'; 
fC116CO3H(i)=fC116CO3H(i)-1; fC116O2(i)=fC116O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C116PAN + OH = C116CO + CO + NO2';
k(:,i) = 3.57e-11;
Gstr{i,1} = 'C116PAN'; Gstr{i,2} = 'OH'; 
fC116PAN(i)=fC116PAN(i)-1; fOH(i)=fOH(i)-1; fC116CO(i)=fC116CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116PAN = C116CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C116PAN'; 
fC116PAN(i)=fC116PAN(i)-1; fC116CO3(i)=fC116CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116OOH + OH = C116CO + OH';
k(:,i) = 4.11e-11;
Gstr{i,1} = 'C116OOH'; Gstr{i,2} = 'OH'; 
fC116OOH(i)=fC116OOH(i)-1; fOH(i)=fOH(i)-1; fC116CO(i)=fC116CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C116OOH + hv = C116O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C116OOH'; 
fC116OOH(i)=fC116OOH(i)-1; fC116O(i)=fC116O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C116NO3 + OH = C116CO + NO2';
k(:,i) = 2.76e-11;
Gstr{i,1} = 'C116NO3'; Gstr{i,2} = 'OH'; 
fC116NO3(i)=fC116NO3(i)-1; fOH(i)=fOH(i)-1; fC116CO(i)=fC116CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116NO3 + hv = C116O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C116NO3'; 
fC116NO3(i)=fC116NO3(i)-1; fC116O(i)=fC116O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C116O = C117O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C116O'; 
fC116O(i)=fC116O(i)-1; fC117O2(i)=fC117O2(i)+1; 

i=i+1;
Rnames{i} = 'C116CO + OH = C117O2';
k(:,i) = 4.83e-11;
Gstr{i,1} = 'C116CO'; Gstr{i,2} = 'OH'; 
fC116CO(i)=fC116CO(i)-1; fOH(i)=fOH(i)-1; fC117O2(i)=fC117O2(i)+1; 

i=i+1;
Rnames{i} = 'C116OH + OH = C116CO + HO2';
k(:,i) = 3.21e-11;
Gstr{i,1} = 'C116OH'; Gstr{i,2} = 'OH'; 
fC116OH(i)=fC116OH(i)-1; fOH(i)=fOH(i)-1; fC116CO(i)=fC116CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C129OOH + OH = C129CO + OH';
k(:,i) = 7.07e-11;
Gstr{i,1} = 'C129OOH'; Gstr{i,2} = 'OH'; 
fC129OOH(i)=fC129OOH(i)-1; fOH(i)=fOH(i)-1; fC129CO(i)=fC129CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C129OOH + hv = C129O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C129OOH'; 
fC129OOH(i)=fC129OOH(i)-1; fC129O(i)=fC129O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C129O = C830CO3 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C129O'; 
fC129O(i)=fC129O(i)-1; fC830CO3(i)=fC830CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C129CO + OH = C830CO3 + HCOCH2CHO';
k(:,i) = 4.99e-11;
Gstr{i,1} = 'C129CO'; Gstr{i,2} = 'OH'; 
fC129CO(i)=fC129CO(i)-1; fOH(i)=fOH(i)-1; fC830CO3(i)=fC830CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C129CO + hv = C830CO3 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C129CO'; 
fC129CO(i)=fC129CO(i)-1; fC830CO3(i)=fC830CO3(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C129OH + OH = C129CO + HO2';
k(:,i) = 5.85e-11;
Gstr{i,1} = 'C129OH'; Gstr{i,2} = 'OH'; 
fC129OH(i)=fC129OH(i)-1; fOH(i)=fOH(i)-1; fC129CO(i)=fC129CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + HO2 = C127OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'HO2'; 
fC127O2(i)=fC127O2(i)-1; fHO2(i)=fHO2(i)-1; fC127OOH(i)=fC127OOH(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + NO = C127NO3';
k(:,i) = KRO2NO.*0.132;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'NO'; 
fC127O2(i)=fC127O2(i)-1; fNO(i)=fNO(i)-1; fC127NO3(i)=fC127NO3(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + NO = C127O + NO2';
k(:,i) = KRO2NO.*0.868;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'NO'; 
fC127O2(i)=fC127O2(i)-1; fNO(i)=fNO(i)-1; fC127O(i)=fC127O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + NO3 = C127O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'NO3'; 
fC127O2(i)=fC127O2(i)-1; fNO3(i)=fNO3(i)-1; fC127O(i)=fC127O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + RO2 = C127O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'RO2';
fC127O2(i)=fC127O2(i)-1; fC127O(i)=fC127O(i)+1; 

i=i+1;
Rnames{i} = 'C127O2 + RO2 = C127OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C127O2'; Gstr{i,2} = 'RO2';
fC127O2(i)=fC127O2(i)-1; fC127OH(i)=fC127OH(i)+1; 

i=i+1;
Rnames{i} = 'C143CO + OH = C145O2';
k(:,i) = 6.87e-11;
Gstr{i,1} = 'C143CO'; Gstr{i,2} = 'OH'; 
fC143CO(i)=fC143CO(i)-1; fOH(i)=fOH(i)-1; fC145O2(i)=fC145O2(i)+1; 

i=i+1;
Rnames{i} = 'C143CO + hv = C927O2 + CO2C4CO3';
k(:,i) = J22.*3;
Gstr{i,1} = 'C143CO'; 
fC143CO(i)=fC143CO(i)-1; fC927O2(i)=fC927O2(i)+1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + HO2 = C143OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'HO2'; 
fC143O2(i)=fC143O2(i)-1; fHO2(i)=fHO2(i)-1; fC143OOH(i)=fC143OOH(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + NO = C143NO3';
k(:,i) = KRO2NO.*0.245;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'NO'; 
fC143O2(i)=fC143O2(i)-1; fNO(i)=fNO(i)-1; fC143NO3(i)=fC143NO3(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + NO = C143O + NO2';
k(:,i) = KRO2NO.*0.755;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'NO'; 
fC143O2(i)=fC143O2(i)-1; fNO(i)=fNO(i)-1; fC143O(i)=fC143O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + NO3 = C143O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'NO3'; 
fC143O2(i)=fC143O2(i)-1; fNO3(i)=fNO3(i)-1; fC143O(i)=fC143O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + RO2 = C143CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'RO2';
fC143O2(i)=fC143O2(i)-1; fC143CO(i)=fC143CO(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + RO2 = C143O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'RO2';
fC143O2(i)=fC143O2(i)-1; fC143O(i)=fC143O(i)+1; 

i=i+1;
Rnames{i} = 'C143O2 + RO2 = C143OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C143O2'; Gstr{i,2} = 'RO2';
fC143O2(i)=fC143O2(i)-1; fC143OH(i)=fC143OH(i)+1; 

i=i+1;
Rnames{i} = 'C1210OOH + OH = C116CHO + OH';
k(:,i) = 4.63e-11;
Gstr{i,1} = 'C1210OOH'; Gstr{i,2} = 'OH'; 
fC1210OOH(i)=fC1210OOH(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1210OOH + hv = C1210O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1210OOH'; 
fC1210OOH(i)=fC1210OOH(i)-1; fC1210O(i)=fC1210O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1210NO3 + OH = C116CHO + NO2';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'C1210NO3'; Gstr{i,2} = 'OH'; 
fC1210NO3(i)=fC1210NO3(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210NO3 + hv = C1210O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C1210NO3'; 
fC1210NO3(i)=fC1210NO3(i)-1; fC1210O(i)=fC1210O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210O = C1214O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1210O'; 
fC1210O(i)=fC1210O(i)-1; fC1214O2(i)=fC1214O2(i)+1; 

i=i+1;
Rnames{i} = 'C1210OH + OH = C116CHO + HO2';
k(:,i) = 3.72e-11;
Gstr{i,1} = 'C1210OH'; Gstr{i,2} = 'OH'; 
fC1210OH(i)=fC1210OH(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO3 + HO2 = MSA';
k(:,i) = 5.00e-11;
Gstr{i,1} = 'CH3SO3'; Gstr{i,2} = 'HO2'; 
fCH3SO3(i)=fCH3SO3(i)-1; fHO2(i)=fHO2(i)-1; fMSA(i)=fMSA(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO3 = CH3O2 + SO3';
k(:,i) = 5.00e13.*exp(-9946./T);
Gstr{i,1} = 'CH3SO3'; 
fCH3SO3(i)=fCH3SO3(i)-1; fCH3O2(i)=fCH3O2(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + HO2 = CH3SO2OOH';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'HO2'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3SO2OOH(i)=fCH3SO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + HO2 = CH3SO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'HO2'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fHO2(i)=fHO2(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + HO2 = MSA + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'HO2'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fHO2(i)=fHO2(i)-1; fMSA(i)=fMSA(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + NO = CH3SO3 + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'NO'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fNO(i)=fNO(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + NO2 = CH3SO4NO2';
k(:,i) = 1.20e-12.*(T./300).^-0.9;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'NO2'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fNO2(i)=fNO2(i)-1; fCH3SO4NO2(i)=fCH3SO4NO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + NO3 = CH3SO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'NO3'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fNO3(i)=fNO3(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 = CH3SO2';
k(:,i) = 3.01e10.*exp(-3560./T);
Gstr{i,1} = 'CH3SO2O2'; 
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + RO2 = CH3SO3';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'RO2';
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2O2 + RO2 = MSA';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CH3SO2O2'; Gstr{i,2} = 'RO2';
fCH3SO2O2(i)=fCH3SO2O2(i)-1; fMSA(i)=fMSA(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOOOH + OH = CH3SOO2';
k(:,i) = 9.00e-11;
Gstr{i,1} = 'CH3SOOOH'; Gstr{i,2} = 'OH'; 
fCH3SOOOH(i)=fCH3SOOOH(i)-1; fOH(i)=fOH(i)-1; fCH3SOO2(i)=fCH3SOO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOOOH + hv = CH3SO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3SOOOH'; 
fCH3SOOOH(i)=fCH3SOOOH(i)-1; fCH3SO2(i)=fCH3SO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2NO2 + OH = MSIA + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CH3SOO2NO2'; Gstr{i,2} = 'OH'; 
fCH3SOO2NO2(i)=fCH3SOO2NO2(i)-1; fOH(i)=fOH(i)-1; fMSIA(i)=fMSIA(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SOO2NO2 = CH3SOO2 + NO2';
k(:,i) = 5.40e16.*exp(-13112./T);
Gstr{i,1} = 'CH3SOO2NO2'; 
fCH3SOO2NO2(i)=fCH3SOO2NO2(i)-1; fCH3SOO2(i)=fCH3SOO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO2H + OH = C6COALCO2H + HO2';
k(:,i) = 3.77e-11;
Gstr{i,1} = 'C1H4C5CO2H'; Gstr{i,2} = 'OH'; 
fC1H4C5CO2H(i)=fC1H4C5CO2H(i)-1; fOH(i)=fOH(i)-1; fC6COALCO2H(i)=fC6COALCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3H + OH = C6COALCO3H + HO2';
k(:,i) = 4.08e-11;
Gstr{i,1} = 'C1H4C5CO3H'; Gstr{i,2} = 'OH'; 
fC1H4C5CO3H(i)=fC1H4C5CO3H(i)-1; fOH(i)=fOH(i)-1; fC6COALCO3H(i)=fC6COALCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3H + hv = CHOC4OHO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1H4C5CO3H'; 
fC1H4C5CO3H(i)=fC1H4C5CO3H(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5CO3H + hv = CHOC4OHO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C1H4C5CO3H'; 
fC1H4C5CO3H(i)=fC1H4C5CO3H(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5PAN + OH = C6COCHOPAN + HO2';
k(:,i) = 3.72e-11;
Gstr{i,1} = 'C1H4C5PAN'; Gstr{i,2} = 'OH'; 
fC1H4C5PAN(i)=fC1H4C5PAN(i)-1; fOH(i)=fOH(i)-1; fC6COCHOPAN(i)=fC6COCHOPAN(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1H4C5PAN = C1H4C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C1H4C5PAN'; 
fC1H4C5PAN(i)=fC1H4C5PAN(i)-1; fC1H4C5CO3(i)=fC1H4C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHOOH + OH = CHOC4OHO2';
k(:,i) = 4.98e-11;
Gstr{i,1} = 'CHOC4OHOOH'; Gstr{i,2} = 'OH'; 
fCHOC4OHOOH(i)=fCHOC4OHOOH(i)-1; fOH(i)=fOH(i)-1; fCHOC4OHO2(i)=fCHOC4OHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHOOH + hv = CHOC4OHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC4OHOOH'; 
fCHOC4OHOOH(i)=fCHOC4OHOOH(i)-1; fCHOC4OHO(i)=fCHOC4OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHOOH + hv = CHOC4OHO + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC4OHOOH'; 
fCHOC4OHOOH(i)=fCHOC4OHOOH(i)-1; fCHOC4OHO(i)=fCHOC4OHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4OHO = CHOC4DOLO2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'CHOC4OHO'; 
fCHOC4OHO(i)=fCHOC4OHO(i)-1; fCHOC4DOLO2(i)=fCHOC4DOLO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOOOH + OH = HOC4CHOO2';
k(:,i) = 4.58e-11;
Gstr{i,1} = 'HOC4CHOOOH'; Gstr{i,2} = 'OH'; 
fHOC4CHOOOH(i)=fHOC4CHOOOH(i)-1; fOH(i)=fOH(i)-1; fHOC4CHOO2(i)=fHOC4CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOOOH + hv = HOC3H6CHO + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'HOC4CHOOOH'; 
fHOC4CHOOOH(i)=fHOC4CHOOOH(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOOOH + hv = HOC4CHOO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOC4CHOOOH'; 
fHOC4CHOOOH(i)=fHOC4CHOOOH(i)-1; fHOC4CHOO(i)=fHOC4CHOO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HOC4CHOO = HOC3H6CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'HOC4CHOO'; 
fHOC4CHOO(i)=fHOC4CHOO(i)-1; fHOC3H6CHO(i)=fHOC3H6CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6145COOOH + OH = C6145COO2';
k(:,i) = 3.57e-11;
Gstr{i,1} = 'C6145COOOH'; Gstr{i,2} = 'OH'; 
fC6145COOOH(i)=fC6145COOOH(i)-1; fOH(i)=fOH(i)-1; fC6145COO2(i)=fC6145COO2(i)+1; 

i=i+1;
Rnames{i} = 'C6145COOOH + hv = C6145COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6145COOOH'; 
fC6145COOOH(i)=fC6145COOOH(i)-1; fC6145COO(i)=fC6145COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6145COOOH + hv = C6145COO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C6145COOOH'; 
fC6145COOOH(i)=fC6145COOOH(i)-1; fC6145COO(i)=fC6145COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6145COOOH + hv = C6145COO + OH';
k(:,i) = J35;
Gstr{i,1} = 'C6145COOOH'; 
fC6145COOOH(i)=fC6145COOOH(i)-1; fC6145COO(i)=fC6145COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6145COO = C6TRONOHO2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'C6145COO'; 
fC6145COO(i)=fC6145COO(i)-1; fC6TRONOHO2(i)=fC6TRONOHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C4CO2H = MEKAO2';
k(:,i) = 5.71e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C4CO2H'; 
fOH(i)=fOH(i)-1; fCO2C4CO2H(i)=fCO2C4CO2H(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3H + hv = MEKAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2C4CO3H'; 
fCO2C4CO3H(i)=fCO2C4CO3H(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2C4CO3H + hv = MEKAO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO2C4CO3H'; 
fCO2C4CO3H(i)=fCO2C4CO3H(i)-1; fMEKAO2(i)=fMEKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C4CO3H = CO2C4CO3';
k(:,i) = 9.17e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C4CO3H'; 
fOH(i)=fOH(i)-1; fCO2C4CO3H(i)=fCO2C4CO3H(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN2 = CO2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN2'; 
fC5PAN2(i)=fC5PAN2(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN2 = CO2C3CHO + CO + NO2';
k(:,i) = 1.90e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN2'; 
fOH(i)=fOH(i)-1; fC5PAN2(i)=fC5PAN2(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOBUT2CO2H = NBUTOLBO2';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOBUT2CO2H'; 
fOH(i)=fOH(i)-1; fHOBUT2CO2H(i)=fHOBUT2CO2H(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; 

i=i+1;
Rnames{i} = 'HOBUT2CO3H + hv = NBUTOLBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HOBUT2CO3H'; 
fHOBUT2CO3H(i)=fHOBUT2CO3H(i)-1; fNBUTOLBO2(i)=fNBUTOLBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HOBUT2CO3H = HOBUT2CO3';
k(:,i) = 1.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HOBUT2CO3H'; 
fOH(i)=fOH(i)-1; fHOBUT2CO3H(i)=fHOBUT2CO3H(i)-1; fHOBUT2CO3(i)=fHOBUT2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN5 = HOBUT2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN5'; 
fC5PAN5(i)=fC5PAN5(i)-1; fHOBUT2CO3(i)=fHOBUT2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN5 = MEKAOH + CO + NO2';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN5'; 
fOH(i)=fOH(i)-1; fC5PAN5(i)=fC5PAN5(i)-1; fMEKAOH(i)=fMEKAOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO2H + hv = DIEKBO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'CO3C5CO2H'; 
fCO3C5CO2H(i)=fCO3C5CO2H(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C5CO2H = DIEKBO2';
k(:,i) = 6.88e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C5CO2H'; 
fOH(i)=fOH(i)-1; fCO3C5CO2H(i)=fCO3C5CO2H(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3H + hv = DIEKBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO3C5CO3H'; 
fCO3C5CO3H(i)=fCO3C5CO3H(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO3C5CO3H + hv = DIEKBO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CO3C5CO3H'; 
fCO3C5CO3H(i)=fCO3C5CO3H(i)-1; fDIEKBO2(i)=fDIEKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO3C5CO3H = CO3C5CO3';
k(:,i) = 1.03e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO3C5CO3H'; 
fOH(i)=fOH(i)-1; fCO3C5CO3H(i)=fCO3C5CO3H(i)-1; fCO3C5CO3(i)=fCO3C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN2 = CO3C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN2'; 
fC6PAN2(i)=fC6PAN2(i)-1; fCO3C5CO3(i)=fCO3C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN2 = CO3C4CHO + CO + NO2';
k(:,i) = 3.19e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN2'; 
fOH(i)=fOH(i)-1; fC6PAN2(i)=fC6PAN2(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C65OOH + hv = C65O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C65OOH'; 
fC65OOH(i)=fC65OOH(i)-1; fC65O(i)=fC65O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C65OOH + hv = CO24C5 + OH + HO2 + CO';
k(:,i) = J17;
Gstr{i,1} = 'C65OOH'; 
fC65OOH(i)=fC65OOH(i)-1; fCO24C5(i)=fCO24C5(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C65OOH = C65O2';
k(:,i) = 2.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C65OOH'; 
fOH(i)=fOH(i)-1; fC65OOH(i)=fC65OOH(i)-1; fC65O2(i)=fC65O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C54CO2H = CO2C54O2';
k(:,i) = 9.18e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C54CO2H'; 
fOH(i)=fOH(i)-1; fCO2C54CO2H(i)=fCO2C54CO2H(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; 

i=i+1;
Rnames{i} = 'CO2C54CO3H + hv = CO2C54O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2C54CO3H'; 
fCO2C54CO3H(i)=fCO2C54CO3H(i)-1; fCO2C54O2(i)=fCO2C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO2C54CO3H = CO2C54CO3';
k(:,i) = 1.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO2C54CO3H'; 
fOH(i)=fOH(i)-1; fCO2C54CO3H(i)=fCO2C54CO3H(i)-1; fCO2C54CO3(i)=fCO2C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN5 = CO2C54CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN5'; 
fC6PAN5(i)=fC6PAN5(i)-1; fCO2C54CO3(i)=fCO2C54CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN5 = CO24C5 + CO + NO2';
k(:,i) = 3.24e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN5'; 
fOH(i)=fOH(i)-1; fC6PAN5(i)=fC6PAN5(i)-1; fCO24C5(i)=fCO24C5(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + HO2 = HO24C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'HO2'; 
fHO24C5O2(i)=fHO24C5O2(i)-1; fHO2(i)=fHO2(i)-1; fHO24C5OOH(i)=fHO24C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + NO = HO24C5NO3';
k(:,i) = KRO2NO.*0.010;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'NO'; 
fHO24C5O2(i)=fHO24C5O2(i)-1; fNO(i)=fNO(i)-1; fHO24C5NO3(i)=fHO24C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + NO = HO24C5O + NO2';
k(:,i) = KRO2NO.*0.990;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'NO'; 
fHO24C5O2(i)=fHO24C5O2(i)-1; fNO(i)=fNO(i)-1; fHO24C5O(i)=fHO24C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + NO3 = HO24C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'NO3'; 
fHO24C5O2(i)=fHO24C5O2(i)-1; fNO3(i)=fNO3(i)-1; fHO24C5O(i)=fHO24C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + RO2 = HO124C5';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'RO2';
fHO24C5O2(i)=fHO24C5O2(i)-1; fHO124C5(i)=fHO124C5(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + RO2 = HO24C4CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'RO2';
fHO24C5O2(i)=fHO24C5O2(i)-1; fHO24C4CHO(i)=fHO24C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O2 + RO2 = HO24C5O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'HO24C5O2'; Gstr{i,2} = 'RO2';
fHO24C5O2(i)=fHO24C5O2(i)-1; fHO24C5O(i)=fHO24C5O(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CHO + hv = CH3CO3 + IBUDIALCO3';
k(:,i) = J35;
Gstr{i,1} = 'C23C54CHO'; 
fC23C54CHO(i)=fC23C54CHO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fIBUDIALCO3(i)=fIBUDIALCO3(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C23C54CHO = C23C54CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C23C54CHO'; 
fNO3(i)=fNO3(i)-1; fC23C54CHO(i)=fC23C54CHO(i)-1; fC23C54CO3(i)=fC23C54CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C23C54CHO = C23C54CO3';
k(:,i) = 6.75e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C23C54CHO'; 
fOH(i)=fOH(i)-1; fC23C54CHO(i)=fC23C54CHO(i)-1; fC23C54CO3(i)=fC23C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C55O2 + HO2 = C55OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C55O2'; Gstr{i,2} = 'HO2'; 
fC55O2(i)=fC55O2(i)-1; fHO2(i)=fHO2(i)-1; fC55OOH(i)=fC55OOH(i)+1; 

i=i+1;
Rnames{i} = 'C55O2 + NO = C55O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C55O2'; Gstr{i,2} = 'NO'; 
fC55O2(i)=fC55O2(i)-1; fNO(i)=fNO(i)-1; fC55O(i)=fC55O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C55O2 + NO3 = C55O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C55O2'; Gstr{i,2} = 'NO3'; 
fC55O2(i)=fC55O2(i)-1; fNO3(i)=fNO3(i)-1; fC55O(i)=fC55O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C55O2 + RO2 = C55O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C55O2'; Gstr{i,2} = 'RO2';
fC55O2(i)=fC55O2(i)-1; fC55O(i)=fC55O(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + HO2 = C55O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'HO2'; 
fC67CO3(i)=fC67CO3(i)-1; fHO2(i)=fHO2(i)-1; fC55O2(i)=fC55O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + HO2 = C67CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'HO2'; 
fC67CO3(i)=fC67CO3(i)-1; fHO2(i)=fHO2(i)-1; fC67CO3H(i)=fC67CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + NO = C55O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'NO'; 
fC67CO3(i)=fC67CO3(i)-1; fNO(i)=fNO(i)-1; fC55O2(i)=fC55O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + NO2 = C6PAN9';
k(:,i) = KFPAN;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'NO2'; 
fC67CO3(i)=fC67CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN9(i)=fC6PAN9(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + NO3 = C55O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'NO3'; 
fC67CO3(i)=fC67CO3(i)-1; fNO3(i)=fNO3(i)-1; fC55O2(i)=fC55O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3 + RO2 = C55O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C67CO3'; Gstr{i,2} = 'RO2';
fC67CO3(i)=fC67CO3(i)-1; fC55O2(i)=fC55O2(i)+1; 

i=i+1;
Rnames{i} = 'CO24M3CHO + hv = C41CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'CO24M3CHO'; 
fCO24M3CHO(i)=fCO24M3CHO(i)-1; fC41CO3(i)=fC41CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO24M3CHO = C41CO3 + CO';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO24M3CHO'; 
fOH(i)=fOH(i)-1; fCO24M3CHO(i)=fCO24M3CHO(i)-1; fC41CO3(i)=fC41CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C51CO2H = MIPKBO2';
k(:,i) = 9.18e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C51CO2H'; 
fOH(i)=fOH(i)-1; fC51CO2H(i)=fC51CO2H(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; 

i=i+1;
Rnames{i} = 'C51CO3H + hv = MIPKBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C51CO3H'; 
fC51CO3H(i)=fC51CO3H(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C51CO3H + hv = MIPKBO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C51CO3H'; 
fC51CO3H(i)=fC51CO3H(i)-1; fMIPKBO2(i)=fMIPKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C51CO3H = CO2M3C4CO3';
k(:,i) = 1.26e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C51CO3H'; 
fOH(i)=fOH(i)-1; fC51CO3H(i)=fC51CO3H(i)-1; fCO2M3C4CO3(i)=fCO2M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN12 = CO2M3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN12'; 
fC6PAN12(i)=fC6PAN12(i)-1; fCO2M3C4CO3(i)=fCO2M3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN12 = CO2C43CHO + CO + NO2';
k(:,i) = 3.51e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN12'; 
fOH(i)=fOH(i)-1; fC6PAN12(i)=fC6PAN12(i)-1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72OOH + hv = C72O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C72OOH'; 
fC72OOH(i)=fC72OOH(i)-1; fC72O(i)=fC72O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C72OOH + hv = C72O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C72OOH'; 
fC72OOH(i)=fC72OOH(i)-1; fC72O(i)=fC72O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C72OOH = HO2CO35C7 + OH';
k(:,i) = 9.25e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C72OOH'; 
fOH(i)=fOH(i)-1; fC72OOH(i)=fC72OOH(i)-1; fHO2CO35C7(i)=fHO2CO35C7(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C72NO3 + hv = C72O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C72NO3'; 
fC72NO3(i)=fC72NO3(i)-1; fC72O(i)=fC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72NO3 + hv = C72O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C72NO3'; 
fC72NO3(i)=fC72NO3(i)-1; fC72O(i)=fC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C72NO3 = HO2CO35C7 + NO2';
k(:,i) = 3.41e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C72NO3'; 
fOH(i)=fOH(i)-1; fC72NO3(i)=fC72NO3(i)-1; fHO2CO35C7(i)=fHO2CO35C7(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C72O = CO3C4CHO + CH3CHO + HO2';
k(:,i) = 2.00e14.*exp(-4714./T);
Gstr{i,1} = 'C72O'; 
fC72O(i)=fC72O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C72OH + hv = C72O + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C72OH'; 
fC72OH(i)=fC72OH(i)-1; fC72O(i)=fC72O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C72OH = HO2CO35C7 + HO2';
k(:,i) = 4.35e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C72OH'; 
fOH(i)=fOH(i)-1; fC72OH(i)=fC72OH(i)-1; fHO2CO35C7(i)=fHO2CO35C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO2CO35C7 + hv = CO3C4CO3 + CH3CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'HO2CO35C7'; 
fHO2CO35C7(i)=fHO2CO35C7(i)-1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO2CO35C7 = CO235C7 + HO2';
k(:,i) = 5.76e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO2CO35C7'; 
fOH(i)=fOH(i)-1; fHO2CO35C7(i)=fHO2CO35C7(i)-1; fCO235C7(i)=fCO235C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73OOH + hv = CH3CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C73OOH'; 
fCO25C73OOH(i)=fCO25C73OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73OOH + hv = CO25C73O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO25C73OOH'; 
fCO25C73OOH(i)=fCO25C73OOH(i)-1; fCO25C73O(i)=fCO25C73O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C73OOH = CO235C7 + OH';
k(:,i) = 5.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C73OOH'; 
fOH(i)=fOH(i)-1; fCO25C73OOH(i)=fCO25C73OOH(i)-1; fCO235C7(i)=fCO235C7(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73O = CO3C4CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO25C73O'; 
fCO25C73O(i)=fCO25C73O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C7 + hv = CH3CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO235C7'; 
fCO235C7(i)=fCO235C7(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO235C7 = C73O2';
k(:,i) = 1.86e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO235C7'; 
fOH(i)=fOH(i)-1; fCO235C7(i)=fCO235C7(i)-1; fC73O2(i)=fC73O2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C73OH + hv = CH3CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C73OH'; 
fCO25C73OH(i)=fCO25C73OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C73OH = CO235C7 + HO2';
k(:,i) = 2.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C73OH'; 
fOH(i)=fOH(i)-1; fCO25C73OH(i)=fCO25C73OH(i)-1; fCO235C7(i)=fCO235C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74OOH + hv = C2H5CO3 + CO2C3CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C74OOH'; 
fCO25C74OOH(i)=fCO25C74OOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74OOH + hv = CO25C74O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO25C74OOH'; 
fCO25C74OOH(i)=fCO25C74OOH(i)-1; fCO25C74O(i)=fCO25C74O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C74OOH = CO245C7 + OH';
k(:,i) = 5.53e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C74OOH'; 
fOH(i)=fOH(i)-1; fCO25C74OOH(i)=fCO25C74OOH(i)-1; fCO245C7(i)=fCO245C7(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74O = CO2C3CHO + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO25C74O'; 
fCO25C74O(i)=fCO25C74O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO245C7 + hv = C2H5CO3 + CO2C3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO245C7'; 
fCO245C7(i)=fCO245C7(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO245C7 = C74O2';
k(:,i) = 1.86e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO245C7'; 
fOH(i)=fOH(i)-1; fCO245C7(i)=fCO245C7(i)-1; fC74O2(i)=fC74O2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C74OH + hv = C2H5CO3 + CO2C3CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C74OH'; 
fCO25C74OH(i)=fCO25C74OH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO25C74OH = CO245C7 + HO2';
k(:,i) = 2.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO25C74OH'; 
fOH(i)=fOH(i)-1; fCO25C74OH(i)=fCO25C74OH(i)-1; fCO245C7(i)=fCO245C7(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + HO2 = H3M2C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'HO2'; 
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3M2C4CO3H(i)=fH3M2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + HO2 = ME3BU2OLO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'HO2'; 
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + NO = ME3BU2OLO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'NO'; 
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fNO(i)=fNO(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + NO2 = C6PAN20';
k(:,i) = KFPAN;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'NO2'; 
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN20(i)=fC6PAN20(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + NO3 = ME3BU2OLO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'NO3'; 
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3 + RO2 = ME3BU2OLO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H3M2C4CO3'; Gstr{i,2} = 'RO2';
fH3M2C4CO3(i)=fH3M2C4CO3(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; 

i=i+1;
Rnames{i} = 'C79O2 + HO2 = C79OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C79O2'; Gstr{i,2} = 'HO2'; 
fC79O2(i)=fC79O2(i)-1; fHO2(i)=fHO2(i)-1; fC79OOH(i)=fC79OOH(i)+1; 

i=i+1;
Rnames{i} = 'C79O2 + NO = C79O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C79O2'; Gstr{i,2} = 'NO'; 
fC79O2(i)=fC79O2(i)-1; fNO(i)=fNO(i)-1; fC79O(i)=fC79O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C79O2 + NO3 = C79O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C79O2'; Gstr{i,2} = 'NO3'; 
fC79O2(i)=fC79O2(i)-1; fNO3(i)=fNO3(i)-1; fC79O(i)=fC79O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C79O2 + RO2 = C79O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C79O2'; Gstr{i,2} = 'RO2';
fC79O2(i)=fC79O2(i)-1; fC79O(i)=fC79O(i)+1; 

i=i+1;
Rnames{i} = 'C712OOH + hv = C712O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C712OOH'; 
fC712OOH(i)=fC712OOH(i)-1; fC712O(i)=fC712O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C712OOH + hv = CH3COCH2O2 + HO2CO4C5 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C712OOH'; 
fC712OOH(i)=fC712OOH(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C712OOH = C712O2';
k(:,i) = 1.25e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C712OOH'; 
fOH(i)=fOH(i)-1; fC712OOH(i)=fC712OOH(i)-1; fC712O2(i)=fC712O2(i)+1; 

i=i+1;
Rnames{i} = 'C712NO3 + hv = C712O + NO2';
k(:,i) = J22;
Gstr{i,1} = 'C712NO3'; 
fC712NO3(i)=fC712NO3(i)-1; fC712O(i)=fC712O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C712NO3 = BUT2OLO + MGLYOX + NO2';
k(:,i) = 1.93e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C712NO3'; 
fOH(i)=fOH(i)-1; fC712NO3(i)=fC712NO3(i)-1; fBUT2OLO(i)=fBUT2OLO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C712O = CH3CHO + CO24C5 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C712O'; 
fC712O(i)=fC712O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO24C5(i)=fCO24C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C712OH + hv = CH3COCH2O2 + HO2CO4C5 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C712OH'; 
fC712OH(i)=fC712OH(i)-1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; fHO2CO4C5(i)=fHO2CO4C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C712OH = C712O';
k(:,i) = 9.07e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C712OH'; 
fOH(i)=fOH(i)-1; fC712OH(i)=fC712OH(i)-1; fC712O(i)=fC712O(i)+1; 

i=i+1;
Rnames{i} = 'C713OOH + hv = C713O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C713OOH'; 
fC713OOH(i)=fC713OOH(i)-1; fC713O(i)=fC713O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C713OOH + hv = CH3CO3 + CO24C5 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C713OOH'; 
fC713OOH(i)=fC713OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO24C5(i)=fCO24C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C713OOH = C713O2';
k(:,i) = 7.07e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C713OOH'; 
fOH(i)=fOH(i)-1; fC713OOH(i)=fC713OOH(i)-1; fC713O2(i)=fC713O2(i)+1; 

i=i+1;
Rnames{i} = 'C713O = CH3CO3 + CO24C5';
k(:,i) = KDEC;
Gstr{i,1} = 'C713O'; 
fC713O(i)=fC713O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO24C5(i)=fCO24C5(i)+1; 

i=i+1;
Rnames{i} = 'C713OH + hv = CH3CO3 + CO24C5 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C713OH'; 
fC713OH(i)=fC713OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO24C5(i)=fCO24C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C713OH = C713O';
k(:,i) = 3.61e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C713OH'; 
fOH(i)=fOH(i)-1; fC713OH(i)=fC713OH(i)-1; fC713O(i)=fC713O(i)+1; 

i=i+1;
Rnames{i} = 'C714OOH + hv = C714O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C714OOH'; 
fC714OOH(i)=fC714OOH(i)-1; fC714O(i)=fC714O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C714OOH + hv = CH3CO3 + CO2C43CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C714OOH'; 
fC714OOH(i)=fC714OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C714OOH = C714O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C714OOH'; 
fOH(i)=fOH(i)-1; fC714OOH(i)=fC714OOH(i)-1; fC714O2(i)=fC714O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C714OOH = M3CO245C6 + OH';
k(:,i) = 5.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C714OOH'; 
fOH(i)=fOH(i)-1; fC714OOH(i)=fC714OOH(i)-1; fM3CO245C6(i)=fM3CO245C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C714O = CH3CO3 + CO2C43CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C714O'; 
fC714O(i)=fC714O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; 

i=i+1;
Rnames{i} = 'C714OH + hv = CH3CO3 + CO2C43CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C714OH'; 
fC714OH(i)=fC714OH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C43CHO(i)=fCO2C43CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C714OH = M3CO245C6 + HO2';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C714OH'; 
fOH(i)=fOH(i)-1; fC714OH(i)=fC714OH(i)-1; fM3CO245C6(i)=fM3CO245C6(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'M3CO245C6 + hv = CH3CO3 + C41CO3';
k(:,i) = J35;
Gstr{i,1} = 'M3CO245C6'; 
fM3CO245C6(i)=fM3CO245C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC41CO3(i)=fC41CO3(i)+1; 

i=i+1;
Rnames{i} = 'M3CO245C6 + hv = CH3CO3 + CO23C54O2';
k(:,i) = J22;
Gstr{i,1} = 'M3CO245C6'; 
fM3CO245C6(i)=fM3CO245C6(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO23C54O2(i)=fCO23C54O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + M3CO245C6 = C715O2';
k(:,i) = 1.83e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'M3CO245C6'; 
fOH(i)=fOH(i)-1; fM3CO245C6(i)=fM3CO245C6(i)-1; fC715O2(i)=fC715O2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + HO2 = H3M3C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'HO2'; 
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3M3C4CO3H(i)=fH3M3C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + HO2 = PROL11MO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'HO2'; 
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + NO = PROL11MO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'NO'; 
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fNO(i)=fNO(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + NO2 = C6PAN21';
k(:,i) = KFPAN;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'NO2'; 
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN21(i)=fC6PAN21(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + NO3 = PROL11MO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'NO3'; 
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3 + RO2 = PROL11MO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H3M3C4CO3'; Gstr{i,2} = 'RO2';
fH3M3C4CO3(i)=fH3M3C4CO3(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + HO2 = H13M3C5OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'HO2'; 
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fHO2(i)=fHO2(i)-1; fH13M3C5OOH(i)=fH13M3C5OOH(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + NO = H13M3C5NO3';
k(:,i) = KRO2NO.*0.026;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'NO'; 
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fNO(i)=fNO(i)-1; fH13M3C5NO3(i)=fH13M3C5NO3(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + NO = H13M3C5O + NO2';
k(:,i) = KRO2NO.*0.974;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'NO'; 
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fNO(i)=fNO(i)-1; fH13M3C5O(i)=fH13M3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + NO3 = H13M3C5O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'NO3'; 
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fNO3(i)=fNO3(i)-1; fH13M3C5O(i)=fH13M3C5O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + RO2 = H134M3C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'RO2';
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fH134M3C5(i)=fH134M3C5(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + RO2 = H13M3C5O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'RO2';
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fH13M3C5O(i)=fH13M3C5O(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O2 + RO2 = H13M3CO4C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'H13M3C5O2'; Gstr{i,2} = 'RO2';
fH13M3C5O2(i)=fH13M3C5O2(i)-1; fH13M3CO4C5(i)=fH13M3CO4C5(i)+1; 

i=i+1;
Rnames{i} = 'CO346C8 + hv = C2H5CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO346C8'; 
fCO346C8(i)=fCO346C8(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO346C8 + hv = C2H5CO3 + CO3C4CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO346C8'; 
fCO346C8(i)=fCO346C8(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO346C8 = C83O2';
k(:,i) = 2.99e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO346C8'; 
fOH(i)=fOH(i)-1; fCO346C8(i)=fCO346C8(i)-1; fC83O2(i)=fC83O2(i)+1; 

i=i+1;
Rnames{i} = 'C84OOH + hv = C2H5CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C84OOH'; 
fC84OOH(i)=fC84OOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C84OOH + hv = C84O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C84OOH'; 
fC84OOH(i)=fC84OOH(i)-1; fC84O(i)=fC84O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C84OOH = CO346C8 + OH';
k(:,i) = 5.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C84OOH'; 
fOH(i)=fOH(i)-1; fC84OOH(i)=fC84OOH(i)-1; fCO346C8(i)=fCO346C8(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C84O = CO3C4CHO + C2H5CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C84O'; 
fC84O(i)=fC84O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C84OH + hv = C2H5CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C84OH'; 
fC84OH(i)=fC84OH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C84OH = CO346C8 + HO2';
k(:,i) = 2.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C84OH'; 
fOH(i)=fOH(i)-1; fC84OH(i)=fC84OH(i)-1; fCO346C8(i)=fCO346C8(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + HO2 = HO4C5CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'HO2'; 
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO4C5CO3H(i)=fHO4C5CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + HO2 = PE1ENEBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'HO2'; 
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fHO2(i)=fHO2(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + NO = PE1ENEBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'NO'; 
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fNO(i)=fNO(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + NO2 = C6PAN22';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'NO2'; 
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN22(i)=fC6PAN22(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + NO3 = PE1ENEBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'NO3'; 
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fNO3(i)=fNO3(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3 + RO2 = PE1ENEBO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO4C5CO3'; Gstr{i,2} = 'RO2';
fHO4C5CO3(i)=fHO4C5CO3(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356C9 + hv = C3H7CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO356C9'; 
fCO356C9(i)=fCO356C9(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO356C9 + hv = C3H7CO3 + CO3C4CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO356C9'; 
fCO356C9(i)=fCO356C9(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO356C9 = C95O2';
k(:,i) = 6.43e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO356C9'; 
fOH(i)=fOH(i)-1; fCO356C9(i)=fCO356C9(i)-1; fC95O2(i)=fC95O2(i)+1; 

i=i+1;
Rnames{i} = 'C94OOH + hv = C3H7CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C94OOH'; 
fC94OOH(i)=fC94OOH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C94OOH + hv = C94O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C94OOH'; 
fC94OOH(i)=fC94OOH(i)-1; fC94O(i)=fC94O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C94OOH = CO356C9 + OH';
k(:,i) = 5.40e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C94OOH'; 
fOH(i)=fOH(i)-1; fC94OOH(i)=fC94OOH(i)-1; fCO356C9(i)=fCO356C9(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C94O = CO3C4CHO + C3H7CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C94O'; 
fC94O(i)=fC94O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; 

i=i+1;
Rnames{i} = 'C94OH + hv = C3H7CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C94OH'; 
fC94OH(i)=fC94OH(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C94OH = CO356C9 + HO2';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C94OH'; 
fOH(i)=fOH(i)-1; fC94OH(i)=fC94OH(i)-1; fCO356C9(i)=fCO356C9(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + HO2 = HO5C6CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'HO2'; 
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO5C6CO3H(i)=fHO5C6CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + HO2 = HO5C6O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'HO2'; 
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + NO = HO5C6O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'NO'; 
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fNO(i)=fNO(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + NO2 = C7PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'NO2'; 
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fNO2(i)=fNO2(i)-1; fC7PAN2(i)=fC7PAN2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + NO3 = HO5C6O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'NO3'; 
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3 + RO2 = HO5C6O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO5C6CO3'; Gstr{i,2} = 'RO2';
fHO5C6CO3(i)=fHO5C6CO3(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CO356C10 + hv = C4H9CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO356C10'; 
fCO356C10(i)=fCO356C10(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO356C10 + hv = C4H9CO3 + CO3C4CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO356C10'; 
fCO356C10(i)=fCO356C10(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO356C10 = C105O2';
k(:,i) = 7.84e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO356C10'; 
fOH(i)=fOH(i)-1; fCO356C10(i)=fCO356C10(i)-1; fC105O2(i)=fC105O2(i)+1; 

i=i+1;
Rnames{i} = 'C104OOH + hv = C104O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C104OOH'; 
fC104OOH(i)=fC104OOH(i)-1; fC104O(i)=fC104O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C104OOH + hv = C4H9CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C104OOH'; 
fC104OOH(i)=fC104OOH(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C104OOH = CO356C10 + OH';
k(:,i) = 5.54e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C104OOH'; 
fOH(i)=fOH(i)-1; fC104OOH(i)=fC104OOH(i)-1; fCO356C10(i)=fCO356C10(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C104O = CO3C4CHO + C4H9CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C104O'; 
fC104O(i)=fC104O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC4H9CO3(i)=fC4H9CO3(i)+1; 

i=i+1;
Rnames{i} = 'C104OH + hv = C4H9CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C104OH'; 
fC104OH(i)=fC104OH(i)-1; fC4H9CO3(i)=fC4H9CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C104OH = CO356C10 + HO2';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C104OH'; 
fOH(i)=fOH(i)-1; fC104OH(i)=fC104OH(i)-1; fCO356C10(i)=fCO356C10(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + HO2 = HO6C7CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'HO2'; 
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO6C7CO3H(i)=fHO6C7CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + HO2 = HO6C7O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'HO2'; 
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + NO = HO6C7O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'NO'; 
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fNO(i)=fNO(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + NO2 = C8PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'NO2'; 
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fNO2(i)=fNO2(i)-1; fC8PAN1(i)=fC8PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + NO3 = HO6C7O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'NO3'; 
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3 + RO2 = HO6C7O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO6C7CO3'; Gstr{i,2} = 'RO2';
fHO6C7CO3(i)=fHO6C7CO3(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CHO + hv = HO2 + CO + HEXAO2';
k(:,i) = J15;
Gstr{i,1} = 'C6H13CHO'; 
fC6H13CHO(i)=fC6H13CHO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + C6H13CHO = C6H13CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'C6H13CHO'; 
fNO3(i)=fNO3(i)-1; fC6H13CHO(i)=fC6H13CHO(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6H13CHO = C6H13CO3';
k(:,i) = 3.05e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6H13CHO'; 
fOH(i)=fOH(i)-1; fC6H13CHO(i)=fC6H13CHO(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO356C11 + hv = C5H11CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO356C11'; 
fCO356C11(i)=fCO356C11(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO356C11 + hv = C5H11CO3 + CO3C4CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO356C11'; 
fCO356C11(i)=fCO356C11(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO356C11 = C115O2';
k(:,i) = 9.25e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO356C11'; 
fOH(i)=fOH(i)-1; fCO356C11(i)=fCO356C11(i)-1; fC115O2(i)=fC115O2(i)+1; 

i=i+1;
Rnames{i} = 'C114OOH + hv = C114O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C114OOH'; 
fC114OOH(i)=fC114OOH(i)-1; fC114O(i)=fC114O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C114OOH + hv = C5H11CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C114OOH'; 
fC114OOH(i)=fC114OOH(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C114OOH = CO356C11 + OH';
k(:,i) = 5.68e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C114OOH'; 
fOH(i)=fOH(i)-1; fC114OOH(i)=fC114OOH(i)-1; fCO356C11(i)=fCO356C11(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C114O = CO3C4CHO + C5H11CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C114O'; 
fC114O(i)=fC114O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC5H11CO3(i)=fC5H11CO3(i)+1; 

i=i+1;
Rnames{i} = 'C114OH + hv = C5H11CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C114OH'; 
fC114OH(i)=fC114OH(i)-1; fC5H11CO3(i)=fC5H11CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C114OH = CO356C11 + HO2';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C114OH'; 
fOH(i)=fOH(i)-1; fC114OH(i)=fC114OH(i)-1; fCO356C11(i)=fCO356C11(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + HO2 = HO7C8CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'HO2'; 
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO7C8CO3H(i)=fHO7C8CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + HO2 = HO7C8O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'HO2'; 
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + NO = HO7C8O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'NO'; 
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fNO(i)=fNO(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + NO2 = C9PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'NO2'; 
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fNO2(i)=fNO2(i)-1; fC9PAN1(i)=fC9PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + NO3 = HO7C8O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'NO3'; 
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3 + RO2 = HO7C8O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO7C8CO3'; Gstr{i,2} = 'RO2';
fHO7C8CO3(i)=fHO7C8CO3(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; 

i=i+1;
Rnames{i} = 'CO356C12 + hv = C6H13CO3 + CO3C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO356C12'; 
fCO356C12(i)=fCO356C12(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO356C12 + hv = C6H13CO3 + CO3C4CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO356C12'; 
fCO356C12(i)=fCO356C12(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fCO3C4CO3(i)=fCO3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO356C12 = C125O2';
k(:,i) = 1.07e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO356C12'; 
fOH(i)=fOH(i)-1; fCO356C12(i)=fCO356C12(i)-1; fC125O2(i)=fC125O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6H13CO2H = HEXAO2';
k(:,i) = 9.89e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6H13CO2H'; 
fOH(i)=fOH(i)-1; fC6H13CO2H(i)=fC6H13CO2H(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; 

i=i+1;
Rnames{i} = 'C6H13CO3H + hv = HEXAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6H13CO3H'; 
fC6H13CO3H(i)=fC6H13CO3H(i)-1; fHEXAO2(i)=fHEXAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6H13CO3H = C6H13CO3';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6H13CO3H'; 
fOH(i)=fOH(i)-1; fC6H13CO3H(i)=fC6H13CO3H(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + PHPTN = C5H11CHO + CO + NO2';
k(:,i) = 6.16e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'PHPTN'; 
fOH(i)=fOH(i)-1; fPHPTN(i)=fPHPTN(i)-1; fC5H11CHO(i)=fC5H11CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PHPTN = C6H13CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'PHPTN'; 
fPHPTN(i)=fPHPTN(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C124OOH + hv = C124O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C124OOH'; 
fC124OOH(i)=fC124OOH(i)-1; fC124O(i)=fC124O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C124OOH + hv = C6H13CO3 + CO3C4CHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C124OOH'; 
fC124OOH(i)=fC124OOH(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C124OOH = CO356C12 + OH';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C124OOH'; 
fOH(i)=fOH(i)-1; fC124OOH(i)=fC124OOH(i)-1; fCO356C12(i)=fCO356C12(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C124O = CO3C4CHO + C6H13CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C124O'; 
fC124O(i)=fC124O(i)-1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fC6H13CO3(i)=fC6H13CO3(i)+1; 

i=i+1;
Rnames{i} = 'C124OH + hv = C6H13CO3 + CO3C4CHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C124OH'; 
fC124OH(i)=fC124OH(i)-1; fC6H13CO3(i)=fC6H13CO3(i)+1; fCO3C4CHO(i)=fCO3C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C124OH = CO356C12 + HO2';
k(:,i) = 2.70e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C124OH'; 
fOH(i)=fOH(i)-1; fC124OH(i)=fC124OH(i)-1; fCO356C12(i)=fCO356C12(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + HO2 = HO8C9CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'HO2'; 
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO8C9CO3H(i)=fHO8C9CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + HO2 = HO8C9O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'HO2'; 
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + NO = HO8C9O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'NO'; 
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fNO(i)=fNO(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + NO2 = C10PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'NO2'; 
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fNO2(i)=fNO2(i)-1; fC10PAN1(i)=fC10PAN1(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + NO3 = HO8C9O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'NO3'; 
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3 + RO2 = HO8C9O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO8C9CO3'; Gstr{i,2} = 'RO2';
fHO8C9CO3(i)=fHO8C9CO3(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYOOH + OH = MALNHYOHCO + OH';
k(:,i) = 4.66e-11;
Gstr{i,1} = 'MALANHYOOH'; Gstr{i,2} = 'OH'; 
fMALANHYOOH(i)=fMALANHYOOH(i)-1; fOH(i)=fOH(i)-1; fMALNHYOHCO(i)=fMALNHYOHCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYOOH + hv = MALANHYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MALANHYOOH'; 
fMALANHYOOH(i)=fMALANHYOOH(i)-1; fMALANHYO(i)=fMALANHYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MALANHYO = HCOCOHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MALANHYO'; 
fMALANHYO(i)=fMALANHYO(i)-1; fHCOCOHCO3(i)=fHCOCOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'MALANHY2OH + OH = MALNHYOHCO + HO2';
k(:,i) = 2.55e-11;
Gstr{i,1} = 'MALANHY2OH'; Gstr{i,2} = 'OH'; 
fMALANHY2OH(i)=fMALANHY2OH(i)-1; fOH(i)=fOH(i)-1; fMALNHYOHCO(i)=fMALNHYOHCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MALNHYOHCO + OH = CO + CO + CO + HO2';
k(:,i) = 5.68e-12;
Gstr{i,1} = 'MALNHYOHCO'; Gstr{i,2} = 'OH'; 
fMALNHYOHCO(i)=fMALNHYOHCO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENOOH + OH = NDNPHENO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNPHENOOH'; Gstr{i,2} = 'OH'; 
fNDNPHENOOH(i)=fNDNPHENOOH(i)-1; fOH(i)=fOH(i)-1; fNDNPHENO2(i)=fNDNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENOOH + hv = NDNPHENO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNPHENOOH'; 
fNDNPHENOOH(i)=fNDNPHENOOH(i)-1; fNDNPHENO(i)=fNDNPHENO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPHENO = NC4DCO2H + HNO3 + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNPHENO'; 
fNDNPHENO(i)=fNDNPHENO(i)-1; fNC4DCO2H(i)=fNC4DCO2H(i)+1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENOOH + OH = DNPHENO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNPHENOOH'; Gstr{i,2} = 'OH'; 
fDNPHENOOH(i)=fDNPHENOOH(i)-1; fOH(i)=fOH(i)-1; fDNPHENO2(i)=fDNPHENO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENOOH + hv = DNPHENO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNPHENOOH'; 
fDNPHENOOH(i)=fDNPHENOOH(i)-1; fDNPHENO(i)=fDNPHENO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPHENO = NC4DCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNPHENO'; 
fDNPHENO(i)=fDNPHENO(i)-1; fNC4DCO2H(i)=fNC4DCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4DCO2H + OH = NC4DCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC4DCO2H'; Gstr{i,2} = 'OH'; 
fNC4DCO2H(i)=fNC4DCO2H(i)-1; fOH(i)=fOH(i)-1; fNC4DCO2(i)=fNC4DCO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4DB + OH = CO + CO + HO2 + CO + C33CO';
k(:,i) = 7.70e-11;
Gstr{i,1} = 'C6CO4DB'; Gstr{i,2} = 'OH'; 
fC6CO4DB(i)=fC6CO4DB(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4DB + hv = C4CO2DBCO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6CO4DB'; 
fC6CO4DB(i)=fC6CO4DB(i)-1; fC4CO2DBCO3(i)=fC4CO2DBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + HO2 = C5COOHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5COOHCO3H(i)=fC5COOHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + HO2 = HOCOC4DIAL + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + NO = HOCOC4DIAL + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'NO'; 
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fNO(i)=fNO(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + NO2 = C5CO2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'NO2'; 
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5CO2OHPAN(i)=fC5CO2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + NO3 = HOCOC4DIAL + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'NO3'; 
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHCO3 + RO2 = HOCOC4DIAL + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5CO2OHCO3'; Gstr{i,2} = 'RO2';
fC5CO2OHCO3(i)=fC5CO2OHCO3(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO4DB + OH = CO + CO + CH3CO3 + C33CO';
k(:,i) = 9.58e-11;
Gstr{i,1} = 'C7CO4DB'; Gstr{i,2} = 'OH'; 
fC7CO4DB(i)=fC7CO4DB(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO4DB + hv = C5CO2DBCO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C7CO4DB'; 
fC7CO4DB(i)=fC7CO4DB(i)-1; fC5CO2DBCO3(i)=fC5CO2DBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + HO2 = C5134CO2OH + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + HO2 = C6COOHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6COOHCO3H(i)=fC6COOHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + NO = C5134CO2OH + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'NO'; 
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fNO(i)=fNO(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + NO2 = C6CO2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'NO2'; 
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC6CO2OHPAN(i)=fC6CO2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + NO3 = C5134CO2OH + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'NO3'; 
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHCO3 + RO2 = C5134CO2OH + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C6CO2OHCO3'; Gstr{i,2} = 'RO2';
fC6CO2OHCO3(i)=fC6CO2OHCO3(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESOOH + OH = NDNCRESO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNCRESOOH'; Gstr{i,2} = 'OH'; 
fNDNCRESOOH(i)=fNDNCRESOOH(i)-1; fOH(i)=fOH(i)-1; fNDNCRESO2(i)=fNDNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESOOH + hv = NDNCRESO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNCRESOOH'; 
fNDNCRESOOH(i)=fNDNCRESOOH(i)-1; fNDNCRESO(i)=fNDNCRESO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNCRESO = NC4MDCO2H + HNO3 + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNCRESO'; 
fNDNCRESO(i)=fNDNCRESO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESOOH + OH = DNCRESO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNCRESOOH'; Gstr{i,2} = 'OH'; 
fDNCRESOOH(i)=fDNCRESOOH(i)-1; fOH(i)=fOH(i)-1; fDNCRESO2(i)=fDNCRESO2(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESOOH + hv = DNCRESO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNCRESOOH'; 
fDNCRESOOH(i)=fDNCRESOOH(i)-1; fDNCRESO(i)=fDNCRESO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNCRESO = NC4MDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNCRESO'; 
fDNCRESO(i)=fDNCRESO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4MDCO2H + OH = NC4MDCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC4MDCO2H'; Gstr{i,2} = 'OH'; 
fNC4MDCO2H(i)=fNC4MDCO2H(i)-1; fOH(i)=fOH(i)-1; fNC4MDCO2(i)=fNC4MDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETOOH + OH = C6O4KETO2';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'C6O4KETOOH'; Gstr{i,2} = 'OH'; 
fC6O4KETOOH(i)=fC6O4KETOOH(i)-1; fOH(i)=fOH(i)-1; fC6O4KETO2(i)=fC6O4KETO2(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETOOH + hv = OH + C6O4KETO';
k(:,i) = J41;
Gstr{i,1} = 'C6O4KETOOH'; 
fC6O4KETOOH(i)=fC6O4KETOOH(i)-1; fOH(i)=fOH(i)+1; fC6O4KETO(i)=fC6O4KETO(i)+1; 

i=i+1;
Rnames{i} = 'C6O4KETO = HCHO + CO + CO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C6O4KETO'; 
fC6O4KETO(i)=fC6O4KETO(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYLOOH + OH = NDNOXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNOXYLOOH'; Gstr{i,2} = 'OH'; 
fNDNOXYLOOH(i)=fNDNOXYLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNOXYOLO2(i)=fNDNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYLOOH + hv = NDNOXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNOXYLOOH'; 
fNDNOXYLOOH(i)=fNDNOXYLOOH(i)-1; fNDNOXYOLO(i)=fNDNOXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNOXYOLO = NC4MDCO2H + CH3COCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNOXYOLO'; 
fNDNOXYOLO(i)=fNDNOXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLOOH + OH = DNOXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNOXYOLOOH'; Gstr{i,2} = 'OH'; 
fDNOXYOLOOH(i)=fDNOXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNOXYOLO2(i)=fDNOXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLOOH + hv = DNOXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNOXYOLOOH'; 
fDNOXYOLOOH(i)=fDNOXYOLOOH(i)-1; fDNOXYOLO(i)=fDNOXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNOXYOLO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNOXYOLO'; 
fDNOXYOLO(i)=fDNOXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4M2DB + OH = CO23C3CHO + CO + CO + CH3CO3';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'C6CO4M2DB'; Gstr{i,2} = 'OH'; 
fC6CO4M2DB(i)=fC6CO4M2DB(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4M2DB + hv = C4DBM2CO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6CO4M2DB'; 
fC6CO4M2DB(i)=fC6CO4M2DB(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + HO2 = C5134CO2OH + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'HO2'; 
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + HO2 = C5M2OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'HO2'; 
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5M2OHCO3H(i)=fC5M2OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + NO = C5134CO2OH + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'NO'; 
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fNO(i)=fNO(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + NO2 = C5M2OHOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'NO2'; 
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5M2OHOPAN(i)=fC5M2OHOPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + NO3 = C5134CO2OH + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'NO3'; 
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOCO3 + RO2 = C5134CO2OH + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5M2OHOCO3'; Gstr{i,2} = 'RO2';
fC5M2OHOCO3(i)=fC5M2OHOCO3(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + HO2 = C5CO234 + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'HO2'; 
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO234(i)=fC5CO234(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + HO2 = C5COHOCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'HO2'; 
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5COHOCO3H(i)=fC5COHOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + NO = C5CO234 + NO2 + HO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'NO'; 
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fNO(i)=fNO(i)-1; fC5CO234(i)=fC5CO234(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + NO2 = C4COMOHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'NO2'; 
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4COMOHPAN(i)=fC4COMOHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + NO3 = C5CO234 + NO2 + HO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'NO3'; 
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5CO234(i)=fC5CO234(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHCO3 + RO2 = C5CO234 + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4COMOHCO3'; Gstr{i,2} = 'RO2';
fC4COMOHCO3(i)=fC4COMOHCO3(i)-1; fC5CO234(i)=fC5CO234(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + HO2 = C23O3MCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'HO2'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3MCO2H(i)=fC23O3MCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + HO2 = C23O3MCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'HO2'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3MCO3H(i)=fC23O3MCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + HO2 = C23O3MO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'HO2'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + NO = C23O3MO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'NO'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fNO(i)=fNO(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + NO2 = C23O3MCPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'NO2'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fNO2(i)=fNO2(i)-1; fC23O3MCPAN(i)=fC23O3MCPAN(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + NO3 = C23O3MO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'NO3'; 
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fNO3(i)=fNO3(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + RO2 = C23O3MCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'RO2';
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fC23O3MCO2H(i)=fC23O3MCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3 + RO2 = C23O3MO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C23O3MCO3'; Gstr{i,2} = 'RO2';
fC23O3MCO3(i)=fC23O3MCO3(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + HO2 = C23O3CCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'HO2'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3CCO2H(i)=fC23O3CCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + HO2 = C23O3CCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'HO2'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3CCO3H(i)=fC23O3CCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + HO2 = MCOCOMOXO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'HO2'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fHO2(i)=fHO2(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + NO = MCOCOMOXO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'NO'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fNO(i)=fNO(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + NO2 = C23O3CPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'NO2'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fNO2(i)=fNO2(i)-1; fC23O3CPAN(i)=fC23O3CPAN(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + NO3 = MCOCOMOXO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'NO3'; 
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fNO3(i)=fNO3(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + RO2 = C23O3CCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'RO2';
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fC23O3CCO2H(i)=fC23O3CCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3 + RO2 = MCOCOMOXO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C23O3CCO3'; Gstr{i,2} = 'RO2';
fC23O3CCO3(i)=fC23O3CCO3(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNHYOOH + OH = MMALANHYO2';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'MMALNHYOOH'; Gstr{i,2} = 'OH'; 
fMMALNHYOOH(i)=fMMALNHYOOH(i)-1; fOH(i)=fOH(i)-1; fMMALANHYO2(i)=fMMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNHYOOH + hv = MMALANHYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MMALNHYOOH'; 
fMMALNHYOOH(i)=fMMALNHYOOH(i)-1; fMMALANHYO(i)=fMMALANHYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMALANHYO = CO2H3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'MMALANHYO'; 
fMMALANHYO(i)=fMMALANHYO(i)-1; fCO2H3CO3(i)=fCO2H3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNHY2OH + OH = MMALANHYO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'MMALNHY2OH'; Gstr{i,2} = 'OH'; 
fMMALNHY2OH(i)=fMMALNHY2OH(i)-1; fOH(i)=fOH(i)-1; fMMALANHYO(i)=fMMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYLOOH + OH = NDNMXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNMXYLOOH'; Gstr{i,2} = 'OH'; 
fNDNMXYLOOH(i)=fNDNMXYLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNMXYOLO2(i)=fNDNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYLOOH + hv = NDNMXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNMXYLOOH'; 
fNDNMXYLOOH(i)=fNDNMXYLOOH(i)-1; fNDNMXYOLO(i)=fNDNMXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNMXYOLO = NC4MDCO2H + CH3COCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNMXYOLO'; 
fNDNMXYOLO(i)=fNDNMXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLOOH + OH = DNMXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNMXYOLOOH'; Gstr{i,2} = 'OH'; 
fDNMXYOLOOH(i)=fDNMXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNMXYOLO2(i)=fDNMXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLOOH + hv = DNMXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNMXYOLOOH'; 
fDNMXYOLOOH(i)=fDNMXYOLOOH(i)-1; fDNMXYOLO(i)=fDNMXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNMXYOLO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNMXYOLO'; 
fDNMXYOLO(i)=fDNMXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO4DB + OH = C5CO234 + CO + CO + HO2 + CO';
k(:,i) = 7.04e-11;
Gstr{i,1} = 'C8CO4DB'; Gstr{i,2} = 'OH'; 
fC8CO4DB(i)=fC8CO4DB(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8CO4DB + hv = C5CO2DBCO3 + CH3CO3';
k(:,i) = J34;
Gstr{i,1} = 'C8CO4DB'; 
fC8CO4DB(i)=fC8CO4DB(i)-1; fC5CO2DBCO3(i)=fC5CO2DBCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8CO4DB + hv = C5CO2DBCO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'C8CO4DB'; 
fC8CO4DB(i)=fC8CO4DB(i)-1; fC5CO2DBCO3(i)=fC5CO2DBCO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + HO2 = C5CO3OH + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + HO2 = C7CO2OCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7CO2OCO3H(i)=fC7CO2OCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + NO = C5CO3OH + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'NO'; 
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fNO(i)=fNO(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + NO2 = C7CO2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'NO2'; 
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7CO2OHPAN(i)=fC7CO2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + NO3 = C5CO3OH + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'NO3'; 
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHCO3 + RO2 = C5CO3OH + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7CO2OHCO3'; Gstr{i,2} = 'RO2';
fC7CO2OHCO3(i)=fC7CO2OHCO3(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'TL4ONO2OOH + OH = TL4OHNO2O2';
k(:,i) = 1.52e-10;
Gstr{i,1} = 'TL4ONO2OOH'; Gstr{i,2} = 'OH'; 
fTL4ONO2OOH(i)=fTL4ONO2OOH(i)-1; fOH(i)=fOH(i)-1; fTL4OHNO2O2(i)=fTL4OHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TL4ONO2OOH + hv = TL4OHNO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'TL4ONO2OOH'; 
fTL4ONO2OOH(i)=fTL4ONO2OOH(i)-1; fTL4OHNO2O(i)=fTL4OHNO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TL4OHNO2O = CO2H3CHO + HO2 + CO + NO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'TL4OHNO2O'; 
fTL4OHNO2O(i)=fTL4OHNO2O(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYLOOH + OH = NDNPXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNPXYLOOH'; Gstr{i,2} = 'OH'; 
fNDNPXYLOOH(i)=fNDNPXYLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNPXYOLO2(i)=fNDNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYLOOH + hv = NDNPXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNPXYLOOH'; 
fNDNPXYLOOH(i)=fNDNPXYLOOH(i)-1; fNDNPXYOLO(i)=fNDNPXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPXYOLO = NC4MDCO2H + CH3COCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNPXYOLO'; 
fNDNPXYOLO(i)=fNDNPXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLOOH + OH = DNPXYOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNPXYOLOOH'; Gstr{i,2} = 'OH'; 
fDNPXYOLOOH(i)=fDNPXYOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNPXYOLO2(i)=fDNPXYOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLOOH + hv = DNPXYOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNPXYOLOOH'; 
fDNPXYOLOOH(i)=fDNPXYOLOOH(i)-1; fDNPXYOLO(i)=fDNPXYOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPXYOLO = NC4MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNPXYOLO'; 
fDNPXYOLO(i)=fDNPXYOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC8 + OH = CO23C3CHO + CO + CO + CH3CO3';
k(:,i) = 8.35e-11;
Gstr{i,1} = 'CO4DBC8'; Gstr{i,2} = 'OH'; 
fCO4DBC8(i)=fCO4DBC8(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC8 + hv = C5DBCO2CO3 + CH3CO3';
k(:,i) = J34;
Gstr{i,1} = 'CO4DBC8'; 
fCO4DBC8(i)=fCO4DBC8(i)-1; fC5DBCO2CO3(i)=fC5DBCO2CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC8 + hv = C5DBCO2CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO4DBC8'; 
fCO4DBC8(i)=fCO4DBC8(i)-1; fC5DBCO2CO3(i)=fC5DBCO2CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + HO2 = C6MOCOCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'HO2'; 
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6MOCOCO3H(i)=fC6MOCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + HO2 = DMKCOOH + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'HO2'; 
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + NO = DMKCOOH + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'NO'; 
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fNO(i)=fNO(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + NO2 = C6MOHCOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'NO2'; 
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC6MOHCOPAN(i)=fC6MOHCOPAN(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + NO3 = DMKCOOH + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'NO3'; 
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fNO3(i)=fNO3(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOCO3 + RO2 = DMKCOOH + HO2 + CO';
k(:,i) = 1.0e-11;
Gstr{i,1} = 'C6MOHCOCO3'; Gstr{i,2} = 'RO2';
fC6MOHCOCO3(i)=fC6MOHCOCO3(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBZLOOH + OH = NDNEBNZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNEBZLOOH'; Gstr{i,2} = 'OH'; 
fNDNEBZLOOH(i)=fNDNEBZLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNEBNZLO2(i)=fNDNEBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBZLOOH + hv = NDNEBNZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNEBZLOOH'; 
fNDNEBZLOOH(i)=fNDNEBZLOOH(i)-1; fNDNEBNZLO(i)=fNDNEBNZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNEBNZLO = NC4EDCO2H + HNO3 + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNEBNZLO'; 
fNDNEBNZLO(i)=fNDNEBNZLO(i)-1; fNC4EDCO2H(i)=fNC4EDCO2H(i)+1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLOOH + OH = DNEBNZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNEBNZLOOH'; Gstr{i,2} = 'OH'; 
fDNEBNZLOOH(i)=fDNEBNZLOOH(i)-1; fOH(i)=fOH(i)-1; fDNEBNZLO2(i)=fDNEBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLOOH + hv = DNEBNZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNEBNZLOOH'; 
fDNEBNZLOOH(i)=fDNEBNZLOOH(i)-1; fDNEBNZLO(i)=fDNEBNZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNEBNZLO = NC4EDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNEBNZLO'; 
fDNEBNZLO(i)=fDNEBNZLO(i)-1; fNC4EDCO2H(i)=fNC4EDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6ETCO4DB + OH = CO + CO + C2H5CO3 + C33CO';
k(:,i) = 9.76e-11;
Gstr{i,1} = 'C6ETCO4DB'; Gstr{i,2} = 'OH'; 
fC6ETCO4DB(i)=fC6ETCO4DB(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C6ETCO4DB + hv = C7CO2DBCO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6ETCO4DB'; 
fC6ETCO4DB(i)=fC6ETCO4DB(i)-1; fC7CO2DBCO3(i)=fC7CO2DBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + HO2 = C6134CO2OH + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'HO2'; 
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + HO2 = C7OHO2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'HO2'; 
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC7OHO2CO3H(i)=fC7OHO2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + NO = C6134CO2OH + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'NO'; 
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fNO(i)=fNO(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + NO2 = C7OHCO2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'NO2'; 
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC7OHCO2PAN(i)=fC7OHCO2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + NO3 = C6134CO2OH + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'NO3'; 
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fNO3(i)=fNO3(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2CO3 + RO2 = C6134CO2OH + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7OHCO2CO3'; Gstr{i,2} = 'RO2';
fC7OHCO2CO3(i)=fC7OHCO2CO3(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NC4EDCO2H + OH = NC4EDCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC4EDCO2H'; Gstr{i,2} = 'OH'; 
fNC4EDCO2H(i)=fNC4EDCO2H(i)-1; fOH(i)=fOH(i)-1; fNC4EDCO2(i)=fNC4EDCO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + HO2 = C2H5CO3 + CO + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'HO2'; 
fECO3CO3(i)=fECO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + HO2 = ECO3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'HO2'; 
fECO3CO3(i)=fECO3CO3(i)-1; fHO2(i)=fHO2(i)-1; fECO3CO3H(i)=fECO3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + NO = C2H5CO3 + CO + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'NO'; 
fECO3CO3(i)=fECO3CO3(i)-1; fNO(i)=fNO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + NO2 = ECO3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'NO2'; 
fECO3CO3(i)=fECO3CO3(i)-1; fNO2(i)=fNO2(i)-1; fECO3PAN(i)=fECO3PAN(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + NO3 = C2H5CO3 + CO + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'NO3'; 
fECO3CO3(i)=fECO3CO3(i)-1; fNO3(i)=fNO3(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3 + RO2 = C2H5CO3 + CO + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'ECO3CO3'; Gstr{i,2} = 'RO2';
fECO3CO3(i)=fECO3CO3(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBZLOOH + OH = NDNPBNZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNPBZLOOH'; Gstr{i,2} = 'OH'; 
fNDNPBZLOOH(i)=fNDNPBZLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNPBNZLO2(i)=fNDNPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBZLOOH + hv = NDNPBNZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNPBZLOOH'; 
fNDNPBZLOOH(i)=fNDNPBZLOOH(i)-1; fNDNPBNZLO(i)=fNDNPBNZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPBNZLO = NC4PDCO2H + HNO3 + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNPBNZLO'; 
fNDNPBNZLO(i)=fNDNPBNZLO(i)-1; fNC4PDCO2H(i)=fNC4PDCO2H(i)+1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLOOH + OH = DNPBNZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNPBNZLOOH'; Gstr{i,2} = 'OH'; 
fDNPBNZLOOH(i)=fDNPBNZLOOH(i)-1; fOH(i)=fOH(i)-1; fDNPBNZLO2(i)=fDNPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLOOH + hv = DNPBNZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNPBNZLOOH'; 
fDNPBNZLOOH(i)=fDNPBNZLOOH(i)-1; fDNPBNZLO(i)=fDNPBNZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPBNZLO = NC4PDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNPBNZLO'; 
fDNPBNZLO(i)=fDNPBNZLO(i)-1; fNC4PDCO2H(i)=fNC4PDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6PRCO4DB + OH = CO + CO + C3H7CO3 + C33CO';
k(:,i) = 9.92e-11;
Gstr{i,1} = 'C6PRCO4DB'; Gstr{i,2} = 'OH'; 
fC6PRCO4DB(i)=fC6PRCO4DB(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C6PRCO4DB + hv = C8CO2DBCO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6PRCO4DB'; 
fC6PRCO4DB(i)=fC6PRCO4DB(i)-1; fC8CO2DBCO3(i)=fC8CO2DBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + HO2 = C61CHO + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'HO2'; 
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + HO2 = C8OHO2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'HO2'; 
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC8OHO2CO3H(i)=fC8OHO2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + NO = C61CHO + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'NO'; 
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fNO(i)=fNO(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + NO2 = C8OHCO2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'NO2'; 
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC8OHCO2PAN(i)=fC8OHCO2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + NO3 = C61CHO + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'NO3'; 
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fNO3(i)=fNO3(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2CO3 + RO2 = C61CHO + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C8OHCO2CO3'; Gstr{i,2} = 'RO2';
fC8OHCO2CO3(i)=fC8OHCO2CO3(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NC4PDCO2H + OH = NC4PDCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC4PDCO2H'; Gstr{i,2} = 'OH'; 
fNC4PDCO2H(i)=fNC4PDCO2H(i)-1; fOH(i)=fOH(i)-1; fNC4PDCO2(i)=fNC4PDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3H + OH = C61CO3';
k(:,i) = 1.18e-11;
Gstr{i,1} = 'C61CO3H'; Gstr{i,2} = 'OH'; 
fC61CO3H(i)=fC61CO3H(i)-1; fOH(i)=fOH(i)-1; fC61CO3(i)=fC61CO3(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3H + hv = CO45C5CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C61CO3H'; 
fC61CO3H(i)=fC61CO3H(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3H + hv = CO45C5CHO + HO2 + OH';
k(:,i) = J35;
Gstr{i,1} = 'C61CO3H'; 
fC61CO3H(i)=fC61CO3H(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61CO3H + hv = CO45C5CHO + HO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C61CO3H'; 
fC61CO3H(i)=fC61CO3H(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C61CPAN + OH = CO45C5CHO + CO + NO2';
k(:,i) = 8.21e-12;
Gstr{i,1} = 'C61CPAN'; Gstr{i,2} = 'OH'; 
fC61CPAN(i)=fC61CPAN(i)-1; fOH(i)=fOH(i)-1; fCO45C5CHO(i)=fCO45C5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C61CPAN = C61CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C61CPAN'; 
fC61CPAN(i)=fC61CPAN(i)-1; fC61CO3(i)=fC61CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBLOOH + OH = NDNIPBZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNIPBLOOH'; Gstr{i,2} = 'OH'; 
fNDNIPBLOOH(i)=fNDNIPBLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNIPBZLO2(i)=fNDNIPBZLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBLOOH + hv = NDNIPBZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNIPBLOOH'; 
fNDNIPBLOOH(i)=fNDNIPBLOOH(i)-1; fNDNIPBZLO(i)=fNDNIPBZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNIPBZLO = NC4IPDCO2H + HNO3 + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNIPBZLO'; 
fNDNIPBZLO(i)=fNDNIPBZLO(i)-1; fNC4IPDCO2H(i)=fNC4IPDCO2H(i)+1; fHNO3(i)=fHNO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBZLOOH + OH = DNIPBNZLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNIPBZLOOH'; Gstr{i,2} = 'OH'; 
fDNIPBZLOOH(i)=fDNIPBZLOOH(i)-1; fOH(i)=fOH(i)-1; fDNIPBNZLO2(i)=fDNIPBNZLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBZLOOH + hv = DNIPBNZLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNIPBZLOOH'; 
fDNIPBZLOOH(i)=fDNIPBZLOOH(i)-1; fDNIPBNZLO(i)=fDNIPBNZLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNIPBNZLO = NC4IPDCO2H + HCOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNIPBNZLO'; 
fDNIPBNZLO(i)=fDNIPBNZLO(i)-1; fNC4IPDCO2H(i)=fNC4IPDCO2H(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6IPRCO4DB + OH = CO + CO + IPRCO3 + C33CO';
k(:,i) = 9.97e-11;
Gstr{i,1} = 'C6IPRCO4DB'; Gstr{i,2} = 'OH'; 
fC6IPRCO4DB(i)=fC6IPRCO4DB(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C6IPRCO4DB + hv = C8DBCO2CO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6IPRCO4DB'; 
fC6IPRCO4DB(i)=fC6IPRCO4DB(i)-1; fC8DBCO2CO3(i)=fC8DBCO2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + HO2 = C62CHO + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + HO2 = C8O2OHCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC8O2OHCO3H(i)=fC8O2OHCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + NO = C62CHO + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'NO'; 
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fNO(i)=fNO(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + NO2 = C8CO2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'NO2'; 
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC8CO2OHPAN(i)=fC8CO2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + NO3 = C62CHO + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'NO3'; 
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHCO3 + RO2 = C62CHO + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C8CO2OHCO3'; Gstr{i,2} = 'RO2';
fC8CO2OHCO3(i)=fC8CO2OHCO3(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NC4IPDCO2H + OH = NC4IPDCO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC4IPDCO2H'; Gstr{i,2} = 'OH'; 
fNC4IPDCO2H(i)=fNC4IPDCO2H(i)-1; fOH(i)=fOH(i)-1; fNC4IPDCO2(i)=fNC4IPDCO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3H + OH = C62CO3';
k(:,i) = 9.80e-12;
Gstr{i,1} = 'C62CO3H'; Gstr{i,2} = 'OH'; 
fC62CO3H(i)=fC62CO3H(i)-1; fOH(i)=fOH(i)-1; fC62CO3(i)=fC62CO3(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3H + hv = C45IC5CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C62CO3H'; 
fC62CO3H(i)=fC62CO3H(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3H + hv = C45IC5CHO + HO2 + OH';
k(:,i) = J35;
Gstr{i,1} = 'C62CO3H'; 
fC62CO3H(i)=fC62CO3H(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62CO3H + hv = C45IC5CHO + HO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C62CO3H'; 
fC62CO3H(i)=fC62CO3H(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C62CPAN + OH = C45IC5CHO + CO + NO2';
k(:,i) = 6.21e-12;
Gstr{i,1} = 'C62CPAN'; Gstr{i,2} = 'OH'; 
fC62CPAN(i)=fC62CPAN(i)-1; fOH(i)=fOH(i)-1; fC45IC5CHO(i)=fC45IC5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C62CPAN = C62CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C62CPAN'; 
fC62CPAN(i)=fC62CPAN(i)-1; fC62CO3(i)=fC62CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYO2 + HO2 = NDMMALYOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NDMMALYO2'; Gstr{i,2} = 'HO2'; 
fNDMMALYO2(i)=fNDMMALYO2(i)-1; fHO2(i)=fHO2(i)-1; fNDMMALYOOH(i)=fNDMMALYOOH(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYO2 + NO = NDMMALYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NDMMALYO2'; Gstr{i,2} = 'NO'; 
fNDMMALYO2(i)=fNDMMALYO2(i)-1; fNO(i)=fNO(i)-1; fNDMMALYO(i)=fNDMMALYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYO2 + NO3 = NDMMALYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NDMMALYO2'; Gstr{i,2} = 'NO3'; 
fNDMMALYO2(i)=fNDMMALYO2(i)-1; fNO3(i)=fNO3(i)-1; fNDMMALYO(i)=fNDMMALYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYO2 + RO2 = NDMMALYO';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'NDMMALYO2'; Gstr{i,2} = 'RO2';
fNDMMALYO2(i)=fNDMMALYO2(i)-1; fNDMMALYO(i)=fNDMMALYO(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO2 + HO2 = DMMALYOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'DMMALYO2'; Gstr{i,2} = 'HO2'; 
fDMMALYO2(i)=fDMMALYO2(i)-1; fHO2(i)=fHO2(i)-1; fDMMALYOOH(i)=fDMMALYOOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO2 + NO = DMMALYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'DMMALYO2'; Gstr{i,2} = 'NO'; 
fDMMALYO2(i)=fDMMALYO2(i)-1; fNO(i)=fNO(i)-1; fDMMALYO(i)=fDMMALYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO2 + NO3 = DMMALYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'DMMALYO2'; Gstr{i,2} = 'NO3'; 
fDMMALYO2(i)=fDMMALYO2(i)-1; fNO3(i)=fNO3(i)-1; fDMMALYO(i)=fDMMALYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO2 + RO2 = DMMALYO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'DMMALYO2'; Gstr{i,2} = 'RO2';
fDMMALYO2(i)=fDMMALYO2(i)-1; fDMMALYO(i)=fDMMALYO(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO2 + RO2 = DMMALYOH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'DMMALYO2'; Gstr{i,2} = 'RO2';
fDMMALYO2(i)=fDMMALYO2(i)-1; fDMMALYOH(i)=fDMMALYOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123OOH + OH = NDNT123LO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNT123OOH'; Gstr{i,2} = 'OH'; 
fNDNT123OOH(i)=fNDNT123OOH(i)-1; fOH(i)=fOH(i)-1; fNDNT123LO2(i)=fNDNT123LO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123OOH + hv = NDNT123LO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNT123OOH'; 
fNDNT123OOH(i)=fNDNT123OOH(i)-1; fNDNT123LO(i)=fNDNT123LO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNT123LO = NC5MDCO2H + CH3COCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNT123LO'; 
fNDNT123LO(i)=fNDNT123LO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LOOH + OH = DNT123LO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNT123LOOH'; Gstr{i,2} = 'OH'; 
fDNT123LOOH(i)=fDNT123LOOH(i)-1; fOH(i)=fOH(i)-1; fDNT123LO2(i)=fDNT123LO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LOOH + hv = DNT123LO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNT123LOOH'; 
fDNT123LOOH(i)=fDNT123LOOH(i)-1; fDNT123LO(i)=fDNT123LO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNT123LO = NC5MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNT123LO'; 
fDNT123LO(i)=fDNT123LO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC5MDCO2H + OH = CO + NO2 + BIACET';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NC5MDCO2H'; Gstr{i,2} = 'OH'; 
fNC5MDCO2H(i)=fNC5MDCO2H(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'TM124NOOH + OH = TM124NO2O2';
k(:,i) = 1.50e-10;
Gstr{i,1} = 'TM124NOOH'; Gstr{i,2} = 'OH'; 
fTM124NOOH(i)=fTM124NOOH(i)-1; fOH(i)=fOH(i)-1; fTM124NO2O2(i)=fTM124NO2O2(i)+1; 

i=i+1;
Rnames{i} = 'TM124NOOH + hv = TM124NO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'TM124NOOH'; 
fTM124NOOH(i)=fTM124NOOH(i)-1; fTM124NO2O(i)=fTM124NO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'TM124NO2O = C5DBCOCO2H + CO + HO2 + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'TM124NO2O'; 
fTM124NO2O(i)=fTM124NO2O(i)-1; fC5DBCOCO2H(i)=fC5DBCOCO2H(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124OOH + OH = NDNT124LO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNT124OOH'; Gstr{i,2} = 'OH'; 
fNDNT124OOH(i)=fNDNT124OOH(i)-1; fOH(i)=fOH(i)-1; fNDNT124LO2(i)=fNDNT124LO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124OOH + hv = NDNT124LO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNT124OOH'; 
fNDNT124OOH(i)=fNDNT124OOH(i)-1; fNDNT124LO(i)=fNDNT124LO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNT124LO = NC5MDCO2H + CH3COCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNT124LO'; 
fNDNT124LO(i)=fNDNT124LO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LOOH + OH = DNT124LO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNT124LOOH'; Gstr{i,2} = 'OH'; 
fDNT124LOOH(i)=fDNT124LOOH(i)-1; fOH(i)=fOH(i)-1; fDNT124LO2(i)=fDNT124LO2(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LOOH + hv = DNT124LO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNT124LOOH'; 
fDNT124LOOH(i)=fDNT124LOOH(i)-1; fDNT124LO(i)=fDNT124LO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNT124LO = NC5MDCO2H + CH3COCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNT124LO'; 
fDNT124LO(i)=fDNT124LO(i)-1; fNC5MDCO2H(i)=fNC5MDCO2H(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC9 + OH = C5CO234 + CH3CO3 + CO + CO';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'CO4DBC9'; Gstr{i,2} = 'OH'; 
fCO4DBC9(i)=fCO4DBC9(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC9 + hv = C4DBM2CO3 + CH3CO3';
k(:,i) = J34;
Gstr{i,1} = 'CO4DBC9'; 
fCO4DBC9(i)=fCO4DBC9(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO4DBC9 + hv = C4DBM2CO3 + CH3CO3';
k(:,i) = J35;
Gstr{i,1} = 'CO4DBC9'; 
fCO4DBC9(i)=fCO4DBC9(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + HO2 = C7MOCOCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'HO2'; 
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7MOCOCO3H(i)=fC7MOCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + HO2 = DMKCOOH + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'HO2'; 
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + NO = DMKCOOH + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'NO'; 
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fNO(i)=fNO(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + NO2 = C7MOHCOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'NO2'; 
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7MOHCOPAN(i)=fC7MOHCOPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + NO3 = DMKCOOH + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'NO3'; 
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fNO3(i)=fNO3(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOCO3 + RO2 = DMKCOOH + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7MOHCOCO3'; Gstr{i,2} = 'RO2';
fC7MOHCOCO3(i)=fC7MOHCOCO3(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'MXOHNO2OOH + OH = MXYOHNO2O2';
k(:,i) = 1.50e-10;
Gstr{i,1} = 'MXOHNO2OOH'; Gstr{i,2} = 'OH'; 
fMXOHNO2OOH(i)=fMXOHNO2OOH(i)-1; fOH(i)=fOH(i)-1; fMXYOHNO2O2(i)=fMXYOHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'MXOHNO2OOH + hv = MXYOHNO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'MXOHNO2OOH'; 
fMXOHNO2OOH(i)=fMXOHNO2OOH(i)-1; fMXYOHNO2O(i)=fMXYOHNO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MXYOHNO2O = C5CODBCO2H + CO + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MXYOHNO2O'; 
fMXYOHNO2O(i)=fMXYOHNO2O(i)-1; fC5CODBCO2H(i)=fC5CODBCO2H(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETLOOH + OH = NDNOETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNOETLOOH'; Gstr{i,2} = 'OH'; 
fNDNOETLOOH(i)=fNDNOETLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNOETOLO2(i)=fNDNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETLOOH + hv = NDNOETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNOETLOOH'; 
fNDNOETLOOH(i)=fNDNOETLOOH(i)-1; fNDNOETOLO(i)=fNDNOETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNOETOLO = NC4MDCO2H + ECOCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNOETOLO'; 
fNDNOETOLO(i)=fNDNOETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLOOH + OH = DNOETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNOETOLOOH'; Gstr{i,2} = 'OH'; 
fDNOETOLOOH(i)=fDNOETOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNOETOLO2(i)=fDNOETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLOOH + hv = DNOETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNOETOLOOH'; 
fDNOETOLOOH(i)=fDNOETOLOOH(i)-1; fDNOETOLO(i)=fDNOETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNOETOLO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNOETOLO'; 
fDNOETOLO(i)=fDNOETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4MEDB + OH = C5CO23CHO + CO + CO + CH3CO3';
k(:,i) = 1.17e-10;
Gstr{i,1} = 'C6CO4MEDB'; Gstr{i,2} = 'OH'; 
fC6CO4MEDB(i)=fC6CO4MEDB(i)-1; fOH(i)=fOH(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO4MEDB + hv = C4DBMECO3 + HO2 + CO';
k(:,i) = J34.*2;
Gstr{i,1} = 'C6CO4MEDB'; 
fC6CO4MEDB(i)=fC6CO4MEDB(i)-1; fC4DBMECO3(i)=fC4DBMECO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + HO2 = C5MEJCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'HO2'; 
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5MEJCO3H(i)=fC5MEJCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + HO2 = C6134CO2OH + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'HO2'; 
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + NO = C6134CO2OH + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'NO'; 
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fNO(i)=fNO(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + NO2 = C5MEJPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'NO2'; 
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5MEJPAN(i)=fC5MEJPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + NO3 = C6134CO2OH + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'NO3'; 
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fNO3(i)=fNO3(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3 + RO2 = C6134CO2OH + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5MEJCO3'; Gstr{i,2} = 'RO2';
fC5MEJCO3(i)=fC5MEJCO3(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETLOOH + OH = NDNMETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNMETLOOH'; Gstr{i,2} = 'OH'; 
fNDNMETLOOH(i)=fNDNMETLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNMETOLO2(i)=fNDNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETLOOH + hv = NDNMETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNMETLOOH'; 
fNDNMETLOOH(i)=fNDNMETLOOH(i)-1; fNDNMETOLO(i)=fNDNMETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNMETOLO = NC4MDCO2H + ECOCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNMETOLO'; 
fNDNMETOLO(i)=fNDNMETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLOOH + OH = DNMETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNMETOLOOH'; Gstr{i,2} = 'OH'; 
fDNMETOLOOH(i)=fDNMETOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNMETOLO2(i)=fDNMETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLOOH + hv = DNMETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNMETOLOOH'; 
fDNMETOLOOH(i)=fDNMETOLOOH(i)-1; fDNMETOLO(i)=fDNMETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNMETOLO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNMETOLO'; 
fDNMETOLO(i)=fDNMETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO4EDB + OH = C2H5CO3 + CO + CH3CO3 + C33CO';
k(:,i) = 8.52e-11;
Gstr{i,1} = 'C7CO4EDB'; Gstr{i,2} = 'OH'; 
fC7CO4EDB(i)=fC7CO4EDB(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO4EDB + hv = C5DBECO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C7CO4EDB'; 
fC7CO4EDB(i)=fC7CO4EDB(i)-1; fC5DBECO3(i)=fC5DBECO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7CO4EDB + hv = C5DBECO3 + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C7CO4EDB'; 
fC7CO4EDB(i)=fC7CO4EDB(i)-1; fC5DBECO3(i)=fC5DBECO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + HO2 = C5CO3OH + C2H5CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + HO2 = C6EO2HCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'HO2'; 
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fHO2(i)=fHO2(i)-1; fC6EO2HCO3H(i)=fC6EO2HCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + NO = C5CO3OH + C2H5CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'NO'; 
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fNO(i)=fNO(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + NO2 = C6EO2OHPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'NO2'; 
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fNO2(i)=fNO2(i)-1; fC6EO2OHPAN(i)=fC6EO2OHPAN(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + NO3 = C5CO3OH + C2H5CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'NO3'; 
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHCO3 + RO2 = C5CO3OH + C2H5CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C6EO2OHCO3'; Gstr{i,2} = 'RO2';
fC6EO2OHCO3(i)=fC6EO2OHCO3(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETLOOH + OH = NDNPETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'NDNPETLOOH'; Gstr{i,2} = 'OH'; 
fNDNPETLOOH(i)=fNDNPETLOOH(i)-1; fOH(i)=fOH(i)-1; fNDNPETOLO2(i)=fNDNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETLOOH + hv = NDNPETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDNPETLOOH'; 
fNDNPETLOOH(i)=fNDNPETLOOH(i)-1; fNDNPETOLO(i)=fNDNPETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDNPETOLO = NC4MDCO2H + ECOCO2H + NO2 + HNO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NDNPETOLO'; 
fNDNPETOLO(i)=fNDNPETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLOOH + OH = DNPETOLO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'DNPETOLOOH'; Gstr{i,2} = 'OH'; 
fDNPETOLOOH(i)=fDNPETOLOOH(i)-1; fOH(i)=fOH(i)-1; fDNPETOLO2(i)=fDNPETOLO2(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLOOH + hv = DNPETOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DNPETOLOOH'; 
fDNPETOLOOH(i)=fDNPETOLOOH(i)-1; fDNPETOLO(i)=fDNPETOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNPETOLO = NC4MDCO2H + ECOCO2H + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'DNPETOLO'; 
fDNPETOLO(i)=fDNPETOLO(i)-1; fNC4MDCO2H(i)=fNC4MDCO2H(i)+1; fECOCO2H(i)=fECOCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7ECO4DB + OH = C5CO23CHO + CO + CH3CO3 + HO2 + CO';
k(:,i) = 8.52e-11;
Gstr{i,1} = 'C7ECO4DB'; Gstr{i,2} = 'OH'; 
fC7ECO4DB(i)=fC7ECO4DB(i)-1; fOH(i)=fOH(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7ECO4DB + hv = C5EDBCO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C7ECO4DB'; 
fC7ECO4DB(i)=fC7ECO4DB(i)-1; fC5EDBCO3(i)=fC5EDBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7ECO4DB + hv = C5EDBCO3 + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C7ECO4DB'; 
fC7ECO4DB(i)=fC7ECO4DB(i)-1; fC5EDBCO3(i)=fC5EDBCO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + HO2 = C7EDCCO + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'HO2'; 
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + HO2 = C7MJPCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'HO2'; 
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7MJPCO3H(i)=fC7MJPCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + NO = C7EDCCO + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'NO'; 
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fNO(i)=fNO(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + NO2 = C7MJPPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'NO2'; 
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7MJPPAN(i)=fC7MJPPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + NO3 = C7EDCCO + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'NO3'; 
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fNO3(i)=fNO3(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3 + RO2 = C7EDCCO + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7MJPCO3'; Gstr{i,2} = 'RO2';
fC7MJPCO3(i)=fC7MJPCO3(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + HO2 = C23O3ECO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'HO2'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3ECO2H(i)=fC23O3ECO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + HO2 = C23O3ECO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'HO2'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3ECO3H(i)=fC23O3ECO3H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + HO2 = C23O3EO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'HO2'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fHO2(i)=fHO2(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + NO = C23O3EO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'NO'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fNO(i)=fNO(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + NO2 = C23O3ECPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'NO2'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fNO2(i)=fNO2(i)-1; fC23O3ECPAN(i)=fC23O3ECPAN(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + NO3 = C23O3EO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'NO3'; 
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fNO3(i)=fNO3(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + RO2 = C23O3ECO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'RO2';
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fC23O3ECO2H(i)=fC23O3ECO2H(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3 + RO2 = C23O3EO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C23O3ECO3'; Gstr{i,2} = 'RO2';
fC23O3ECO3(i)=fC23O3ECO3(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCOOH + OH = CO356OCO2';
k(:,i) = 1.65e-11;
Gstr{i,1} = 'CO356OCOOH'; Gstr{i,2} = 'OH'; 
fCO356OCOOH(i)=fCO356OCOOH(i)-1; fOH(i)=fOH(i)-1; fCO356OCO2(i)=fCO356OCO2(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCOOH + hv = CO356OCO + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO356OCOOH'; 
fCO356OCOOH(i)=fCO356OCOOH(i)-1; fCO356OCO(i)=fCO356OCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO356OCO = CH3CHO + CO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'CO356OCO'; 
fCO356OCO(i)=fCO356OCO(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'EMPOHNO2O2 + HO2 = EMPONO2OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'EMPOHNO2O2'; Gstr{i,2} = 'HO2'; 
fEMPOHNO2O2(i)=fEMPOHNO2O2(i)-1; fHO2(i)=fHO2(i)-1; fEMPONO2OOH(i)=fEMPONO2OOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPOHNO2O2 + NO = EMPOHNO2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EMPOHNO2O2'; Gstr{i,2} = 'NO'; 
fEMPOHNO2O2(i)=fEMPOHNO2O2(i)-1; fNO(i)=fNO(i)-1; fEMPOHNO2O(i)=fEMPOHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPOHNO2O2 + NO3 = EMPOHNO2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EMPOHNO2O2'; Gstr{i,2} = 'NO3'; 
fEMPOHNO2O2(i)=fEMPOHNO2O2(i)-1; fNO3(i)=fNO3(i)-1; fEMPOHNO2O(i)=fEMPOHNO2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPOHNO2O2 + RO2 = EMPOHNO2O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'EMPOHNO2O2'; Gstr{i,2} = 'RO2';
fEMPOHNO2O2(i)=fEMPOHNO2O2(i)-1; fEMPOHNO2O(i)=fEMPOHNO2O(i)+1; 

i=i+1;
Rnames{i} = 'C531OOH + OH = C531CO + OH';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'C531OOH'; Gstr{i,2} = 'OH'; 
fC531OOH(i)=fC531OOH(i)-1; fOH(i)=fOH(i)-1; fC531CO(i)=fC531CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C531OOH + hv = C531O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C531OOH'; 
fC531OOH(i)=fC531OOH(i)-1; fC531O(i)=fC531O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C531OOH + hv = C531O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C531OOH'; 
fC531OOH(i)=fC531OOH(i)-1; fC531O(i)=fC531O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C531O = C31CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C531O'; 
fC531O(i)=fC531O(i)-1; fC31CO3(i)=fC31CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C532CO + OH = C533O2';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'C532CO'; Gstr{i,2} = 'OH'; 
fC532CO(i)=fC532CO(i)-1; fOH(i)=fOH(i)-1; fC533O2(i)=fC533O2(i)+1; 

i=i+1;
Rnames{i} = 'C532CO + hv = C31CO3 + CH3O2';
k(:,i) = J22;
Gstr{i,1} = 'C532CO'; 
fC532CO(i)=fC532CO(i)-1; fC31CO3(i)=fC31CO3(i)+1; fCH3O2(i)=fCH3O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNCO2H = MACRNB + NO2';
k(:,i) = 1.66e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNCO2H'; 
fOH(i)=fOH(i)-1; fINCNCO2H(i)=fINCNCO2H(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INCNCO3H + hv = MACRNB + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'INCNCO3H'; 
fINCNCO3H(i)=fINCNCO3H(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNCO3H = INCNCO3';
k(:,i) = 4.74e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNCO3H'; 
fOH(i)=fOH(i)-1; fINCNCO3H(i)=fINCNCO3H(i)-1; fINCNCO3(i)=fINCNCO3(i)+1; 

i=i+1;
Rnames{i} = 'INCNPAN = INCNCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INCNPAN'; 
fINCNPAN(i)=fINCNPAN(i)-1; fINCNCO3(i)=fINCNCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INCNPAN = MACRNB + NO2 + NO3';
k(:,i) = 1.14e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INCNPAN'; 
fOH(i)=fOH(i)-1; fINCNPAN(i)=fINCNPAN(i)-1; fMACRNB(i)=fMACRNB(i)+1; fNO2(i)=fNO2(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'IEACO3H + hv = HMVKBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IEACO3H'; 
fIEACO3H(i)=fIEACO3H(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEACO3H = IEACO3';
k(:,i) = 4.81e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEACO3H'; 
fOH(i)=fOH(i)-1; fIEACO3H(i)=fIEACO3H(i)-1; fIEACO3(i)=fIEACO3(i)+1; 

i=i+1;
Rnames{i} = 'IEAPAN = IEACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IEAPAN'; 
fIEAPAN(i)=fIEAPAN(i)-1; fIEACO3(i)=fIEACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IEAPAN = HMVKBO2 + CO + NO2';
k(:,i) = 1.21e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IEAPAN'; 
fOH(i)=fOH(i)-1; fIEAPAN(i)=fIEAPAN(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + HO2 = C47CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'HO2'; 
fC47CO3(i)=fC47CO3(i)-1; fHO2(i)=fHO2(i)-1; fC47CO3H(i)=fC47CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + HO2 = CO2N3CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'HO2'; 
fC47CO3(i)=fC47CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + NO = CO2N3CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'NO'; 
fC47CO3(i)=fC47CO3(i)-1; fNO(i)=fNO(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + NO2 = C47PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'NO2'; 
fC47CO3(i)=fC47CO3(i)-1; fNO2(i)=fNO2(i)-1; fC47PAN(i)=fC47PAN(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + NO3 = CO2N3CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.6;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'NO3'; 
fC47CO3(i)=fC47CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3 + RO2 = CO2N3CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C47CO3'; Gstr{i,2} = 'RO2';
fC47CO3(i)=fC47CO3(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + HO2 = INB1HPCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'HO2'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1HPCO2H(i)=fINB1HPCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + HO2 = INB1HPCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'HO2'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1HPCO3H(i)=fINB1HPCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + HO2 = MACRNO3 + OH + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'HO2'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + NO = MACRNO3 + OH + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'NO'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fNO(i)=fNO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + NO2 = INB1HPPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'NO2'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fNO2(i)=fNO2(i)-1; fINB1HPPAN(i)=fINB1HPPAN(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + NO3 = MACRNO3 + OH + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'NO3'; 
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fNO3(i)=fNO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + RO2 = INB1HPCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'RO2';
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fINB1HPCO2H(i)=fINB1HPCO2H(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3 + RO2 = MACRNO3 + OH';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INB1HPCO3'; Gstr{i,2} = 'RO2';
fINB1HPCO3(i)=fINB1HPCO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + HO2 = INB1NACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'HO2'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1NACO2H(i)=fINB1NACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + HO2 = INB1NACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'HO2'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1NACO3H(i)=fINB1NACO3H(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + HO2 = MACRNO3 + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'HO2'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fHO2(i)=fHO2(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + NO = MACRNO3 + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'NO'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fNO(i)=fNO(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + NO2 = INB1NAPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'NO2'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fNO2(i)=fNO2(i)-1; fINB1NAPAN(i)=fINB1NAPAN(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + NO3 = MACRNO3 + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'NO3'; 
fINB1NACO3(i)=fINB1NACO3(i)-1; fNO3(i)=fNO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + RO2 = INB1NACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'RO2';
fINB1NACO3(i)=fINB1NACO3(i)-1; fINB1NACO2H(i)=fINB1NACO2H(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3 + RO2 = MACRNO3 + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INB1NACO3'; Gstr{i,2} = 'RO2';
fINB1NACO3(i)=fINB1NACO3(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + HO2 = INB1NBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'HO2'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1NBCO2H(i)=fINB1NBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + HO2 = INB1NBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'HO2'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fHO2(i)=fHO2(i)-1; fINB1NBCO3H(i)=fINB1NBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + HO2 = MVKNO3 + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'HO2'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + NO = MVKNO3 + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'NO'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fNO(i)=fNO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + NO2 = INB1NBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'NO2'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fNO2(i)=fNO2(i)-1; fINB1NBPAN(i)=fINB1NBPAN(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + NO3 = MVKNO3 + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'NO3'; 
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fNO3(i)=fNO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + RO2 = INB1NBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'RO2';
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fINB1NBCO2H(i)=fINB1NBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3 + RO2 = MVKNO3 + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INB1NBCO3'; Gstr{i,2} = 'RO2';
fINB1NBCO3(i)=fINB1NBCO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IECCO3H + hv = MACRO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'IECCO3H'; 
fIECCO3H(i)=fIECCO3H(i)-1; fMACRO2(i)=fMACRO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + IECCO3H = IECCO3';
k(:,i) = 1.04e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IECCO3H'; 
fOH(i)=fOH(i)-1; fIECCO3H(i)=fIECCO3H(i)-1; fIECCO3(i)=fIECCO3(i)+1; 

i=i+1;
Rnames{i} = 'IECPAN = IECCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'IECPAN'; 
fIECPAN(i)=fIECPAN(i)-1; fIECCO3(i)=fIECCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + IECPAN = MACRO2 + CO + NO2';
k(:,i) = 6.80e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'IECPAN'; 
fOH(i)=fOH(i)-1; fIECPAN(i)=fIECPAN(i)-1; fMACRO2(i)=fMACRO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3H + OH = HPC52CO3';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'HPC52CO3H'; Gstr{i,2} = 'OH'; 
fHPC52CO3H(i)=fHPC52CO3H(i)-1; fOH(i)=fOH(i)-1; fHPC52CO3(i)=fHPC52CO3(i)+1; 

i=i+1;
Rnames{i} = 'HPC52CO3H + hv = HO2 + DHPMPAL + OH';
k(:,i) = J41.*3;
Gstr{i,1} = 'HPC52CO3H'; 
fHPC52CO3H(i)=fHPC52CO3H(i)-1; fHO2(i)=fHO2(i)+1; fDHPMPAL(i)=fDHPMPAL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HPC52PAN + OH = DHPMPAL + CO + NO2';
k(:,i) = 2.33e-11;
Gstr{i,1} = 'HPC52PAN'; Gstr{i,2} = 'OH'; 
fHPC52PAN(i)=fHPC52PAN(i)-1; fOH(i)=fOH(i)-1; fDHPMPAL(i)=fDHPMPAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HPC52PAN = HPC52CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HPC52PAN'; 
fHPC52PAN(i)=fHPC52PAN(i)-1; fHPC52CO3(i)=fHPC52CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3H + OH = INDHCO3';
k(:,i) = 5.66e-12;
Gstr{i,1} = 'INDHCO3H'; Gstr{i,2} = 'OH'; 
fINDHCO3H(i)=fINDHCO3H(i)-1; fOH(i)=fOH(i)-1; fINDHCO3(i)=fINDHCO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHCO3H + hv = MVKNO3 + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'INDHCO3H'; 
fINDHCO3H(i)=fINDHCO3H(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPAN + OH = MVKNO3 + NO3';
k(:,i) = 1.96e-12;
Gstr{i,1} = 'INDHPAN'; Gstr{i,2} = 'OH'; 
fINDHPAN(i)=fINDHPAN(i)-1; fOH(i)=fOH(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHPAN = INDHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INDHPAN'; 
fINDHPAN(i)=fINDHPAN(i)-1; fINDHCO3(i)=fINDHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + HO2 = CONM2CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'HO2'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fHO2(i)=fHO2(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + HO2 = MMALNACO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'HO2'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fHO2(i)=fHO2(i)-1; fMMALNACO2H(i)=fMMALNACO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + HO2 = MMALNACO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'HO2'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fHO2(i)=fHO2(i)-1; fMMALNACO3H(i)=fMMALNACO3H(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + NO = CONM2CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'NO'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fNO(i)=fNO(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + NO2 = MMALNAPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'NO2'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fNO2(i)=fNO2(i)-1; fMMALNAPAN(i)=fMMALNAPAN(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + NO3 = CONM2CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'NO3'; 
fMMALNACO3(i)=fMMALNACO3(i)-1; fNO3(i)=fNO3(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + RO2 = CONM2CHO + HO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'RO2';
fMMALNACO3(i)=fMMALNACO3(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3 + RO2 = MMALNACO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MMALNACO3'; Gstr{i,2} = 'RO2';
fMMALNACO3(i)=fMMALNACO3(i)-1; fMMALNACO2H(i)=fMMALNACO2H(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + HO2 = CO2H3CHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'HO2'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + HO2 = MMALNBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'HO2'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMMALNBCO2H(i)=fMMALNBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + HO2 = MMALNBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'HO2'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fHO2(i)=fHO2(i)-1; fMMALNBCO3H(i)=fMMALNBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + NO = CO2H3CHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'NO'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fNO(i)=fNO(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + NO2 = MMALNBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'NO2'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fNO2(i)=fNO2(i)-1; fMMALNBPAN(i)=fMMALNBPAN(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + NO3 = CO2H3CHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'NO3'; 
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fNO3(i)=fNO3(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + RO2 = CO2H3CHO + NO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'RO2';
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3 + RO2 = MMALNBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'MMALNBCO3'; Gstr{i,2} = 'RO2';
fMMALNBCO3(i)=fMMALNBCO3(i)-1; fMMALNBCO2H(i)=fMMALNBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO2H + OH = MMALNBCO2H + HO2';
k(:,i) = 6.52e-12;
Gstr{i,1} = 'C57NO3CO2H'; Gstr{i,2} = 'OH'; 
fC57NO3CO2H(i)=fC57NO3CO2H(i)-1; fOH(i)=fOH(i)-1; fMMALNBCO2H(i)=fMMALNBCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3H + OH = C57NO3CO3';
k(:,i) = 6.52e-12.*0.39;
Gstr{i,1} = 'C57NO3CO3H'; Gstr{i,2} = 'OH'; 
fC57NO3CO3H(i)=fC57NO3CO3H(i)-1; fOH(i)=fOH(i)-1; fC57NO3CO3(i)=fC57NO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3H + OH = MMALNBCO3H + HO2';
k(:,i) = 6.52e-12.*0.61;
Gstr{i,1} = 'C57NO3CO3H'; Gstr{i,2} = 'OH'; 
fC57NO3CO3H(i)=fC57NO3CO3H(i)-1; fOH(i)=fOH(i)-1; fMMALNBCO3H(i)=fMMALNBCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3CO3H + hv = HO12CO3C4 + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C57NO3CO3H'; 
fC57NO3CO3H(i)=fC57NO3CO3H(i)-1; fHO12CO3C4(i)=fHO12CO3C4(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3PAN + OH = MMALNBPAN + HO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'C57NO3PAN'; Gstr{i,2} = 'OH'; 
fC57NO3PAN(i)=fC57NO3PAN(i)-1; fOH(i)=fOH(i)-1; fMMALNBPAN(i)=fMMALNBPAN(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C57NO3PAN = C57NO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C57NO3PAN'; 
fC57NO3PAN(i)=fC57NO3PAN(i)-1; fC57NO3CO3(i)=fC57NO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + HO2 = INDHPCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'HO2'; 
fINDHPCO3(i)=fINDHPCO3(i)-1; fHO2(i)=fHO2(i)-1; fINDHPCO3H(i)=fINDHPCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + HO2 = MVKNO3 + OH + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'HO2'; 
fINDHPCO3(i)=fINDHPCO3(i)-1; fHO2(i)=fHO2(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + NO = MVKNO3 + OH + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'NO'; 
fINDHPCO3(i)=fINDHPCO3(i)-1; fNO(i)=fNO(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + NO2 = INDHPPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'NO2'; 
fINDHPCO3(i)=fINDHPCO3(i)-1; fNO2(i)=fNO2(i)-1; fINDHPPAN(i)=fINDHPPAN(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + NO3 = MVKNO3 + OH + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'NO3'; 
fINDHPCO3(i)=fINDHPCO3(i)-1; fNO3(i)=fNO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3 + RO2 = MVKNO3 + OH';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'INDHPCO3'; Gstr{i,2} = 'RO2';
fINDHPCO3(i)=fINDHPCO3(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO2H + hv = HMVKANO3 + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'INAHPCO2H'; 
fINAHPCO2H(i)=fINAHPCO2H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHPCO2H = HMVKANO3 + OH';
k(:,i) = 6.50e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHPCO2H'; 
fOH(i)=fOH(i)-1; fINAHPCO2H(i)=fINAHPCO2H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INAHPCO3H + hv = HMVKANO3 + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'INAHPCO3H'; 
fINAHPCO3H(i)=fINAHPCO3H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHPCO3H = INAHPCO3';
k(:,i) = 9.58e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHPCO3H'; 
fOH(i)=fOH(i)-1; fINAHPCO3H(i)=fINAHPCO3H(i)-1; fINAHPCO3(i)=fINAHPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INAHPPAN = INAHPCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INAHPPAN'; 
fINAHPPAN(i)=fINAHPPAN(i)-1; fINAHPCO3(i)=fINAHPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHPPAN + hv = INAHPCO3 + NO2';
k(:,i) = J41;
Gstr{i,1} = 'INAHPPAN'; 
fINAHPPAN(i)=fINAHPPAN(i)-1; fINAHPCO3(i)=fINAHPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHPPAN = HMVKANO3 + OH + CO + NO2';
k(:,i) = 5.98e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHPPAN'; 
fOH(i)=fOH(i)-1; fINAHPPAN(i)=fINAHPPAN(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fOH(i)=fOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCO2H = HMVKANO3 + NO2';
k(:,i) = 1.36e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCO2H'; 
fOH(i)=fOH(i)-1; fINANCO2H(i)=fINANCO2H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCO3H + hv = HMVKANO3 + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'INANCO3H'; 
fINANCO3H(i)=fINANCO3H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCO3H = INANCO3';
k(:,i) = 4.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCO3H'; 
fOH(i)=fOH(i)-1; fINANCO3H(i)=fINANCO3H(i)-1; fINANCO3(i)=fINANCO3(i)+1; 

i=i+1;
Rnames{i} = 'INANPAN = INANCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INANPAN'; 
fINANPAN(i)=fINANPAN(i)-1; fINANCO3(i)=fINANCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANPAN = HMVKANO3 + NO2 + CO + NO2';
k(:,i) = 4.85e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANPAN'; 
fOH(i)=fOH(i)-1; fINANPAN(i)=fINANPAN(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + HO2 = INANCOCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'HO2'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fINANCOCO2H(i)=fINANCOCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + HO2 = INANCOCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'HO2'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fINANCOCO3H(i)=fINANCOCO3H(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + HO2 = NO2 + CO23C4NO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'HO2'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fHO2(i)=fHO2(i)-1; fNO2(i)=fNO2(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + NO = NO2 + CO23C4NO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'NO'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fNO(i)=fNO(i)-1; fNO2(i)=fNO2(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + NO2 = INANCOPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'NO2'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fNO2(i)=fNO2(i)-1; fINANCOPAN(i)=fINANCOPAN(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + NO3 = NO2 + CO23C4NO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'NO3'; 
fINANCOCO3(i)=fINANCOCO3(i)-1; fNO3(i)=fNO3(i)-1; fNO2(i)=fNO2(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + RO2 = INANCOCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'RO2';
fINANCOCO3(i)=fINANCOCO3(i)-1; fINANCOCO2H(i)=fINANCOCO2H(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3 + RO2 = NO2 + CO23C4NO3';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'INANCOCO3'; Gstr{i,2} = 'RO2';
fINANCOCO3(i)=fINANCOCO3(i)-1; fNO2(i)=fNO2(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHCO2H = HMVKANO3 + HO2';
k(:,i) = 3.04e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHCO2H'; 
fOH(i)=fOH(i)-1; fINAHCO2H(i)=fINAHCO2H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'INAHCO3H + hv = HMVKANO3 + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'INAHCO3H'; 
fINAHCO3H(i)=fINAHCO3H(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHCO3H = INAHCO3';
k(:,i) = 6.12e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHCO3H'; 
fOH(i)=fOH(i)-1; fINAHCO3H(i)=fINAHCO3H(i)-1; fINAHCO3(i)=fINAHCO3(i)+1; 

i=i+1;
Rnames{i} = 'INAHPAN = INAHPCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INAHPAN'; 
fINAHPAN(i)=fINAHPAN(i)-1; fINAHPCO3(i)=fINAHPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INAHPAN = HMVKANO3 + HO2 + CO + NO2';
k(:,i) = 2.52e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INAHPAN'; 
fOH(i)=fOH(i)-1; fINAHPAN(i)=fINAHPAN(i)-1; fHMVKANO3(i)=fHMVKANO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO2H + OH = CONM2CHO + HO2';
k(:,i) = 4.93e-12;
Gstr{i,1} = 'MMALNACO2H'; Gstr{i,2} = 'OH'; 
fMMALNACO2H(i)=fMMALNACO2H(i)-1; fOH(i)=fOH(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO2H + hv = MGLYOX + NO2 + HCOCO2H + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'MMALNACO2H'; 
fMMALNACO2H(i)=fMMALNACO2H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3H + OH = MMALNACO3';
k(:,i) = 8.01e-12;
Gstr{i,1} = 'MMALNACO3H'; Gstr{i,2} = 'OH'; 
fMMALNACO3H(i)=fMMALNACO3H(i)-1; fOH(i)=fOH(i)-1; fMMALNACO3(i)=fMMALNACO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNACO3H + hv = MGLYOX + NO2 + HCOCO3H + HO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'MMALNACO3H'; 
fMMALNACO3H(i)=fMMALNACO3H(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fNO2(i)=fNO2(i)+1; fHCOCO3H(i)=fHCOCO3H(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNAPAN + OH = CONM2CHO + HO2 + NO3';
k(:,i) = 4.41e-12;
Gstr{i,1} = 'MMALNAPAN'; Gstr{i,2} = 'OH'; 
fMMALNAPAN(i)=fMMALNAPAN(i)-1; fOH(i)=fOH(i)-1; fCONM2CHO(i)=fCONM2CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNAPAN = MMALNACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MMALNAPAN'; 
fMMALNAPAN(i)=fMMALNAPAN(i)-1; fMMALNACO3(i)=fMMALNACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNAPAN + hv = MMALNACO3 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'MMALNAPAN'; 
fMMALNAPAN(i)=fMMALNAPAN(i)-1; fMMALNACO3(i)=fMMALNACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1O2 + HO2 = HIEB1OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HIEB1O2'; Gstr{i,2} = 'HO2'; 
fHIEB1O2(i)=fHIEB1O2(i)-1; fHO2(i)=fHO2(i)-1; fHIEB1OOH(i)=fHIEB1OOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1O2 + NO = HIEB1O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HIEB1O2'; Gstr{i,2} = 'NO'; 
fHIEB1O2(i)=fHIEB1O2(i)-1; fNO(i)=fNO(i)-1; fHIEB1O(i)=fHIEB1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1O2 + NO3 = HIEB1O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HIEB1O2'; Gstr{i,2} = 'NO3'; 
fHIEB1O2(i)=fHIEB1O2(i)-1; fNO3(i)=fNO3(i)-1; fHIEB1O(i)=fHIEB1O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1O2 + RO2 = HIEB1O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'HIEB1O2'; Gstr{i,2} = 'RO2';
fHIEB1O2(i)=fHIEB1O2(i)-1; fHIEB1O(i)=fHIEB1O(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2O2 + HO2 = HIEB2OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'HIEB2O2'; Gstr{i,2} = 'HO2'; 
fHIEB2O2(i)=fHIEB2O2(i)-1; fHO2(i)=fHO2(i)-1; fHIEB2OOH(i)=fHIEB2OOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2O2 + NO = HIEB2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'HIEB2O2'; Gstr{i,2} = 'NO'; 
fHIEB2O2(i)=fHIEB2O2(i)-1; fNO(i)=fNO(i)-1; fHIEB2O(i)=fHIEB2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2O2 + NO3 = HIEB2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'HIEB2O2'; Gstr{i,2} = 'NO3'; 
fHIEB2O2(i)=fHIEB2O2(i)-1; fNO3(i)=fNO3(i)-1; fHIEB2O(i)=fHIEB2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2O2 + RO2 = HIEB2O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'HIEB2O2'; Gstr{i,2} = 'RO2';
fHIEB2O2(i)=fHIEB2O2(i)-1; fHIEB2O(i)=fHIEB2O(i)+1; 

i=i+1;
Rnames{i} = 'NC524OOH + OH = HPNC524CO + HO2';
k(:,i) = 1.32e-11.*0.728;
Gstr{i,1} = 'NC524OOH'; Gstr{i,2} = 'OH'; 
fNC524OOH(i)=fNC524OOH(i)-1; fOH(i)=fOH(i)-1; fHPNC524CO(i)=fHPNC524CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC524OOH + OH = NC524O2';
k(:,i) = 1.32e-11.*0.272;
Gstr{i,1} = 'NC524OOH'; Gstr{i,2} = 'OH'; 
fNC524OOH(i)=fNC524OOH(i)-1; fOH(i)=fOH(i)-1; fNC524O2(i)=fNC524O2(i)+1; 

i=i+1;
Rnames{i} = 'NC524OOH + hv = NC524O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC524OOH'; 
fNC524OOH(i)=fNC524OOH(i)-1; fNC524O(i)=fNC524O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC524NO3 + OH = DNC524CO + HO2';
k(:,i) = 2.43e-12;
Gstr{i,1} = 'NC524NO3'; Gstr{i,2} = 'OH'; 
fNC524NO3(i)=fNC524NO3(i)-1; fOH(i)=fOH(i)-1; fDNC524CO(i)=fDNC524CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC524O = HMVKNO3 + HCHO + HO2';
k(:,i) = 1.80e13.*(T./298).^1.7.*exp(-4079./T);
Gstr{i,1} = 'NC524O'; 
fNC524O(i)=fNC524O(i)-1; fHMVKNO3(i)=fHMVKNO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC524O = HOCH2CHO + NO2 + H13CO2C3';
k(:,i) = 1.80e13.*(T./298).^1.7.*exp(-4733./T);
Gstr{i,1} = 'NC524O'; 
fNC524O(i)=fNC524O(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; fH13CO2C3(i)=fH13CO2C3(i)+1; 

i=i+1;
Rnames{i} = 'NC524OH + OH = HNC524CO + HO2';
k(:,i) = 9.60e-12;
Gstr{i,1} = 'NC524OH'; Gstr{i,2} = 'OH'; 
fNC524OH(i)=fNC524OH(i)-1; fOH(i)=fOH(i)-1; fHNC524CO(i)=fHNC524CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C525OOH + OH = C525O2';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'C525OOH'; Gstr{i,2} = 'OH'; 
fC525OOH(i)=fC525OOH(i)-1; fOH(i)=fOH(i)-1; fC525O2(i)=fC525O2(i)+1; 

i=i+1;
Rnames{i} = 'C525OOH + hv = C525O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C525OOH'; 
fC525OOH(i)=fC525OOH(i)-1; fC525O(i)=fC525O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C525O = HOCH2CO3 + H13CO2C3';
k(:,i) = KDEC;
Gstr{i,1} = 'C525O'; 
fC525O(i)=fC525O(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fH13CO2C3(i)=fH13CO2C3(i)+1; 

i=i+1;
Rnames{i} = 'HMACO2H + OH = HOCH2CO3 + HCHO';
k(:,i) = 1.84e-11;
Gstr{i,1} = 'HMACO2H'; Gstr{i,2} = 'OH'; 
fHMACO2H(i)=fHMACO2H(i)-1; fOH(i)=fOH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3H + OH = H13CO2C3 + CO + OH';
k(:,i) = 1.63e-11;
Gstr{i,1} = 'HMACO3H'; Gstr{i,2} = 'OH'; 
fHMACO3H(i)=fHMACO3H(i)-1; fOH(i)=fOH(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3H + OH = HMACO3';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'HMACO3H'; Gstr{i,2} = 'OH'; 
fHMACO3H(i)=fHMACO3H(i)-1; fOH(i)=fOH(i)-1; fHMACO3(i)=fHMACO3(i)+1; 

i=i+1;
Rnames{i} = 'HMACO3H + hv = HOCH2CO3 + HCHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HMACO3H'; 
fHMACO3H(i)=fHMACO3H(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMPAN + OH = H13CO2C3 + CO + NO3';
k(:,i) = 2.90e-11;
Gstr{i,1} = 'HMPAN'; Gstr{i,2} = 'OH'; 
fHMPAN(i)=fHMPAN(i)-1; fOH(i)=fOH(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMPAN = HMACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HMPAN'; 
fHMPAN(i)=fHMPAN(i)-1; fHMACO3(i)=fHMACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOO + CO = HOCH2COCHO';
k(:,i) = 1.20e-15;
Gstr{i,1} = 'HMGLYOO'; Gstr{i,2} = 'CO'; 
fHMGLYOO(i)=fHMGLYOO(i)-1; fCO(i)=fCO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOO + NO = HOCH2COCHO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'HMGLYOO'; Gstr{i,2} = 'NO'; 
fHMGLYOO(i)=fHMGLYOO(i)-1; fNO(i)=fNO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOO + NO2 = HOCH2COCHO + NO3';
k(:,i) = 1.00e-15;
Gstr{i,1} = 'HMGLYOO'; Gstr{i,2} = 'NO2'; 
fHMGLYOO(i)=fHMGLYOO(i)-1; fNO2(i)=fNO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOO + SO2 = HOCH2COCHO + SO3';
k(:,i) = 7.00e-14;
Gstr{i,1} = 'HMGLYOO'; Gstr{i,2} = 'SO2'; 
fHMGLYOO(i)=fHMGLYOO(i)-1; fSO2(i)=fSO2(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fSO3(i)=fSO3(i)+1; 

i=i+1;
Rnames{i} = 'HMGLYOO = HOCH2COCHO + H2O2';
k(:,i) = 6.00e-18.*H2O;
Gstr{i,1} = 'HMGLYOO'; 
fHMGLYOO(i)=fHMGLYOO(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fH2O2(i)=fH2O2(i)+1; 

i=i+1;
Rnames{i} = 'HMACROOH + OH = HMACRO2';
k(:,i) = 4.17e-11;
Gstr{i,1} = 'HMACROOH'; Gstr{i,2} = 'OH'; 
fHMACROOH(i)=fHMACROOH(i)-1; fOH(i)=fOH(i)-1; fHMACRO2(i)=fHMACRO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACROOH + hv = H13CO2C3 + CO + HO2 + OH';
k(:,i) = J17;
Gstr{i,1} = 'HMACROOH'; 
fHMACROOH(i)=fHMACROOH(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACROOH + hv = HMACRO + OH';
k(:,i) = J41;
Gstr{i,1} = 'HMACROOH'; 
fHMACROOH(i)=fHMACROOH(i)-1; fHMACRO(i)=fHMACRO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMACRO = H13CO2C3 + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HMACRO'; 
fHMACRO(i)=fHMACRO(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2C3 + OH = HOCH2COCHO + HO2';
k(:,i) = 5.25e-12;
Gstr{i,1} = 'H13CO2C3'; Gstr{i,2} = 'OH'; 
fH13CO2C3(i)=fH13CO2C3(i)-1; fOH(i)=fOH(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H13CO2C3 + hv = HOCH2CO3 + HCHO + HO2';
k(:,i) = J22;
Gstr{i,1} = 'H13CO2C3'; 
fH13CO2C3(i)=fH13CO2C3(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMACROH + OH = HMACRO';
k(:,i) = 3.82e-11;
Gstr{i,1} = 'HMACROH'; Gstr{i,2} = 'OH'; 
fHMACROH(i)=fHMACROH(i)-1; fOH(i)=fOH(i)-1; fHMACRO(i)=fHMACRO(i)+1; 

i=i+1;
Rnames{i} = 'HMACROH + hv = H13CO2C3 + CO + HO2 + HO2';
k(:,i) = J17;
Gstr{i,1} = 'HMACROH'; 
fHMACROH(i)=fHMACROH(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3H + OH = ACCOMECO3';
k(:,i) = 3.59e-12;
Gstr{i,1} = 'ACCOMECO3H'; Gstr{i,2} = 'OH'; 
fACCOMECO3H(i)=fACCOMECO3H(i)-1; fOH(i)=fOH(i)-1; fACCOMECO3(i)=fACCOMECO3(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMECO3H + hv = MECOACETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'ACCOMECO3H'; 
fACCOMECO3H(i)=fACCOMECO3H(i)-1; fMECOACETO2(i)=fMECOACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMEPAN + OH = METACETHO + CO + CO + NO2';
k(:,i) = 1.00e-14;
Gstr{i,1} = 'ACCOMEPAN'; Gstr{i,2} = 'OH'; 
fACCOMEPAN(i)=fACCOMEPAN(i)-1; fOH(i)=fOH(i)-1; fMETACETHO(i)=fMETACETHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ACCOMEPAN = ACCOMECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ACCOMEPAN'; 
fACCOMEPAN(i)=fACCOMEPAN(i)-1; fACCOMECO3(i)=fACCOMECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMOOH + OH = IPRFORMO2';
k(:,i) = 3.96e-12;
Gstr{i,1} = 'IPRFORMOOH'; Gstr{i,2} = 'OH'; 
fIPRFORMOOH(i)=fIPRFORMOOH(i)-1; fOH(i)=fOH(i)-1; fIPRFORMO2(i)=fIPRFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMOOH + hv = IPRFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPRFORMOOH'; 
fIPRFORMOOH(i)=fIPRFORMOOH(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMNO3 + OH = CH3COCH3 + NO2';
k(:,i) = 1.44e-13;
Gstr{i,1} = 'IPRFORMNO3'; Gstr{i,2} = 'OH'; 
fIPRFORMNO3(i)=fIPRFORMNO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMNO3 + hv = IPRFORMO + NO2';
k(:,i) = J55;
Gstr{i,1} = 'IPRFORMNO3'; 
fIPRFORMNO3(i)=fIPRFORMNO3(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMO = CH3OCH3 + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'IPRFORMO'; 
fIPRFORMO(i)=fIPRFORMO(i)-1; fCH3OCH3(i)=fCH3OCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'IPRFORMOH + OH = IPRFORMO';
k(:,i) = 4.08e-13;
Gstr{i,1} = 'IPRFORMOH'; Gstr{i,2} = 'OH'; 
fIPRFORMOH(i)=fIPRFORMOH(i)-1; fOH(i)=fOH(i)-1; fIPRFORMO(i)=fIPRFORMO(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFOROOH + OH = PRCOFORMO2';
k(:,i) = 1.09e-10;
Gstr{i,1} = 'PRCOFOROOH'; Gstr{i,2} = 'OH'; 
fPRCOFOROOH(i)=fPRCOFOROOH(i)-1; fOH(i)=fOH(i)-1; fPRCOFORMO2(i)=fPRCOFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFOROOH + hv = PRCOFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRCOFOROOH'; 
fPRCOFOROOH(i)=fPRCOFOROOH(i)-1; fPRCOFORMO(i)=fPRCOFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRCOFORMO = MECOFORMO2 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'PRCOFORMO'; 
fPRCOFORMO(i)=fPRCOFORMO(i)-1; fMECOFORMO2(i)=fMECOFORMO2(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'PRNOCOMOOH + OH = PRONOCOMO2';
k(:,i) = 4.65e-12;
Gstr{i,1} = 'PRNOCOMOOH'; Gstr{i,2} = 'OH'; 
fPRNOCOMOOH(i)=fPRNOCOMOOH(i)-1; fOH(i)=fOH(i)-1; fPRONOCOMO2(i)=fPRONOCOMO2(i)+1; 

i=i+1;
Rnames{i} = 'PRNOCOMOOH + hv = PRONOCOMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PRNOCOMOOH'; 
fPRNOCOMOOH(i)=fPRNOCOMOOH(i)-1; fPRONOCOMO(i)=fPRONOCOMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PRONOCOMO = HCHO + CH3COCH2O2';
k(:,i) = KDEC;
Gstr{i,1} = 'PRONOCOMO'; 
fPRONOCOMO(i)=fPRONOCOMO(i)-1; fHCHO(i)=fHCHO(i)+1; fCH3COCH2O2(i)=fCH3COCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3H + hv = BIACETO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO23C4CO3H'; 
fCO23C4CO3H(i)=fCO23C4CO3H(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO23C4CO3H + hv = BIACETO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'CO23C4CO3H'; 
fCO23C4CO3H(i)=fCO23C4CO3H(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + CO23C4CO3H = CO23C4CO3';
k(:,i) = 4.23e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'CO23C4CO3H'; 
fOH(i)=fOH(i)-1; fCO23C4CO3H(i)=fCO23C4CO3H(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN9 = CO23C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN9'; 
fC5PAN9(i)=fC5PAN9(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN9 = CO23C3CHO + CO + NO2';
k(:,i) = 3.12e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN9'; 
fOH(i)=fOH(i)-1; fC5PAN9(i)=fC5PAN9(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + HO2 = HO13C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'HO2'; 
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO13C3CO3H(i)=fHO13C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + HO2 = HOC2H4CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'HO2'; 
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + NO = HOC2H4CHO + NO2 + HO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'NO'; 
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fNO(i)=fNO(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + NO2 = C4PAN2';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'NO2'; 
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4PAN2(i)=fC4PAN2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + NO3 = HOC2H4CHO + NO2 + HO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'NO3'; 
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3 + RO2 = HOC2H4CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO13C3CO3'; Gstr{i,2} = 'RO2';
fHO13C3CO3(i)=fHO13C3CO3(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23O2 + HO2 = C5CO23OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5CO23O2'; Gstr{i,2} = 'HO2'; 
fC5CO23O2(i)=fC5CO23O2(i)-1; fHO2(i)=fHO2(i)-1; fC5CO23OOH(i)=fC5CO23OOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23O2 + NO = C5CO23O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5CO23O2'; Gstr{i,2} = 'NO'; 
fC5CO23O2(i)=fC5CO23O2(i)-1; fNO(i)=fNO(i)-1; fC5CO23O(i)=fC5CO23O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23O2 + NO3 = C5CO23O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5CO23O2'; Gstr{i,2} = 'NO3'; 
fC5CO23O2(i)=fC5CO23O2(i)-1; fNO3(i)=fNO3(i)-1; fC5CO23O(i)=fC5CO23O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23O2 + RO2 = C5CO23O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C5CO23O2'; Gstr{i,2} = 'RO2';
fC5CO23O2(i)=fC5CO23O2(i)-1; fC5CO23O(i)=fC5CO23O(i)+1; 

i=i+1;
Rnames{i} = 'C6CO134OOH + OH = C5CO34CO3';
k(:,i) = 5.35e-12;
Gstr{i,1} = 'C6CO134OOH'; Gstr{i,2} = 'OH'; 
fC6CO134OOH(i)=fC6CO134OOH(i)-1; fOH(i)=fOH(i)-1; fC5CO34CO3(i)=fC5CO34CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6CO134OOH + hv = C5CO23O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6CO134OOH'; 
fC6CO134OOH(i)=fC6CO134OOH(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO134PAN + OH = C5CO23CHO + CO + NO2';
k(:,i) = 1.76e-12;
Gstr{i,1} = 'C6CO134PAN'; Gstr{i,2} = 'OH'; 
fC6CO134PAN(i)=fC6CO134PAN(i)-1; fOH(i)=fOH(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO134PAN = C5CO34CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6CO134PAN'; 
fC6CO134PAN(i)=fC6CO134PAN(i)-1; fC5CO34CO3(i)=fC5CO34CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + HO2 = CHOC2CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'HO2'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + HO2 = CHOC2CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'HO2'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC2CO3H(i)=fCHOC2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + HO2 = CHOC2H4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'HO2'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + NO = CHOC2H4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'NO'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fNO(i)=fNO(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + NO2 = CHOC2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'NO2'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fNO2(i)=fNO2(i)-1; fCHOC2PAN(i)=fCHOC2PAN(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + NO3 = CHOC2H4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'NO3'; 
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + RO2 = CHOC2CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'RO2';
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3 + RO2 = CHOC2H4O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CHOC2CO3'; Gstr{i,2} = 'RO2';
fCHOC2CO3(i)=fCHOC2CO3(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + HO2 = CHOC3COO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'HO2'; 
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + HO2 = CHOC3COOOH';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'HO2'; 
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC3COOOH(i)=fCHOC3COOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + NO = CHOC3COO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'NO'; 
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fNO(i)=fNO(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + NO2 = CHOC3COPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'NO2'; 
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fNO2(i)=fNO2(i)-1; fCHOC3COPAN(i)=fCHOC3COPAN(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + NO3 = CHOC3COO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'NO3'; 
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COCO3 + RO2 = CHOC3COO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CHOC3COCO3'; Gstr{i,2} = 'RO2';
fCHOC3COCO3(i)=fCHOC3COCO3(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + HO2 = C5124COO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'HO2'; 
fC5124COCO3(i)=fC5124COCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + HO2 = C5TRONCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'HO2'; 
fC5124COCO3(i)=fC5124COCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5TRONCO3H(i)=fC5TRONCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + NO = C5124COO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'NO'; 
fC5124COCO3(i)=fC5124COCO3(i)-1; fNO(i)=fNO(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + NO2 = C5124COPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'NO2'; 
fC5124COCO3(i)=fC5124COCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5124COPAN(i)=fC5124COPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + NO3 = C5124COO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'NO3'; 
fC5124COCO3(i)=fC5124COCO3(i)-1; fNO3(i)=fNO3(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COCO3 + RO2 = C5124COO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5124COCO3'; Gstr{i,2} = 'RO2';
fC5124COCO3(i)=fC5124COCO3(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + HO2 = C235C6CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'HO2'; 
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fC235C6CO3H(i)=fC235C6CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + HO2 = CO235C6O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'HO2'; 
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + NO = CO235C6O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'NO'; 
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fNO(i)=fNO(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + NO2 = C7PAN3';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'NO2'; 
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fNO2(i)=fNO2(i)-1; fC7PAN3(i)=fC7PAN3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + NO3 = CO235C6O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'NO3'; 
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6CO3 + RO2 = CO235C6O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO235C6CO3'; Gstr{i,2} = 'RO2';
fCO235C6CO3(i)=fCO235C6CO3(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; 

i=i+1;
Rnames{i} = 'C106OOH + OH = C106O2';
k(:,i) = 8.01e-11;
Gstr{i,1} = 'C106OOH'; Gstr{i,2} = 'OH'; 
fC106OOH(i)=fC106OOH(i)-1; fOH(i)=fOH(i)-1; fC106O2(i)=fC106O2(i)+1; 

i=i+1;
Rnames{i} = 'C106OOH + hv = C106O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C106OOH'; 
fC106OOH(i)=fC106OOH(i)-1; fC106O(i)=fC106O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C106OOH + hv = C106O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C106OOH'; 
fC106OOH(i)=fC106OOH(i)-1; fC106O(i)=fC106O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C106NO3 + OH = CO235C6CHO + CH3COCH3 + NO2';
k(:,i) = 7.03e-11;
Gstr{i,1} = 'C106NO3'; Gstr{i,2} = 'OH'; 
fC106NO3(i)=fC106NO3(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C106NO3 + hv = C106O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C106NO3'; 
fC106NO3(i)=fC106NO3(i)-1; fC106O(i)=fC106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C106NO3 + hv = C106O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C106NO3'; 
fC106NO3(i)=fC106NO3(i)-1; fC106O(i)=fC106O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C106O = C716O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C106O'; 
fC106O(i)=fC106O(i)-1; fC716O2(i)=fC716O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C106OH + OH = C106O';
k(:,i) = 7.66e-11;
Gstr{i,1} = 'C106OH'; Gstr{i,2} = 'OH'; 
fC106OH(i)=fC106OH(i)-1; fOH(i)=fOH(i)-1; fC106O(i)=fC106O(i)+1; 

i=i+1;
Rnames{i} = 'C106OH + hv = C106O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C106OH'; 
fC106OH(i)=fC106OH(i)-1; fC106O(i)=fC106O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC71O2 + HO2 = NC71OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NC71O2'; Gstr{i,2} = 'HO2'; 
fNC71O2(i)=fNC71O2(i)-1; fHO2(i)=fHO2(i)-1; fNC71OOH(i)=fNC71OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC71O2 + NO = NC71O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC71O2'; Gstr{i,2} = 'NO'; 
fNC71O2(i)=fNC71O2(i)-1; fNO(i)=fNO(i)-1; fNC71O(i)=fNC71O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC71O2 + NO3 = NC71O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC71O2'; Gstr{i,2} = 'NO3'; 
fNC71O2(i)=fNC71O2(i)-1; fNO3(i)=fNO3(i)-1; fNC71O(i)=fNC71O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC71O2 + RO2 = NC71O';
k(:,i) = 2.50e-13;
Gstr{i,1} = 'NC71O2'; Gstr{i,2} = 'RO2';
fNC71O2(i)=fNC71O2(i)-1; fNC71O(i)=fNC71O(i)+1; 

i=i+1;
Rnames{i} = 'C717OOH + OH = CO235C6CHO + OH';
k(:,i) = 2.00e-10;
Gstr{i,1} = 'C717OOH'; Gstr{i,2} = 'OH'; 
fC717OOH(i)=fC717OOH(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C717OOH + hv = C717O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C717OOH'; 
fC717OOH(i)=fC717OOH(i)-1; fC717O(i)=fC717O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C717OOH + hv = C717O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C717OOH'; 
fC717OOH(i)=fC717OOH(i)-1; fC717O(i)=fC717O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C717NO3 + OH = CO235C6CHO + NO2';
k(:,i) = 2.23e-11;
Gstr{i,1} = 'C717NO3'; Gstr{i,2} = 'OH'; 
fC717NO3(i)=fC717NO3(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C717NO3 + hv = C717O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C717NO3'; 
fC717NO3(i)=fC717NO3(i)-1; fC717O(i)=fC717O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C717NO3 + hv = C717O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C717NO3'; 
fC717NO3(i)=fC717NO3(i)-1; fC717O(i)=fC717O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C717O = CO235C6CHO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C717O'; 
fC717O(i)=fC717O(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C717OH + OH = CO235C6CHO + HO2';
k(:,i) = 1.26e-10;
Gstr{i,1} = 'C717OH'; Gstr{i,2} = 'OH'; 
fC717OH(i)=fC717OH(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C717OH + hv = C717O + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C717OH'; 
fC717OH(i)=fC717OH(i)-1; fC717O(i)=fC717O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3H + OH = C811CO3';
k(:,i) = 1.04e-11;
Gstr{i,1} = 'C811CO3H'; Gstr{i,2} = 'OH'; 
fC811CO3H(i)=fC811CO3H(i)-1; fOH(i)=fOH(i)-1; fC811CO3(i)=fC811CO3(i)+1; 

i=i+1;
Rnames{i} = 'C811CO3H + hv = C811O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C811CO3H'; 
fC811CO3H(i)=fC811CO3H(i)-1; fC811O2(i)=fC811O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + HO2 = C811OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'HO2'; 
fC811O2(i)=fC811O2(i)-1; fHO2(i)=fHO2(i)-1; fC811OOH(i)=fC811OOH(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + NO = C811NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'NO'; 
fC811O2(i)=fC811O2(i)-1; fNO(i)=fNO(i)-1; fC811NO3(i)=fC811NO3(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + NO = C811O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'NO'; 
fC811O2(i)=fC811O2(i)-1; fNO(i)=fNO(i)-1; fC811O(i)=fC811O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + NO3 = C811O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'NO3'; 
fC811O2(i)=fC811O2(i)-1; fNO3(i)=fNO3(i)-1; fC811O(i)=fC811O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + RO2 = C721CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'RO2';
fC811O2(i)=fC811O2(i)-1; fC721CHO(i)=fC721CHO(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + RO2 = C811O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'RO2';
fC811O2(i)=fC811O2(i)-1; fC811O(i)=fC811O(i)+1; 

i=i+1;
Rnames{i} = 'C811O2 + RO2 = C811OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C811O2'; Gstr{i,2} = 'RO2';
fC811O2(i)=fC811O2(i)-1; fC811OH(i)=fC811OH(i)+1; 

i=i+1;
Rnames{i} = 'PINIC + OH = C811O2';
k(:,i) = 7.29e-12;
Gstr{i,1} = 'PINIC'; Gstr{i,2} = 'OH'; 
fPINIC(i)=fPINIC(i)-1; fOH(i)=fOH(i)-1; fC811O2(i)=fC811O2(i)+1; 

i=i+1;
Rnames{i} = 'C811PAN + OH = C721CHO + CO + NO2';
k(:,i) = 6.77e-12;
Gstr{i,1} = 'C811PAN'; Gstr{i,2} = 'OH'; 
fC811PAN(i)=fC811PAN(i)-1; fOH(i)=fOH(i)-1; fC721CHO(i)=fC721CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811PAN = C811CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C811PAN'; 
fC811PAN(i)=fC811PAN(i)-1; fC811CO3(i)=fC811CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COO2 + HO2 = C413COOOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'CHOC3COO2'; Gstr{i,2} = 'HO2'; 
fCHOC3COO2(i)=fCHOC3COO2(i)-1; fHO2(i)=fHO2(i)-1; fC413COOOH(i)=fC413COOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COO2 + NO = CHOC3COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOC3COO2'; Gstr{i,2} = 'NO'; 
fCHOC3COO2(i)=fCHOC3COO2(i)-1; fNO(i)=fNO(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COO2 + NO3 = CHOC3COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC3COO2'; Gstr{i,2} = 'NO3'; 
fCHOC3COO2(i)=fCHOC3COO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COO2 + RO2 = CHOC3COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CHOC3COO2'; Gstr{i,2} = 'RO2';
fCHOC3COO2(i)=fCHOC3COO2(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; 

i=i+1;
Rnames{i} = 'C921OOH + OH = C921O2';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'C921OOH'; Gstr{i,2} = 'OH'; 
fC921OOH(i)=fC921OOH(i)-1; fOH(i)=fOH(i)-1; fC921O2(i)=fC921O2(i)+1; 

i=i+1;
Rnames{i} = 'C921OOH + hv = C921O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C921OOH'; 
fC921OOH(i)=fC921OOH(i)-1; fC921O(i)=fC921O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C921OOH + hv = C921O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C921OOH'; 
fC921OOH(i)=fC921OOH(i)-1; fC921O(i)=fC921O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C921O = C922O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C921O'; 
fC921O(i)=fC921O(i)-1; fC922O2(i)=fC922O2(i)+1; 

i=i+1;
Rnames{i} = 'C98OOH + OH = C98O2';
k(:,i) = 2.05e-11;
Gstr{i,1} = 'C98OOH'; Gstr{i,2} = 'OH'; 
fC98OOH(i)=fC98OOH(i)-1; fOH(i)=fOH(i)-1; fC98O2(i)=fC98O2(i)+1; 

i=i+1;
Rnames{i} = 'C98OOH + hv = C98O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C98OOH'; 
fC98OOH(i)=fC98OOH(i)-1; fC98O(i)=fC98O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C98OOH + hv = C98O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C98OOH'; 
fC98OOH(i)=fC98OOH(i)-1; fC98O(i)=fC98O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C98NO3 + OH = CH3COCH3 + C614CO + NO2';
k(:,i) = 5.37e-12;
Gstr{i,1} = 'C98NO3'; Gstr{i,2} = 'OH'; 
fC98NO3(i)=fC98NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC614CO(i)=fC614CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C98NO3 + hv = C98O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C98NO3'; 
fC98NO3(i)=fC98NO3(i)-1; fC98O(i)=fC98O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C98NO3 + hv = C98O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C98NO3'; 
fC98NO3(i)=fC98NO3(i)-1; fC98O(i)=fC98O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C98O = C614O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C98O'; 
fC98O(i)=fC98O(i)-1; fC614O2(i)=fC614O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C98OH + OH = C98O';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'C98OH'; Gstr{i,2} = 'OH'; 
fC98OH(i)=fC98OH(i)-1; fOH(i)=fOH(i)-1; fC98O(i)=fC98O(i)+1; 

i=i+1;
Rnames{i} = 'C98OH + hv = C98O + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C98OH'; 
fC98OH(i)=fC98OH(i)-1; fC98O(i)=fC98O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C86OOH + OH = C86O2';
k(:,i) = 3.45e-11;
Gstr{i,1} = 'C86OOH'; Gstr{i,2} = 'OH'; 
fC86OOH(i)=fC86OOH(i)-1; fOH(i)=fOH(i)-1; fC86O2(i)=fC86O2(i)+1; 

i=i+1;
Rnames{i} = 'C86OOH + hv = C86O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C86OOH'; 
fC86OOH(i)=fC86OOH(i)-1; fC86O(i)=fC86O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C86OOH + hv = C86O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C86OOH'; 
fC86OOH(i)=fC86OOH(i)-1; fC86O(i)=fC86O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C86O = C511O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C86O'; 
fC86O(i)=fC86O(i)-1; fC511O2(i)=fC511O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + HO2 = H3C25C6O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'HO2'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + HO2 = H3C25CCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'HO2'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3C25CCO2H(i)=fH3C25CCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + HO2 = H3C25CCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'HO2'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3C25CCO3H(i)=fH3C25CCO3H(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + NO = H3C25C6O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'NO'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fNO(i)=fNO(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + NO2 = H3C25C6PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'NO2'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fNO2(i)=fNO2(i)-1; fH3C25C6PAN(i)=fH3C25C6PAN(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + NO3 = H3C25C6O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'NO3'; 
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fNO3(i)=fNO3(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + RO2 = H3C25C6O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'RO2';
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6CO3 + RO2 = H3C25CCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'H3C25C6CO3'; Gstr{i,2} = 'RO2';
fH3C25C6CO3(i)=fH3C25C6CO3(i)-1; fH3C25CCO2H(i)=fH3C25CCO2H(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + HO2 = H3C25C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'HO2'; 
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fHO2(i)=fHO2(i)-1; fH3C25C6OOH(i)=fH3C25C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + NO = H3C25C6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'NO'; 
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fNO(i)=fNO(i)-1; fH3C25C6O(i)=fH3C25C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + NO3 = H3C25C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'NO3'; 
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fNO3(i)=fNO3(i)-1; fH3C25C6O(i)=fH3C25C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + RO2 = H3C25C5CHO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'RO2';
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fH3C25C5CHO(i)=fH3C25C5CHO(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + RO2 = H3C25C6O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'RO2';
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fH3C25C6O(i)=fH3C25C6O(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O2 + RO2 = H3C25C6OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'H3C25C6O2'; Gstr{i,2} = 'RO2';
fH3C25C6O2(i)=fH3C25C6O2(i)-1; fH3C25C6OH(i)=fH3C25C6OH(i)+1; 

i=i+1;
Rnames{i} = 'C919OOH + OH = C919O2';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'C919OOH'; Gstr{i,2} = 'OH'; 
fC919OOH(i)=fC919OOH(i)-1; fOH(i)=fOH(i)-1; fC919O2(i)=fC919O2(i)+1; 

i=i+1;
Rnames{i} = 'C919OOH + hv = C919O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C919OOH'; 
fC919OOH(i)=fC919OOH(i)-1; fC919O(i)=fC919O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C919OOH + hv = C919O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C919OOH'; 
fC919OOH(i)=fC919OOH(i)-1; fC919O(i)=fC919O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C919NO3 + OH = HCOCH2CHO + HCOCH2CHO + CH3COCH3 + NO2';
k(:,i) = 9.14e-11;
Gstr{i,1} = 'C919NO3'; Gstr{i,2} = 'OH'; 
fC919NO3(i)=fC919NO3(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C919NO3 + hv = C919O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C919NO3'; 
fC919NO3(i)=fC919NO3(i)-1; fC919O(i)=fC919O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C919NO3 + hv = C919O + NO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C919NO3'; 
fC919NO3(i)=fC919NO3(i)-1; fC919O(i)=fC919O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C919O = C620O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C919O'; 
fC919O(i)=fC919O(i)-1; fC620O2(i)=fC620O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C919OH + OH = C919O';
k(:,i) = 9.73e-11;
Gstr{i,1} = 'C919OH'; Gstr{i,2} = 'OH'; 
fC919OH(i)=fC919OH(i)-1; fOH(i)=fOH(i)-1; fC919O(i)=fC919O(i)+1; 

i=i+1;
Rnames{i} = 'C919OH + hv = C919O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C919OH'; 
fC919OH(i)=fC919OH(i)-1; fC919O(i)=fC919O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C914OOH + OH = C914CO + OH';
k(:,i) = 8.67e-11;
Gstr{i,1} = 'C914OOH'; Gstr{i,2} = 'OH'; 
fC914OOH(i)=fC914OOH(i)-1; fOH(i)=fOH(i)-1; fC914CO(i)=fC914CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C914OOH + hv = C914O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C914OOH'; 
fC914OOH(i)=fC914OOH(i)-1; fC914O(i)=fC914O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C914OOH + hv = C914O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C914OOH'; 
fC914OOH(i)=fC914OOH(i)-1; fC914O(i)=fC914O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C914O = C87CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C914O'; 
fC914O(i)=fC914O(i)-1; fC87CO3(i)=fC87CO3(i)+1; 

i=i+1;
Rnames{i} = 'C914CO + OH = C87CO3';
k(:,i) = 7.09e-11;
Gstr{i,1} = 'C914CO'; Gstr{i,2} = 'OH'; 
fC914CO(i)=fC914CO(i)-1; fOH(i)=fOH(i)-1; fC87CO3(i)=fC87CO3(i)+1; 

i=i+1;
Rnames{i} = 'C914CO + hv = C87CO3';
k(:,i) = J15;
Gstr{i,1} = 'C914CO'; 
fC914CO(i)=fC914CO(i)-1; fC87CO3(i)=fC87CO3(i)+1; 

i=i+1;
Rnames{i} = 'C914OH + OH = C914CO + HO2';
k(:,i) = 7.44e-11;
Gstr{i,1} = 'C914OH'; Gstr{i,2} = 'OH'; 
fC914OH(i)=fC914OH(i)-1; fOH(i)=fOH(i)-1; fC914CO(i)=fC914CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C916OOH + OH = C916O2';
k(:,i) = 9.73e-11;
Gstr{i,1} = 'C916OOH'; Gstr{i,2} = 'OH'; 
fC916OOH(i)=fC916OOH(i)-1; fOH(i)=fOH(i)-1; fC916O2(i)=fC916O2(i)+1; 

i=i+1;
Rnames{i} = 'C916OOH + hv = C916O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C916OOH'; 
fC916OOH(i)=fC916OOH(i)-1; fC916O(i)=fC916O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C916OOH + hv = C916O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C916OOH'; 
fC916OOH(i)=fC916OOH(i)-1; fC916O(i)=fC916O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C916NO3 + OH = CH3COCH3 + CO123C5CHO + NO2';
k(:,i) = 9.23e-11;
Gstr{i,1} = 'C916NO3'; Gstr{i,2} = 'OH'; 
fC916NO3(i)=fC916NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C916NO3 + hv = C916O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C916NO3'; 
fC916NO3(i)=fC916NO3(i)-1; fC916O(i)=fC916O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C916NO3 + hv = C916O + NO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C916NO3'; 
fC916NO3(i)=fC916NO3(i)-1; fC916O(i)=fC916O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C916O = CH3COCH3 + C616O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C916O'; 
fC916O(i)=fC916O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC616O2(i)=fC616O2(i)+1; 

i=i+1;
Rnames{i} = 'C916OH + OH = C916O';
k(:,i) = 9.03e-11;
Gstr{i,1} = 'C916OH'; Gstr{i,2} = 'OH'; 
fC916OH(i)=fC916OH(i)-1; fOH(i)=fOH(i)-1; fC916O(i)=fC916O(i)+1; 

i=i+1;
Rnames{i} = 'C916OH + hv = C916O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C916OH'; 
fC916OH(i)=fC916OH(i)-1; fC916O(i)=fC916O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C88CO2H + OH = C88O2';
k(:,i) = 1.02e-11;
Gstr{i,1} = 'C88CO2H'; Gstr{i,2} = 'OH'; 
fC88CO2H(i)=fC88CO2H(i)-1; fOH(i)=fOH(i)-1; fC88O2(i)=fC88O2(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3H + OH = C88CO3';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'C88CO3H'; Gstr{i,2} = 'OH'; 
fC88CO3H(i)=fC88CO3H(i)-1; fOH(i)=fOH(i)-1; fC88CO3(i)=fC88CO3(i)+1; 

i=i+1;
Rnames{i} = 'C88CO3H + hv = C88O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C88CO3H'; 
fC88CO3H(i)=fC88CO3H(i)-1; fC88O2(i)=fC88O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C88PAN + OH = C88CO + CO + NO2';
k(:,i) = 7.50e-12;
Gstr{i,1} = 'C88PAN'; Gstr{i,2} = 'OH'; 
fC88PAN(i)=fC88PAN(i)-1; fOH(i)=fOH(i)-1; fC88CO(i)=fC88CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88PAN = C88CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C88PAN'; 
fC88PAN(i)=fC88PAN(i)-1; fC88CO3(i)=fC88CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C88OOH + OH = C88CO + OH';
k(:,i) = 5.71e-11;
Gstr{i,1} = 'C88OOH'; Gstr{i,2} = 'OH'; 
fC88OOH(i)=fC88OOH(i)-1; fOH(i)=fOH(i)-1; fC88CO(i)=fC88CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C88OOH + hv = C88O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C88OOH'; 
fC88OOH(i)=fC88OOH(i)-1; fC88O(i)=fC88O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C88O = C718CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C88O'; 
fC88O(i)=fC88O(i)-1; fC718CO3(i)=fC718CO3(i)+1; 

i=i+1;
Rnames{i} = 'C88CO + OH = C718CO3';
k(:,i) = 5.80e-12;
Gstr{i,1} = 'C88CO'; Gstr{i,2} = 'OH'; 
fC88CO(i)=fC88CO(i)-1; fOH(i)=fOH(i)-1; fC718CO3(i)=fC718CO3(i)+1; 

i=i+1;
Rnames{i} = 'C88OH + OH = C88CO + HO2';
k(:,i) = 2.58e-11;
Gstr{i,1} = 'C88OH'; Gstr{i,2} = 'OH'; 
fC88OH(i)=fC88OH(i)-1; fOH(i)=fOH(i)-1; fC88CO(i)=fC88CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C512OOH + OH = CO13C4CHO + OH';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'C512OOH'; Gstr{i,2} = 'OH'; 
fC512OOH(i)=fC512OOH(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512OOH + hv = C512O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C512OOH'; 
fC512OOH(i)=fC512OOH(i)-1; fC512O(i)=fC512O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512OOH + hv = C512O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C512OOH'; 
fC512OOH(i)=fC512OOH(i)-1; fC512O(i)=fC512O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C512NO3 + OH = CO13C4CHO + NO2';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'C512NO3'; Gstr{i,2} = 'OH'; 
fC512NO3(i)=fC512NO3(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512NO3 + hv = C512O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C512NO3'; 
fC512NO3(i)=fC512NO3(i)-1; fC512O(i)=fC512O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512NO3 + hv = C512O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C512NO3'; 
fC512NO3(i)=fC512NO3(i)-1; fC512O(i)=fC512O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C512O = C513O2';
k(:,i) = 8.40e10.*exp(-2567./T);
Gstr{i,1} = 'C512O'; 
fC512O(i)=fC512O(i)-1; fC513O2(i)=fC513O2(i)+1; 

i=i+1;
Rnames{i} = 'C512O = CO13C3CO2H + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C512O'; 
fC512O(i)=fC512O(i)-1; fCO13C3CO2H(i)=fCO13C3CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C512OH + OH = CO13C4CHO + HO2';
k(:,i) = 7.96e-11;
Gstr{i,1} = 'C512OH'; Gstr{i,2} = 'OH'; 
fC512OH(i)=fC512OH(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C512OH + hv = C512O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C512OH'; 
fC512OH(i)=fC512OH(i)-1; fC512O(i)=fC512O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C619OOH + OH = C619CO + OH';
k(:,i) = 5.95e-11;
Gstr{i,1} = 'C619OOH'; Gstr{i,2} = 'OH'; 
fC619OOH(i)=fC619OOH(i)-1; fOH(i)=fOH(i)-1; fC619CO(i)=fC619CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C619OOH + hv = C619O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C619OOH'; 
fC619OOH(i)=fC619OOH(i)-1; fC619O(i)=fC619O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C619O = C512CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C619O'; 
fC619O(i)=fC619O(i)-1; fC512CO3(i)=fC512CO3(i)+1; 

i=i+1;
Rnames{i} = 'C619OH + OH = C619CO + HO2';
k(:,i) = 2.82e-11;
Gstr{i,1} = 'C619OH'; Gstr{i,2} = 'OH'; 
fC619OH(i)=fC619OH(i)-1; fOH(i)=fOH(i)-1; fC619CO(i)=fC619CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + HO2 = C810OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'HO2'; 
fC810O2(i)=fC810O2(i)-1; fHO2(i)=fHO2(i)-1; fC810OOH(i)=fC810OOH(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + NO = C810NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'NO'; 
fC810O2(i)=fC810O2(i)-1; fNO(i)=fNO(i)-1; fC810NO3(i)=fC810NO3(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + NO = C810O + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'NO'; 
fC810O2(i)=fC810O2(i)-1; fNO(i)=fNO(i)-1; fC810O(i)=fC810O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + NO3 = C810O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'NO3'; 
fC810O2(i)=fC810O2(i)-1; fNO3(i)=fNO3(i)-1; fC810O(i)=fC810O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + RO2 = C810O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'RO2';
fC810O2(i)=fC810O2(i)-1; fC810O(i)=fC810O(i)+1; 

i=i+1;
Rnames{i} = 'C810O2 + RO2 = C810OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C810O2'; Gstr{i,2} = 'RO2';
fC810O2(i)=fC810O2(i)-1; fC810OH(i)=fC810OH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CHO + NO3 = CO25C6CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'CO25C6CHO'; Gstr{i,2} = 'NO3'; 
fCO25C6CHO(i)=fCO25C6CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO25C6CO3(i)=fCO25C6CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CHO + OH = CO25C6CO3';
k(:,i) = 2.69e-11;
Gstr{i,1} = 'CO25C6CHO'; Gstr{i,2} = 'OH'; 
fCO25C6CHO(i)=fCO25C6CHO(i)-1; fOH(i)=fOH(i)-1; fCO25C6CO3(i)=fCO25C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CHO + hv = C627O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CO25C6CHO'; 
fCO25C6CHO(i)=fCO25C6CHO(i)-1; fC627O2(i)=fC627O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 + HO2 = C818OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C818O2'; Gstr{i,2} = 'HO2'; 
fC818O2(i)=fC818O2(i)-1; fHO2(i)=fHO2(i)-1; fC818OOH(i)=fC818OOH(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 + NO = C818O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C818O2'; Gstr{i,2} = 'NO'; 
fC818O2(i)=fC818O2(i)-1; fNO(i)=fNO(i)-1; fC818O(i)=fC818O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 + NO3 = C818O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C818O2'; Gstr{i,2} = 'NO3'; 
fC818O2(i)=fC818O2(i)-1; fNO3(i)=fNO3(i)-1; fC818O(i)=fC818O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 = C818CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C818O2'; 
fC818O2(i)=fC818O2(i)-1; fC818CO(i)=fC818CO(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 = C818O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C818O2'; 
fC818O2(i)=fC818O2(i)-1; fC818O(i)=fC818O(i)+1; 

i=i+1;
Rnames{i} = 'C818O2 = C818OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C818O2'; 
fC818O2(i)=fC818O2(i)-1; fC818OH(i)=fC818OH(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + HO2 = C727CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'HO2'; 
fC727CO3(i)=fC727CO3(i)-1; fHO2(i)=fHO2(i)-1; fC727CO3H(i)=fC727CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + HO2 = C727O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'HO2'; 
fC727CO3(i)=fC727CO3(i)-1; fHO2(i)=fHO2(i)-1; fC727O2(i)=fC727O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + NO = C727O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'NO'; 
fC727CO3(i)=fC727CO3(i)-1; fNO(i)=fNO(i)-1; fC727O2(i)=fC727O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + NO2 = C727PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'NO2'; 
fC727CO3(i)=fC727CO3(i)-1; fNO2(i)=fNO2(i)-1; fC727PAN(i)=fC727PAN(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + NO3 = C727O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'NO3'; 
fC727CO3(i)=fC727CO3(i)-1; fNO3(i)=fNO3(i)-1; fC727O2(i)=fC727O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3 + RO2 = C727O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C727CO3'; Gstr{i,2} = 'RO2';
fC727CO3(i)=fC727CO3(i)-1; fC727O2(i)=fC727O2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO2H + OH = C626O2';
k(:,i) = 3.19e-11;
Gstr{i,1} = 'C626CO2H'; Gstr{i,2} = 'OH'; 
fC626CO2H(i)=fC626CO2H(i)-1; fOH(i)=fOH(i)-1; fC626O2(i)=fC626O2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO2H + hv = C626O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C626CO2H'; 
fC626CO2H(i)=fC626CO2H(i)-1; fC626O2(i)=fC626O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3H + OH = C626CO3';
k(:,i) = 3.50e-11;
Gstr{i,1} = 'C626CO3H'; Gstr{i,2} = 'OH'; 
fC626CO3H(i)=fC626CO3H(i)-1; fOH(i)=fOH(i)-1; fC626CO3(i)=fC626CO3(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3H + hv = C626O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C626CO3H'; 
fC626CO3H(i)=fC626CO3H(i)-1; fC626O2(i)=fC626O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626CO3H + hv = C626O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C626CO3H'; 
fC626CO3H(i)=fC626CO3H(i)-1; fC626O2(i)=fC626O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626PAN + OH = C517CHO + CO + NO2';
k(:,i) = 3.14e-11;
Gstr{i,1} = 'C626PAN'; Gstr{i,2} = 'OH'; 
fC626PAN(i)=fC626PAN(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626PAN = C626CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C626PAN'; 
fC626PAN(i)=fC626PAN(i)-1; fC626CO3(i)=fC626CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626OOH + OH = C517CHO + OH';
k(:,i) = 4.38e-11;
Gstr{i,1} = 'C626OOH'; Gstr{i,2} = 'OH'; 
fC626OOH(i)=fC626OOH(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626OOH + hv = C626O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C626OOH'; 
fC626OOH(i)=fC626OOH(i)-1; fC626O(i)=fC626O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626OOH + hv = C626O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C626OOH'; 
fC626OOH(i)=fC626OOH(i)-1; fC626O(i)=fC626O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C626NO3 + OH = C517CHO + NO2';
k(:,i) = 2.84e-11;
Gstr{i,1} = 'C626NO3'; Gstr{i,2} = 'OH'; 
fC626NO3(i)=fC626NO3(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626NO3 + hv = C626O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C626NO3'; 
fC626NO3(i)=fC626NO3(i)-1; fC626O(i)=fC626O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C626O = C622CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C626O'; 
fC626O(i)=fC626O(i)-1; fC622CO3(i)=fC622CO3(i)+1; 

i=i+1;
Rnames{i} = 'C511CHO + OH = C511CO3';
k(:,i) = 5.13e-11;
Gstr{i,1} = 'C511CHO'; Gstr{i,2} = 'OH'; 
fC511CHO(i)=fC511CHO(i)-1; fOH(i)=fOH(i)-1; fC511CO3(i)=fC511CO3(i)+1; 

i=i+1;
Rnames{i} = 'C517CHO + NO3 = C517CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C517CHO'; Gstr{i,2} = 'NO3'; 
fC517CHO(i)=fC517CHO(i)-1; fNO3(i)=fNO3(i)-1; fC517CO3(i)=fC517CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C517CHO + OH = C517CO3';
k(:,i) = 4.35e-11;
Gstr{i,1} = 'C517CHO'; Gstr{i,2} = 'OH'; 
fC517CHO(i)=fC517CHO(i)-1; fOH(i)=fOH(i)-1; fC517CO3(i)=fC517CO3(i)+1; 

i=i+1;
Rnames{i} = 'C517CHO + hv = C517O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C517CHO'; 
fC517CHO(i)=fC517CHO(i)-1; fC517O2(i)=fC517O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C735OOH + OH = C735O2';
k(:,i) = 5.07e-11;
Gstr{i,1} = 'C735OOH'; Gstr{i,2} = 'OH'; 
fC735OOH(i)=fC735OOH(i)-1; fOH(i)=fOH(i)-1; fC735O2(i)=fC735O2(i)+1; 

i=i+1;
Rnames{i} = 'C735OOH + hv = C735O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C735OOH'; 
fC735OOH(i)=fC735OOH(i)-1; fC735O(i)=fC735O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C735OOH + hv = CO13C4CHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C735OOH'; 
fC735OOH(i)=fC735OOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C735OOH + hv = CO13C4CHO + CH3CO3 + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C735OOH'; 
fC735OOH(i)=fC735OOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C735O = CO13C4CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C735O'; 
fC735O(i)=fC735O(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C735OH + OH = C735O';
k(:,i) = 4.73e-11;
Gstr{i,1} = 'C735OH'; Gstr{i,2} = 'OH'; 
fC735OH(i)=fC735OH(i)-1; fOH(i)=fOH(i)-1; fC735O(i)=fC735O(i)+1; 

i=i+1;
Rnames{i} = 'C735OH + hv = CO13C4CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C735OH'; 
fC735OH(i)=fC735OH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C735OH + hv = CO13C4CHO + CH3CO3 + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C735OH'; 
fC735OH(i)=fC735OH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC728O2 + HO2 = NC728OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NC728O2'; Gstr{i,2} = 'HO2'; 
fNC728O2(i)=fNC728O2(i)-1; fHO2(i)=fHO2(i)-1; fNC728OOH(i)=fNC728OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC728O2 + NO = NC728O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC728O2'; Gstr{i,2} = 'NO'; 
fNC728O2(i)=fNC728O2(i)-1; fNO(i)=fNO(i)-1; fNC728O(i)=fNC728O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC728O2 + NO3 = NC728O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC728O2'; Gstr{i,2} = 'NO3'; 
fNC728O2(i)=fNC728O2(i)-1; fNO3(i)=fNO3(i)-1; fNC728O(i)=fNC728O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC728O2 + RO2 = NC728O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NC728O2'; Gstr{i,2} = 'RO2';
fNC728O2(i)=fNC728O2(i)-1; fNC728O(i)=fNC728O(i)+1; 

i=i+1;
Rnames{i} = 'NC728O2 + RO2 = NC728OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NC728O2'; Gstr{i,2} = 'RO2';
fNC728O2(i)=fNC728O2(i)-1; fNC728OH(i)=fNC728OH(i)+1; 

i=i+1;
Rnames{i} = 'C628OOA = C628O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C628OOA'; 
fC628OOA(i)=fC628OOA(i)-1; fC628O2(i)=fC628O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + HO2 = C728OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'HO2'; 
fC728O2(i)=fC728O2(i)-1; fHO2(i)=fHO2(i)-1; fC728OOH(i)=fC728OOH(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + NO = C728NO3';
k(:,i) = KRO2NO.*0.031;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'NO'; 
fC728O2(i)=fC728O2(i)-1; fNO(i)=fNO(i)-1; fC728NO3(i)=fC728NO3(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + NO = C728O + NO2';
k(:,i) = KRO2NO.*0.969;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'NO'; 
fC728O2(i)=fC728O2(i)-1; fNO(i)=fNO(i)-1; fC728O(i)=fC728O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + NO3 = C728O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'NO3'; 
fC728O2(i)=fC728O2(i)-1; fNO3(i)=fNO3(i)-1; fC728O(i)=fC728O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + RO2 = C728O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'RO2';
fC728O2(i)=fC728O2(i)-1; fC728O(i)=fC728O(i)+1; 

i=i+1;
Rnames{i} = 'C728O2 + RO2 = C728OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C728O2'; Gstr{i,2} = 'RO2';
fC728O2(i)=fC728O2(i)-1; fC728OH(i)=fC728OH(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + HO2 = C622OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'HO2'; 
fC622O2(i)=fC622O2(i)-1; fHO2(i)=fHO2(i)-1; fC622OOH(i)=fC622OOH(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + NO = C622NO3';
k(:,i) = KRO2NO.*0.078;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'NO'; 
fC622O2(i)=fC622O2(i)-1; fNO(i)=fNO(i)-1; fC622NO3(i)=fC622NO3(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + NO = C622O + NO2';
k(:,i) = KRO2NO.*0.922;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'NO'; 
fC622O2(i)=fC622O2(i)-1; fNO(i)=fNO(i)-1; fC622O(i)=fC622O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + NO3 = C622O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'NO3'; 
fC622O2(i)=fC622O2(i)-1; fNO3(i)=fNO3(i)-1; fC622O(i)=fC622O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + RO2 = C518CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'RO2';
fC622O2(i)=fC622O2(i)-1; fC518CHO(i)=fC518CHO(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + RO2 = C622O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'RO2';
fC622O2(i)=fC622O2(i)-1; fC622O(i)=fC622O(i)+1; 

i=i+1;
Rnames{i} = 'C622O2 + RO2 = C622OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C622O2'; Gstr{i,2} = 'RO2';
fC622O2(i)=fC622O2(i)-1; fC622OH(i)=fC622OH(i)+1; 

i=i+1;
Rnames{i} = 'C822OOH + OH = C729CHO + OH';
k(:,i) = 9.71e-11;
Gstr{i,1} = 'C822OOH'; Gstr{i,2} = 'OH'; 
fC822OOH(i)=fC822OOH(i)-1; fOH(i)=fOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C822OOH + hv = C822O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C822OOH'; 
fC822OOH(i)=fC822OOH(i)-1; fC822O(i)=fC822O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C822NO3 + OH = C729CHO + NO2';
k(:,i) = 8.31e-11;
Gstr{i,1} = 'C822NO3'; Gstr{i,2} = 'OH'; 
fC822NO3(i)=fC822NO3(i)-1; fOH(i)=fOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822NO3 + hv = C822O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C822NO3'; 
fC822NO3(i)=fC822NO3(i)-1; fC822O(i)=fC822O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C822O = C824O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C822O'; 
fC822O(i)=fC822O(i)-1; fC824O2(i)=fC824O2(i)+1; 

i=i+1;
Rnames{i} = 'C822OH + OH = C729CHO + HO2';
k(:,i) = 8.80e-11;
Gstr{i,1} = 'C822OH'; Gstr{i,2} = 'OH'; 
fC822OH(i)=fC822OH(i)-1; fOH(i)=fOH(i)-1; fC729CHO(i)=fC729CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3H + OH = C823CO3';
k(:,i) = 6.18e-11;
Gstr{i,1} = 'C823CO3H'; Gstr{i,2} = 'OH'; 
fC823CO3H(i)=fC823CO3H(i)-1; fOH(i)=fOH(i)-1; fC823CO3(i)=fC823CO3(i)+1; 

i=i+1;
Rnames{i} = 'C823CO3H + hv = C823O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C823CO3H'; 
fC823CO3H(i)=fC823CO3H(i)-1; fC823O2(i)=fC823O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + HO2 = C823OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'HO2'; 
fC823O2(i)=fC823O2(i)-1; fHO2(i)=fHO2(i)-1; fC823OOH(i)=fC823OOH(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + NO = C823NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'NO'; 
fC823O2(i)=fC823O2(i)-1; fNO(i)=fNO(i)-1; fC823NO3(i)=fC823NO3(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + NO = C823O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'NO'; 
fC823O2(i)=fC823O2(i)-1; fNO(i)=fNO(i)-1; fC823O(i)=fC823O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + NO3 = C823O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'NO3'; 
fC823O2(i)=fC823O2(i)-1; fNO3(i)=fNO3(i)-1; fC823O(i)=fC823O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + RO2 = C823CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'RO2';
fC823O2(i)=fC823O2(i)-1; fC823CO(i)=fC823CO(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + RO2 = C823O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'RO2';
fC823O2(i)=fC823O2(i)-1; fC823O(i)=fC823O(i)+1; 

i=i+1;
Rnames{i} = 'C823O2 + RO2 = C823OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C823O2'; Gstr{i,2} = 'RO2';
fC823O2(i)=fC823O2(i)-1; fC823OH(i)=fC823OH(i)+1; 

i=i+1;
Rnames{i} = 'LIMONIC + OH = C823O2';
k(:,i) = 5.89e-11;
Gstr{i,1} = 'LIMONIC'; Gstr{i,2} = 'OH'; 
fLIMONIC(i)=fLIMONIC(i)-1; fOH(i)=fOH(i)-1; fC823O2(i)=fC823O2(i)+1; 

i=i+1;
Rnames{i} = 'C823PAN + OH = C823CO + CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C823PAN'; Gstr{i,2} = 'OH'; 
fC823PAN(i)=fC823PAN(i)-1; fOH(i)=fOH(i)-1; fC823CO(i)=fC823CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823PAN = C823CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C823PAN'; 
fC823PAN(i)=fC823PAN(i)-1; fC823CO3(i)=fC823CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C925OOH + OH = C925O2';
k(:,i) = 2.45e-11;
Gstr{i,1} = 'C925OOH'; Gstr{i,2} = 'OH'; 
fC925OOH(i)=fC925OOH(i)-1; fOH(i)=fOH(i)-1; fC925O2(i)=fC925O2(i)+1; 

i=i+1;
Rnames{i} = 'C925OOH + hv = C925O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C925OOH'; 
fC925OOH(i)=fC925OOH(i)-1; fC925O(i)=fC925O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C925O = C818CO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C925O'; 
fC925O(i)=fC925O(i)-1; fC818CO(i)=fC818CO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C622CO2H + OH = C622O2';
k(:,i) = 6.00e-11;
Gstr{i,1} = 'C622CO2H'; Gstr{i,2} = 'OH'; 
fC622CO2H(i)=fC622CO2H(i)-1; fOH(i)=fOH(i)-1; fC622O2(i)=fC622O2(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3H + OH = C622CO3';
k(:,i) = 6.31e-11;
Gstr{i,1} = 'C622CO3H'; Gstr{i,2} = 'OH'; 
fC622CO3H(i)=fC622CO3H(i)-1; fOH(i)=fOH(i)-1; fC622CO3(i)=fC622CO3(i)+1; 

i=i+1;
Rnames{i} = 'C622CO3H + hv = C622O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C622CO3H'; 
fC622CO3H(i)=fC622CO3H(i)-1; fC622O2(i)=fC622O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C622PAN + OH = C518CHO + CO + NO2';
k(:,i) = 5.95e-11;
Gstr{i,1} = 'C622PAN'; Gstr{i,2} = 'OH'; 
fC622PAN(i)=fC622PAN(i)-1; fOH(i)=fOH(i)-1; fC518CHO(i)=fC518CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622PAN = C622CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C622PAN'; 
fC622PAN(i)=fC622PAN(i)-1; fC622CO3(i)=fC622CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C819O2 + HO2 = C819OOH';
k(:,i) = KRO2HO2;
Gstr{i,1} = 'C819O2'; Gstr{i,2} = 'HO2'; 
fC819O2(i)=fC819O2(i)-1; fHO2(i)=fHO2(i)-1; fC819OOH(i)=fC819OOH(i)+1; 

i=i+1;
Rnames{i} = 'C819O2 + NO = C819O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C819O2'; Gstr{i,2} = 'NO'; 
fC819O2(i)=fC819O2(i)-1; fNO(i)=fNO(i)-1; fC819O(i)=fC819O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C819O2 + NO3 = C819O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C819O2'; Gstr{i,2} = 'NO3'; 
fC819O2(i)=fC819O2(i)-1; fNO3(i)=fNO3(i)-1; fC819O(i)=fC819O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C819O2 + RO2 = C819O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C819O2'; Gstr{i,2} = 'RO2';
fC819O2(i)=fC819O2(i)-1; fC819O(i)=fC819O(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + HO2 = C731CO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'HO2'; 
fC731CO3(i)=fC731CO3(i)-1; fHO2(i)=fHO2(i)-1; fC731CO2(i)=fC731CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + HO2 = C731CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'HO2'; 
fC731CO3(i)=fC731CO3(i)-1; fHO2(i)=fHO2(i)-1; fC731CO2H(i)=fC731CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + HO2 = C731CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'HO2'; 
fC731CO3(i)=fC731CO3(i)-1; fHO2(i)=fHO2(i)-1; fC731CO3H(i)=fC731CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + NO = C731CO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'NO'; 
fC731CO3(i)=fC731CO3(i)-1; fNO(i)=fNO(i)-1; fC731CO2(i)=fC731CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + NO2 = C731PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'NO2'; 
fC731CO3(i)=fC731CO3(i)-1; fNO2(i)=fNO2(i)-1; fC731PAN(i)=fC731PAN(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + NO3 = C731CO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'NO3'; 
fC731CO3(i)=fC731CO3(i)-1; fNO3(i)=fNO3(i)-1; fC731CO2(i)=fC731CO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + RO2 = C731CO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'RO2';
fC731CO3(i)=fC731CO3(i)-1; fC731CO2(i)=fC731CO2(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3 + RO2 = C731CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C731CO3'; Gstr{i,2} = 'RO2';
fC731CO3(i)=fC731CO3(i)-1; fC731CO2H(i)=fC731CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO2H + OH = C1011O2';
k(:,i) = 1.14e-11;
Gstr{i,1} = 'C1011CO2H'; Gstr{i,2} = 'OH'; 
fC1011CO2H(i)=fC1011CO2H(i)-1; fOH(i)=fOH(i)-1; fC1011O2(i)=fC1011O2(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3H + OH = C1011CO3';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'C1011CO3H'; Gstr{i,2} = 'OH'; 
fC1011CO3H(i)=fC1011CO3H(i)-1; fOH(i)=fOH(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO3H + hv = C1011O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1011CO3H'; 
fC1011CO3H(i)=fC1011CO3H(i)-1; fC1011O2(i)=fC1011O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + HO2 = C1011OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'HO2'; 
fC1011O2(i)=fC1011O2(i)-1; fHO2(i)=fHO2(i)-1; fC1011OOH(i)=fC1011OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + NO = C1011NO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'NO'; 
fC1011O2(i)=fC1011O2(i)-1; fNO(i)=fNO(i)-1; fC1011NO3(i)=fC1011NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + NO = C1011O + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'NO'; 
fC1011O2(i)=fC1011O2(i)-1; fNO(i)=fNO(i)-1; fC1011O(i)=fC1011O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + NO3 = C1011O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'NO3'; 
fC1011O2(i)=fC1011O2(i)-1; fNO3(i)=fNO3(i)-1; fC1011O(i)=fC1011O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + RO2 = C1011CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'RO2';
fC1011O2(i)=fC1011O2(i)-1; fC1011CO(i)=fC1011CO(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + RO2 = C1011O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'RO2';
fC1011O2(i)=fC1011O2(i)-1; fC1011O(i)=fC1011O(i)+1; 

i=i+1;
Rnames{i} = 'C1011O2 + RO2 = C1011OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1011O2'; Gstr{i,2} = 'RO2';
fC1011O2(i)=fC1011O2(i)-1; fC1011OH(i)=fC1011OH(i)+1; 

i=i+1;
Rnames{i} = 'C1011PAN + OH = C1011CO + CO + NO2';
k(:,i) = 1.09e-11;
Gstr{i,1} = 'C1011PAN'; Gstr{i,2} = 'OH'; 
fC1011PAN(i)=fC1011PAN(i)-1; fOH(i)=fOH(i)-1; fC1011CO(i)=fC1011CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011PAN = C1011CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C1011PAN'; 
fC1011PAN(i)=fC1011PAN(i)-1; fC1011CO3(i)=fC1011CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO2 = C1210O2';
k(:,i) = KDEC.*0.1;
Gstr{i,1} = 'C1210CO2'; 
fC1210CO2(i)=fC1210CO2(i)-1; fC1210O2(i)=fC1210O2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO2 = C1211CO3';
k(:,i) = KDEC.*0.9;
Gstr{i,1} = 'C1210CO2'; 
fC1210CO2(i)=fC1210CO2(i)-1; fC1211CO3(i)=fC1211CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO2H + OH = C1210CO2';
k(:,i) = 3.85e-11;
Gstr{i,1} = 'C1210CO2H'; Gstr{i,2} = 'OH'; 
fC1210CO2H(i)=fC1210CO2H(i)-1; fOH(i)=fOH(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3H + OH = C1210CO3';
k(:,i) = 4.14e-11;
Gstr{i,1} = 'C1210CO3H'; Gstr{i,2} = 'OH'; 
fC1210CO3H(i)=fC1210CO3H(i)-1; fOH(i)=fOH(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1210CO3H + hv = C1210CO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1210CO3H'; 
fC1210CO3H(i)=fC1210CO3H(i)-1; fC1210CO2(i)=fC1210CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1210PAN + OH = C116CHO + CO + NO2';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'C1210PAN'; Gstr{i,2} = 'OH'; 
fC1210PAN(i)=fC1210PAN(i)-1; fOH(i)=fOH(i)-1; fC116CHO(i)=fC116CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1210PAN = C1210CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C1210PAN'; 
fC1210PAN(i)=fC1210PAN(i)-1; fC1210CO3(i)=fC1210CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C132OOH + OH = C132O2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'C132OOH'; Gstr{i,2} = 'OH'; 
fC132OOH(i)=fC132OOH(i)-1; fOH(i)=fOH(i)-1; fC132O2(i)=fC132O2(i)+1; 

i=i+1;
Rnames{i} = 'C132OOH + hv = C132O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C132OOH'; 
fC132OOH(i)=fC132OOH(i)-1; fC132O(i)=fC132O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C132O = C133O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C132O'; 
fC132O(i)=fC132O(i)-1; fC133O2(i)=fC133O2(i)+1; 

i=i+1;
Rnames{i} = 'C132OH + OH = C132O';
k(:,i) = 1.55e-11;
Gstr{i,1} = 'C132OH'; Gstr{i,2} = 'OH'; 
fC132OH(i)=fC132OH(i)-1; fOH(i)=fOH(i)-1; fC132O(i)=fC132O(i)+1; 

i=i+1;
Rnames{i} = 'C137CO2H + OH = C137O2';
k(:,i) = 5.89e-11;
Gstr{i,1} = 'C137CO2H'; Gstr{i,2} = 'OH'; 
fC137CO2H(i)=fC137CO2H(i)-1; fOH(i)=fOH(i)-1; fC137O2(i)=fC137O2(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3H + OH = C137CO3';
k(:,i) = 6.18e-11;
Gstr{i,1} = 'C137CO3H'; Gstr{i,2} = 'OH'; 
fC137CO3H(i)=fC137CO3H(i)-1; fOH(i)=fOH(i)-1; fC137CO3(i)=fC137CO3(i)+1; 

i=i+1;
Rnames{i} = 'C137CO3H + hv = C137O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C137CO3H'; 
fC137CO3H(i)=fC137CO3H(i)-1; fC137O2(i)=fC137O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + HO2 = C137OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'HO2'; 
fC137O2(i)=fC137O2(i)-1; fHO2(i)=fHO2(i)-1; fC137OOH(i)=fC137OOH(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + NO = C137NO3';
k(:,i) = KRO2NO.*0.178;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'NO'; 
fC137O2(i)=fC137O2(i)-1; fNO(i)=fNO(i)-1; fC137NO3(i)=fC137NO3(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + NO = C137O + NO2';
k(:,i) = KRO2NO.*0.822;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'NO'; 
fC137O2(i)=fC137O2(i)-1; fNO(i)=fNO(i)-1; fC137O(i)=fC137O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + NO3 = C137O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'NO3'; 
fC137O2(i)=fC137O2(i)-1; fNO3(i)=fNO3(i)-1; fC137O(i)=fC137O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + RO2 = C137CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'RO2';
fC137O2(i)=fC137O2(i)-1; fC137CO(i)=fC137CO(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + RO2 = C137O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'RO2';
fC137O2(i)=fC137O2(i)-1; fC137O(i)=fC137O(i)+1; 

i=i+1;
Rnames{i} = 'C137O2 + RO2 = C137OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C137O2'; Gstr{i,2} = 'RO2';
fC137O2(i)=fC137O2(i)-1; fC137OH(i)=fC137OH(i)+1; 

i=i+1;
Rnames{i} = 'C137PAN + OH = C137CO + CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C137PAN'; Gstr{i,2} = 'OH'; 
fC137PAN(i)=fC137PAN(i)-1; fOH(i)=fOH(i)-1; fC137CO(i)=fC137CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137PAN = C137CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C137PAN'; 
fC137PAN(i)=fC137PAN(i)-1; fC137CO3(i)=fC137CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO2H + OH = C1013O2';
k(:,i) = 1.13e-11;
Gstr{i,1} = 'C1013CO2H'; Gstr{i,2} = 'OH'; 
fC1013CO2H(i)=fC1013CO2H(i)-1; fOH(i)=fOH(i)-1; fC1013O2(i)=fC1013O2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3H + OH = C1013CO3';
k(:,i) = 1.44e-11;
Gstr{i,1} = 'C1013CO3H'; Gstr{i,2} = 'OH'; 
fC1013CO3H(i)=fC1013CO3H(i)-1; fOH(i)=fOH(i)-1; fC1013CO3(i)=fC1013CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO3H + hv = C1013O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1013CO3H'; 
fC1013CO3H(i)=fC1013CO3H(i)-1; fC1013O2(i)=fC1013O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + HO2 = C1013OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'HO2'; 
fC1013O2(i)=fC1013O2(i)-1; fHO2(i)=fHO2(i)-1; fC1013OOH(i)=fC1013OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + NO = C1013NO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'NO'; 
fC1013O2(i)=fC1013O2(i)-1; fNO(i)=fNO(i)-1; fC1013NO3(i)=fC1013NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + NO = C1013O + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'NO'; 
fC1013O2(i)=fC1013O2(i)-1; fNO(i)=fNO(i)-1; fC1013O(i)=fC1013O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + NO3 = C1013O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'NO3'; 
fC1013O2(i)=fC1013O2(i)-1; fNO3(i)=fNO3(i)-1; fC1013O(i)=fC1013O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + RO2 = C1013CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'RO2';
fC1013O2(i)=fC1013O2(i)-1; fC1013CO(i)=fC1013CO(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + RO2 = C1013O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'RO2';
fC1013O2(i)=fC1013O2(i)-1; fC1013O(i)=fC1013O(i)+1; 

i=i+1;
Rnames{i} = 'C1013O2 + RO2 = C1013OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1013O2'; Gstr{i,2} = 'RO2';
fC1013O2(i)=fC1013O2(i)-1; fC1013OH(i)=fC1013OH(i)+1; 

i=i+1;
Rnames{i} = 'C1013PAN + OH = C1013CO + CO + NO2';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'C1013PAN'; Gstr{i,2} = 'OH'; 
fC1013PAN(i)=fC1013PAN(i)-1; fOH(i)=fOH(i)-1; fC1013CO(i)=fC1013CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013PAN = C1013CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C1013PAN'; 
fC1013PAN(i)=fC1013PAN(i)-1; fC1013CO3(i)=fC1013CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + HO2 = C1010OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'HO2'; 
fC1010O2(i)=fC1010O2(i)-1; fHO2(i)=fHO2(i)-1; fC1010OOH(i)=fC1010OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + NO = C1010NO3';
k(:,i) = KRO2NO.*0.125;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'NO'; 
fC1010O2(i)=fC1010O2(i)-1; fNO(i)=fNO(i)-1; fC1010NO3(i)=fC1010NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + NO = C1010O + NO2';
k(:,i) = KRO2NO.*0.875;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'NO'; 
fC1010O2(i)=fC1010O2(i)-1; fNO(i)=fNO(i)-1; fC1010O(i)=fC1010O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + NO3 = C1010O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'NO3'; 
fC1010O2(i)=fC1010O2(i)-1; fNO3(i)=fNO3(i)-1; fC1010O(i)=fC1010O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + RO2 = C1010O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'RO2';
fC1010O2(i)=fC1010O2(i)-1; fC1010O(i)=fC1010O(i)+1; 

i=i+1;
Rnames{i} = 'C1010O2 + RO2 = C1010OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C1010O2'; Gstr{i,2} = 'RO2';
fC1010O2(i)=fC1010O2(i)-1; fC1010OH(i)=fC1010OH(i)+1; 

i=i+1;
Rnames{i} = 'C1312OOH + OH = C1312CO + OH';
k(:,i) = 1.02e-10;
Gstr{i,1} = 'C1312OOH'; Gstr{i,2} = 'OH'; 
fC1312OOH(i)=fC1312OOH(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1312OOH + hv = C1312O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1312OOH'; 
fC1312OOH(i)=fC1312OOH(i)-1; fC1312O(i)=fC1312O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1312NO3 + OH = C1312CO + NO2';
k(:,i) = 8.34e-11;
Gstr{i,1} = 'C1312NO3'; Gstr{i,2} = 'OH'; 
fC1312NO3(i)=fC1312NO3(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1312NO3 + hv = C1312O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1312NO3'; 
fC1312NO3(i)=fC1312NO3(i)-1; fC1312O(i)=fC1312O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1312O = C1010O2 + HOC2H4CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C1312O'; 
fC1312O(i)=fC1312O(i)-1; fC1010O2(i)=fC1010O2(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C1312OH + OH = C1312CO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'C1312OH'; Gstr{i,2} = 'OH'; 
fC1312OH(i)=fC1312OH(i)-1; fOH(i)=fOH(i)-1; fC1312CO(i)=fC1312CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + HO2 = C117OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'HO2'; 
fC117O2(i)=fC117O2(i)-1; fHO2(i)=fHO2(i)-1; fC117OOH(i)=fC117OOH(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + NO = C117NO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'NO'; 
fC117O2(i)=fC117O2(i)-1; fNO(i)=fNO(i)-1; fC117NO3(i)=fC117NO3(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + NO = C117O + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'NO'; 
fC117O2(i)=fC117O2(i)-1; fNO(i)=fNO(i)-1; fC117O(i)=fC117O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + NO3 = C117O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'NO3'; 
fC117O2(i)=fC117O2(i)-1; fNO3(i)=fNO3(i)-1; fC117O(i)=fC117O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + RO2 = C117O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'RO2';
fC117O2(i)=fC117O2(i)-1; fC117O(i)=fC117O(i)+1; 

i=i+1;
Rnames{i} = 'C117O2 + RO2 = C117OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C117O2'; Gstr{i,2} = 'RO2';
fC117O2(i)=fC117O2(i)-1; fC117OH(i)=fC117OH(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + HO2 = C830CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'HO2'; 
fC830CO3(i)=fC830CO3(i)-1; fHO2(i)=fHO2(i)-1; fC830CO2H(i)=fC830CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + HO2 = C830CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'HO2'; 
fC830CO3(i)=fC830CO3(i)-1; fHO2(i)=fHO2(i)-1; fC830CO3H(i)=fC830CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + HO2 = C830O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'HO2'; 
fC830CO3(i)=fC830CO3(i)-1; fHO2(i)=fHO2(i)-1; fC830O2(i)=fC830O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + NO = C830O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'NO'; 
fC830CO3(i)=fC830CO3(i)-1; fNO(i)=fNO(i)-1; fC830O2(i)=fC830O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + NO2 = C830PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'NO2'; 
fC830CO3(i)=fC830CO3(i)-1; fNO2(i)=fNO2(i)-1; fC830PAN(i)=fC830PAN(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + NO3 = C830O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'NO3'; 
fC830CO3(i)=fC830CO3(i)-1; fNO3(i)=fNO3(i)-1; fC830O2(i)=fC830O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + RO2 = C830CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'RO2';
fC830CO3(i)=fC830CO3(i)-1; fC830CO2H(i)=fC830CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3 + RO2 = C830O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C830CO3'; Gstr{i,2} = 'RO2';
fC830CO3(i)=fC830CO3(i)-1; fC830O2(i)=fC830O2(i)+1; 

i=i+1;
Rnames{i} = 'C127OOH + OH = C127O2';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C127OOH'; Gstr{i,2} = 'OH'; 
fC127OOH(i)=fC127OOH(i)-1; fOH(i)=fOH(i)-1; fC127O2(i)=fC127O2(i)+1; 

i=i+1;
Rnames{i} = 'C127OOH + hv = C127O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C127OOH'; 
fC127OOH(i)=fC127OOH(i)-1; fC127O(i)=fC127O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C127NO3 + OH = C128CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C127NO3'; Gstr{i,2} = 'OH'; 
fC127NO3(i)=fC127NO3(i)-1; fOH(i)=fOH(i)-1; fC128CO(i)=fC128CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C127NO3 + hv = C127O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C127NO3'; 
fC127NO3(i)=fC127NO3(i)-1; fC127O(i)=fC127O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C127O = C128O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C127O'; 
fC127O(i)=fC127O(i)-1; fC128O2(i)=fC128O2(i)+1; 

i=i+1;
Rnames{i} = 'C127OH + OH = C127O';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C127OH'; Gstr{i,2} = 'OH'; 
fC127OH(i)=fC127OH(i)-1; fOH(i)=fOH(i)-1; fC127O(i)=fC127O(i)+1; 

i=i+1;
Rnames{i} = 'C145O2 + HO2 = C145OOH';
k(:,i) = KRO2HO2.*0.968;
Gstr{i,1} = 'C145O2'; Gstr{i,2} = 'HO2'; 
fC145O2(i)=fC145O2(i)-1; fHO2(i)=fHO2(i)-1; fC145OOH(i)=fC145OOH(i)+1; 

i=i+1;
Rnames{i} = 'C145O2 + NO = C145O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C145O2'; Gstr{i,2} = 'NO'; 
fC145O2(i)=fC145O2(i)-1; fNO(i)=fNO(i)-1; fC145O(i)=fC145O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C145O2 + NO3 = C145O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C145O2'; Gstr{i,2} = 'NO3'; 
fC145O2(i)=fC145O2(i)-1; fNO3(i)=fNO3(i)-1; fC145O(i)=fC145O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C145O2 + RO2 = C145O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C145O2'; Gstr{i,2} = 'RO2';
fC145O2(i)=fC145O2(i)-1; fC145O(i)=fC145O(i)+1; 

i=i+1;
Rnames{i} = 'C145O2 + RO2 = C145OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C145O2'; Gstr{i,2} = 'RO2';
fC145O2(i)=fC145O2(i)-1; fC145OH(i)=fC145OH(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + HO2 = C927OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'HO2'; 
fC927O2(i)=fC927O2(i)-1; fHO2(i)=fHO2(i)-1; fC927OOH(i)=fC927OOH(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + NO = C927NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'NO'; 
fC927O2(i)=fC927O2(i)-1; fNO(i)=fNO(i)-1; fC927NO3(i)=fC927NO3(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + NO = C927O + NO2';
k(:,i) = KRO2NO.*0.872;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'NO'; 
fC927O2(i)=fC927O2(i)-1; fNO(i)=fNO(i)-1; fC927O(i)=fC927O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + NO3 = C927O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'NO3'; 
fC927O2(i)=fC927O2(i)-1; fNO3(i)=fNO3(i)-1; fC927O(i)=fC927O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + RO2 = C927O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'RO2';
fC927O2(i)=fC927O2(i)-1; fC927O(i)=fC927O(i)+1; 

i=i+1;
Rnames{i} = 'C927O2 + RO2 = C927OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C927O2'; Gstr{i,2} = 'RO2';
fC927O2(i)=fC927O2(i)-1; fC927OH(i)=fC927OH(i)+1; 

i=i+1;
Rnames{i} = 'C143OOH + OH = C143CO + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C143OOH'; Gstr{i,2} = 'OH'; 
fC143OOH(i)=fC143OOH(i)-1; fOH(i)=fOH(i)-1; fC143CO(i)=fC143CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C143OOH + hv = C143O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C143OOH'; 
fC143OOH(i)=fC143OOH(i)-1; fC143O(i)=fC143O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C143NO3 + OH = C143CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C143NO3'; Gstr{i,2} = 'OH'; 
fC143NO3(i)=fC143NO3(i)-1; fOH(i)=fOH(i)-1; fC143CO(i)=fC143CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C143NO3 + hv = C143O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C143NO3'; 
fC143NO3(i)=fC143NO3(i)-1; fC143O(i)=fC143O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C143O = C143CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C143O'; 
fC143O(i)=fC143O(i)-1; fC143CO(i)=fC143CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C143O = C927O2 + CO2C4CHO';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C143O'; 
fC143O(i)=fC143O(i)-1; fC927O2(i)=fC927O2(i)+1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C143OH + OH = C143CO + HO2';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C143OH'; Gstr{i,2} = 'OH'; 
fC143OH(i)=fC143OH(i)-1; fOH(i)=fOH(i)-1; fC143CO(i)=fC143CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1214O2 + HO2 = C1214OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1214O2'; Gstr{i,2} = 'HO2'; 
fC1214O2(i)=fC1214O2(i)-1; fHO2(i)=fHO2(i)-1; fC1214OOH(i)=fC1214OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1214O2 + NO = C1214O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C1214O2'; Gstr{i,2} = 'NO'; 
fC1214O2(i)=fC1214O2(i)-1; fNO(i)=fNO(i)-1; fC1214O(i)=fC1214O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1214O2 + NO3 = C1214O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1214O2'; Gstr{i,2} = 'NO3'; 
fC1214O2(i)=fC1214O2(i)-1; fNO3(i)=fNO3(i)-1; fC1214O(i)=fC1214O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1214O2 + RO2 = C1214O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C1214O2'; Gstr{i,2} = 'RO2';
fC1214O2(i)=fC1214O2(i)-1; fC1214O(i)=fC1214O(i)+1; 

i=i+1;
Rnames{i} = 'C1214O2 + RO2 = C1214OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C1214O2'; Gstr{i,2} = 'RO2';
fC1214O2(i)=fC1214O2(i)-1; fC1214OH(i)=fC1214OH(i)+1; 

i=i+1;
Rnames{i} = 'MSA + OH = CH3SO3';
k(:,i) = 2.24e-14;
Gstr{i,1} = 'MSA'; Gstr{i,2} = 'OH'; 
fMSA(i)=fMSA(i)-1; fOH(i)=fOH(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2OOH + OH = CH3SO2O2';
k(:,i) = 3.60e-12;
Gstr{i,1} = 'CH3SO2OOH'; Gstr{i,2} = 'OH'; 
fCH3SO2OOH(i)=fCH3SO2OOH(i)-1; fOH(i)=fOH(i)-1; fCH3SO2O2(i)=fCH3SO2O2(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO2OOH + hv = CH3SO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CH3SO2OOH'; 
fCH3SO2OOH(i)=fCH3SO2OOH(i)-1; fCH3SO3(i)=fCH3SO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO4NO2 + OH = CH3SO2O2 + HNO3';
k(:,i) = 3.60e-13;
Gstr{i,1} = 'CH3SO4NO2'; Gstr{i,2} = 'OH'; 
fCH3SO4NO2(i)=fCH3SO4NO2(i)-1; fOH(i)=fOH(i)-1; fCH3SO2O2(i)=fCH3SO2O2(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CH3SO4NO2 = CH3SO2O2 + NO2';
k(:,i) = 5.40e16.*exp(-13112./T);
Gstr{i,1} = 'CH3SO4NO2'; 
fCH3SO4NO2(i)=fCH3SO4NO2(i)-1; fCH3SO2O2(i)=fCH3SO2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4DOLO2 + HO2 = ALC4DOLOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'CHOC4DOLO2'; Gstr{i,2} = 'HO2'; 
fCHOC4DOLO2(i)=fCHOC4DOLO2(i)-1; fHO2(i)=fHO2(i)-1; fALC4DOLOOH(i)=fALC4DOLOOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4DOLO2 + NO = CHOC4DOLO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOC4DOLO2'; Gstr{i,2} = 'NO'; 
fCHOC4DOLO2(i)=fCHOC4DOLO2(i)-1; fNO(i)=fNO(i)-1; fCHOC4DOLO(i)=fCHOC4DOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4DOLO2 + NO3 = CHOC4DOLO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOC4DOLO2'; Gstr{i,2} = 'NO3'; 
fCHOC4DOLO2(i)=fCHOC4DOLO2(i)-1; fNO3(i)=fNO3(i)-1; fCHOC4DOLO(i)=fCHOC4DOLO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4DOLO2 + RO2 = CHOC4DOLO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'CHOC4DOLO2'; Gstr{i,2} = 'RO2';
fCHOC4DOLO2(i)=fCHOC4DOLO2(i)-1; fCHOC4DOLO(i)=fCHOC4DOLO(i)+1; 

i=i+1;
Rnames{i} = 'C6TRONOHO2 + HO2 = C6TONOHOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C6TRONOHO2'; Gstr{i,2} = 'HO2'; 
fC6TRONOHO2(i)=fC6TRONOHO2(i)-1; fHO2(i)=fHO2(i)-1; fC6TONOHOOH(i)=fC6TONOHOOH(i)+1; 

i=i+1;
Rnames{i} = 'C6TRONOHO2 + NO = C6TRONOHO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C6TRONOHO2'; Gstr{i,2} = 'NO'; 
fC6TRONOHO2(i)=fC6TRONOHO2(i)-1; fNO(i)=fNO(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6TRONOHO2 + NO3 = C6TRONOHO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C6TRONOHO2'; Gstr{i,2} = 'NO3'; 
fC6TRONOHO2(i)=fC6TRONOHO2(i)-1; fNO3(i)=fNO3(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6TRONOHO2 + RO2 = C6TRONOHO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C6TRONOHO2'; Gstr{i,2} = 'RO2';
fC6TRONOHO2(i)=fC6TRONOHO2(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5OOH + hv = HO24C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO24C5OOH'; 
fHO24C5OOH(i)=fHO24C5OOH(i)-1; fHO24C5O(i)=fHO24C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C5OOH = HO24C4CHO + OH';
k(:,i) = 3.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C5OOH'; 
fOH(i)=fOH(i)-1; fHO24C5OOH(i)=fHO24C5OOH(i)-1; fHO24C4CHO(i)=fHO24C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C5OOH = HO24C5O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C5OOH'; 
fOH(i)=fOH(i)-1; fHO24C5OOH(i)=fHO24C5OOH(i)-1; fHO24C5O2(i)=fHO24C5O2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C5NO3 = HO24C4CHO + NO2';
k(:,i) = 1.19e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C5NO3'; 
fOH(i)=fOH(i)-1; fHO24C5NO3(i)=fHO24C5NO3(i)-1; fHO24C4CHO(i)=fHO24C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C5O = HO2C3CHO + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5556./T);
Gstr{i,1} = 'HO24C5O'; 
fHO24C5O(i)=fHO24C5O(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO124C5 = C51OH + HO2';
k(:,i) = 2.46e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO124C5'; 
fOH(i)=fOH(i)-1; fHO124C5(i)=fHO124C5(i)-1; fC51OH(i)=fC51OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CHO + hv = HO2C3CHO + HO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'HO24C4CHO'; 
fHO24C4CHO(i)=fHO24C4CHO(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'NO3 + HO24C4CHO = HO24C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'NO3'; Gstr{i,2} = 'HO24C4CHO'; 
fNO3(i)=fNO3(i)-1; fHO24C4CHO(i)=fHO24C4CHO(i)-1; fHO24C4CO3(i)=fHO24C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C4CHO = HO24C4CO3';
k(:,i) = 4.03e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C4CHO'; 
fOH(i)=fOH(i)-1; fHO24C4CHO(i)=fHO24C4CHO(i)-1; fHO24C4CO3(i)=fHO24C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + HO2 = C23C54CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'HO2'; 
fC23C54CO3(i)=fC23C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fC23C54CO3H(i)=fC23C54CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + HO2 = CO23C54O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'HO2'; 
fC23C54CO3(i)=fC23C54CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + NO = CO23C54O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'NO'; 
fC23C54CO3(i)=fC23C54CO3(i)-1; fNO(i)=fNO(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + NO2 = C6PAN7';
k(:,i) = KFPAN;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'NO2'; 
fC23C54CO3(i)=fC23C54CO3(i)-1; fNO2(i)=fNO2(i)-1; fC6PAN7(i)=fC6PAN7(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + NO3 = CO23C54O2 + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'NO3'; 
fC23C54CO3(i)=fC23C54CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3 + RO2 = CO23C54O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C23C54CO3'; Gstr{i,2} = 'RO2';
fC23C54CO3(i)=fC23C54CO3(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; 

i=i+1;
Rnames{i} = 'C55OOH + hv = C55O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C55OOH'; 
fC55OOH(i)=fC55OOH(i)-1; fC55O(i)=fC55O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C55OOH + hv = C55O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C55OOH'; 
fC55OOH(i)=fC55OOH(i)-1; fC55O(i)=fC55O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C55OOH = C55O2';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C55OOH'; 
fOH(i)=fOH(i)-1; fC55OOH(i)=fC55OOH(i)-1; fC55O2(i)=fC55O2(i)+1; 

i=i+1;
Rnames{i} = 'C55O = HCHO + IPRHOCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C55O'; 
fC55O(i)=fC55O(i)-1; fHCHO(i)=fHCHO(i)+1; fIPRHOCO3(i)=fIPRHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3H + hv = C55O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C67CO3H'; 
fC67CO3H(i)=fC67CO3H(i)-1; fC55O2(i)=fC55O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C67CO3H + hv = C55O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C67CO3H'; 
fC67CO3H(i)=fC67CO3H(i)-1; fC55O2(i)=fC55O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C67CO3H = C67CO3';
k(:,i) = 5.33e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C67CO3H'; 
fOH(i)=fOH(i)-1; fC67CO3H(i)=fC67CO3H(i)-1; fC67CO3(i)=fC67CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN9 = C67CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN9'; 
fC6PAN9(i)=fC6PAN9(i)-1; fC67CO3(i)=fC67CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN9 = MIBKHO4CHO + CO + NO2';
k(:,i) = 1.41e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN9'; 
fOH(i)=fOH(i)-1; fC6PAN9(i)=fC6PAN9(i)-1; fMIBKHO4CHO(i)=fMIBKHO4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C73O2 + HO2 = C73OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C73O2'; Gstr{i,2} = 'HO2'; 
fC73O2(i)=fC73O2(i)-1; fHO2(i)=fHO2(i)-1; fC73OOH(i)=fC73OOH(i)+1; 

i=i+1;
Rnames{i} = 'C73O2 + NO = C73O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C73O2'; Gstr{i,2} = 'NO'; 
fC73O2(i)=fC73O2(i)-1; fNO(i)=fNO(i)-1; fC73O(i)=fC73O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C73O2 + NO3 = C73O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C73O2'; Gstr{i,2} = 'NO3'; 
fC73O2(i)=fC73O2(i)-1; fNO3(i)=fNO3(i)-1; fC73O(i)=fC73O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C73O2 + RO2 = C73O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C73O2'; Gstr{i,2} = 'RO2';
fC73O2(i)=fC73O2(i)-1; fC73O(i)=fC73O(i)+1; 

i=i+1;
Rnames{i} = 'C74O2 + HO2 = C74OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C74O2'; Gstr{i,2} = 'HO2'; 
fC74O2(i)=fC74O2(i)-1; fHO2(i)=fHO2(i)-1; fC74OOH(i)=fC74OOH(i)+1; 

i=i+1;
Rnames{i} = 'C74O2 + NO = C74O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C74O2'; Gstr{i,2} = 'NO'; 
fC74O2(i)=fC74O2(i)-1; fNO(i)=fNO(i)-1; fC74O(i)=fC74O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C74O2 + NO3 = C74O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C74O2'; Gstr{i,2} = 'NO3'; 
fC74O2(i)=fC74O2(i)-1; fNO3(i)=fNO3(i)-1; fC74O(i)=fC74O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C74O2 + RO2 = C74O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C74O2'; Gstr{i,2} = 'RO2';
fC74O2(i)=fC74O2(i)-1; fC74O(i)=fC74O(i)+1; 

i=i+1;
Rnames{i} = 'H3M2C4CO3H + hv = ME3BU2OLO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3M2C4CO3H'; 
fH3M2C4CO3H(i)=fH3M2C4CO3H(i)-1; fME3BU2OLO2(i)=fME3BU2OLO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M2C4CO3H = H3M2C4CO3';
k(:,i) = 3.99e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M2C4CO3H'; 
fOH(i)=fOH(i)-1; fH3M2C4CO3H(i)=fH3M2C4CO3H(i)-1; fH3M2C4CO3(i)=fH3M2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN20 = H3M2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN20'; 
fC6PAN20(i)=fC6PAN20(i)-1; fH3M2C4CO3(i)=fH3M2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN20 = C3M3OH2CHO + CO + NO2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN20'; 
fOH(i)=fOH(i)-1; fC6PAN20(i)=fC6PAN20(i)-1; fC3M3OH2CHO(i)=fC3M3OH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C79OOH + hv = C79O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C79OOH'; 
fC79OOH(i)=fC79OOH(i)-1; fC79O(i)=fC79O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C79OOH + hv = HCHO + CO235C6 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C79OOH'; 
fC79OOH(i)=fC79OOH(i)-1; fHCHO(i)=fHCHO(i)+1; fCO235C6(i)=fCO235C6(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C79OOH = C79O2';
k(:,i) = 3.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C79OOH'; 
fOH(i)=fOH(i)-1; fC79OOH(i)=fC79OOH(i)-1; fC79O2(i)=fC79O2(i)+1; 

i=i+1;
Rnames{i} = 'C79O = CO235C6 + HCHO + HO2';
k(:,i) = 2.00e14.*exp(-5489./T);
Gstr{i,1} = 'C79O'; 
fC79O(i)=fC79O(i)-1; fCO235C6(i)=fCO235C6(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C715O2 + HO2 = C715OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C715O2'; Gstr{i,2} = 'HO2'; 
fC715O2(i)=fC715O2(i)-1; fHO2(i)=fHO2(i)-1; fC715OOH(i)=fC715OOH(i)+1; 

i=i+1;
Rnames{i} = 'C715O2 + NO = C715O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C715O2'; Gstr{i,2} = 'NO'; 
fC715O2(i)=fC715O2(i)-1; fNO(i)=fNO(i)-1; fC715O(i)=fC715O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C715O2 + NO3 = C715O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C715O2'; Gstr{i,2} = 'NO3'; 
fC715O2(i)=fC715O2(i)-1; fNO3(i)=fNO3(i)-1; fC715O(i)=fC715O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C715O2 + RO2 = C715O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C715O2'; Gstr{i,2} = 'RO2';
fC715O2(i)=fC715O2(i)-1; fC715O(i)=fC715O(i)+1; 

i=i+1;
Rnames{i} = 'H3M3C4CO3H + hv = PROL11MO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3M3C4CO3H'; 
fH3M3C4CO3H(i)=fH3M3C4CO3H(i)-1; fPROL11MO2(i)=fPROL11MO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H3M3C4CO3H = H3M3C4CO3';
k(:,i) = 6.08e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H3M3C4CO3H'; 
fOH(i)=fOH(i)-1; fH3M3C4CO3H(i)=fH3M3C4CO3H(i)-1; fH3M3C4CO3(i)=fH3M3C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN21 = H3M3C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN21'; 
fC6PAN21(i)=fC6PAN21(i)-1; fH3M3C4CO3(i)=fH3M3C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN21 = PROL1MCHO + CO + NO2';
k(:,i) = 1.97e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN21'; 
fOH(i)=fOH(i)-1; fC6PAN21(i)=fC6PAN21(i)-1; fPROL1MCHO(i)=fPROL1MCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5OOH + hv = H13M3C5O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H13M3C5OOH'; 
fH13M3C5OOH(i)=fH13M3C5OOH(i)-1; fH13M3C5O(i)=fH13M3C5O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13M3C5OOH = H13M3CO4C5 + OH';
k(:,i) = 2.97e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13M3C5OOH'; 
fOH(i)=fOH(i)-1; fH13M3C5OOH(i)=fH13M3C5OOH(i)-1; fH13M3CO4C5(i)=fH13M3CO4C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13M3C5NO3 = H13M3CO4C5 + NO2';
k(:,i) = 6.00e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13M3C5NO3'; 
fOH(i)=fOH(i)-1; fH13M3C5NO3(i)=fH13M3C5NO3(i)-1; fH13M3CO4C5(i)=fH13M3CO4C5(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3C5O = CH3CHO + MEKAOH + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'H13M3C5O'; 
fH13M3C5O(i)=fH13M3C5O(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fMEKAOH(i)=fMEKAOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H134M3C5 = H13M3CO4C5 + HO2';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H134M3C5'; 
fOH(i)=fOH(i)-1; fH134M3C5(i)=fH134M3C5(i)-1; fH13M3CO4C5(i)=fH13M3CO4C5(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H13M3CO4C5 + hv = CO2C3CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'H13M3CO4C5'; 
fH13M3CO4C5(i)=fH13M3CO4C5(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + H13M3CO4C5 = C613O2';
k(:,i) = 9.41e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'H13M3CO4C5'; 
fOH(i)=fOH(i)-1; fH13M3CO4C5(i)=fH13M3CO4C5(i)-1; fC613O2(i)=fC613O2(i)+1; 

i=i+1;
Rnames{i} = 'C83O2 + HO2 = C83OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C83O2'; Gstr{i,2} = 'HO2'; 
fC83O2(i)=fC83O2(i)-1; fHO2(i)=fHO2(i)-1; fC83OOH(i)=fC83OOH(i)+1; 

i=i+1;
Rnames{i} = 'C83O2 + NO = C83O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C83O2'; Gstr{i,2} = 'NO'; 
fC83O2(i)=fC83O2(i)-1; fNO(i)=fNO(i)-1; fC83O(i)=fC83O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C83O2 + NO3 = C83O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C83O2'; Gstr{i,2} = 'NO3'; 
fC83O2(i)=fC83O2(i)-1; fNO3(i)=fNO3(i)-1; fC83O(i)=fC83O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C83O2 + RO2 = C83O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C83O2'; Gstr{i,2} = 'RO2';
fC83O2(i)=fC83O2(i)-1; fC83O(i)=fC83O(i)+1; 

i=i+1;
Rnames{i} = 'HO4C5CO3H + hv = PE1ENEBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO4C5CO3H'; 
fHO4C5CO3H(i)=fHO4C5CO3H(i)-1; fPE1ENEBO2(i)=fPE1ENEBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO4C5CO3H = HO4C5CO3';
k(:,i) = 3.99e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO4C5CO3H'; 
fOH(i)=fOH(i)-1; fHO4C5CO3H(i)=fHO4C5CO3H(i)-1; fHO4C5CO3(i)=fHO4C5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN22 = HO4C5CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN22'; 
fC6PAN22(i)=fC6PAN22(i)-1; fHO4C5CO3(i)=fHO4C5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN22 = C4OHCHO + CO + NO2';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN22'; 
fOH(i)=fOH(i)-1; fC6PAN22(i)=fC6PAN22(i)-1; fC4OHCHO(i)=fC4OHCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C95O2 + HO2 = C95OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C95O2'; Gstr{i,2} = 'HO2'; 
fC95O2(i)=fC95O2(i)-1; fHO2(i)=fHO2(i)-1; fC95OOH(i)=fC95OOH(i)+1; 

i=i+1;
Rnames{i} = 'C95O2 + NO = C95O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C95O2'; Gstr{i,2} = 'NO'; 
fC95O2(i)=fC95O2(i)-1; fNO(i)=fNO(i)-1; fC95O(i)=fC95O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C95O2 + NO3 = C95O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C95O2'; Gstr{i,2} = 'NO3'; 
fC95O2(i)=fC95O2(i)-1; fNO3(i)=fNO3(i)-1; fC95O(i)=fC95O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C95O2 + RO2 = C95O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C95O2'; Gstr{i,2} = 'RO2';
fC95O2(i)=fC95O2(i)-1; fC95O(i)=fC95O(i)+1; 

i=i+1;
Rnames{i} = 'HO5C6CO3H + hv = HO5C6O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO5C6CO3H'; 
fHO5C6CO3H(i)=fHO5C6CO3H(i)-1; fHO5C6O2(i)=fHO5C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO5C6CO3H = HO5C6CO3';
k(:,i) = 4.13e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO5C6CO3H'; 
fOH(i)=fOH(i)-1; fHO5C6CO3H(i)=fHO5C6CO3H(i)-1; fHO5C6CO3(i)=fHO5C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7PAN2 = HO5C6CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7PAN2'; 
fC7PAN2(i)=fC7PAN2(i)-1; fHO5C6CO3(i)=fHO5C6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C7PAN2 = HO5C5CHO + CO + NO2';
k(:,i) = 1.49e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C7PAN2'; 
fOH(i)=fOH(i)-1; fC7PAN2(i)=fC7PAN2(i)-1; fHO5C5CHO(i)=fHO5C5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C105O2 + HO2 = C105OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C105O2'; Gstr{i,2} = 'HO2'; 
fC105O2(i)=fC105O2(i)-1; fHO2(i)=fHO2(i)-1; fC105OOH(i)=fC105OOH(i)+1; 

i=i+1;
Rnames{i} = 'C105O2 + NO = C105O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C105O2'; Gstr{i,2} = 'NO'; 
fC105O2(i)=fC105O2(i)-1; fNO(i)=fNO(i)-1; fC105O(i)=fC105O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C105O2 + NO3 = C105O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C105O2'; Gstr{i,2} = 'NO3'; 
fC105O2(i)=fC105O2(i)-1; fNO3(i)=fNO3(i)-1; fC105O(i)=fC105O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C105O2 + RO2 = C105O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C105O2'; Gstr{i,2} = 'RO2';
fC105O2(i)=fC105O2(i)-1; fC105O(i)=fC105O(i)+1; 

i=i+1;
Rnames{i} = 'HO6C7CO3H + hv = HO6C7O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO6C7CO3H'; 
fHO6C7CO3H(i)=fHO6C7CO3H(i)-1; fHO6C7O2(i)=fHO6C7O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO6C7CO3H = HO6C7CO3';
k(:,i) = 4.27e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO6C7CO3H'; 
fOH(i)=fOH(i)-1; fHO6C7CO3H(i)=fHO6C7CO3H(i)-1; fHO6C7CO3(i)=fHO6C7CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8PAN1 = HO6C7CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C8PAN1'; 
fC8PAN1(i)=fC8PAN1(i)-1; fHO6C7CO3(i)=fHO6C7CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C8PAN1 = HCHO + C5H11CHO + CO + NO2';
k(:,i) = 1.63e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C8PAN1'; 
fOH(i)=fOH(i)-1; fC8PAN1(i)=fC8PAN1(i)-1; fHCHO(i)=fHCHO(i)+1; fC5H11CHO(i)=fC5H11CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C115O2 + HO2 = C115OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C115O2'; Gstr{i,2} = 'HO2'; 
fC115O2(i)=fC115O2(i)-1; fHO2(i)=fHO2(i)-1; fC115OOH(i)=fC115OOH(i)+1; 

i=i+1;
Rnames{i} = 'C115O2 + NO = C115O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C115O2'; Gstr{i,2} = 'NO'; 
fC115O2(i)=fC115O2(i)-1; fNO(i)=fNO(i)-1; fC115O(i)=fC115O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C115O2 + NO3 = C115O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C115O2'; Gstr{i,2} = 'NO3'; 
fC115O2(i)=fC115O2(i)-1; fNO3(i)=fNO3(i)-1; fC115O(i)=fC115O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C115O2 + RO2 = C115O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C115O2'; Gstr{i,2} = 'RO2';
fC115O2(i)=fC115O2(i)-1; fC115O(i)=fC115O(i)+1; 

i=i+1;
Rnames{i} = 'HO7C8CO3H + hv = HO7C8O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO7C8CO3H'; 
fHO7C8CO3H(i)=fHO7C8CO3H(i)-1; fHO7C8O2(i)=fHO7C8O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO7C8CO3H = HO7C8CO3';
k(:,i) = 4.41e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO7C8CO3H'; 
fOH(i)=fOH(i)-1; fHO7C8CO3H(i)=fHO7C8CO3H(i)-1; fHO7C8CO3(i)=fHO7C8CO3(i)+1; 

i=i+1;
Rnames{i} = 'C9PAN1 = HO7C8CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C9PAN1'; 
fC9PAN1(i)=fC9PAN1(i)-1; fHO7C8CO3(i)=fHO7C8CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C9PAN1 = HCHO + C6H13CHO + CO + NO2';
k(:,i) = 1.77e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C9PAN1'; 
fOH(i)=fOH(i)-1; fC9PAN1(i)=fC9PAN1(i)-1; fHCHO(i)=fHCHO(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C125O2 + HO2 = C125OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C125O2'; Gstr{i,2} = 'HO2'; 
fC125O2(i)=fC125O2(i)-1; fHO2(i)=fHO2(i)-1; fC125OOH(i)=fC125OOH(i)+1; 

i=i+1;
Rnames{i} = 'C125O2 + NO = C125O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C125O2'; Gstr{i,2} = 'NO'; 
fC125O2(i)=fC125O2(i)-1; fNO(i)=fNO(i)-1; fC125O(i)=fC125O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C125O2 + NO3 = C125O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C125O2'; Gstr{i,2} = 'NO3'; 
fC125O2(i)=fC125O2(i)-1; fNO3(i)=fNO3(i)-1; fC125O(i)=fC125O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C125O2 + RO2 = C125O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C125O2'; Gstr{i,2} = 'RO2';
fC125O2(i)=fC125O2(i)-1; fC125O(i)=fC125O(i)+1; 

i=i+1;
Rnames{i} = 'HO8C9CO3H + hv = HO8C9O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO8C9CO3H'; 
fHO8C9CO3H(i)=fHO8C9CO3H(i)-1; fHO8C9O2(i)=fHO8C9O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO8C9CO3H = HO8C9CO3';
k(:,i) = 4.55e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO8C9CO3H'; 
fOH(i)=fOH(i)-1; fHO8C9CO3H(i)=fHO8C9CO3H(i)-1; fHO8C9CO3(i)=fHO8C9CO3(i)+1; 

i=i+1;
Rnames{i} = 'C10PAN1 = HO8C9CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C10PAN1'; 
fC10PAN1(i)=fC10PAN1(i)-1; fHO8C9CO3(i)=fHO8C9CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C10PAN1 = CH3CHO + C6H13CHO + CO + NO2';
k(:,i) = 1.91e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C10PAN1'; 
fOH(i)=fOH(i)-1; fC10PAN1(i)=fC10PAN1(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fC6H13CHO(i)=fC6H13CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4DCO2 = MALANHY + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC4DCO2'; 
fNC4DCO2(i)=fNC4DCO2(i)-1; fMALANHY(i)=fMALANHY(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + HO2 = C4CO2DCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC4CO2DCO3H(i)=fC4CO2DCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + HO2 = HO2 + CO + C33CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + NO = HO2 + CO + C33CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'NO'; 
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fNO(i)=fNO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + NO2 = C4CO2DBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'NO2'; 
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC4CO2DBPAN(i)=fC4CO2DBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + NO3 = HO2 + CO + C33CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'NO3'; 
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBCO3 + RO2 = HO2 + CO + C33CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4CO2DBCO3'; Gstr{i,2} = 'RO2';
fC4CO2DBCO3(i)=fC4CO2DBCO3(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C5COOHCO3H + OH = C5CO2OHCO3';
k(:,i) = 8.01e-11;
Gstr{i,1} = 'C5COOHCO3H'; Gstr{i,2} = 'OH'; 
fC5COOHCO3H(i)=fC5COOHCO3H(i)-1; fOH(i)=fOH(i)-1; fC5CO2OHCO3(i)=fC5CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5COOHCO3H + hv = HOCOC4DIAL + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5COOHCO3H'; 
fC5COOHCO3H(i)=fC5COOHCO3H(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHPAN + OH = HOCOC4DIAL + CO + CO + NO2';
k(:,i) = 7.66e-11;
Gstr{i,1} = 'C5CO2OHPAN'; Gstr{i,2} = 'OH'; 
fC5CO2OHPAN(i)=fC5CO2OHPAN(i)-1; fOH(i)=fOH(i)-1; fHOCOC4DIAL(i)=fHOCOC4DIAL(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2OHPAN = C5CO2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5CO2OHPAN'; 
fC5CO2OHPAN(i)=fC5CO2OHPAN(i)-1; fC5CO2OHCO3(i)=fC5CO2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + HO2 = C5CO2DCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO2DCO3H(i)=fC5CO2DCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + HO2 = CH3CO3 + C33CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + NO = CH3CO3 + C33CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'NO'; 
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fNO(i)=fNO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + NO2 = C5CO2DBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'NO2'; 
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5CO2DBPAN(i)=fC5CO2DBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + NO3 = CH3CO3 + C33CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'NO3'; 
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fNO3(i)=fNO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBCO3 + RO2 = CH3CO3 + C33CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5CO2DBCO3'; Gstr{i,2} = 'RO2';
fC5CO2DBCO3(i)=fC5CO2DBCO3(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C6COOHCO3H + OH = C6CO2OHCO3';
k(:,i) = 9.29e-11;
Gstr{i,1} = 'C6COOHCO3H'; Gstr{i,2} = 'OH'; 
fC6COOHCO3H(i)=fC6COOHCO3H(i)-1; fOH(i)=fOH(i)-1; fC6CO2OHCO3(i)=fC6CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6COOHCO3H + hv = C5134CO2OH + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6COOHCO3H'; 
fC6COOHCO3H(i)=fC6COOHCO3H(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHPAN + OH = C5134CO2OH + CO + CO + NO2';
k(:,i) = 8.96e-11;
Gstr{i,1} = 'C6CO2OHPAN'; Gstr{i,2} = 'OH'; 
fC6CO2OHPAN(i)=fC6CO2OHPAN(i)-1; fOH(i)=fOH(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6CO2OHPAN = C6CO2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6CO2OHPAN'; 
fC6CO2OHPAN(i)=fC6CO2OHPAN(i)-1; fC6CO2OHCO3(i)=fC6CO2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4MDCO2 = MMALANHY + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC4MDCO2'; 
fNC4MDCO2(i)=fNC4MDCO2(i)-1; fMMALANHY(i)=fMMALANHY(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + HO2 = C4DBM2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'HO2'; 
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC4DBM2CO3H(i)=fC4DBM2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + HO2 = CO23C3CHO + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'HO2'; 
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + NO = CO23C3CHO + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'NO'; 
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fNO(i)=fNO(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + NO2 = C4DBM2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'NO2'; 
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC4DBM2PAN(i)=fC4DBM2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + NO3 = CO23C3CHO + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'NO3'; 
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3 + RO2 = CO23C3CHO + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4DBM2CO3'; Gstr{i,2} = 'RO2';
fC4DBM2CO3(i)=fC4DBM2CO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHCO3H + OH = C5M2OHOCO3';
k(:,i) = 9.83e-11;
Gstr{i,1} = 'C5M2OHCO3H'; Gstr{i,2} = 'OH'; 
fC5M2OHCO3H(i)=fC5M2OHCO3H(i)-1; fOH(i)=fOH(i)-1; fC5M2OHOCO3(i)=fC5M2OHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHCO3H + hv = C5134CO2OH + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5M2OHCO3H'; 
fC5M2OHCO3H(i)=fC5M2OHCO3H(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOPAN + OH = C5134CO2OH + CH3CO3 + NO2';
k(:,i) = 9.51e-11;
Gstr{i,1} = 'C5M2OHOPAN'; Gstr{i,2} = 'OH'; 
fC5M2OHOPAN(i)=fC5M2OHOPAN(i)-1; fOH(i)=fOH(i)-1; fC5134CO2OH(i)=fC5134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5M2OHOPAN = C5M2OHOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5M2OHOPAN'; 
fC5M2OHOPAN(i)=fC5M2OHOPAN(i)-1; fC5M2OHOCO3(i)=fC5M2OHOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COHOCO3H + OH = C4COMOHCO3';
k(:,i) = 4.16e-12;
Gstr{i,1} = 'C5COHOCO3H'; Gstr{i,2} = 'OH'; 
fC5COHOCO3H(i)=fC5COHOCO3H(i)-1; fOH(i)=fOH(i)-1; fC4COMOHCO3(i)=fC4COMOHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5COHOCO3H + hv = C5CO234 + OH + HO2';
k(:,i) = J41;
Gstr{i,1} = 'C5COHOCO3H'; 
fC5COHOCO3H(i)=fC5COHOCO3H(i)-1; fC5CO234(i)=fC5CO234(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5COHOCO3H + hv = C5CO234 + OH + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C5COHOCO3H'; 
fC5COHOCO3H(i)=fC5COHOCO3H(i)-1; fC5CO234(i)=fC5CO234(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHPAN + OH = C5CO234 + CO + NO2';
k(:,i) = 5.66e-13;
Gstr{i,1} = 'C4COMOHPAN'; Gstr{i,2} = 'OH'; 
fC4COMOHPAN(i)=fC4COMOHPAN(i)-1; fOH(i)=fOH(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4COMOHPAN = C4COMOHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4COMOHPAN'; 
fC4COMOHPAN(i)=fC4COMOHPAN(i)-1; fC4COMOHCO3(i)=fC4COMOHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO2H + OH = C23O3MO2';
k(:,i) = 6.58e-12;
Gstr{i,1} = 'C23O3MCO2H'; Gstr{i,2} = 'OH'; 
fC23O3MCO2H(i)=fC23O3MCO2H(i)-1; fOH(i)=fOH(i)-1; fC23O3MO2(i)=fC23O3MO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3H + OH = C23O3MCO3';
k(:,i) = 9.69e-12;
Gstr{i,1} = 'C23O3MCO3H'; Gstr{i,2} = 'OH'; 
fC23O3MCO3H(i)=fC23O3MCO3H(i)-1; fOH(i)=fOH(i)-1; fC23O3MCO3(i)=fC23O3MCO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCO3H + hv = OH + C23O3MO2';
k(:,i) = J41;
Gstr{i,1} = 'C23O3MCO3H'; 
fC23O3MCO3H(i)=fC23O3MCO3H(i)-1; fOH(i)=fOH(i)+1; fC23O3MO2(i)=fC23O3MO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCPAN + OH = CO + ACECOCOCH3 + NO2';
k(:,i) = 6.46e-12;
Gstr{i,1} = 'C23O3MCPAN'; Gstr{i,2} = 'OH'; 
fC23O3MCPAN(i)=fC23O3MCPAN(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fACECOCOCH3(i)=fACECOCOCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3MCPAN = C23O3MCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C23O3MCPAN'; 
fC23O3MCPAN(i)=fC23O3MCPAN(i)-1; fC23O3MCO3(i)=fC23O3MCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO2H + OH = MCOCOMOXO2';
k(:,i) = 8.76e-13;
Gstr{i,1} = 'C23O3CCO2H'; Gstr{i,2} = 'OH'; 
fC23O3CCO2H(i)=fC23O3CCO2H(i)-1; fOH(i)=fOH(i)-1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3H + OH = C23O3CCO3';
k(:,i) = 4.34e-12;
Gstr{i,1} = 'C23O3CCO3H'; Gstr{i,2} = 'OH'; 
fC23O3CCO3H(i)=fC23O3CCO3H(i)-1; fOH(i)=fOH(i)-1; fC23O3CCO3(i)=fC23O3CCO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CCO3H + hv = OH + MCOCOMOXO2';
k(:,i) = J41;
Gstr{i,1} = 'C23O3CCO3H'; 
fC23O3CCO3H(i)=fC23O3CCO3H(i)-1; fOH(i)=fOH(i)+1; fMCOCOMOXO2(i)=fMCOCOMOXO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CPAN + OH = CO + C23O3CHO + NO2';
k(:,i) = 7.36e-13;
Gstr{i,1} = 'C23O3CPAN'; Gstr{i,2} = 'OH'; 
fC23O3CPAN(i)=fC23O3CPAN(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fC23O3CHO(i)=fC23O3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CPAN = C23O3CCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C23O3CPAN'; 
fC23O3CPAN(i)=fC23O3CPAN(i)-1; fC23O3CCO3(i)=fC23O3CCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO3OH + OH = C54CO + HO2';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'C5CO3OH'; Gstr{i,2} = 'OH'; 
fC5CO3OH(i)=fC5CO3OH(i)-1; fOH(i)=fOH(i)-1; fC54CO(i)=fC54CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO3OH + hv = C33CO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C5CO3OH'; 
fC5CO3OH(i)=fC5CO3OH(i)-1; fC33CO(i)=fC33CO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO3OH + hv = C33CO + CH3CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C5CO3OH'; 
fC5CO3OH(i)=fC5CO3OH(i)-1; fC33CO(i)=fC33CO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OCO3H + OH = C7CO2OHCO3';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'C7CO2OCO3H'; Gstr{i,2} = 'OH'; 
fC7CO2OCO3H(i)=fC7CO2OCO3H(i)-1; fOH(i)=fOH(i)-1; fC7CO2OHCO3(i)=fC7CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OCO3H + hv = C5CO3OH + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7CO2OCO3H'; 
fC7CO2OCO3H(i)=fC7CO2OCO3H(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHPAN + OH = C5CO3OH + CH3CO3 + NO2';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'C7CO2OHPAN'; Gstr{i,2} = 'OH'; 
fC7CO2OHPAN(i)=fC7CO2OHPAN(i)-1; fOH(i)=fOH(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2OHPAN = C7CO2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7CO2OHPAN'; 
fC7CO2OHPAN(i)=fC7CO2OHPAN(i)-1; fC7CO2OHCO3(i)=fC7CO2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + HO2 = C5DCO2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'HO2'; 
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC5DCO2CO3H(i)=fC5DCO2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + HO2 = CO23C3CHO + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'HO2'; 
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + NO = CO23C3CHO + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'NO'; 
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fNO(i)=fNO(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + NO2 = C5DBCO2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'NO2'; 
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5DBCO2PAN(i)=fC5DBCO2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + NO3 = CO23C3CHO + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'NO3'; 
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2CO3 + RO2 = CO23C3CHO + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5DBCO2CO3'; Gstr{i,2} = 'RO2';
fC5DBCO2CO3(i)=fC5DBCO2CO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6MOCOCO3H + OH = C6MOHCOCO3';
k(:,i) = 2.75e-11;
Gstr{i,1} = 'C6MOCOCO3H'; Gstr{i,2} = 'OH'; 
fC6MOCOCO3H(i)=fC6MOCOCO3H(i)-1; fOH(i)=fOH(i)-1; fC6MOHCOCO3(i)=fC6MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6MOCOCO3H + hv = DMKCOOH + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6MOCOCO3H'; 
fC6MOCOCO3H(i)=fC6MOCOCO3H(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOPAN + OH = DMKCOOH + CO + NO2';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'C6MOHCOPAN'; Gstr{i,2} = 'OH'; 
fC6MOHCOPAN(i)=fC6MOHCOPAN(i)-1; fOH(i)=fOH(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6MOHCOPAN = C6MOHCOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6MOHCOPAN'; 
fC6MOHCOPAN(i)=fC6MOHCOPAN(i)-1; fC6MOHCOCO3(i)=fC6MOHCOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + HO2 = C2H5CO3 + C33CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + HO2 = C7CO2DCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC7CO2DCO3H(i)=fC7CO2DCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + NO = C2H5CO3 + C33CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'NO'; 
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fNO(i)=fNO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + NO2 = C7CO2DBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'NO2'; 
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC7CO2DBPAN(i)=fC7CO2DBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + NO3 = C2H5CO3 + C33CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'NO3'; 
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fNO3(i)=fNO3(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBCO3 + RO2 = C2H5CO3 + C33CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C7CO2DBCO3'; Gstr{i,2} = 'RO2';
fC7CO2DBCO3(i)=fC7CO2DBCO3(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C7OHO2CO3H + OH = C7OHCO2CO3';
k(:,i) = 9.46e-11;
Gstr{i,1} = 'C7OHO2CO3H'; Gstr{i,2} = 'OH'; 
fC7OHO2CO3H(i)=fC7OHO2CO3H(i)-1; fOH(i)=fOH(i)-1; fC7OHCO2CO3(i)=fC7OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7OHO2CO3H + hv = C6134CO2OH + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7OHO2CO3H'; 
fC7OHO2CO3H(i)=fC7OHO2CO3H(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7OHO2CO3H + hv = C6134CO2OH + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C7OHO2CO3H'; 
fC7OHO2CO3H(i)=fC7OHO2CO3H(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7OHO2CO3H + hv = C6134CO2OH + HO2 + CO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C7OHO2CO3H'; 
fC7OHO2CO3H(i)=fC7OHO2CO3H(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2PAN + OH = C6134CO2OH + CO + CO + NO2';
k(:,i) = 9.14e-11;
Gstr{i,1} = 'C7OHCO2PAN'; Gstr{i,2} = 'OH'; 
fC7OHCO2PAN(i)=fC7OHCO2PAN(i)-1; fOH(i)=fOH(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7OHCO2PAN = C7OHCO2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7OHCO2PAN'; 
fC7OHCO2PAN(i)=fC7OHCO2PAN(i)-1; fC7OHCO2CO3(i)=fC7OHCO2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4EDCO2 = EMALANHY + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC4EDCO2'; 
fNC4EDCO2(i)=fNC4EDCO2(i)-1; fEMALANHY(i)=fEMALANHY(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3H + OH = ECO3CO3';
k(:,i) = 6.09e-12;
Gstr{i,1} = 'ECO3CO3H'; Gstr{i,2} = 'OH'; 
fECO3CO3H(i)=fECO3CO3H(i)-1; fOH(i)=fOH(i)-1; fECO3CO3(i)=fECO3CO3(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3H + hv = C2H5CO3 + CO + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ECO3CO3H'; 
fECO3CO3H(i)=fECO3CO3H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ECO3CO3H + hv = C2H5CO3 + CO + CO + OH';
k(:,i) = J35.*2;
Gstr{i,1} = 'ECO3CO3H'; 
fECO3CO3H(i)=fECO3CO3H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ECO3PAN + OH = CH3CHO + CO + CO + CO + NO2';
k(:,i) = 2.49e-12;
Gstr{i,1} = 'ECO3PAN'; Gstr{i,2} = 'OH'; 
fECO3PAN(i)=fECO3PAN(i)-1; fOH(i)=fOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ECO3PAN = ECO3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'ECO3PAN'; 
fECO3PAN(i)=fECO3PAN(i)-1; fECO3CO3(i)=fECO3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + HO2 = C3H7CO3 + C33CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + HO2 = C8CO2DCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'HO2'; 
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC8CO2DCO3H(i)=fC8CO2DCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + NO = C3H7CO3 + C33CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'NO'; 
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fNO(i)=fNO(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + NO2 = C8CO2DBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'NO2'; 
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC8CO2DBPAN(i)=fC8CO2DBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + NO3 = C3H7CO3 + C33CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'NO3'; 
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fNO3(i)=fNO3(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBCO3 + RO2 = C3H7CO3 + C33CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C8CO2DBCO3'; Gstr{i,2} = 'RO2';
fC8CO2DBCO3(i)=fC8CO2DBCO3(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C8OHO2CO3H + OH = C8OHCO2CO3';
k(:,i) = 9.62e-11;
Gstr{i,1} = 'C8OHO2CO3H'; Gstr{i,2} = 'OH'; 
fC8OHO2CO3H(i)=fC8OHO2CO3H(i)-1; fOH(i)=fOH(i)-1; fC8OHCO2CO3(i)=fC8OHCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C8OHO2CO3H + hv = C61CHO + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8OHO2CO3H'; 
fC8OHO2CO3H(i)=fC8OHO2CO3H(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8OHO2CO3H + hv = C61CHO + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C8OHO2CO3H'; 
fC8OHO2CO3H(i)=fC8OHO2CO3H(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8OHO2CO3H + hv = C61CHO + HO2 + CO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C8OHO2CO3H'; 
fC8OHO2CO3H(i)=fC8OHO2CO3H(i)-1; fC61CHO(i)=fC61CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2PAN + OH = C61CHO + CO + CO + NO2';
k(:,i) = 9.29e-11;
Gstr{i,1} = 'C8OHCO2PAN'; Gstr{i,2} = 'OH'; 
fC8OHCO2PAN(i)=fC8OHCO2PAN(i)-1; fOH(i)=fOH(i)-1; fC61CHO(i)=fC61CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8OHCO2PAN = C8OHCO2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C8OHCO2PAN'; 
fC8OHCO2PAN(i)=fC8OHCO2PAN(i)-1; fC8OHCO2CO3(i)=fC8OHCO2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4PDCO2 = PMALANHY + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC4PDCO2'; 
fNC4PDCO2(i)=fNC4PDCO2(i)-1; fPMALANHY(i)=fPMALANHY(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + HO2 = C8DCO2CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'HO2'; 
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fC8DCO2CO3H(i)=fC8DCO2CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + HO2 = IPRCO3 + C33CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'HO2'; 
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fHO2(i)=fHO2(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + NO = IPRCO3 + C33CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'NO'; 
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fNO(i)=fNO(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + NO2 = C8DBCO2PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'NO2'; 
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fNO2(i)=fNO2(i)-1; fC8DBCO2PAN(i)=fC8DBCO2PAN(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + NO3 = IPRCO3 + C33CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'NO3'; 
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fNO3(i)=fNO3(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2CO3 + RO2 = IPRCO3 + C33CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C8DBCO2CO3'; Gstr{i,2} = 'RO2';
fC8DBCO2CO3(i)=fC8DBCO2CO3(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; 

i=i+1;
Rnames{i} = 'C8O2OHCO3H + OH = C8CO2OHCO3';
k(:,i) = 9.68e-11;
Gstr{i,1} = 'C8O2OHCO3H'; Gstr{i,2} = 'OH'; 
fC8O2OHCO3H(i)=fC8O2OHCO3H(i)-1; fOH(i)=fOH(i)-1; fC8CO2OHCO3(i)=fC8CO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C8O2OHCO3H + hv = C62CHO + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8O2OHCO3H'; 
fC8O2OHCO3H(i)=fC8O2OHCO3H(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8O2OHCO3H + hv = C62CHO + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'C8O2OHCO3H'; 
fC8O2OHCO3H(i)=fC8O2OHCO3H(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8O2OHCO3H + hv = C62CHO + HO2 + CO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C8O2OHCO3H'; 
fC8O2OHCO3H(i)=fC8O2OHCO3H(i)-1; fC62CHO(i)=fC62CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHPAN + OH = C62CHO + CO + CO + NO2';
k(:,i) = 9.35e-11;
Gstr{i,1} = 'C8CO2OHPAN'; Gstr{i,2} = 'OH'; 
fC8CO2OHPAN(i)=fC8CO2OHPAN(i)-1; fOH(i)=fOH(i)-1; fC62CHO(i)=fC62CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2OHPAN = C8CO2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C8CO2OHPAN'; 
fC8CO2OHPAN(i)=fC8CO2OHPAN(i)-1; fC8CO2OHCO3(i)=fC8CO2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC4IPDCO2 = IPMALANHY + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC4IPDCO2'; 
fNC4IPDCO2(i)=fNC4IPDCO2(i)-1; fIPMALANHY(i)=fIPMALANHY(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYOOH + OH = NDMMALYO2';
k(:,i) = 4.60e-12;
Gstr{i,1} = 'NDMMALYOOH'; Gstr{i,2} = 'OH'; 
fNDMMALYOOH(i)=fNDMMALYOOH(i)-1; fOH(i)=fOH(i)-1; fNDMMALYO2(i)=fNDMMALYO2(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYOOH + hv = NDMMALYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'NDMMALYOOH'; 
fNDMMALYOOH(i)=fNDMMALYOOH(i)-1; fNDMMALYO(i)=fNDMMALYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NDMMALYO = BIACET + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NDMMALYO'; 
fNDMMALYO(i)=fNDMMALYO(i)-1; fBIACET(i)=fBIACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYOOH + OH = DMMALYO2';
k(:,i) = 4.79e-12;
Gstr{i,1} = 'DMMALYOOH'; Gstr{i,2} = 'OH'; 
fDMMALYOOH(i)=fDMMALYOOH(i)-1; fOH(i)=fOH(i)-1; fDMMALYO2(i)=fDMMALYO2(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYOOH + hv = DMMALYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'DMMALYOOH'; 
fDMMALYOOH(i)=fDMMALYOOH(i)-1; fDMMALYO(i)=fDMMALYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYO = CO2OH3MCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'DMMALYO'; 
fDMMALYO(i)=fDMMALYO(i)-1; fCO2OH3MCO3(i)=fCO2OH3MCO3(i)+1; 

i=i+1;
Rnames{i} = 'DMMALYOH + OH = DMMALYO';
k(:,i) = 1.34e-12;
Gstr{i,1} = 'DMMALYOH'; Gstr{i,2} = 'OH'; 
fDMMALYOH(i)=fDMMALYOH(i)-1; fOH(i)=fOH(i)-1; fDMMALYO(i)=fDMMALYO(i)+1; 

i=i+1;
Rnames{i} = 'C7MOCOCO3H + OH = C7MOHCOCO3';
k(:,i) = 3.30e-11;
Gstr{i,1} = 'C7MOCOCO3H'; Gstr{i,2} = 'OH'; 
fC7MOCOCO3H(i)=fC7MOCOCO3H(i)-1; fOH(i)=fOH(i)-1; fC7MOHCOCO3(i)=fC7MOHCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7MOCOCO3H + hv = DMKCOOH + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7MOCOCO3H'; 
fC7MOCOCO3H(i)=fC7MOCOCO3H(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOPAN + OH = DMKCOOH + CO + NO2';
k(:,i) = 2.97e-11;
Gstr{i,1} = 'C7MOHCOPAN'; Gstr{i,2} = 'OH'; 
fC7MOHCOPAN(i)=fC7MOHCOPAN(i)-1; fOH(i)=fOH(i)-1; fDMKCOOH(i)=fDMKCOOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MOHCOPAN = C7MOHCOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7MOHCOPAN'; 
fC7MOHCOPAN(i)=fC7MOHCOPAN(i)-1; fC7MOHCOCO3(i)=fC7MOHCOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23CHO + OH = C2H5CO3 + CO + CO';
k(:,i) = 1.48e-11;
Gstr{i,1} = 'C5CO23CHO'; Gstr{i,2} = 'OH'; 
fC5CO23CHO(i)=fC5CO23CHO(i)-1; fOH(i)=fOH(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23CHO + hv = C2H5CO3 + CO + HO2 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C5CO23CHO'; 
fC5CO23CHO(i)=fC5CO23CHO(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23CHO + hv = C2H5O2 + CO + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C5CO23CHO'; 
fC5CO23CHO(i)=fC5CO23CHO(i)-1; fC2H5O2(i)=fC2H5O2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + HO2 = C4DBMECO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'HO2'; 
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fHO2(i)=fHO2(i)-1; fC4DBMECO3H(i)=fC4DBMECO3H(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + HO2 = C5CO23CHO + CH3CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'HO2'; 
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fHO2(i)=fHO2(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + NO = C5CO23CHO + CH3CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'NO'; 
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fNO(i)=fNO(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + NO2 = C4DBMEPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'NO2'; 
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fNO2(i)=fNO2(i)-1; fC4DBMEPAN(i)=fC4DBMEPAN(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + NO3 = C5CO23CHO + CH3CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'NO3'; 
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fNO3(i)=fNO3(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3 + RO2 = C5CO23CHO + CH3CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C4DBMECO3'; Gstr{i,2} = 'RO2';
fC4DBMECO3(i)=fC4DBMECO3(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3H + OH = C5MEJCO3';
k(:,i) = 1.00e-10;
Gstr{i,1} = 'C5MEJCO3H'; Gstr{i,2} = 'OH'; 
fC5MEJCO3H(i)=fC5MEJCO3H(i)-1; fOH(i)=fOH(i)-1; fC5MEJCO3(i)=fC5MEJCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJCO3H + hv = C6134CO2OH + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5MEJCO3H'; 
fC5MEJCO3H(i)=fC5MEJCO3H(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJPAN + OH = C6134CO2OH + CH3CHO + NO2';
k(:,i) = 9.68e-11;
Gstr{i,1} = 'C5MEJPAN'; Gstr{i,2} = 'OH'; 
fC5MEJPAN(i)=fC5MEJPAN(i)-1; fOH(i)=fOH(i)-1; fC6134CO2OH(i)=fC6134CO2OH(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5MEJPAN = C5MEJCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5MEJPAN'; 
fC5MEJPAN(i)=fC5MEJPAN(i)-1; fC5MEJCO3(i)=fC5MEJCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + HO2 = C5DBECO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'HO2'; 
fC5DBECO3(i)=fC5DBECO3(i)-1; fHO2(i)=fHO2(i)-1; fC5DBECO3H(i)=fC5DBECO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + HO2 = CO234C6 + HO2 + CO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'HO2'; 
fC5DBECO3(i)=fC5DBECO3(i)-1; fHO2(i)=fHO2(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + NO = CO234C6 + HO2 + CO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'NO'; 
fC5DBECO3(i)=fC5DBECO3(i)-1; fNO(i)=fNO(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + NO2 = C5DBEPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'NO2'; 
fC5DBECO3(i)=fC5DBECO3(i)-1; fNO2(i)=fNO2(i)-1; fC5DBEPAN(i)=fC5DBEPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + NO3 = CO234C6 + HO2 + CO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'NO3'; 
fC5DBECO3(i)=fC5DBECO3(i)-1; fNO3(i)=fNO3(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3 + RO2 = CO234C6 + HO2 + CO';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5DBECO3'; Gstr{i,2} = 'RO2';
fC5DBECO3(i)=fC5DBECO3(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2HCO3H + OH = C6EO2OHCO3';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'C6EO2HCO3H'; Gstr{i,2} = 'OH'; 
fC6EO2HCO3H(i)=fC6EO2HCO3H(i)-1; fOH(i)=fOH(i)-1; fC6EO2OHCO3(i)=fC6EO2OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2HCO3H + hv = C5CO3OH + C2H5CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6EO2HCO3H'; 
fC6EO2HCO3H(i)=fC6EO2HCO3H(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHPAN + OH = C5CO3OH + C2H5CHO + NO2';
k(:,i) = 2.56e-11;
Gstr{i,1} = 'C6EO2OHPAN'; Gstr{i,2} = 'OH'; 
fC6EO2OHPAN(i)=fC6EO2OHPAN(i)-1; fOH(i)=fOH(i)-1; fC5CO3OH(i)=fC5CO3OH(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C6EO2OHPAN = C6EO2OHCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6EO2OHPAN'; 
fC6EO2OHPAN(i)=fC6EO2OHPAN(i)-1; fC6EO2OHCO3(i)=fC6EO2OHCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + HO2 = C5EDBCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'HO2'; 
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fHO2(i)=fHO2(i)-1; fC5EDBCO3H(i)=fC5EDBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + HO2 = CO23C3CHO + C2H5CO3 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'HO2'; 
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fHO2(i)=fHO2(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + NO = CO23C3CHO + C2H5CO3 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'NO'; 
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fNO(i)=fNO(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + NO2 = C5EDBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'NO2'; 
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fNO2(i)=fNO2(i)-1; fC5EDBPAN(i)=fC5EDBPAN(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + NO3 = CO23C3CHO + C2H5CO3 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'NO3'; 
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fNO3(i)=fNO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3 + RO2 = CO23C3CHO + C2H5CO3';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C5EDBCO3'; Gstr{i,2} = 'RO2';
fC5EDBCO3(i)=fC5EDBCO3(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3H + OH = C7MJPCO3';
k(:,i) = 2.86e-11;
Gstr{i,1} = 'C7MJPCO3H'; Gstr{i,2} = 'OH'; 
fC7MJPCO3H(i)=fC7MJPCO3H(i)-1; fOH(i)=fOH(i)-1; fC7MJPCO3(i)=fC7MJPCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPCO3H + hv = C7EDCCO + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7MJPCO3H'; 
fC7MJPCO3H(i)=fC7MJPCO3H(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPPAN + OH = C7EDCCO + CO + NO2';
k(:,i) = 2.54e-11;
Gstr{i,1} = 'C7MJPPAN'; Gstr{i,2} = 'OH'; 
fC7MJPPAN(i)=fC7MJPPAN(i)-1; fOH(i)=fOH(i)-1; fC7EDCCO(i)=fC7EDCCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7MJPPAN = C7MJPCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7MJPPAN'; 
fC7MJPPAN(i)=fC7MJPPAN(i)-1; fC7MJPCO3(i)=fC7MJPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO2H + OH = C23O3EO2';
k(:,i) = 1.11e-11;
Gstr{i,1} = 'C23O3ECO2H'; Gstr{i,2} = 'OH'; 
fC23O3ECO2H(i)=fC23O3ECO2H(i)-1; fOH(i)=fOH(i)-1; fC23O3EO2(i)=fC23O3EO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3H + OH = C23O3ECO3';
k(:,i) = 1.42e-11;
Gstr{i,1} = 'C23O3ECO3H'; Gstr{i,2} = 'OH'; 
fC23O3ECO3H(i)=fC23O3ECO3H(i)-1; fOH(i)=fOH(i)-1; fC23O3ECO3(i)=fC23O3ECO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECO3H + hv = OH + C23O3EO2';
k(:,i) = J41;
Gstr{i,1} = 'C23O3ECO3H'; 
fC23O3ECO3H(i)=fC23O3ECO3H(i)-1; fOH(i)=fOH(i)+1; fC23O3EO2(i)=fC23O3EO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECPAN + OH = CO + C23O3EHO + NO2';
k(:,i) = 1.10e-11;
Gstr{i,1} = 'C23O3ECPAN'; Gstr{i,2} = 'OH'; 
fC23O3ECPAN(i)=fC23O3ECPAN(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fC23O3EHO(i)=fC23O3EHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3ECPAN = C23O3ECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C23O3ECPAN'; 
fC23O3ECPAN(i)=fC23O3ECPAN(i)-1; fC23O3ECO3(i)=fC23O3ECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMPONO2OOH + OH = EMPOHNO2O2';
k(:,i) = 1.46e-10;
Gstr{i,1} = 'EMPONO2OOH'; Gstr{i,2} = 'OH'; 
fEMPONO2OOH(i)=fEMPONO2OOH(i)-1; fOH(i)=fOH(i)-1; fEMPOHNO2O2(i)=fEMPOHNO2O2(i)+1; 

i=i+1;
Rnames{i} = 'EMPONO2OOH + hv = EMPOHNO2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'EMPONO2OOH'; 
fEMPONO2OOH(i)=fEMPONO2OOH(i)-1; fEMPOHNO2O(i)=fEMPOHNO2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMPOHNO2O = C3EODBCO2H + CH3O2 + CO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'EMPOHNO2O'; 
fEMPOHNO2O(i)=fEMPOHNO2O(i)-1; fC3EODBCO2H(i)=fC3EODBCO2H(i)+1; fCH3O2(i)=fCH3O2(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C531CO + OH = C31CO3 + CO';
k(:,i) = 2.62e-11;
Gstr{i,1} = 'C531CO'; Gstr{i,2} = 'OH'; 
fC531CO(i)=fC531CO(i)-1; fOH(i)=fOH(i)-1; fC31CO3(i)=fC31CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C531CO + hv = C31CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C531CO'; 
fC531CO(i)=fC531CO(i)-1; fC31CO3(i)=fC31CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + HO2 = C31CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'HO2'; 
fC31CO3(i)=fC31CO3(i)-1; fHO2(i)=fHO2(i)-1; fC31CO3H(i)=fC31CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + HO2 = CHOOCHO + CO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'HO2'; 
fC31CO3(i)=fC31CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + NO = CHOOCHO + CO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'NO'; 
fC31CO3(i)=fC31CO3(i)-1; fNO(i)=fNO(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + NO2 = C31PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'NO2'; 
fC31CO3(i)=fC31CO3(i)-1; fNO2(i)=fNO2(i)-1; fC31PAN(i)=fC31PAN(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + NO3 = CHOOCHO + CO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.6;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'NO3'; 
fC31CO3(i)=fC31CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3 + RO2 = CHOOCHO + CO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C31CO3'; Gstr{i,2} = 'RO2';
fC31CO3(i)=fC31CO3(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C533O2 + HO2 = C533OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C533O2'; Gstr{i,2} = 'HO2'; 
fC533O2(i)=fC533O2(i)-1; fHO2(i)=fHO2(i)-1; fC533OOH(i)=fC533OOH(i)+1; 

i=i+1;
Rnames{i} = 'C533O2 + NO = C533O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C533O2'; Gstr{i,2} = 'NO'; 
fC533O2(i)=fC533O2(i)-1; fNO(i)=fNO(i)-1; fC533O(i)=fC533O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C533O2 + NO3 = C533O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C533O2'; Gstr{i,2} = 'NO3'; 
fC533O2(i)=fC533O2(i)-1; fNO3(i)=fNO3(i)-1; fC533O(i)=fC533O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C533O2 + RO2 = C533O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C533O2'; Gstr{i,2} = 'RO2';
fC533O2(i)=fC533O2(i)-1; fC533O(i)=fC533O(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3H + OH = C47CO3';
k(:,i) = 7.71e-12;
Gstr{i,1} = 'C47CO3H'; Gstr{i,2} = 'OH'; 
fC47CO3H(i)=fC47CO3H(i)-1; fOH(i)=fOH(i)-1; fC47CO3(i)=fC47CO3(i)+1; 

i=i+1;
Rnames{i} = 'C47CO3H + hv = GLYOX + CH3COCO3H + HO2 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C47CO3H'; 
fC47CO3H(i)=fC47CO3H(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C47PAN + OH = CO2N3CHO + CO + NO3';
k(:,i) = 4.11e-12;
Gstr{i,1} = 'C47PAN'; Gstr{i,2} = 'OH'; 
fC47PAN(i)=fC47PAN(i)-1; fOH(i)=fOH(i)-1; fCO2N3CHO(i)=fCO2N3CHO(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C47PAN = C47CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C47PAN'; 
fC47PAN(i)=fC47PAN(i)-1; fC47CO3(i)=fC47CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C47PAN + hv = C47CO3 + NO2';
k(:,i) = J56.*10;
Gstr{i,1} = 'C47PAN'; 
fC47PAN(i)=fC47PAN(i)-1; fC47CO3(i)=fC47CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO2H + OH = MACRNO3 + OH';
k(:,i) = 7.40e-12;
Gstr{i,1} = 'INB1HPCO2H'; Gstr{i,2} = 'OH'; 
fINB1HPCO2H(i)=fINB1HPCO2H(i)-1; fOH(i)=fOH(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3H + OH = INB1HPCO3';
k(:,i) = 1.09e-11;
Gstr{i,1} = 'INB1HPCO3H'; Gstr{i,2} = 'OH'; 
fINB1HPCO3H(i)=fINB1HPCO3H(i)-1; fOH(i)=fOH(i)-1; fINB1HPCO3(i)=fINB1HPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPCO3H + hv = MACRNO3 + OH + OH';
k(:,i) = J41;
Gstr{i,1} = 'INB1HPCO3H'; 
fINB1HPCO3H(i)=fINB1HPCO3H(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPPAN + OH = MACRNO3 + CO + OH + NO2';
k(:,i) = 7.26e-12;
Gstr{i,1} = 'INB1HPPAN'; Gstr{i,2} = 'OH'; 
fINB1HPPAN(i)=fINB1HPPAN(i)-1; fOH(i)=fOH(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1HPPAN = INB1HPCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INB1HPPAN'; 
fINB1HPPAN(i)=fINB1HPPAN(i)-1; fINB1HPCO3(i)=fINB1HPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO2H + OH = MACRNO3 + NO2';
k(:,i) = 1.72e-12;
Gstr{i,1} = 'INB1NACO2H'; Gstr{i,2} = 'OH'; 
fINB1NACO2H(i)=fINB1NACO2H(i)-1; fOH(i)=fOH(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3H + OH = INB1NACO3';
k(:,i) = 5.18e-12;
Gstr{i,1} = 'INB1NACO3H'; Gstr{i,2} = 'OH'; 
fINB1NACO3H(i)=fINB1NACO3H(i)-1; fOH(i)=fOH(i)-1; fINB1NACO3(i)=fINB1NACO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NACO3H + hv = MACRNO3 + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'INB1NACO3H'; 
fINB1NACO3H(i)=fINB1NACO3H(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NAPAN + OH = MACRNO3 + CO + NO2 + NO2';
k(:,i) = 1.58e-12;
Gstr{i,1} = 'INB1NAPAN'; Gstr{i,2} = 'OH'; 
fINB1NAPAN(i)=fINB1NAPAN(i)-1; fOH(i)=fOH(i)-1; fMACRNO3(i)=fMACRNO3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NAPAN = INB1NACO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INB1NAPAN'; 
fINB1NAPAN(i)=fINB1NAPAN(i)-1; fINB1NACO3(i)=fINB1NACO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO2H + OH = MVKNO3 + NO2';
k(:,i) = 1.73e-12;
Gstr{i,1} = 'INB1NBCO2H'; Gstr{i,2} = 'OH'; 
fINB1NBCO2H(i)=fINB1NBCO2H(i)-1; fOH(i)=fOH(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3H + OH = INB1NBCO3';
k(:,i) = 5.19e-12;
Gstr{i,1} = 'INB1NBCO3H'; Gstr{i,2} = 'OH'; 
fINB1NBCO3H(i)=fINB1NBCO3H(i)-1; fOH(i)=fOH(i)-1; fINB1NBCO3(i)=fINB1NBCO3(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBCO3H + hv = MVKNO3 + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'INB1NBCO3H'; 
fINB1NBCO3H(i)=fINB1NBCO3H(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBPAN + OH = MVKNO3 + CO + NO2 + NO2';
k(:,i) = 1.59e-12;
Gstr{i,1} = 'INB1NBPAN'; Gstr{i,2} = 'OH'; 
fINB1NBPAN(i)=fINB1NBPAN(i)-1; fOH(i)=fOH(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INB1NBPAN = INB1NBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INB1NBPAN'; 
fINB1NBPAN(i)=fINB1NBPAN(i)-1; fINB1NBCO3(i)=fINB1NBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO2H + OH = CO2H3CHO + NO2';
k(:,i) = 2.23e-11;
Gstr{i,1} = 'MMALNBCO2H'; Gstr{i,2} = 'OH'; 
fMMALNBCO2H(i)=fMMALNBCO2H(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO2H + hv = GLYOX + CH3COCO2H + HO2 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'MMALNBCO2H'; 
fMMALNBCO2H(i)=fMMALNBCO2H(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3H + OH = MMALNBCO3';
k(:,i) = 2.59e-11;
Gstr{i,1} = 'MMALNBCO3H'; Gstr{i,2} = 'OH'; 
fMMALNBCO3H(i)=fMMALNBCO3H(i)-1; fOH(i)=fOH(i)-1; fMMALNBCO3(i)=fMMALNBCO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBCO3H + hv = GLYOX + CH3COCO3H + HO2 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'MMALNBCO3H'; 
fMMALNBCO3H(i)=fMMALNBCO3H(i)-1; fGLYOX(i)=fGLYOX(i)+1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBPAN + OH = CO2H3CHO + NO2 + NO3';
k(:,i) = 2.18e-11;
Gstr{i,1} = 'MMALNBPAN'; Gstr{i,2} = 'OH'; 
fMMALNBPAN(i)=fMMALNBPAN(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBPAN = MMALNBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'MMALNBPAN'; 
fMMALNBPAN(i)=fMMALNBPAN(i)-1; fMMALNBCO3(i)=fMMALNBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MMALNBPAN + hv = MMALNBCO3 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'MMALNBPAN'; 
fMMALNBPAN(i)=fMMALNBPAN(i)-1; fMMALNBCO3(i)=fMMALNBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3H + OH = INDHPCO3';
k(:,i) = 8.64e-12;
Gstr{i,1} = 'INDHPCO3H'; Gstr{i,2} = 'OH'; 
fINDHPCO3H(i)=fINDHPCO3H(i)-1; fOH(i)=fOH(i)-1; fINDHPCO3(i)=fINDHPCO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHPCO3H + hv = MVKNO3 + OH + OH';
k(:,i) = J41.*2;
Gstr{i,1} = 'INDHPCO3H'; 
fINDHPCO3H(i)=fINDHPCO3H(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fOH(i)=fOH(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'INDHPPAN + OH = MVKNO3 + NO3';
k(:,i) = 5.04e-12;
Gstr{i,1} = 'INDHPPAN'; Gstr{i,2} = 'OH'; 
fINDHPPAN(i)=fINDHPPAN(i)-1; fOH(i)=fOH(i)-1; fMVKNO3(i)=fMVKNO3(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'INDHPPAN = INDHPCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INDHPPAN'; 
fINDHPPAN(i)=fINDHPPAN(i)-1; fINDHPCO3(i)=fINDHPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INDHPPAN + hv = INDHPCO3 + NO2';
k(:,i) = J41;
Gstr{i,1} = 'INDHPPAN'; 
fINDHPPAN(i)=fINDHPPAN(i)-1; fINDHPCO3(i)=fINDHPCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO2H + hv = NO3CH2CO3 + CH3COCO2H + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'INANCOCO2H'; 
fINANCOCO2H(i)=fINANCOCO2H(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCH3COCO2H(i)=fCH3COCO2H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCOCO2H = NO2 + CO23C4NO3';
k(:,i) = 9.35e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCOCO2H'; 
fOH(i)=fOH(i)-1; fINANCOCO2H(i)=fINANCOCO2H(i)-1; fNO2(i)=fNO2(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCOCO3H + hv = NO3CH2CO3 + CH3COCO3H + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'INANCOCO3H'; 
fINANCOCO3H(i)=fINANCOCO3H(i)-1; fNO3CH2CO3(i)=fNO3CH2CO3(i)+1; fCH3COCO3H(i)=fCH3COCO3H(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCOCO3H = INANCOCO3';
k(:,i) = 4.02e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCOCO3H'; 
fOH(i)=fOH(i)-1; fINANCOCO3H(i)=fINANCOCO3H(i)-1; fINANCOCO3(i)=fINANCOCO3(i)+1; 

i=i+1;
Rnames{i} = 'INANCOPAN + hv = INANCOCO3  + NO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'INANCOPAN'; 
fINANCOPAN(i)=fINANCOPAN(i)-1; fINANCOCO3(i)=fINANCOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'INANCOPAN = INANCOCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'INANCOPAN'; 
fINANCOPAN(i)=fINANCOPAN(i)-1; fINANCOCO3(i)=fINANCOCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + INANCOPAN = NO3 + CO23C4NO3';
k(:,i) = 4.15e-13;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'INANCOPAN'; 
fOH(i)=fOH(i)-1; fINANCOPAN(i)=fINANCOPAN(i)-1; fNO3(i)=fNO3(i)+1; fCO23C4NO3(i)=fCO23C4NO3(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1OOH + OH = MVKOHAOH + CO + OH';
k(:,i) = 4.30e-11;
Gstr{i,1} = 'HIEB1OOH'; Gstr{i,2} = 'OH'; 
fHIEB1OOH(i)=fHIEB1OOH(i)-1; fOH(i)=fOH(i)-1; fMVKOHAOH(i)=fMVKOHAOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1OOH + hv = HIEB1O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HIEB1OOH'; 
fHIEB1OOH(i)=fHIEB1OOH(i)-1; fHIEB1O(i)=fHIEB1O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1OOH + hv = MVKOHAOH + CO + OH + HO2';
k(:,i) = J17;
Gstr{i,1} = 'HIEB1OOH'; 
fHIEB1OOH(i)=fHIEB1OOH(i)-1; fMVKOHAOH(i)=fMVKOHAOH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB1O = HOCH2COCHO + HOCH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HIEB1O'; 
fHIEB1O(i)=fHIEB1O(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2OOH + OH = HMACROH + CO + OH';
k(:,i) = 5.74e-11;
Gstr{i,1} = 'HIEB2OOH'; Gstr{i,2} = 'OH'; 
fHIEB2OOH(i)=fHIEB2OOH(i)-1; fOH(i)=fOH(i)-1; fHMACROH(i)=fHMACROH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2OOH + hv = HIEB2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'HIEB2OOH'; 
fHIEB2OOH(i)=fHIEB2OOH(i)-1; fHIEB2O(i)=fHIEB2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2OOH + hv = HMACROH + CO + OH + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HIEB2OOH'; 
fHIEB2OOH(i)=fHIEB2OOH(i)-1; fHMACROH(i)=fHMACROH(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HIEB2O = H13CO2C3 + GLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'HIEB2O'; 
fHIEB2O(i)=fHIEB2O(i)-1; fH13CO2C3(i)=fH13CO2C3(i)+1; fGLYOX(i)=fGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HPNC524CO + OH = HMVKNO3 + CO + OH';
k(:,i) = 2.98e-11;
Gstr{i,1} = 'HPNC524CO'; Gstr{i,2} = 'OH'; 
fHPNC524CO(i)=fHPNC524CO(i)-1; fOH(i)=fOH(i)-1; fHMVKNO3(i)=fHMVKNO3(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HPNC524CO + hv = HOCH2CHO + HOCH2COCHO + NO2 + OH';
k(:,i) = J56.*4;
Gstr{i,1} = 'HPNC524CO'; 
fHPNC524CO(i)=fHPNC524CO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'DNC524CO + OH = HMVKNO3 + CO + NO2';
k(:,i) = 1.93e-11;
Gstr{i,1} = 'DNC524CO'; Gstr{i,2} = 'OH'; 
fDNC524CO(i)=fDNC524CO(i)-1; fOH(i)=fOH(i)-1; fHMVKNO3(i)=fHMVKNO3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'DNC524CO + hv = HMVKNO3 + CO + HO2 + NO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'DNC524CO'; 
fDNC524CO(i)=fDNC524CO(i)-1; fHMVKNO3(i)=fHMVKNO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKNO3 + OH = HMVKNGLYOX + HO2';
k(:,i) = 3.85e-12;
Gstr{i,1} = 'HMVKNO3'; Gstr{i,2} = 'OH'; 
fHMVKNO3(i)=fHMVKNO3(i)-1; fOH(i)=fOH(i)-1; fHMVKNGLYOX(i)=fHMVKNGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKNO3 + hv = HOCH2CHO + NO2 + CO + CO + HO2';
k(:,i) = J56.*1.6;
Gstr{i,1} = 'HMVKNO3'; 
fHMVKNO3(i)=fHMVKNO3(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HNC524CO + OH = HMVKNO3 + CO + HO2';
k(:,i) = 2.67e-11;
Gstr{i,1} = 'HNC524CO'; Gstr{i,2} = 'OH'; 
fHNC524CO(i)=fHNC524CO(i)-1; fOH(i)=fOH(i)-1; fHMVKNO3(i)=fHMVKNO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HNC524CO + hv = HOCH2CHO + HOCH2COCHO + NO2 + HO2';
k(:,i) = J56.*4;
Gstr{i,1} = 'HNC524CO'; 
fHNC524CO(i)=fHNC524CO(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOFORMO2 + HO2 = MECOFOROOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'MECOFORMO2'; Gstr{i,2} = 'HO2'; 
fMECOFORMO2(i)=fMECOFORMO2(i)-1; fHO2(i)=fHO2(i)-1; fMECOFOROOH(i)=fMECOFOROOH(i)+1; 

i=i+1;
Rnames{i} = 'MECOFORMO2 + NO = MECOFORMO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'MECOFORMO2'; Gstr{i,2} = 'NO'; 
fMECOFORMO2(i)=fMECOFORMO2(i)-1; fNO(i)=fNO(i)-1; fMECOFORMO(i)=fMECOFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOFORMO2 + NO3 = MECOFORMO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'MECOFORMO2'; Gstr{i,2} = 'NO3'; 
fMECOFORMO2(i)=fMECOFORMO2(i)-1; fNO3(i)=fNO3(i)-1; fMECOFORMO(i)=fMECOFORMO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOFORMO2 + RO2 = MECOFORMO';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'MECOFORMO2'; Gstr{i,2} = 'RO2';
fMECOFORMO2(i)=fMECOFORMO2(i)-1; fMECOFORMO(i)=fMECOFORMO(i)+1; 

i=i+1;
Rnames{i} = 'HO13C3CO3H + hv = HOC2H4CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO13C3CO3H'; 
fHO13C3CO3H(i)=fHO13C3CO3H(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO13C3CO3H = HO13C3CO3';
k(:,i) = 1.86e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO13C3CO3H'; 
fOH(i)=fOH(i)-1; fHO13C3CO3H(i)=fHO13C3CO3H(i)-1; fHO13C3CO3(i)=fHO13C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4PAN2 = HO13C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4PAN2'; 
fC4PAN2(i)=fC4PAN2(i)-1; fHO13C3CO3(i)=fHO13C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C4PAN2 = HOC2H4CHO + CO + NO2';
k(:,i) = 8.22e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C4PAN2'; 
fOH(i)=fOH(i)-1; fC4PAN2(i)=fC4PAN2(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23OOH + OH = C5CO23O2';
k(:,i) = 1.31e-11;
Gstr{i,1} = 'C5CO23OOH'; Gstr{i,2} = 'OH'; 
fC5CO23OOH(i)=fC5CO23OOH(i)-1; fOH(i)=fOH(i)-1; fC5CO23O2(i)=fC5CO23O2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23OOH + hv = C5CO23O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5CO23OOH'; 
fC5CO23OOH(i)=fC5CO23OOH(i)-1; fC5CO23O(i)=fC5CO23O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO23O = C2H5CO3 + HCHO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5CO23O'; 
fC5CO23O(i)=fC5CO23O(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO2H + OH = CHOC2H4O2';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'CHOC2CO2H'; Gstr{i,2} = 'OH'; 
fCHOC2CO2H(i)=fCHOC2CO2H(i)-1; fOH(i)=fOH(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3H + OH = CHOC2CO3';
k(:,i) = 3.00e-11;
Gstr{i,1} = 'CHOC2CO3H'; Gstr{i,2} = 'OH'; 
fCHOC2CO3H(i)=fCHOC2CO3H(i)-1; fOH(i)=fOH(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3H + hv = CHOC2H4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC2CO3H'; 
fCHOC2CO3H(i)=fCHOC2CO3H(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2CO3H + hv = CHOC2H4O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC2CO3H'; 
fCHOC2CO3H(i)=fCHOC2CO3H(i)-1; fCHOC2H4O2(i)=fCHOC2H4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2PAN + OH = HCOCH2CHO + CO + NO2';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'CHOC2PAN'; Gstr{i,2} = 'OH'; 
fCHOC2PAN(i)=fCHOC2PAN(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC2PAN = CHOC2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHOC2PAN'; 
fCHOC2PAN(i)=fCHOC2PAN(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COOOH + OH = CHOC3COCO3';
k(:,i) = 7.55e-11;
Gstr{i,1} = 'CHOC3COOOH'; Gstr{i,2} = 'OH'; 
fCHOC3COOOH(i)=fCHOC3COOOH(i)-1; fOH(i)=fOH(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COOOH + hv = CHOC3COO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CHOC3COOOH'; 
fCHOC3COOOH(i)=fCHOC3COOOH(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COOOH + hv = CHOC3COO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'CHOC3COOOH'; 
fCHOC3COOOH(i)=fCHOC3COOOH(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COOOH + hv = CHOC3COO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'CHOC3COOOH'; 
fCHOC3COOOH(i)=fCHOC3COOOH(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COPAN + OH = C4CODIAL + CO + NO2';
k(:,i) = 7.19e-11;
Gstr{i,1} = 'CHOC3COPAN'; Gstr{i,2} = 'OH'; 
fCHOC3COPAN(i)=fCHOC3COPAN(i)-1; fOH(i)=fOH(i)-1; fC4CODIAL(i)=fC4CODIAL(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COPAN = CHOC3COCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CHOC3COPAN'; 
fCHOC3COPAN(i)=fCHOC3COPAN(i)-1; fCHOC3COCO3(i)=fCHOC3COCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COO2 + HO2 = C5124COOOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C5124COO2'; Gstr{i,2} = 'HO2'; 
fC5124COO2(i)=fC5124COO2(i)-1; fHO2(i)=fHO2(i)-1; fC5124COOOH(i)=fC5124COOOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COO2 + NO = C5124COO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C5124COO2'; Gstr{i,2} = 'NO'; 
fC5124COO2(i)=fC5124COO2(i)-1; fNO(i)=fNO(i)-1; fC5124COO(i)=fC5124COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COO2 + NO3 = C5124COO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C5124COO2'; Gstr{i,2} = 'NO3'; 
fC5124COO2(i)=fC5124COO2(i)-1; fNO3(i)=fNO3(i)-1; fC5124COO(i)=fC5124COO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COO2 + RO2 = C5124COO';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C5124COO2'; Gstr{i,2} = 'RO2';
fC5124COO2(i)=fC5124COO2(i)-1; fC5124COO(i)=fC5124COO(i)+1; 

i=i+1;
Rnames{i} = 'C5TRONCO3H + OH = C5124COCO3';
k(:,i) = 1.68e-11;
Gstr{i,1} = 'C5TRONCO3H'; Gstr{i,2} = 'OH'; 
fC5TRONCO3H(i)=fC5TRONCO3H(i)-1; fOH(i)=fOH(i)-1; fC5124COCO3(i)=fC5124COCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5TRONCO3H + hv = C5124COO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5TRONCO3H'; 
fC5TRONCO3H(i)=fC5TRONCO3H(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5TRONCO3H + hv = C5124COO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C5TRONCO3H'; 
fC5TRONCO3H(i)=fC5TRONCO3H(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5TRONCO3H + hv = C5124COO2 + OH';
k(:,i) = J34;
Gstr{i,1} = 'C5TRONCO3H'; 
fC5TRONCO3H(i)=fC5TRONCO3H(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COPAN + OH = C4CODIAL + CO + CO + NO2';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'C5124COPAN'; Gstr{i,2} = 'OH'; 
fC5124COPAN(i)=fC5124COPAN(i)-1; fOH(i)=fOH(i)-1; fC4CODIAL(i)=fC4CODIAL(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COPAN = C5124COCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5124COPAN'; 
fC5124COPAN(i)=fC5124COPAN(i)-1; fC5124COCO3(i)=fC5124COCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C235C6CO3H + OH = CO235C6CO3';
k(:,i) = 4.75e-12;
Gstr{i,1} = 'C235C6CO3H'; Gstr{i,2} = 'OH'; 
fC235C6CO3H(i)=fC235C6CO3H(i)-1; fOH(i)=fOH(i)-1; fCO235C6CO3(i)=fCO235C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'C235C6CO3H + hv = CO235C6O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C235C6CO3H'; 
fC235C6CO3H(i)=fC235C6CO3H(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C235C6CO3H + hv = CO235C6O2 + OH';
k(:,i) = J35;
Gstr{i,1} = 'C235C6CO3H'; 
fC235C6CO3H(i)=fC235C6CO3H(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6O2 + HO2 = CO235C6OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'CO235C6O2'; Gstr{i,2} = 'HO2'; 
fCO235C6O2(i)=fCO235C6O2(i)-1; fHO2(i)=fHO2(i)-1; fCO235C6OOH(i)=fCO235C6OOH(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6O2 + NO = CO235C6O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CO235C6O2'; Gstr{i,2} = 'NO'; 
fCO235C6O2(i)=fCO235C6O2(i)-1; fNO(i)=fNO(i)-1; fCO235C6O(i)=fCO235C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6O2 + NO3 = CO235C6O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CO235C6O2'; Gstr{i,2} = 'NO3'; 
fCO235C6O2(i)=fCO235C6O2(i)-1; fNO3(i)=fNO3(i)-1; fCO235C6O(i)=fCO235C6O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6O2 + RO2 = CO235C6O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CO235C6O2'; Gstr{i,2} = 'RO2';
fCO235C6O2(i)=fCO235C6O2(i)-1; fCO235C6O(i)=fCO235C6O(i)+1; 

i=i+1;
Rnames{i} = 'C7PAN3 + OH = CO235C5CHO + CO + NO2';
k(:,i) = 8.83e-13;
Gstr{i,1} = 'C7PAN3'; Gstr{i,2} = 'OH'; 
fC7PAN3(i)=fC7PAN3(i)-1; fOH(i)=fOH(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7PAN3 = CO235C6CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7PAN3'; 
fC7PAN3(i)=fC7PAN3(i)-1; fCO235C6CO3(i)=fCO235C6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + HO2 = C716OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'HO2'; 
fC716O2(i)=fC716O2(i)-1; fHO2(i)=fHO2(i)-1; fC716OOH(i)=fC716OOH(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + NO = C716O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'NO'; 
fC716O2(i)=fC716O2(i)-1; fNO(i)=fNO(i)-1; fC716O(i)=fC716O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + NO3 = C716O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'NO3'; 
fC716O2(i)=fC716O2(i)-1; fNO3(i)=fNO3(i)-1; fC716O(i)=fC716O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + RO2 = C716O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'RO2';
fC716O2(i)=fC716O2(i)-1; fC716O(i)=fC716O(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + RO2 = C716OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'RO2';
fC716O2(i)=fC716O2(i)-1; fC716OH(i)=fC716OH(i)+1; 

i=i+1;
Rnames{i} = 'C716O2 + RO2 = CO235C6CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C716O2'; Gstr{i,2} = 'RO2';
fC716O2(i)=fC716O2(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; 

i=i+1;
Rnames{i} = 'NC71OOH + OH = NC71O2';
k(:,i) = 3.25e-11;
Gstr{i,1} = 'NC71OOH'; Gstr{i,2} = 'OH'; 
fNC71OOH(i)=fNC71OOH(i)-1; fOH(i)=fOH(i)-1; fNC71O2(i)=fNC71O2(i)+1; 

i=i+1;
Rnames{i} = 'NC71OOH + hv = NC71O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC71OOH'; 
fNC71OOH(i)=fNC71OOH(i)-1; fNC71O(i)=fNC71O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC71O = CO235C6CHO + NO2';
k(:,i) = 4.00e04;
Gstr{i,1} = 'NC71O'; 
fNC71O(i)=fNC71O(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC71O = NC71CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'NC71O'; 
fNC71O(i)=fNC71O(i)-1; fNC71CO(i)=fNC71CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C811OOH + OH = C721CHO + OH';
k(:,i) = 1.70e-11;
Gstr{i,1} = 'C811OOH'; Gstr{i,2} = 'OH'; 
fC811OOH(i)=fC811OOH(i)-1; fOH(i)=fOH(i)-1; fC721CHO(i)=fC721CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C811OOH + hv = C811O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C811OOH'; 
fC811OOH(i)=fC811OOH(i)-1; fC811O(i)=fC811O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C811NO3 + OH = C721CHO + NO2';
k(:,i) = 3.29e-12;
Gstr{i,1} = 'C811NO3'; Gstr{i,2} = 'OH'; 
fC811NO3(i)=fC811NO3(i)-1; fOH(i)=fOH(i)-1; fC721CHO(i)=fC721CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811NO3 + hv = C811O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C811NO3'; 
fC811NO3(i)=fC811NO3(i)-1; fC811O(i)=fC811O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C811O = C812O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C811O'; 
fC811O(i)=fC811O(i)-1; fC812O2(i)=fC812O2(i)+1; 

i=i+1;
Rnames{i} = 'C721CHO + NO3 = C721CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C721CHO'; Gstr{i,2} = 'NO3'; 
fC721CHO(i)=fC721CHO(i)-1; fNO3(i)=fNO3(i)-1; fC721CO3(i)=fC721CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C721CHO + OH = C721CO3';
k(:,i) = 2.63e-11;
Gstr{i,1} = 'C721CHO'; Gstr{i,2} = 'OH'; 
fC721CHO(i)=fC721CHO(i)-1; fOH(i)=fOH(i)-1; fC721CO3(i)=fC721CO3(i)+1; 

i=i+1;
Rnames{i} = 'C721CHO + hv = C721O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C721CHO'; 
fC721CHO(i)=fC721CHO(i)-1; fC721O2(i)=fC721O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C811OH + OH = C721CHO + HO2';
k(:,i) = 7.89e-12;
Gstr{i,1} = 'C811OH'; Gstr{i,2} = 'OH'; 
fC811OH(i)=fC811OH(i)-1; fOH(i)=fOH(i)-1; fC721CHO(i)=fC721CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C413COOOH + OH = CHOC3COO2';
k(:,i) = 8.33e-11;
Gstr{i,1} = 'C413COOOH'; Gstr{i,2} = 'OH'; 
fC413COOOH(i)=fC413COOOH(i)-1; fOH(i)=fOH(i)-1; fCHOC3COO2(i)=fCHOC3COO2(i)+1; 

i=i+1;
Rnames{i} = 'C413COOOH + hv = CHOC3COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C413COOOH'; 
fC413COOOH(i)=fC413COOOH(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C413COOOH + hv = CHOC3COO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C413COOOH'; 
fC413COOOH(i)=fC413COOOH(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C413COOOH + hv = CHOC3COO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C413COOOH'; 
fC413COOOH(i)=fC413COOOH(i)-1; fCHOC3COO(i)=fCHOC3COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3COO = HCOCH2CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CHOC3COO'; 
fCHOC3COO(i)=fCHOC3COO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C922O2 + HO2 = C922OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C922O2'; Gstr{i,2} = 'HO2'; 
fC922O2(i)=fC922O2(i)-1; fHO2(i)=fHO2(i)-1; fC922OOH(i)=fC922OOH(i)+1; 

i=i+1;
Rnames{i} = 'C922O2 + NO = C922O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C922O2'; Gstr{i,2} = 'NO'; 
fC922O2(i)=fC922O2(i)-1; fNO(i)=fNO(i)-1; fC922O(i)=fC922O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C922O2 + NO3 = C922O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C922O2'; Gstr{i,2} = 'NO3'; 
fC922O2(i)=fC922O2(i)-1; fNO3(i)=fNO3(i)-1; fC922O(i)=fC922O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C922O2 + RO2 = C922O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C922O2'; Gstr{i,2} = 'RO2';
fC922O2(i)=fC922O2(i)-1; fC922O(i)=fC922O(i)+1; 

i=i+1;
Rnames{i} = 'C614CO + OH = CO235C5CHO + HO2';
k(:,i) = 3.22e-12;
Gstr{i,1} = 'C614CO'; Gstr{i,2} = 'OH'; 
fC614CO(i)=fC614CO(i)-1; fOH(i)=fOH(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C614CO + hv = BIACETO2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'C614CO'; 
fC614CO(i)=fC614CO(i)-1; fBIACETO2(i)=fBIACETO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + HO2 = C614OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'HO2'; 
fC614O2(i)=fC614O2(i)-1; fHO2(i)=fHO2(i)-1; fC614OOH(i)=fC614OOH(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + NO = C614NO3';
k(:,i) = KRO2NO.*0.098;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'NO'; 
fC614O2(i)=fC614O2(i)-1; fNO(i)=fNO(i)-1; fC614NO3(i)=fC614NO3(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + NO = C614O + NO2';
k(:,i) = KRO2NO.*0.902;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'NO'; 
fC614O2(i)=fC614O2(i)-1; fNO(i)=fNO(i)-1; fC614O(i)=fC614O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + NO3 = C614O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'NO3'; 
fC614O2(i)=fC614O2(i)-1; fNO3(i)=fNO3(i)-1; fC614O(i)=fC614O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + RO2 = C614CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'RO2';
fC614O2(i)=fC614O2(i)-1; fC614CO(i)=fC614CO(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + RO2 = C614O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'RO2';
fC614O2(i)=fC614O2(i)-1; fC614O(i)=fC614O(i)+1; 

i=i+1;
Rnames{i} = 'C614O2 + RO2 = C614OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C614O2'; Gstr{i,2} = 'RO2';
fC614O2(i)=fC614O2(i)-1; fC614OH(i)=fC614OH(i)+1; 

i=i+1;
Rnames{i} = 'C511O2 + HO2 = C511OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C511O2'; Gstr{i,2} = 'HO2'; 
fC511O2(i)=fC511O2(i)-1; fHO2(i)=fHO2(i)-1; fC511OOH(i)=fC511OOH(i)+1; 

i=i+1;
Rnames{i} = 'C511O2 + NO = C511O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C511O2'; Gstr{i,2} = 'NO'; 
fC511O2(i)=fC511O2(i)-1; fNO(i)=fNO(i)-1; fC511O(i)=fC511O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511O2 + NO3 = C511O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C511O2'; Gstr{i,2} = 'NO3'; 
fC511O2(i)=fC511O2(i)-1; fNO3(i)=fNO3(i)-1; fC511O(i)=fC511O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511O2 + RO2 = C511O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C511O2'; Gstr{i,2} = 'RO2';
fC511O2(i)=fC511O2(i)-1; fC511O(i)=fC511O(i)+1; 

i=i+1;
Rnames{i} = 'H3C25CCO2H + OH = H3C25C6O2';
k(:,i) = 2.39e-11;
Gstr{i,1} = 'H3C25CCO2H'; Gstr{i,2} = 'OH'; 
fH3C25CCO2H(i)=fH3C25CCO2H(i)-1; fOH(i)=fOH(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25CCO2H + hv = H3C25C6O2 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'H3C25CCO2H'; 
fH3C25CCO2H(i)=fH3C25CCO2H(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25CCO3H + OH = H3C25C6CO3';
k(:,i) = 2.70e-11;
Gstr{i,1} = 'H3C25CCO3H'; Gstr{i,2} = 'OH'; 
fH3C25CCO3H(i)=fH3C25CCO3H(i)-1; fOH(i)=fOH(i)-1; fH3C25C6CO3(i)=fH3C25C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'H3C25CCO3H + hv = H3C25C6O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3C25CCO3H'; 
fH3C25CCO3H(i)=fH3C25CCO3H(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25CCO3H + hv = H3C25C6O2 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'H3C25CCO3H'; 
fH3C25CCO3H(i)=fH3C25CCO3H(i)-1; fH3C25C6O2(i)=fH3C25C6O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6PAN + OH = H3C25C5CHO + CO + NO2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'H3C25C6PAN'; Gstr{i,2} = 'OH'; 
fH3C25C6PAN(i)=fH3C25C6PAN(i)-1; fOH(i)=fOH(i)-1; fH3C25C5CHO(i)=fH3C25C5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6PAN = H3C25C6CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'H3C25C6PAN'; 
fH3C25C6PAN(i)=fH3C25C6PAN(i)-1; fH3C25C6CO3(i)=fH3C25C6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OOH + OH = H3C25C5CHO + OH';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'H3C25C6OOH'; Gstr{i,2} = 'OH'; 
fH3C25C6OOH(i)=fH3C25C6OOH(i)-1; fOH(i)=fOH(i)-1; fH3C25C5CHO(i)=fH3C25C5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OOH + hv = H3C25C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3C25C6OOH'; 
fH3C25C6OOH(i)=fH3C25C6OOH(i)-1; fH3C25C6O(i)=fH3C25C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OOH + hv = H3C25C6O + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'H3C25C6OOH'; 
fH3C25C6OOH(i)=fH3C25C6OOH(i)-1; fH3C25C6O(i)=fH3C25C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6O = H3C2C4CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'H3C25C6O'; 
fH3C25C6O(i)=fH3C25C6O(i)-1; fH3C2C4CO3(i)=fH3C2C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C5CHO + OH = H3C2C4CO3 + CO';
k(:,i) = 3.55e-11;
Gstr{i,1} = 'H3C25C5CHO'; Gstr{i,2} = 'OH'; 
fH3C25C5CHO(i)=fH3C25C5CHO(i)-1; fOH(i)=fOH(i)-1; fH3C2C4CO3(i)=fH3C2C4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C5CHO + hv = H3C2C4CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'H3C25C5CHO'; 
fH3C25C5CHO(i)=fH3C25C5CHO(i)-1; fH3C2C4CO3(i)=fH3C2C4CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OH + OH = C614CO + HO2';
k(:,i) = 2.54e-11.*0.890;
Gstr{i,1} = 'H3C25C6OH'; Gstr{i,2} = 'OH'; 
fH3C25C6OH(i)=fH3C25C6OH(i)-1; fOH(i)=fOH(i)-1; fC614CO(i)=fC614CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OH + OH = H3C25C5CHO + HO2';
k(:,i) = 2.54e-11.*0.110;
Gstr{i,1} = 'H3C25C6OH'; Gstr{i,2} = 'OH'; 
fH3C25C6OH(i)=fH3C25C6OH(i)-1; fOH(i)=fOH(i)-1; fH3C25C5CHO(i)=fH3C25C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C25C6OH + hv = HMVKAO2 + HOCH2CO3';
k(:,i) = J22.*2;
Gstr{i,1} = 'H3C25C6OH'; 
fH3C25C6OH(i)=fH3C25C6OH(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + HO2 = C620OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'HO2'; 
fC620O2(i)=fC620O2(i)-1; fHO2(i)=fHO2(i)-1; fC620OOH(i)=fC620OOH(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + NO = C620O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'NO'; 
fC620O2(i)=fC620O2(i)-1; fNO(i)=fNO(i)-1; fC620O(i)=fC620O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + NO3 = C620O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'NO3'; 
fC620O2(i)=fC620O2(i)-1; fNO3(i)=fNO3(i)-1; fC620O(i)=fC620O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + RO2 = C515CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'RO2';
fC620O2(i)=fC620O2(i)-1; fC515CHO(i)=fC515CHO(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + RO2 = C620O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'RO2';
fC620O2(i)=fC620O2(i)-1; fC620O(i)=fC620O(i)+1; 

i=i+1;
Rnames{i} = 'C620O2 + RO2 = C620OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C620O2'; Gstr{i,2} = 'RO2';
fC620O2(i)=fC620O2(i)-1; fC620OH(i)=fC620OH(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + HO2 = C87CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'HO2'; 
fC87CO3(i)=fC87CO3(i)-1; fHO2(i)=fHO2(i)-1; fC87CO2H(i)=fC87CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + HO2 = C87CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'HO2'; 
fC87CO3(i)=fC87CO3(i)-1; fHO2(i)=fHO2(i)-1; fC87CO3H(i)=fC87CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + HO2 = C87O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'HO2'; 
fC87CO3(i)=fC87CO3(i)-1; fHO2(i)=fHO2(i)-1; fC87O2(i)=fC87O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + NO = C87O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'NO'; 
fC87CO3(i)=fC87CO3(i)-1; fNO(i)=fNO(i)-1; fC87O2(i)=fC87O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + NO2 = C87PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'NO2'; 
fC87CO3(i)=fC87CO3(i)-1; fNO2(i)=fNO2(i)-1; fC87PAN(i)=fC87PAN(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + NO3 = C87O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'NO3'; 
fC87CO3(i)=fC87CO3(i)-1; fNO3(i)=fNO3(i)-1; fC87O2(i)=fC87O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + RO2 = C87CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'RO2';
fC87CO3(i)=fC87CO3(i)-1; fC87CO2H(i)=fC87CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3 + RO2 = C87O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C87CO3'; Gstr{i,2} = 'RO2';
fC87CO3(i)=fC87CO3(i)-1; fC87O2(i)=fC87O2(i)+1; 

i=i+1;
Rnames{i} = 'CO123C5CHO + NO3 = CHOC2CO3 + CO + CO + HNO3';
k(:,i) = 2.*KNO3AL.*5.5;
Gstr{i,1} = 'CO123C5CHO'; Gstr{i,2} = 'NO3'; 
fCO123C5CHO(i)=fCO123C5CHO(i)-1; fNO3(i)=fNO3(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO123C5CHO + OH = CHOC2CO3 + CO + CO';
k(:,i) = 3.89e-11;
Gstr{i,1} = 'CO123C5CHO'; Gstr{i,2} = 'OH'; 
fCO123C5CHO(i)=fCO123C5CHO(i)-1; fOH(i)=fOH(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO123C5CHO + hv = CHOC2CO3 + HO2 + CO + CO';
k(:,i) = J34;
Gstr{i,1} = 'CO123C5CHO'; 
fCO123C5CHO(i)=fCO123C5CHO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO123C5CHO + hv = CHOC2CO3 + HO2 + CO + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO123C5CHO'; 
fCO123C5CHO(i)=fCO123C5CHO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO123C5CHO + hv = CHOC2CO3 + HO2 + CO + CO';
k(:,i) = J35;
Gstr{i,1} = 'CO123C5CHO'; 
fCO123C5CHO(i)=fCO123C5CHO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + HO2 = C616OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'HO2'; 
fC616O2(i)=fC616O2(i)-1; fHO2(i)=fHO2(i)-1; fC616OOH(i)=fC616OOH(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + NO = C616O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'NO'; 
fC616O2(i)=fC616O2(i)-1; fNO(i)=fNO(i)-1; fC616O(i)=fC616O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + NO3 = C616O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'NO3'; 
fC616O2(i)=fC616O2(i)-1; fNO3(i)=fNO3(i)-1; fC616O(i)=fC616O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + RO2 = C616O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'RO2';
fC616O2(i)=fC616O2(i)-1; fC616O(i)=fC616O(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + RO2 = C616OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'RO2';
fC616O2(i)=fC616O2(i)-1; fC616OH(i)=fC616OH(i)+1; 

i=i+1;
Rnames{i} = 'C616O2 + RO2 = CO123C5CHO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C616O2'; Gstr{i,2} = 'RO2';
fC616O2(i)=fC616O2(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + HO2 = C718CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'HO2'; 
fC718CO3(i)=fC718CO3(i)-1; fHO2(i)=fHO2(i)-1; fC718CO2H(i)=fC718CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + HO2 = C718CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'HO2'; 
fC718CO3(i)=fC718CO3(i)-1; fHO2(i)=fHO2(i)-1; fC718CO3H(i)=fC718CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + HO2 = C718O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'HO2'; 
fC718CO3(i)=fC718CO3(i)-1; fHO2(i)=fHO2(i)-1; fC718O2(i)=fC718O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + NO = C718O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'NO'; 
fC718CO3(i)=fC718CO3(i)-1; fNO(i)=fNO(i)-1; fC718O2(i)=fC718O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + NO2 = C718PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'NO2'; 
fC718CO3(i)=fC718CO3(i)-1; fNO2(i)=fNO2(i)-1; fC718PAN(i)=fC718PAN(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + NO3 = C718O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'NO3'; 
fC718CO3(i)=fC718CO3(i)-1; fNO3(i)=fNO3(i)-1; fC718O2(i)=fC718O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + RO2 = C718CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'RO2';
fC718CO3(i)=fC718CO3(i)-1; fC718CO2H(i)=fC718CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3 + RO2 = C718O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C718CO3'; Gstr{i,2} = 'RO2';
fC718CO3(i)=fC718CO3(i)-1; fC718O2(i)=fC718O2(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + HO2 = C513OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'HO2'; 
fC513O2(i)=fC513O2(i)-1; fHO2(i)=fHO2(i)-1; fC513OOH(i)=fC513OOH(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + NO = C513O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'NO'; 
fC513O2(i)=fC513O2(i)-1; fNO(i)=fNO(i)-1; fC513O(i)=fC513O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + NO3 = C513O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'NO3'; 
fC513O2(i)=fC513O2(i)-1; fNO3(i)=fNO3(i)-1; fC513O(i)=fC513O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + RO2 = C513CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'RO2';
fC513O2(i)=fC513O2(i)-1; fC513CO(i)=fC513CO(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + RO2 = C513O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'RO2';
fC513O2(i)=fC513O2(i)-1; fC513O(i)=fC513O(i)+1; 

i=i+1;
Rnames{i} = 'C513O2 + RO2 = C513OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C513O2'; Gstr{i,2} = 'RO2';
fC513O2(i)=fC513O2(i)-1; fC513OH(i)=fC513OH(i)+1; 

i=i+1;
Rnames{i} = 'CO13C3CO2H + OH = HCOCH2CO3';
k(:,i) = 6.69e-11;
Gstr{i,1} = 'CO13C3CO2H'; Gstr{i,2} = 'OH'; 
fCO13C3CO2H(i)=fCO13C3CO2H(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO13C3CO2H + hv = HCOCH2CO3 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO13C3CO2H'; 
fCO13C3CO2H(i)=fCO13C3CO2H(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO13C3CO2H + hv = HCOCH2CO3 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CO13C3CO2H'; 
fCO13C3CO2H(i)=fCO13C3CO2H(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C810OOH + OH = C810O2';
k(:,i) = 8.35e-11;
Gstr{i,1} = 'C810OOH'; Gstr{i,2} = 'OH'; 
fC810OOH(i)=fC810OOH(i)-1; fOH(i)=fOH(i)-1; fC810O2(i)=fC810O2(i)+1; 

i=i+1;
Rnames{i} = 'C810OOH + hv = C810O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C810OOH'; 
fC810OOH(i)=fC810OOH(i)-1; fC810O(i)=fC810O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C810OOH + hv = C810O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C810OOH'; 
fC810OOH(i)=fC810OOH(i)-1; fC810O(i)=fC810O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C810NO3 + OH = CH3COCH3 + CO13C4CHO + NO2';
k(:,i) = 4.96e-11;
Gstr{i,1} = 'C810NO3'; Gstr{i,2} = 'OH'; 
fC810NO3(i)=fC810NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C810NO3 + hv = C810O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C810NO3'; 
fC810NO3(i)=fC810NO3(i)-1; fC810O(i)=fC810O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C810NO3 + hv = C810O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C810NO3'; 
fC810NO3(i)=fC810NO3(i)-1; fC810O(i)=fC810O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C810O = CH3COCH3 + C514O2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C810O'; 
fC810O(i)=fC810O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC514O2(i)=fC514O2(i)+1; 

i=i+1;
Rnames{i} = 'C810OH + OH = C810O';
k(:,i) = 8.00e-11;
Gstr{i,1} = 'C810OH'; Gstr{i,2} = 'OH'; 
fC810OH(i)=fC810OH(i)-1; fOH(i)=fOH(i)-1; fC810O(i)=fC810O(i)+1; 

i=i+1;
Rnames{i} = 'C810OH + hv = C810O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C810OH'; 
fC810OH(i)=fC810OH(i)-1; fC810O(i)=fC810O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + HO2 = C627O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'HO2'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fC627O2(i)=fC627O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + HO2 = CO25C6CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'HO2'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO25C6CO2H(i)=fCO25C6CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + HO2 = CO25C6CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'HO2'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO25C6CO3H(i)=fCO25C6CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + NO = C627O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'NO'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fNO(i)=fNO(i)-1; fC627O2(i)=fC627O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + NO2 = C627PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'NO2'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fNO2(i)=fNO2(i)-1; fC627PAN(i)=fC627PAN(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + NO3 = C627O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'NO3'; 
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fNO3(i)=fNO3(i)-1; fC627O2(i)=fC627O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3 + RO2 = C627O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO25C6CO3'; Gstr{i,2} = 'RO2';
fCO25C6CO3(i)=fCO25C6CO3(i)-1; fC627O2(i)=fC627O2(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + HO2 = C627OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'HO2'; 
fC627O2(i)=fC627O2(i)-1; fHO2(i)=fHO2(i)-1; fC627OOH(i)=fC627OOH(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + NO = C627O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'NO'; 
fC627O2(i)=fC627O2(i)-1; fNO(i)=fNO(i)-1; fC627O(i)=fC627O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + NO3 = C627O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'NO3'; 
fC627O2(i)=fC627O2(i)-1; fNO3(i)=fNO3(i)-1; fC627O(i)=fC627O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + RO2 = C627O';
k(:,i) = 2.50e-12.*0.6;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'RO2';
fC627O2(i)=fC627O2(i)-1; fC627O(i)=fC627O(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + RO2 = C627OH';
k(:,i) = 2.50e-12.*0.2;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'RO2';
fC627O2(i)=fC627O2(i)-1; fC627OH(i)=fC627OH(i)+1; 

i=i+1;
Rnames{i} = 'C627O2 + RO2 = CO2C4GLYOX';
k(:,i) = 2.50e-12.*0.2;
Gstr{i,1} = 'C627O2'; Gstr{i,2} = 'RO2';
fC627O2(i)=fC627O2(i)-1; fCO2C4GLYOX(i)=fCO2C4GLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C818OOH + OH = C818CO + OH';
k(:,i) = 3.94e-11;
Gstr{i,1} = 'C818OOH'; Gstr{i,2} = 'OH'; 
fC818OOH(i)=fC818OOH(i)-1; fOH(i)=fOH(i)-1; fC818CO(i)=fC818CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C818OOH + hv = C517CHO + CH3CO3 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C818OOH'; 
fC818OOH(i)=fC818OOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C818OOH + hv = C818O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C818OOH'; 
fC818OOH(i)=fC818OOH(i)-1; fC818O(i)=fC818O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C818O = C517CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C818O'; 
fC818O(i)=fC818O(i)-1; fC517CHO(i)=fC517CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C818CO + OH = C820O2';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'C818CO'; Gstr{i,2} = 'OH'; 
fC818CO(i)=fC818CO(i)-1; fOH(i)=fOH(i)-1; fC820O2(i)=fC820O2(i)+1; 

i=i+1;
Rnames{i} = 'C818OH + OH = C818CO + HO2';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'C818OH'; Gstr{i,2} = 'OH'; 
fC818OH(i)=fC818OH(i)-1; fOH(i)=fOH(i)-1; fC818CO(i)=fC818CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C818OH + hv = C517CHO + CH3CO3 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C818OH'; 
fC818OH(i)=fC818OH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3H + OH = C727CO3';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'C727CO3H'; Gstr{i,2} = 'OH'; 
fC727CO3H(i)=fC727CO3H(i)-1; fOH(i)=fOH(i)-1; fC727CO3(i)=fC727CO3(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3H + hv = C727O2 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C727CO3H'; 
fC727CO3H(i)=fC727CO3H(i)-1; fC727O2(i)=fC727O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C727CO3H + hv = C727O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C727CO3H'; 
fC727CO3H(i)=fC727CO3H(i)-1; fC727O2(i)=fC727O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C727O2 + HO2 = C727OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C727O2'; Gstr{i,2} = 'HO2'; 
fC727O2(i)=fC727O2(i)-1; fHO2(i)=fHO2(i)-1; fC727OOH(i)=fC727OOH(i)+1; 

i=i+1;
Rnames{i} = 'C727O2 + NO = C727O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C727O2'; Gstr{i,2} = 'NO'; 
fC727O2(i)=fC727O2(i)-1; fNO(i)=fNO(i)-1; fC727O(i)=fC727O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C727O2 + NO3 = C727O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C727O2'; Gstr{i,2} = 'NO3'; 
fC727O2(i)=fC727O2(i)-1; fNO3(i)=fNO3(i)-1; fC727O(i)=fC727O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C727O2 + RO2 = C727O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C727O2'; Gstr{i,2} = 'RO2';
fC727O2(i)=fC727O2(i)-1; fC727O(i)=fC727O(i)+1; 

i=i+1;
Rnames{i} = 'C727PAN + OH = C727CO + CO + NO2';
k(:,i) = 6.89e-12;
Gstr{i,1} = 'C727PAN'; Gstr{i,2} = 'OH'; 
fC727PAN(i)=fC727PAN(i)-1; fOH(i)=fOH(i)-1; fC727CO(i)=fC727CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C727PAN = C727CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C727PAN'; 
fC727PAN(i)=fC727PAN(i)-1; fC727CO3(i)=fC727CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + HO2 = C511CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'HO2'; 
fC511CO3(i)=fC511CO3(i)-1; fHO2(i)=fHO2(i)-1; fC511CO3H(i)=fC511CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + HO2 = C511O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'HO2'; 
fC511CO3(i)=fC511CO3(i)-1; fHO2(i)=fHO2(i)-1; fC511O2(i)=fC511O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + NO = C511O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'NO'; 
fC511CO3(i)=fC511CO3(i)-1; fNO(i)=fNO(i)-1; fC511O2(i)=fC511O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + NO2 = C511PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'NO2'; 
fC511CO3(i)=fC511CO3(i)-1; fNO2(i)=fNO2(i)-1; fC511PAN(i)=fC511PAN(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + NO3 = C511O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'NO3'; 
fC511CO3(i)=fC511CO3(i)-1; fNO3(i)=fNO3(i)-1; fC511O2(i)=fC511O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3 + RO2 = C511O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C511CO3'; Gstr{i,2} = 'RO2';
fC511CO3(i)=fC511CO3(i)-1; fC511O2(i)=fC511O2(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + HO2 = C517CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'HO2'; 
fC517CO3(i)=fC517CO3(i)-1; fHO2(i)=fHO2(i)-1; fC517CO2H(i)=fC517CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + HO2 = C517CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'HO2'; 
fC517CO3(i)=fC517CO3(i)-1; fHO2(i)=fHO2(i)-1; fC517CO3H(i)=fC517CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + HO2 = C517O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'HO2'; 
fC517CO3(i)=fC517CO3(i)-1; fHO2(i)=fHO2(i)-1; fC517O2(i)=fC517O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + NO = C517O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'NO'; 
fC517CO3(i)=fC517CO3(i)-1; fNO(i)=fNO(i)-1; fC517O2(i)=fC517O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + NO2 = C517PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'NO2'; 
fC517CO3(i)=fC517CO3(i)-1; fNO2(i)=fNO2(i)-1; fC517PAN(i)=fC517PAN(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + NO3 = C517O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'NO3'; 
fC517CO3(i)=fC517CO3(i)-1; fNO3(i)=fNO3(i)-1; fC517O2(i)=fC517O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + RO2 = C517CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'RO2';
fC517CO3(i)=fC517CO3(i)-1; fC517CO2H(i)=fC517CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3 + RO2 = C517O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C517CO3'; Gstr{i,2} = 'RO2';
fC517CO3(i)=fC517CO3(i)-1; fC517O2(i)=fC517O2(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + HO2 = C517OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'HO2'; 
fC517O2(i)=fC517O2(i)-1; fHO2(i)=fHO2(i)-1; fC517OOH(i)=fC517OOH(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + NO = C517NO3';
k(:,i) = KRO2NO.*0.052;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'NO'; 
fC517O2(i)=fC517O2(i)-1; fNO(i)=fNO(i)-1; fC517NO3(i)=fC517NO3(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + NO = C517O + NO2';
k(:,i) = KRO2NO.*0.948;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'NO'; 
fC517O2(i)=fC517O2(i)-1; fNO(i)=fNO(i)-1; fC517O(i)=fC517O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + NO3 = C517O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'NO3'; 
fC517O2(i)=fC517O2(i)-1; fNO3(i)=fNO3(i)-1; fC517O(i)=fC517O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + RO2 = C517O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'RO2';
fC517O2(i)=fC517O2(i)-1; fC517O(i)=fC517O(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + RO2 = C517OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'RO2';
fC517O2(i)=fC517O2(i)-1; fC517OH(i)=fC517OH(i)+1; 

i=i+1;
Rnames{i} = 'C517O2 + RO2 = HMVKBCHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C517O2'; Gstr{i,2} = 'RO2';
fC517O2(i)=fC517O2(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; 

i=i+1;
Rnames{i} = 'NC728OOH + OH = NC728O2';
k(:,i) = 3.94e-11;
Gstr{i,1} = 'NC728OOH'; Gstr{i,2} = 'OH'; 
fNC728OOH(i)=fNC728OOH(i)-1; fOH(i)=fOH(i)-1; fNC728O2(i)=fNC728O2(i)+1; 

i=i+1;
Rnames{i} = 'NC728OOH + hv = NC728O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC728OOH'; 
fNC728OOH(i)=fNC728OOH(i)-1; fNC728O(i)=fNC728O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC728O = C517CHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC728O'; 
fNC728O(i)=fNC728O(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC728OH + OH = C517CHO + HCHO + NO2';
k(:,i) = 3.59e-11;
Gstr{i,1} = 'NC728OH'; Gstr{i,2} = 'OH'; 
fNC728OH(i)=fNC728OH(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C628O2 + HO2 = C628OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C628O2'; Gstr{i,2} = 'HO2'; 
fC628O2(i)=fC628O2(i)-1; fHO2(i)=fHO2(i)-1; fC628OOH(i)=fC628OOH(i)+1; 

i=i+1;
Rnames{i} = 'C628O2 + NO = C628O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C628O2'; Gstr{i,2} = 'NO'; 
fC628O2(i)=fC628O2(i)-1; fNO(i)=fNO(i)-1; fC628O(i)=fC628O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C628O2 + NO3 = C628O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C628O2'; Gstr{i,2} = 'NO3'; 
fC628O2(i)=fC628O2(i)-1; fNO3(i)=fNO3(i)-1; fC628O(i)=fC628O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C628O2 + RO2 = C628O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C628O2'; Gstr{i,2} = 'RO2';
fC628O2(i)=fC628O2(i)-1; fC628O(i)=fC628O(i)+1; 

i=i+1;
Rnames{i} = 'C628O2 + RO2 = C628OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C628O2'; Gstr{i,2} = 'RO2';
fC628O2(i)=fC628O2(i)-1; fC628OH(i)=fC628OH(i)+1; 

i=i+1;
Rnames{i} = 'C728OOH + OH = C728O2';
k(:,i) = 4.52e-11;
Gstr{i,1} = 'C728OOH'; Gstr{i,2} = 'OH'; 
fC728OOH(i)=fC728OOH(i)-1; fOH(i)=fOH(i)-1; fC728O2(i)=fC728O2(i)+1; 

i=i+1;
Rnames{i} = 'C728OOH + hv = C728O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C728OOH'; 
fC728OOH(i)=fC728OOH(i)-1; fC728O(i)=fC728O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C728NO3 + OH = C517CHO + HCHO + NO2';
k(:,i) = 3.28e-11;
Gstr{i,1} = 'C728NO3'; Gstr{i,2} = 'OH'; 
fC728NO3(i)=fC728NO3(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C728O = C517CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C728O'; 
fC728O(i)=fC728O(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C728OH + OH = C517CHO + HCHO + HO2';
k(:,i) = 4.18e-11;
Gstr{i,1} = 'C728OH'; Gstr{i,2} = 'OH'; 
fC728OH(i)=fC728OH(i)-1; fOH(i)=fOH(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C622OOH + OH = C518CHO + OH';
k(:,i) = 7.17e-11;
Gstr{i,1} = 'C622OOH'; Gstr{i,2} = 'OH'; 
fC622OOH(i)=fC622OOH(i)-1; fOH(i)=fOH(i)-1; fC518CHO(i)=fC518CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C622OOH + hv = C622O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C622OOH'; 
fC622OOH(i)=fC622OOH(i)-1; fC622O(i)=fC622O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C622NO3 + OH = C518CHO + NO2';
k(:,i) = 5.64e-11;
Gstr{i,1} = 'C622NO3'; Gstr{i,2} = 'OH'; 
fC622NO3(i)=fC622NO3(i)-1; fOH(i)=fOH(i)-1; fC518CHO(i)=fC518CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622NO3 + hv = C622O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C622NO3'; 
fC622NO3(i)=fC622NO3(i)-1; fC622O(i)=fC622O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C622O = C518CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C622O'; 
fC622O(i)=fC622O(i)-1; fC518CHO(i)=fC518CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + NO3 = C518CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'NO3'; 
fC518CHO(i)=fC518CHO(i)-1; fNO3(i)=fNO3(i)-1; fC518CO3(i)=fC518CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + NO3 = NC623O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'NO3'; 
fC518CHO(i)=fC518CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC623O2(i)=fNC623O2(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + O3 = C520OOA + HCHO';
k(:,i) = 1.30e-17.*0.670;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'O3'; 
fC518CHO(i)=fC518CHO(i)-1; fO3(i)=fO3(i)-1; fC520OOA(i)=fC520OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + O3 = HMVKBCHO + CH2OOF';
k(:,i) = 1.30e-17.*0.330;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'O3'; 
fC518CHO(i)=fC518CHO(i)-1; fO3(i)=fO3(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + OH = C518CO3';
k(:,i) = 8.70e-11.*0.288;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'OH'; 
fC518CHO(i)=fC518CHO(i)-1; fOH(i)=fOH(i)-1; fC518CO3(i)=fC518CO3(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + OH = C623O2';
k(:,i) = 8.70e-11.*0.712;
Gstr{i,1} = 'C518CHO'; Gstr{i,2} = 'OH'; 
fC518CHO(i)=fC518CHO(i)-1; fOH(i)=fOH(i)-1; fC623O2(i)=fC623O2(i)+1; 

i=i+1;
Rnames{i} = 'C518CHO + hv = ISOPDO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C518CHO'; 
fC518CHO(i)=fC518CHO(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C622OH + OH = C518CHO + HO2';
k(:,i) = 6.29e-11;
Gstr{i,1} = 'C622OH'; Gstr{i,2} = 'OH'; 
fC622OH(i)=fC622OH(i)-1; fOH(i)=fOH(i)-1; fC518CHO(i)=fC518CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + HO2 = C824OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'HO2'; 
fC824O2(i)=fC824O2(i)-1; fHO2(i)=fHO2(i)-1; fC824OOH(i)=fC824OOH(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + NO = C824O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'NO'; 
fC824O2(i)=fC824O2(i)-1; fNO(i)=fNO(i)-1; fC824O(i)=fC824O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + NO3 = C824O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'NO3'; 
fC824O2(i)=fC824O2(i)-1; fNO3(i)=fNO3(i)-1; fC824O(i)=fC824O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + RO2 = C824CO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'RO2';
fC824O2(i)=fC824O2(i)-1; fC824CO(i)=fC824CO(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + RO2 = C824O';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'RO2';
fC824O2(i)=fC824O2(i)-1; fC824O(i)=fC824O(i)+1; 

i=i+1;
Rnames{i} = 'C824O2 + RO2 = C824OH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C824O2'; Gstr{i,2} = 'RO2';
fC824O2(i)=fC824O2(i)-1; fC824OH(i)=fC824OH(i)+1; 

i=i+1;
Rnames{i} = 'C823OOH + OH = C823CO + OH';
k(:,i) = 7.06e-11;
Gstr{i,1} = 'C823OOH'; Gstr{i,2} = 'OH'; 
fC823OOH(i)=fC823OOH(i)-1; fOH(i)=fOH(i)-1; fC823CO(i)=fC823CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C823OOH + hv = C823O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C823OOH'; 
fC823OOH(i)=fC823OOH(i)-1; fC823O(i)=fC823O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C823NO3 + OH = C823CO + NO2';
k(:,i) = 5.53e-11;
Gstr{i,1} = 'C823NO3'; Gstr{i,2} = 'OH'; 
fC823NO3(i)=fC823NO3(i)-1; fOH(i)=fOH(i)-1; fC823CO(i)=fC823CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823NO3 + hv = C823O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C823NO3'; 
fC823NO3(i)=fC823NO3(i)-1; fC823O(i)=fC823O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C823O = C825O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C823O'; 
fC823O(i)=fC823O(i)-1; fC825O2(i)=fC825O2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO + OH = C825O2';
k(:,i) = 7.70e-11;
Gstr{i,1} = 'C823CO'; Gstr{i,2} = 'OH'; 
fC823CO(i)=fC823CO(i)-1; fOH(i)=fOH(i)-1; fC825O2(i)=fC825O2(i)+1; 

i=i+1;
Rnames{i} = 'C823CO + hv = C825O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C823CO'; 
fC823CO(i)=fC823CO(i)-1; fC825O2(i)=fC825O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C823OH + OH = C823CO + HO2';
k(:,i) = 6.16e-11;
Gstr{i,1} = 'C823OH'; Gstr{i,2} = 'OH'; 
fC823OH(i)=fC823OH(i)-1; fOH(i)=fOH(i)-1; fC823CO(i)=fC823CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C819OOH + OH = C819O2';
k(:,i) = 1.35e-11;
Gstr{i,1} = 'C819OOH'; Gstr{i,2} = 'OH'; 
fC819OOH(i)=fC819OOH(i)-1; fOH(i)=fOH(i)-1; fC819O2(i)=fC819O2(i)+1; 

i=i+1;
Rnames{i} = 'C819OOH + hv = C819O + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C819OOH'; 
fC819OOH(i)=fC819OOH(i)-1; fC819O(i)=fC819O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C819OOH + hv = C819O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C819OOH'; 
fC819OOH(i)=fC819OOH(i)-1; fC819O(i)=fC819O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C819O = ACETOL + CO2C4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C819O'; 
fC819O(i)=fC819O(i)-1; fACETOL(i)=fACETOL(i)+1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C731CO2 = C731O2';
k(:,i) = KDEC.*0.2;
Gstr{i,1} = 'C731CO2'; 
fC731CO2(i)=fC731CO2(i)-1; fC731O2(i)=fC731O2(i)+1; 

i=i+1;
Rnames{i} = 'C731CO2 = C732CO3';
k(:,i) = KDEC.*0.8;
Gstr{i,1} = 'C731CO2'; 
fC731CO2(i)=fC731CO2(i)-1; fC732CO3(i)=fC732CO3(i)+1; 

i=i+1;
Rnames{i} = 'C731CO2H + OH = C731CO2';
k(:,i) = 3.88e-11;
Gstr{i,1} = 'C731CO2H'; Gstr{i,2} = 'OH'; 
fC731CO2H(i)=fC731CO2H(i)-1; fOH(i)=fOH(i)-1; fC731CO2(i)=fC731CO2(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3H + OH = C731CO3';
k(:,i) = 4.18e-11;
Gstr{i,1} = 'C731CO3H'; Gstr{i,2} = 'OH'; 
fC731CO3H(i)=fC731CO3H(i)-1; fOH(i)=fOH(i)-1; fC731CO3(i)=fC731CO3(i)+1; 

i=i+1;
Rnames{i} = 'C731CO3H + hv = C731CO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C731CO3H'; 
fC731CO3H(i)=fC731CO3H(i)-1; fC731CO2(i)=fC731CO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C731PAN + OH = C626CHO + CO + NO2';
k(:,i) = 3.82e-11;
Gstr{i,1} = 'C731PAN'; Gstr{i,2} = 'OH'; 
fC731PAN(i)=fC731PAN(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731PAN = C731CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C731PAN'; 
fC731PAN(i)=fC731PAN(i)-1; fC731CO3(i)=fC731CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011OOH + OH = C1011CO + OH';
k(:,i) = 1.41e-11;
Gstr{i,1} = 'C1011OOH'; Gstr{i,2} = 'OH'; 
fC1011OOH(i)=fC1011OOH(i)-1; fOH(i)=fOH(i)-1; fC1011CO(i)=fC1011CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1011OOH + hv = C1011O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1011OOH'; 
fC1011OOH(i)=fC1011OOH(i)-1; fC1011O(i)=fC1011O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1011NO3 + OH = C1011CO + NO2';
k(:,i) = 6.04e-12;
Gstr{i,1} = 'C1011NO3'; Gstr{i,2} = 'OH'; 
fC1011NO3(i)=fC1011NO3(i)-1; fOH(i)=fOH(i)-1; fC1011CO(i)=fC1011CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011NO3 + hv = C1011O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1011NO3'; 
fC1011NO3(i)=fC1011NO3(i)-1; fC1011O(i)=fC1011O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1011O = C1012O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1011O'; 
fC1011O(i)=fC1011O(i)-1; fC1012O2(i)=fC1012O2(i)+1; 

i=i+1;
Rnames{i} = 'C1011CO + OH = C1012O2';
k(:,i) = 7.01e-12;
Gstr{i,1} = 'C1011CO'; Gstr{i,2} = 'OH'; 
fC1011CO(i)=fC1011CO(i)-1; fOH(i)=fOH(i)-1; fC1012O2(i)=fC1012O2(i)+1; 

i=i+1;
Rnames{i} = 'C1011OH + OH = C1011CO + HO2';
k(:,i) = 9.07e-12;
Gstr{i,1} = 'C1011OH'; Gstr{i,2} = 'OH'; 
fC1011OH(i)=fC1011OH(i)-1; fOH(i)=fOH(i)-1; fC1011CO(i)=fC1011CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + HO2 = C1211CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'HO2'; 
fC1211CO3(i)=fC1211CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1211CO2H(i)=fC1211CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + HO2 = C1211CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'HO2'; 
fC1211CO3(i)=fC1211CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1211CO3H(i)=fC1211CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + HO2 = C1211O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'HO2'; 
fC1211CO3(i)=fC1211CO3(i)-1; fHO2(i)=fHO2(i)-1; fC1211O2(i)=fC1211O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + NO = C1211O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'NO'; 
fC1211CO3(i)=fC1211CO3(i)-1; fNO(i)=fNO(i)-1; fC1211O2(i)=fC1211O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + NO2 = C1211PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'NO2'; 
fC1211CO3(i)=fC1211CO3(i)-1; fNO2(i)=fNO2(i)-1; fC1211PAN(i)=fC1211PAN(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + NO3 = C1211O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'NO3'; 
fC1211CO3(i)=fC1211CO3(i)-1; fNO3(i)=fNO3(i)-1; fC1211O2(i)=fC1211O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + RO2 = C1211CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'RO2';
fC1211CO3(i)=fC1211CO3(i)-1; fC1211CO2H(i)=fC1211CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3 + RO2 = C1211O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C1211CO3'; Gstr{i,2} = 'RO2';
fC1211CO3(i)=fC1211CO3(i)-1; fC1211O2(i)=fC1211O2(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + HO2 = C133OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'HO2'; 
fC133O2(i)=fC133O2(i)-1; fHO2(i)=fHO2(i)-1; fC133OOH(i)=fC133OOH(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + NO = C133NO3';
k(:,i) = KRO2NO.*0.243;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'NO'; 
fC133O2(i)=fC133O2(i)-1; fNO(i)=fNO(i)-1; fC133NO3(i)=fC133NO3(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + NO = C133O + NO2';
k(:,i) = KRO2NO.*0.757;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'NO'; 
fC133O2(i)=fC133O2(i)-1; fNO(i)=fNO(i)-1; fC133O(i)=fC133O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + NO3 = C133O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'NO3'; 
fC133O2(i)=fC133O2(i)-1; fNO3(i)=fNO3(i)-1; fC133O(i)=fC133O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + RO2 = C133CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'RO2';
fC133O2(i)=fC133O2(i)-1; fC133CO(i)=fC133CO(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + RO2 = C133O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'RO2';
fC133O2(i)=fC133O2(i)-1; fC133O(i)=fC133O(i)+1; 

i=i+1;
Rnames{i} = 'C133O2 + RO2 = C133OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C133O2'; Gstr{i,2} = 'RO2';
fC133O2(i)=fC133O2(i)-1; fC133OH(i)=fC133OH(i)+1; 

i=i+1;
Rnames{i} = 'C137OOH + OH = C137CO + OH';
k(:,i) = 7.06e-11;
Gstr{i,1} = 'C137OOH'; Gstr{i,2} = 'OH'; 
fC137OOH(i)=fC137OOH(i)-1; fOH(i)=fOH(i)-1; fC137CO(i)=fC137CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C137OOH + hv = C137O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C137OOH'; 
fC137OOH(i)=fC137OOH(i)-1; fC137O(i)=fC137O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C137NO3 + OH = C137CO + NO2';
k(:,i) = 5.53e-11;
Gstr{i,1} = 'C137NO3'; Gstr{i,2} = 'OH'; 
fC137NO3(i)=fC137NO3(i)-1; fOH(i)=fOH(i)-1; fC137CO(i)=fC137CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137NO3 + hv = C137O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C137NO3'; 
fC137NO3(i)=fC137NO3(i)-1; fC137O(i)=fC137O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C137O = C139O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C137O'; 
fC137O(i)=fC137O(i)-1; fC139O2(i)=fC139O2(i)+1; 

i=i+1;
Rnames{i} = 'C137CO + OH = C139O2';
k(:,i) = 7.70e-11;
Gstr{i,1} = 'C137CO'; Gstr{i,2} = 'OH'; 
fC137CO(i)=fC137CO(i)-1; fOH(i)=fOH(i)-1; fC139O2(i)=fC139O2(i)+1; 

i=i+1;
Rnames{i} = 'C137CO + hv = C139O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C137CO'; 
fC137CO(i)=fC137CO(i)-1; fC139O2(i)=fC139O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C137OH + OH = C137CO + HO2';
k(:,i) = 6.16e-11;
Gstr{i,1} = 'C137OH'; Gstr{i,2} = 'OH'; 
fC137OH(i)=fC137OH(i)-1; fOH(i)=fOH(i)-1; fC137CO(i)=fC137CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013OOH + OH = C1013CO + OH';
k(:,i) = 1.40e-11;
Gstr{i,1} = 'C1013OOH'; Gstr{i,2} = 'OH'; 
fC1013OOH(i)=fC1013OOH(i)-1; fOH(i)=fOH(i)-1; fC1013CO(i)=fC1013CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1013OOH + hv = C1013O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1013OOH'; 
fC1013OOH(i)=fC1013OOH(i)-1; fC1013O(i)=fC1013O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1013NO3 + OH = C1013CO + NO2';
k(:,i) = 5.94e-11;
Gstr{i,1} = 'C1013NO3'; Gstr{i,2} = 'OH'; 
fC1013NO3(i)=fC1013NO3(i)-1; fOH(i)=fOH(i)-1; fC1013CO(i)=fC1013CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013NO3 + hv = C1013O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1013NO3'; 
fC1013NO3(i)=fC1013NO3(i)-1; fC1013O(i)=fC1013O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1013O = C1014O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1013O'; 
fC1013O(i)=fC1013O(i)-1; fC1014O2(i)=fC1014O2(i)+1; 

i=i+1;
Rnames{i} = 'C1013CO + OH = C1014O2';
k(:,i) = 6.91e-12;
Gstr{i,1} = 'C1013CO'; Gstr{i,2} = 'OH'; 
fC1013CO(i)=fC1013CO(i)-1; fOH(i)=fOH(i)-1; fC1014O2(i)=fC1014O2(i)+1; 

i=i+1;
Rnames{i} = 'C1013OH + OH = C1013CO + HO2';
k(:,i) = 9.00e-12;
Gstr{i,1} = 'C1013OH'; Gstr{i,2} = 'OH'; 
fC1013OH(i)=fC1013OH(i)-1; fOH(i)=fOH(i)-1; fC1013CO(i)=fC1013CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010OOH + OH = C736CO + CH3COCH3 + OH';
k(:,i) = 8.18e-11;
Gstr{i,1} = 'C1010OOH'; Gstr{i,2} = 'OH'; 
fC1010OOH(i)=fC1010OOH(i)-1; fOH(i)=fOH(i)-1; fC736CO(i)=fC736CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1010OOH + hv = C1010O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1010OOH'; 
fC1010OOH(i)=fC1010OOH(i)-1; fC1010O(i)=fC1010O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1010NO3 + OH = C736CO + CH3COCH3 + NO2';
k(:,i) = 7.42e-11;
Gstr{i,1} = 'C1010NO3'; Gstr{i,2} = 'OH'; 
fC1010NO3(i)=fC1010NO3(i)-1; fOH(i)=fOH(i)-1; fC736CO(i)=fC736CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010NO3 + hv = C1010O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C1010NO3'; 
fC1010NO3(i)=fC1010NO3(i)-1; fC1010O(i)=fC1010O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1010O = C736O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C1010O'; 
fC1010O(i)=fC1010O(i)-1; fC736O2(i)=fC736O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C1010OH + OH = C736CO + CH3COCH3 + HO2';
k(:,i) = 7.82e-11;
Gstr{i,1} = 'C1010OH'; Gstr{i,2} = 'OH'; 
fC1010OH(i)=fC1010OH(i)-1; fOH(i)=fOH(i)-1; fC736CO(i)=fC736CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C117OOH + OH = C117O2';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'C117OOH'; Gstr{i,2} = 'OH'; 
fC117OOH(i)=fC117OOH(i)-1; fOH(i)=fOH(i)-1; fC117O2(i)=fC117O2(i)+1; 

i=i+1;
Rnames{i} = 'C117OOH + hv = C117O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C117OOH'; 
fC117OOH(i)=fC117OOH(i)-1; fC117O(i)=fC117O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C117NO3 + OH = C118CO + NO2';
k(:,i) = 2.80e-11;
Gstr{i,1} = 'C117NO3'; Gstr{i,2} = 'OH'; 
fC117NO3(i)=fC117NO3(i)-1; fOH(i)=fOH(i)-1; fC118CO(i)=fC118CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C117NO3 + hv = C117O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C117NO3'; 
fC117NO3(i)=fC117NO3(i)-1; fC117O(i)=fC117O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C117O = C118O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C117O'; 
fC117O(i)=fC117O(i)-1; fC118O2(i)=fC118O2(i)+1; 

i=i+1;
Rnames{i} = 'C117OH + OH = C117O';
k(:,i) = 3.16e-11;
Gstr{i,1} = 'C117OH'; Gstr{i,2} = 'OH'; 
fC117OH(i)=fC117OH(i)-1; fOH(i)=fOH(i)-1; fC117O(i)=fC117O(i)+1; 

i=i+1;
Rnames{i} = 'C830CO2H + OH = C830O2';
k(:,i) = 3.14e-11;
Gstr{i,1} = 'C830CO2H'; Gstr{i,2} = 'OH'; 
fC830CO2H(i)=fC830CO2H(i)-1; fOH(i)=fOH(i)-1; fC830O2(i)=fC830O2(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3H + OH = C830CO3';
k(:,i) = 3.45e-11;
Gstr{i,1} = 'C830CO3H'; Gstr{i,2} = 'OH'; 
fC830CO3H(i)=fC830CO3H(i)-1; fOH(i)=fOH(i)-1; fC830CO3(i)=fC830CO3(i)+1; 

i=i+1;
Rnames{i} = 'C830CO3H + hv = C830O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C830CO3H'; 
fC830CO3H(i)=fC830CO3H(i)-1; fC830O2(i)=fC830O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + HO2 = C830OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'HO2'; 
fC830O2(i)=fC830O2(i)-1; fHO2(i)=fHO2(i)-1; fC830OOH(i)=fC830OOH(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + NO = C830NO3';
k(:,i) = KRO2NO.*0.192;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'NO'; 
fC830O2(i)=fC830O2(i)-1; fNO(i)=fNO(i)-1; fC830NO3(i)=fC830NO3(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + NO = C830O + NO2';
k(:,i) = KRO2NO.*0.808;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'NO'; 
fC830O2(i)=fC830O2(i)-1; fNO(i)=fNO(i)-1; fC830O(i)=fC830O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + NO3 = C830O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'NO3'; 
fC830O2(i)=fC830O2(i)-1; fNO3(i)=fNO3(i)-1; fC830O(i)=fC830O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + RO2 = C830CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'RO2';
fC830O2(i)=fC830O2(i)-1; fC830CO(i)=fC830CO(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + RO2 = C830O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'RO2';
fC830O2(i)=fC830O2(i)-1; fC830O(i)=fC830O(i)+1; 

i=i+1;
Rnames{i} = 'C830O2 + RO2 = C830OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C830O2'; Gstr{i,2} = 'RO2';
fC830O2(i)=fC830O2(i)-1; fC830OH(i)=fC830OH(i)+1; 

i=i+1;
Rnames{i} = 'C830PAN + OH = C830CO + CO + NO2';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'C830PAN'; Gstr{i,2} = 'OH'; 
fC830PAN(i)=fC830PAN(i)-1; fOH(i)=fOH(i)-1; fC830CO(i)=fC830CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830PAN = C830CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C830PAN'; 
fC830PAN(i)=fC830PAN(i)-1; fC830CO3(i)=fC830CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C128CO + OH = C927O2 + HCOCH2CHO';
k(:,i) = 7.41e-11;
Gstr{i,1} = 'C128CO'; Gstr{i,2} = 'OH'; 
fC128CO(i)=fC128CO(i)-1; fOH(i)=fOH(i)-1; fC927O2(i)=fC927O2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C128CO + hv = C927O2 + HCOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'C128CO'; 
fC128CO(i)=fC128CO(i)-1; fC927O2(i)=fC927O2(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + HO2 = C128OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'HO2'; 
fC128O2(i)=fC128O2(i)-1; fHO2(i)=fHO2(i)-1; fC128OOH(i)=fC128OOH(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + NO = C128NO3';
k(:,i) = KRO2NO.*0.245;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'NO'; 
fC128O2(i)=fC128O2(i)-1; fNO(i)=fNO(i)-1; fC128NO3(i)=fC128NO3(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + NO = C128O + NO2';
k(:,i) = KRO2NO.*0.755;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'NO'; 
fC128O2(i)=fC128O2(i)-1; fNO(i)=fNO(i)-1; fC128O(i)=fC128O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + NO3 = C128O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'NO3'; 
fC128O2(i)=fC128O2(i)-1; fNO3(i)=fNO3(i)-1; fC128O(i)=fC128O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + RO2 = C128CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'RO2';
fC128O2(i)=fC128O2(i)-1; fC128CO(i)=fC128CO(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + RO2 = C128O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'RO2';
fC128O2(i)=fC128O2(i)-1; fC128O(i)=fC128O(i)+1; 

i=i+1;
Rnames{i} = 'C128O2 + RO2 = C128OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C128O2'; Gstr{i,2} = 'RO2';
fC128O2(i)=fC128O2(i)-1; fC128OH(i)=fC128OH(i)+1; 

i=i+1;
Rnames{i} = 'C145OOH + OH = C145O2';
k(:,i) = 2.72e-11;
Gstr{i,1} = 'C145OOH'; Gstr{i,2} = 'OH'; 
fC145OOH(i)=fC145OOH(i)-1; fOH(i)=fOH(i)-1; fC145O2(i)=fC145O2(i)+1; 

i=i+1;
Rnames{i} = 'C145OOH + hv = C145O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C145OOH'; 
fC145OOH(i)=fC145OOH(i)-1; fC145O(i)=fC145O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C145O = C928CO3 + HO14CO2C4';
k(:,i) = KDEC;
Gstr{i,1} = 'C145O'; 
fC145O(i)=fC145O(i)-1; fC928CO3(i)=fC928CO3(i)+1; fHO14CO2C4(i)=fHO14CO2C4(i)+1; 

i=i+1;
Rnames{i} = 'C145OH + OH = C145O';
k(:,i) = 2.37e-11;
Gstr{i,1} = 'C145OH'; Gstr{i,2} = 'OH'; 
fC145OH(i)=fC145OH(i)-1; fOH(i)=fOH(i)-1; fC145O(i)=fC145O(i)+1; 

i=i+1;
Rnames{i} = 'C927OOH + OH = C927O2';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C927OOH'; Gstr{i,2} = 'OH'; 
fC927OOH(i)=fC927OOH(i)-1; fOH(i)=fOH(i)-1; fC927O2(i)=fC927O2(i)+1; 

i=i+1;
Rnames{i} = 'C927OOH + hv = C927O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C927OOH'; 
fC927OOH(i)=fC927OOH(i)-1; fC927O(i)=fC927O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C927NO3 + OH = C630CO + CH3COCH3 + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C927NO3'; Gstr{i,2} = 'OH'; 
fC927NO3(i)=fC927NO3(i)-1; fOH(i)=fOH(i)-1; fC630CO(i)=fC630CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C927NO3 + hv = C927O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C927NO3'; 
fC927NO3(i)=fC927NO3(i)-1; fC927O(i)=fC927O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C927O = C630O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C927O'; 
fC927O(i)=fC927O(i)-1; fC630O2(i)=fC630O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C927OH + OH = C927O';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C927OH'; Gstr{i,2} = 'OH'; 
fC927OH(i)=fC927OH(i)-1; fOH(i)=fOH(i)-1; fC927O(i)=fC927O(i)+1; 

i=i+1;
Rnames{i} = 'C1214OOH + OH = C1215CO + OH';
k(:,i) = 4.59e-11;
Gstr{i,1} = 'C1214OOH'; Gstr{i,2} = 'OH'; 
fC1214OOH(i)=fC1214OOH(i)-1; fOH(i)=fOH(i)-1; fC1215CO(i)=fC1215CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1214OOH + hv = C1214O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1214OOH'; 
fC1214OOH(i)=fC1214OOH(i)-1; fC1214O(i)=fC1214O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1214O = C1215O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1214O'; 
fC1214O(i)=fC1214O(i)-1; fC1215O2(i)=fC1215O2(i)+1; 

i=i+1;
Rnames{i} = 'C1214OH + OH = C1215CO + HO2';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'C1214OH'; Gstr{i,2} = 'OH'; 
fC1214OH(i)=fC1214OH(i)-1; fOH(i)=fOH(i)-1; fC1215CO(i)=fC1215CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'ALC4DOLOOH + OH = CHOC4DOLO2';
k(:,i) = 5.84e-11;
Gstr{i,1} = 'ALC4DOLOOH'; Gstr{i,2} = 'OH'; 
fALC4DOLOOH(i)=fALC4DOLOOH(i)-1; fOH(i)=fOH(i)-1; fCHOC4DOLO2(i)=fCHOC4DOLO2(i)+1; 

i=i+1;
Rnames{i} = 'ALC4DOLOOH + hv = CHOC3DIOL + HO2 + CO + OH';
k(:,i) = J17;
Gstr{i,1} = 'ALC4DOLOOH'; 
fALC4DOLOOH(i)=fALC4DOLOOH(i)-1; fCHOC3DIOL(i)=fCHOC3DIOL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ALC4DOLOOH + hv = CHOC4DOLO + OH';
k(:,i) = J41;
Gstr{i,1} = 'ALC4DOLOOH'; 
fALC4DOLOOH(i)=fALC4DOLOOH(i)-1; fCHOC4DOLO(i)=fCHOC4DOLO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC4DOLO = CHOC3DIOL + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'CHOC4DOLO'; 
fCHOC4DOLO(i)=fCHOC4DOLO(i)-1; fCHOC3DIOL(i)=fCHOC3DIOL(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C6TONOHOOH + OH = C6TRONOHO2';
k(:,i) = 7.37e-11;
Gstr{i,1} = 'C6TONOHOOH'; Gstr{i,2} = 'OH'; 
fC6TONOHOOH(i)=fC6TONOHOOH(i)-1; fOH(i)=fOH(i)-1; fC6TRONOHO2(i)=fC6TRONOHO2(i)+1; 

i=i+1;
Rnames{i} = 'C6TONOHOOH + hv = C6TRONOHO + OH';
k(:,i) = J15;
Gstr{i,1} = 'C6TONOHOOH'; 
fC6TONOHOOH(i)=fC6TONOHOOH(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6TONOHOOH + hv = C6TRONOHO + OH';
k(:,i) = J35;
Gstr{i,1} = 'C6TONOHOOH'; 
fC6TONOHOOH(i)=fC6TONOHOOH(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6TONOHOOH + hv = C6TRONOHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C6TONOHOOH'; 
fC6TONOHOOH(i)=fC6TONOHOOH(i)-1; fC6TRONOHO(i)=fC6TRONOHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C6TRONOHO = HCOCH2CHO + HOCH2CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C6TRONOHO'; 
fC6TRONOHO(i)=fC6TRONOHO(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + HO2 = HO24C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'HO2'; 
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO24C4CO3H(i)=fHO24C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + HO2 = HO2C3CHO + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'HO2'; 
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + NO = HO2C3CHO + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'NO'; 
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fNO(i)=fNO(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + NO2 = C5PAN10';
k(:,i) = KFPAN;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'NO2'; 
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fC5PAN10(i)=fC5PAN10(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + NO3 = HO2C3CHO + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'NO3'; 
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3 + RO2 = HO2C3CHO + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'HO24C4CO3'; Gstr{i,2} = 'RO2';
fHO24C4CO3(i)=fHO24C4CO3(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C23C54CO3H + hv = CO23C54O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C23C54CO3H'; 
fC23C54CO3H(i)=fC23C54CO3H(i)-1; fCO23C54O2(i)=fCO23C54O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C23C54CO3H = C23C54CO3';
k(:,i) = 5.32e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C23C54CO3H'; 
fOH(i)=fOH(i)-1; fC23C54CO3H(i)=fC23C54CO3H(i)-1; fC23C54CO3(i)=fC23C54CO3(i)+1; 

i=i+1;
Rnames{i} = 'C6PAN7 = C23C54CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C6PAN7'; 
fC6PAN7(i)=fC6PAN7(i)-1; fC23C54CO3(i)=fC23C54CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C6PAN7 = C5CO234 + CO + NO2';
k(:,i) = 1.07e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C6PAN7'; 
fOH(i)=fOH(i)-1; fC6PAN7(i)=fC6PAN7(i)-1; fC5CO234(i)=fC5CO234(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C73OOH + hv = C73O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C73OOH'; 
fC73OOH(i)=fC73OOH(i)-1; fC73O(i)=fC73O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C73OOH + hv = C73O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C73OOH'; 
fC73OOH(i)=fC73OOH(i)-1; fC73O(i)=fC73O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C73OOH + hv = CO23C4CO3 + CH3CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C73OOH'; 
fC73OOH(i)=fC73OOH(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C73OOH = C73O2';
k(:,i) = 1.70e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C73OOH'; 
fOH(i)=fOH(i)-1; fC73OOH(i)=fC73OOH(i)-1; fC73O2(i)=fC73O2(i)+1; 

i=i+1;
Rnames{i} = 'C73O = CO23C4CO3 + CH3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C73O'; 
fC73O(i)=fC73O(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; 

i=i+1;
Rnames{i} = 'C74OOH + hv = C74O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C74OOH'; 
fC74OOH(i)=fC74OOH(i)-1; fC74O(i)=fC74O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C74OOH + hv = CH3CHO + OH + CO2C3CO3 + CO';
k(:,i) = J35;
Gstr{i,1} = 'C74OOH'; 
fC74OOH(i)=fC74OOH(i)-1; fCH3CHO(i)=fCH3CHO(i)+1; fOH(i)=fOH(i)+1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'OH + C74OOH = C74O2';
k(:,i) = 1.70e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C74OOH'; 
fOH(i)=fOH(i)-1; fC74OOH(i)=fC74OOH(i)-1; fC74O2(i)=fC74O2(i)+1; 

i=i+1;
Rnames{i} = 'C74O = CO2C3CO3 + CH3CHO + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C74O'; 
fC74O(i)=fC74O(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C715OOH + hv = C715O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C715OOH'; 
fC715OOH(i)=fC715OOH(i)-1; fC715O(i)=fC715O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C715OOH + hv = CH3CO3 + C5CO234 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C715OOH'; 
fC715OOH(i)=fC715OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC5CO234(i)=fC5CO234(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C715OOH = C715O2';
k(:,i) = 5.46e-12;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C715OOH'; 
fOH(i)=fOH(i)-1; fC715OOH(i)=fC715OOH(i)-1; fC715O2(i)=fC715O2(i)+1; 

i=i+1;
Rnames{i} = 'C715O = CH3CO3 + CO + BIACET';
k(:,i) = KDEC;
Gstr{i,1} = 'C715O'; 
fC715O(i)=fC715O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fBIACET(i)=fBIACET(i)+1; 

i=i+1;
Rnames{i} = 'C613O2 + HO2 = C613OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C613O2'; Gstr{i,2} = 'HO2'; 
fC613O2(i)=fC613O2(i)-1; fHO2(i)=fHO2(i)-1; fC613OOH(i)=fC613OOH(i)+1; 

i=i+1;
Rnames{i} = 'C613O2 + NO = C613O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C613O2'; Gstr{i,2} = 'NO'; 
fC613O2(i)=fC613O2(i)-1; fNO(i)=fNO(i)-1; fC613O(i)=fC613O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C613O2 + NO3 = C613O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C613O2'; Gstr{i,2} = 'NO3'; 
fC613O2(i)=fC613O2(i)-1; fNO3(i)=fNO3(i)-1; fC613O(i)=fC613O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C613O2 + RO2 = C613O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C613O2'; Gstr{i,2} = 'RO2';
fC613O2(i)=fC613O2(i)-1; fC613O(i)=fC613O(i)+1; 

i=i+1;
Rnames{i} = 'C83OOH + hv = C83O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C83OOH'; 
fC83OOH(i)=fC83OOH(i)-1; fC83O(i)=fC83O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C83OOH + hv = C83O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C83OOH'; 
fC83OOH(i)=fC83OOH(i)-1; fC83O(i)=fC83O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C83OOH + hv = C83O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C83OOH'; 
fC83OOH(i)=fC83OOH(i)-1; fC83O(i)=fC83O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C83OOH = C83O2';
k(:,i) = 1.52e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C83OOH'; 
fOH(i)=fOH(i)-1; fC83OOH(i)=fC83OOH(i)-1; fC83O2(i)=fC83O2(i)+1; 

i=i+1;
Rnames{i} = 'C83O = EGLYOX + C2H5CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C83O'; 
fC83O(i)=fC83O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C95OOH + hv = C95O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C95OOH'; 
fC95OOH(i)=fC95OOH(i)-1; fC95O(i)=fC95O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C95OOH + hv = C95O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C95OOH'; 
fC95OOH(i)=fC95OOH(i)-1; fC95O(i)=fC95O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C95OOH + hv = C95O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C95OOH'; 
fC95OOH(i)=fC95OOH(i)-1; fC95O(i)=fC95O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C95OOH = C95O2';
k(:,i) = 1.87e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C95OOH'; 
fOH(i)=fOH(i)-1; fC95OOH(i)=fC95OOH(i)-1; fC95O2(i)=fC95O2(i)+1; 

i=i+1;
Rnames{i} = 'C95O = EGLYOX + C3H7CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C95O'; 
fC95O(i)=fC95O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC3H7CO3(i)=fC3H7CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C105OOH + hv = C105O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C105OOH'; 
fC105OOH(i)=fC105OOH(i)-1; fC105O(i)=fC105O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C105OOH + hv = C105O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C105OOH'; 
fC105OOH(i)=fC105OOH(i)-1; fC105O(i)=fC105O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C105OOH + hv = C105O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C105OOH'; 
fC105OOH(i)=fC105OOH(i)-1; fC105O(i)=fC105O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C105OOH = C105O2';
k(:,i) = 2.01e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C105OOH'; 
fOH(i)=fOH(i)-1; fC105OOH(i)=fC105OOH(i)-1; fC105O2(i)=fC105O2(i)+1; 

i=i+1;
Rnames{i} = 'C105O = EGLYOX + C4H9CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C105O'; 
fC105O(i)=fC105O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC4H9CO3(i)=fC4H9CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C115OOH + hv = C115O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C115OOH'; 
fC115OOH(i)=fC115OOH(i)-1; fC115O(i)=fC115O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C115OOH + hv = C115O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C115OOH'; 
fC115OOH(i)=fC115OOH(i)-1; fC115O(i)=fC115O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C115OOH + hv = C115O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C115OOH'; 
fC115OOH(i)=fC115OOH(i)-1; fC115O(i)=fC115O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C115OOH = C115O2';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C115OOH'; 
fOH(i)=fOH(i)-1; fC115OOH(i)=fC115OOH(i)-1; fC115O2(i)=fC115O2(i)+1; 

i=i+1;
Rnames{i} = 'C115O = EGLYOX + C5H11CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C115O'; 
fC115O(i)=fC115O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC5H11CO3(i)=fC5H11CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C125OOH + hv = C125O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C125OOH'; 
fC125OOH(i)=fC125OOH(i)-1; fC125O(i)=fC125O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C125OOH + hv = C125O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C125OOH'; 
fC125OOH(i)=fC125OOH(i)-1; fC125O(i)=fC125O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C125OOH + hv = C125O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C125OOH'; 
fC125OOH(i)=fC125OOH(i)-1; fC125O(i)=fC125O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C125OOH = C125O2';
k(:,i) = 2.29e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C125OOH'; 
fOH(i)=fOH(i)-1; fC125OOH(i)=fC125OOH(i)-1; fC125O2(i)=fC125O2(i)+1; 

i=i+1;
Rnames{i} = 'C125O = EGLYOX + C6H13CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C125O'; 
fC125O(i)=fC125O(i)-1; fEGLYOX(i)=fEGLYOX(i)+1; fC6H13CO3(i)=fC6H13CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DCO3H + OH = C4CO2DBCO3';
k(:,i) = 3.06e-11;
Gstr{i,1} = 'C4CO2DCO3H'; Gstr{i,2} = 'OH'; 
fC4CO2DCO3H(i)=fC4CO2DCO3H(i)-1; fOH(i)=fOH(i)-1; fC4CO2DBCO3(i)=fC4CO2DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DCO3H + hv = HO2 + CO + C33CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4CO2DCO3H'; 
fC4CO2DCO3H(i)=fC4CO2DCO3H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DCO3H + hv = HO2 + CO + C33CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C4CO2DCO3H'; 
fC4CO2DCO3H(i)=fC4CO2DCO3H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBPAN + OH = C33CO + CO + NO2';
k(:,i) = 2.74e-11;
Gstr{i,1} = 'C4CO2DBPAN'; Gstr{i,2} = 'OH'; 
fC4CO2DBPAN(i)=fC4CO2DBPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CO2DBPAN = C4CO2DBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4CO2DBPAN'; 
fC4CO2DBPAN(i)=fC4CO2DBPAN(i)-1; fC4CO2DBCO3(i)=fC4CO2DBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DCO3H + OH = C5CO2DBCO3';
k(:,i) = 3.60e-11;
Gstr{i,1} = 'C5CO2DCO3H'; Gstr{i,2} = 'OH'; 
fC5CO2DCO3H(i)=fC5CO2DCO3H(i)-1; fOH(i)=fOH(i)-1; fC5CO2DBCO3(i)=fC5CO2DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DCO3H + hv = CH3CO3 + C33CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5CO2DCO3H'; 
fC5CO2DCO3H(i)=fC5CO2DCO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DCO3H + hv = CH3CO3 + C33CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C5CO2DCO3H'; 
fC5CO2DCO3H(i)=fC5CO2DCO3H(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBPAN + OH = C33CO + CH3CHO + NO2';
k(:,i) = 3.28e-11;
Gstr{i,1} = 'C5CO2DBPAN'; Gstr{i,2} = 'OH'; 
fC5CO2DBPAN(i)=fC5CO2DBPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5CO2DBPAN = C5CO2DBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5CO2DBPAN'; 
fC5CO2DBPAN(i)=fC5CO2DBPAN(i)-1; fC5CO2DBCO3(i)=fC5CO2DBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3H + OH = C4DBM2CO3';
k(:,i) = 4.15e-11;
Gstr{i,1} = 'C4DBM2CO3H'; Gstr{i,2} = 'OH'; 
fC4DBM2CO3H(i)=fC4DBM2CO3H(i)-1; fOH(i)=fOH(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3H + hv = CO23C3CHO + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4DBM2CO3H'; 
fC4DBM2CO3H(i)=fC4DBM2CO3H(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2CO3H + hv = CO23C3CHO + CH3CO3 + OH';
k(:,i) = J34;
Gstr{i,1} = 'C4DBM2CO3H'; 
fC4DBM2CO3H(i)=fC4DBM2CO3H(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2PAN + OH = CO23C3CHO + CH3CO3 + NO2';
k(:,i) = 3.82e-11;
Gstr{i,1} = 'C4DBM2PAN'; Gstr{i,2} = 'OH'; 
fC4DBM2PAN(i)=fC4DBM2PAN(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBM2PAN = C4DBM2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4DBM2PAN'; 
fC4DBM2PAN(i)=fC4DBM2PAN(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CHO + NO3 = CO + CH3CO3 + HNO3';
k(:,i) = KNO3AL.*4.0;
Gstr{i,1} = 'C23O3CHO'; Gstr{i,2} = 'NO3'; 
fC23O3CHO(i)=fC23O3CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CHO + OH = CO + CH3CO3';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'C23O3CHO'; Gstr{i,2} = 'OH'; 
fC23O3CHO(i)=fC23O3CHO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C23O3CHO + hv = CO + HO2 + CH3CO3';
k(:,i) = J22;
Gstr{i,1} = 'C23O3CHO'; 
fC23O3CHO(i)=fC23O3CHO(i)-1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DCO2CO3H + OH = C5DBCO2CO3';
k(:,i) = 3.60e-11;
Gstr{i,1} = 'C5DCO2CO3H'; Gstr{i,2} = 'OH'; 
fC5DCO2CO3H(i)=fC5DCO2CO3H(i)-1; fOH(i)=fOH(i)-1; fC5DBCO2CO3(i)=fC5DBCO2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DCO2CO3H + hv = CO23C3CHO + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5DCO2CO3H'; 
fC5DCO2CO3H(i)=fC5DCO2CO3H(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DCO2CO3H + hv = CO23C3CHO + HO2 + CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C5DCO2CO3H'; 
fC5DCO2CO3H(i)=fC5DCO2CO3H(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2PAN + OH = CO23C3CHO + CO + NO2';
k(:,i) = 3.28e-11;
Gstr{i,1} = 'C5DBCO2PAN'; Gstr{i,2} = 'OH'; 
fC5DBCO2PAN(i)=fC5DBCO2PAN(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBCO2PAN = C5DBCO2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5DBCO2PAN'; 
fC5DBCO2PAN(i)=fC5DBCO2PAN(i)-1; fC5DBCO2CO3(i)=fC5DBCO2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DCO3H + OH = C7CO2DBCO3';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'C7CO2DCO3H'; Gstr{i,2} = 'OH'; 
fC7CO2DCO3H(i)=fC7CO2DCO3H(i)-1; fOH(i)=fOH(i)-1; fC7CO2DBCO3(i)=fC7CO2DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DCO3H + hv = C2H5CO3 + C33CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C7CO2DCO3H'; 
fC7CO2DCO3H(i)=fC7CO2DCO3H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DCO3H + hv = C2H5CO3 + C33CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C7CO2DCO3H'; 
fC7CO2DCO3H(i)=fC7CO2DCO3H(i)-1; fC2H5CO3(i)=fC2H5CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBPAN + OH = C33CO + C2H5CHO + NO2';
k(:,i) = 3.45e-11;
Gstr{i,1} = 'C7CO2DBPAN'; Gstr{i,2} = 'OH'; 
fC7CO2DBPAN(i)=fC7CO2DBPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C7CO2DBPAN = C7CO2DBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C7CO2DBPAN'; 
fC7CO2DBPAN(i)=fC7CO2DBPAN(i)-1; fC7CO2DBCO3(i)=fC7CO2DBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHY + OH = EMALANHYO2';
k(:,i) = 1.50e-12;
Gstr{i,1} = 'EMALANHY'; Gstr{i,2} = 'OH'; 
fEMALANHY(i)=fEMALANHY(i)-1; fOH(i)=fOH(i)-1; fEMALANHYO2(i)=fEMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DCO3H + OH = C8CO2DBCO3';
k(:,i) = 3.93e-11;
Gstr{i,1} = 'C8CO2DCO3H'; Gstr{i,2} = 'OH'; 
fC8CO2DCO3H(i)=fC8CO2DCO3H(i)-1; fOH(i)=fOH(i)-1; fC8CO2DBCO3(i)=fC8CO2DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DCO3H + hv = C3H7CO3 + C33CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8CO2DCO3H'; 
fC8CO2DCO3H(i)=fC8CO2DCO3H(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DCO3H + hv = C3H7CO3 + C33CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C8CO2DCO3H'; 
fC8CO2DCO3H(i)=fC8CO2DCO3H(i)-1; fC3H7CO3(i)=fC3H7CO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBPAN + OH = C33CO + C3H7CHO + NO2';
k(:,i) = 3.61e-11;
Gstr{i,1} = 'C8CO2DBPAN'; Gstr{i,2} = 'OH'; 
fC8CO2DBPAN(i)=fC8CO2DBPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fC3H7CHO(i)=fC3H7CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8CO2DBPAN = C8CO2DBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C8CO2DBPAN'; 
fC8CO2DBPAN(i)=fC8CO2DBPAN(i)-1; fC8CO2DBCO3(i)=fC8CO2DBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHY + OH = PMALANHYO2';
k(:,i) = 1.50e-12;
Gstr{i,1} = 'PMALANHY'; Gstr{i,2} = 'OH'; 
fPMALANHY(i)=fPMALANHY(i)-1; fOH(i)=fOH(i)-1; fPMALANHYO2(i)=fPMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'C8DCO2CO3H + OH = C8CO2DBCO3';
k(:,i) = 3.99e-11;
Gstr{i,1} = 'C8DCO2CO3H'; Gstr{i,2} = 'OH'; 
fC8DCO2CO3H(i)=fC8DCO2CO3H(i)-1; fOH(i)=fOH(i)-1; fC8CO2DBCO3(i)=fC8CO2DBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C8DCO2CO3H + hv = IPRCO3 + C33CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C8DCO2CO3H'; 
fC8DCO2CO3H(i)=fC8DCO2CO3H(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8DCO2CO3H + hv = IPRCO3 + C33CO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C8DCO2CO3H'; 
fC8DCO2CO3H(i)=fC8DCO2CO3H(i)-1; fIPRCO3(i)=fIPRCO3(i)+1; fC33CO(i)=fC33CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2PAN + OH = C33CO + IPRCHO + NO2';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'C8DBCO2PAN'; Gstr{i,2} = 'OH'; 
fC8DBCO2PAN(i)=fC8DBCO2PAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fIPRCHO(i)=fIPRCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C8DBCO2PAN = C8DBCO2CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C8DBCO2PAN'; 
fC8DBCO2PAN(i)=fC8DBCO2PAN(i)-1; fC8DBCO2CO3(i)=fC8DBCO2CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPMALANHY + OH = IPMALNHYO2';
k(:,i) = 1.50e-12;
Gstr{i,1} = 'IPMALANHY'; Gstr{i,2} = 'OH'; 
fIPMALANHY(i)=fIPMALANHY(i)-1; fOH(i)=fOH(i)-1; fIPMALNHYO2(i)=fIPMALNHYO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + HO2 = BIACET + HO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'HO2'; 
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fHO2(i)=fHO2(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + HO2 = CO2H3MCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'HO2'; 
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fHO2(i)=fHO2(i)-1; fCO2H3MCO3H(i)=fCO2H3MCO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + NO = BIACET + HO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'NO'; 
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fNO(i)=fNO(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + NO2 = CO2OH3MPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'NO2'; 
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fNO2(i)=fNO2(i)-1; fCO2OH3MPAN(i)=fCO2OH3MPAN(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + NO3 = BIACET + HO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'NO3'; 
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fNO3(i)=fNO3(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MCO3 + RO2 = BIACET + HO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'CO2OH3MCO3'; Gstr{i,2} = 'RO2';
fCO2OH3MCO3(i)=fCO2OH3MCO3(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3H + OH = C4DBM2CO3';
k(:,i) = 4.32e-11;
Gstr{i,1} = 'C4DBMECO3H'; Gstr{i,2} = 'OH'; 
fC4DBMECO3H(i)=fC4DBMECO3H(i)-1; fOH(i)=fOH(i)-1; fC4DBM2CO3(i)=fC4DBM2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3H + hv = C5CO23CHO + CH3CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C4DBMECO3H'; 
fC4DBMECO3H(i)=fC4DBMECO3H(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMECO3H + hv = C5CO23CHO + CH3CO3 + OH';
k(:,i) = J34;
Gstr{i,1} = 'C4DBMECO3H'; 
fC4DBMECO3H(i)=fC4DBMECO3H(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMEPAN + OH = C5CO23CHO + CH3CHO + NO2';
k(:,i) = 4.00e-11;
Gstr{i,1} = 'C4DBMEPAN'; Gstr{i,2} = 'OH'; 
fC4DBMEPAN(i)=fC4DBMEPAN(i)-1; fOH(i)=fOH(i)-1; fC5CO23CHO(i)=fC5CO23CHO(i)+1; fCH3CHO(i)=fCH3CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C4DBMEPAN = C4DBMECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C4DBMEPAN'; 
fC4DBMEPAN(i)=fC4DBMEPAN(i)-1; fC4DBMECO3(i)=fC4DBMECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3H + OH = C5DBECO3';
k(:,i) = 2.54e-11;
Gstr{i,1} = 'C5DBECO3H'; Gstr{i,2} = 'OH'; 
fC5DBECO3H(i)=fC5DBECO3H(i)-1; fOH(i)=fOH(i)-1; fC5DBECO3(i)=fC5DBECO3(i)+1; 

i=i+1;
Rnames{i} = 'C5DBECO3H + hv = CO234C6 + HO2 + CO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5DBECO3H'; 
fC5DBECO3H(i)=fC5DBECO3H(i)-1; fCO234C6(i)=fCO234C6(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5DBEPAN + OH = CO234C6 + CO + NO2';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'C5DBEPAN'; Gstr{i,2} = 'OH'; 
fC5DBEPAN(i)=fC5DBEPAN(i)-1; fOH(i)=fOH(i)-1; fCO234C6(i)=fCO234C6(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5DBEPAN = C5DBECO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5DBEPAN'; 
fC5DBEPAN(i)=fC5DBEPAN(i)-1; fC5DBECO3(i)=fC5DBECO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3H + OH = C5EDBCO3';
k(:,i) = 2.54e-11;
Gstr{i,1} = 'C5EDBCO3H'; Gstr{i,2} = 'OH'; 
fC5EDBCO3H(i)=fC5EDBCO3H(i)-1; fOH(i)=fOH(i)-1; fC5EDBCO3(i)=fC5EDBCO3(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBCO3H + hv = CO23C3CHO + C2H5CO3 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5EDBCO3H'; 
fC5EDBCO3H(i)=fC5EDBCO3H(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBPAN + OH = CO23C3CHO + C2H5CHO + NO2';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'C5EDBPAN'; Gstr{i,2} = 'OH'; 
fC5EDBPAN(i)=fC5EDBPAN(i)-1; fOH(i)=fOH(i)-1; fCO23C3CHO(i)=fCO23C3CHO(i)+1; fC2H5CHO(i)=fC2H5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C5EDBPAN = C5EDBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5EDBPAN'; 
fC5EDBPAN(i)=fC5EDBPAN(i)-1; fC5EDBCO3(i)=fC5EDBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C3EODBCO2H + OH = HO2 + CO + EGLYOX';
k(:,i) = 4.89e-11;
Gstr{i,1} = 'C3EODBCO2H'; Gstr{i,2} = 'OH'; 
fC3EODBCO2H(i)=fC3EODBCO2H(i)-1; fOH(i)=fOH(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fEGLYOX(i)=fEGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C3EODBCO2H + hv = HO2 + CO + HCOCO2H + C2H5CO3';
k(:,i) = J24;
Gstr{i,1} = 'C3EODBCO2H'; 
fC3EODBCO2H(i)=fC3EODBCO2H(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHCOCO2H(i)=fHCOCO2H(i)+1; fC2H5CO3(i)=fC2H5CO3(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3H + OH = C31CO3';
k(:,i) = 1.72e-11;
Gstr{i,1} = 'C31CO3H'; Gstr{i,2} = 'OH'; 
fC31CO3H(i)=fC31CO3H(i)-1; fOH(i)=fOH(i)-1; fC31CO3(i)=fC31CO3(i)+1; 

i=i+1;
Rnames{i} = 'C31CO3H + hv = CHOOCHO + CO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C31CO3H'; 
fC31CO3H(i)=fC31CO3H(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C31PAN + OH = CHOOCHO + CO + NO3';
k(:,i) = 1.36e-11;
Gstr{i,1} = 'C31PAN'; Gstr{i,2} = 'OH'; 
fC31PAN(i)=fC31PAN(i)-1; fOH(i)=fOH(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fCO(i)=fCO(i)+1; fNO3(i)=fNO3(i)+1; 

i=i+1;
Rnames{i} = 'C31PAN = C31CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C31PAN'; 
fC31PAN(i)=fC31PAN(i)-1; fC31CO3(i)=fC31CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C533OOH + OH = C533O2';
k(:,i) = 2.20e-11;
Gstr{i,1} = 'C533OOH'; Gstr{i,2} = 'OH'; 
fC533OOH(i)=fC533OOH(i)-1; fOH(i)=fOH(i)-1; fC533O2(i)=fC533O2(i)+1; 

i=i+1;
Rnames{i} = 'C533OOH + hv = C533O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C533OOH'; 
fC533OOH(i)=fC533OOH(i)-1; fC533O(i)=fC533O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C533OOH + hv = C533O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C533OOH'; 
fC533OOH(i)=fC533OOH(i)-1; fC533O(i)=fC533O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C533O = CHOOCHO + MGLYOX + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C533O'; 
fC533O(i)=fC533O(i)-1; fCHOOCHO(i)=fCHOOCHO(i)+1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKNGLYOX + OH = CO + CO + HOCH2CHO + NO2';
k(:,i) = 1.36e-11;
Gstr{i,1} = 'HMVKNGLYOX'; Gstr{i,2} = 'OH'; 
fHMVKNGLYOX(i)=fHMVKNGLYOX(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKNGLYOX + hv = CO + CO + HOCH2CHO + NO2 + HO2';
k(:,i) = J34;
Gstr{i,1} = 'HMVKNGLYOX'; 
fHMVKNGLYOX(i)=fHMVKNGLYOX(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fNO2(i)=fNO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOFOROOH + OH = MECOFORMO2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'MECOFOROOH'; Gstr{i,2} = 'OH'; 
fMECOFOROOH(i)=fMECOFOROOH(i)-1; fOH(i)=fOH(i)-1; fMECOFORMO2(i)=fMECOFORMO2(i)+1; 

i=i+1;
Rnames{i} = 'MECOFOROOH + hv = MECOFORMO + OH';
k(:,i) = J41;
Gstr{i,1} = 'MECOFOROOH'; 
fMECOFOROOH(i)=fMECOFOROOH(i)-1; fMECOFORMO(i)=fMECOFORMO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'MECOFORMO = HCHO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'MECOFORMO'; 
fMECOFORMO(i)=fMECOFORMO(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C4CODIAL + NO3 = C312COCO3 + HNO3';
k(:,i) = 2.*KNO3AL.*4.0;
Gstr{i,1} = 'C4CODIAL'; Gstr{i,2} = 'NO3'; 
fC4CODIAL(i)=fC4CODIAL(i)-1; fNO3(i)=fNO3(i)-1; fC312COCO3(i)=fC312COCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CODIAL + OH = C312COCO3';
k(:,i) = 3.39e-11;
Gstr{i,1} = 'C4CODIAL'; Gstr{i,2} = 'OH'; 
fC4CODIAL(i)=fC4CODIAL(i)-1; fOH(i)=fOH(i)-1; fC312COCO3(i)=fC312COCO3(i)+1; 

i=i+1;
Rnames{i} = 'C4CODIAL + hv = CHOCOCH2O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C4CODIAL'; 
fC4CODIAL(i)=fC4CODIAL(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C4CODIAL + hv = HCOCH2CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'C4CODIAL'; 
fC4CODIAL(i)=fC4CODIAL(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C5124COOOH + OH = C5124COO2';
k(:,i) = 2.46e-11;
Gstr{i,1} = 'C5124COOOH'; Gstr{i,2} = 'OH'; 
fC5124COOOH(i)=fC5124COOOH(i)-1; fOH(i)=fOH(i)-1; fC5124COO2(i)=fC5124COO2(i)+1; 

i=i+1;
Rnames{i} = 'C5124COOOH + hv = C5124COO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C5124COOOH'; 
fC5124COOOH(i)=fC5124COOOH(i)-1; fC5124COO(i)=fC5124COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COOOH + hv = C5124COO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C5124COOOH'; 
fC5124COOOH(i)=fC5124COOOH(i)-1; fC5124COO(i)=fC5124COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COOOH + hv = C5124COO + OH';
k(:,i) = J34;
Gstr{i,1} = 'C5124COOOH'; 
fC5124COOOH(i)=fC5124COOOH(i)-1; fC5124COO(i)=fC5124COO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C5124COO = C312COCO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C5124COO'; 
fC5124COO(i)=fC5124COO(i)-1; fC312COCO3(i)=fC312COCO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6OOH + OH = CO235C6O2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'CO235C6OOH'; Gstr{i,2} = 'OH'; 
fCO235C6OOH(i)=fCO235C6OOH(i)-1; fOH(i)=fOH(i)-1; fCO235C6O2(i)=fCO235C6O2(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6OOH + hv = CO235C6O + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO235C6OOH'; 
fCO235C6OOH(i)=fCO235C6OOH(i)-1; fCO235C6O(i)=fCO235C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6OOH + hv = CO235C6O + OH';
k(:,i) = J35;
Gstr{i,1} = 'CO235C6OOH'; 
fCO235C6OOH(i)=fCO235C6OOH(i)-1; fCO235C6O(i)=fCO235C6O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO235C6O = CO23C4CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'CO235C6O'; 
fCO235C6O(i)=fCO235C6O(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'CO235C5CHO + NO3 = CO23C4CO3 + CO + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'CO235C5CHO'; Gstr{i,2} = 'NO3'; 
fCO235C5CHO(i)=fCO235C5CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO235C5CHO + OH = CO23C4CO3 + CO';
k(:,i) = 1.33e-11;
Gstr{i,1} = 'CO235C5CHO'; Gstr{i,2} = 'OH'; 
fCO235C5CHO(i)=fCO235C5CHO(i)-1; fOH(i)=fOH(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO235C5CHO + hv = CO23C4CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO235C5CHO'; 
fCO235C5CHO(i)=fCO235C5CHO(i)-1; fCO23C4CO3(i)=fCO23C4CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C716OOH + OH = CO235C6CHO + OH';
k(:,i) = 1.20e-10;
Gstr{i,1} = 'C716OOH'; Gstr{i,2} = 'OH'; 
fC716OOH(i)=fC716OOH(i)-1; fOH(i)=fOH(i)-1; fCO235C6CHO(i)=fCO235C6CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C716OOH + hv = C716O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C716OOH'; 
fC716OOH(i)=fC716OOH(i)-1; fC716O(i)=fC716O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C716OOH + hv = C716O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C716OOH'; 
fC716OOH(i)=fC716OOH(i)-1; fC716O(i)=fC716O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C716O = CO13C4CHO + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C716O'; 
fC716O(i)=fC716O(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC71CO + OH = NC72O2';
k(:,i) = 1.25e-12;
Gstr{i,1} = 'NC71CO'; Gstr{i,2} = 'OH'; 
fNC71CO(i)=fNC71CO(i)-1; fOH(i)=fOH(i)-1; fNC72O2(i)=fNC72O2(i)+1; 

i=i+1;
Rnames{i} = 'NC71CO + hv = CO235C6CO3 + NO2';
k(:,i) = J55;
Gstr{i,1} = 'NC71CO'; 
fNC71CO(i)=fNC71CO(i)-1; fCO235C6CO3(i)=fCO235C6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C812O2 + HO2 = C812OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C812O2'; Gstr{i,2} = 'HO2'; 
fC812O2(i)=fC812O2(i)-1; fHO2(i)=fHO2(i)-1; fC812OOH(i)=fC812OOH(i)+1; 

i=i+1;
Rnames{i} = 'C812O2 + NO = C812O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C812O2'; Gstr{i,2} = 'NO'; 
fC812O2(i)=fC812O2(i)-1; fNO(i)=fNO(i)-1; fC812O(i)=fC812O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C812O2 + NO3 = C812O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C812O2'; Gstr{i,2} = 'NO3'; 
fC812O2(i)=fC812O2(i)-1; fNO3(i)=fNO3(i)-1; fC812O(i)=fC812O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C812O2 + RO2 = C812O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C812O2'; Gstr{i,2} = 'RO2';
fC812O2(i)=fC812O2(i)-1; fC812O(i)=fC812O(i)+1; 

i=i+1;
Rnames{i} = 'C812O2 + RO2 = C812OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C812O2'; Gstr{i,2} = 'RO2';
fC812O2(i)=fC812O2(i)-1; fC812OH(i)=fC812OH(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + HO2 = C721CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'HO2'; 
fC721CO3(i)=fC721CO3(i)-1; fHO2(i)=fHO2(i)-1; fC721CO3H(i)=fC721CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + HO2 = C721O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'HO2'; 
fC721CO3(i)=fC721CO3(i)-1; fHO2(i)=fHO2(i)-1; fC721O2(i)=fC721O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + HO2 = NORPINIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'HO2'; 
fC721CO3(i)=fC721CO3(i)-1; fHO2(i)=fHO2(i)-1; fNORPINIC(i)=fNORPINIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + NO = C721O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'NO'; 
fC721CO3(i)=fC721CO3(i)-1; fNO(i)=fNO(i)-1; fC721O2(i)=fC721O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + NO2 = C721PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'NO2'; 
fC721CO3(i)=fC721CO3(i)-1; fNO2(i)=fNO2(i)-1; fC721PAN(i)=fC721PAN(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + NO3 = C721O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'NO3'; 
fC721CO3(i)=fC721CO3(i)-1; fNO3(i)=fNO3(i)-1; fC721O2(i)=fC721O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + RO2 = C721O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'RO2';
fC721CO3(i)=fC721CO3(i)-1; fC721O2(i)=fC721O2(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3 + RO2 = NORPINIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C721CO3'; Gstr{i,2} = 'RO2';
fC721CO3(i)=fC721CO3(i)-1; fNORPINIC(i)=fNORPINIC(i)+1; 

i=i+1;
Rnames{i} = 'C721O2 + HO2 = C721OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C721O2'; Gstr{i,2} = 'HO2'; 
fC721O2(i)=fC721O2(i)-1; fHO2(i)=fHO2(i)-1; fC721OOH(i)=fC721OOH(i)+1; 

i=i+1;
Rnames{i} = 'C721O2 + NO = C721O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C721O2'; Gstr{i,2} = 'NO'; 
fC721O2(i)=fC721O2(i)-1; fNO(i)=fNO(i)-1; fC721O(i)=fC721O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721O2 + NO3 = C721O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C721O2'; Gstr{i,2} = 'NO3'; 
fC721O2(i)=fC721O2(i)-1; fNO3(i)=fNO3(i)-1; fC721O(i)=fC721O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721O2 + RO2 = C721O';
k(:,i) = 1.30e-12;
Gstr{i,1} = 'C721O2'; Gstr{i,2} = 'RO2';
fC721O2(i)=fC721O2(i)-1; fC721O(i)=fC721O(i)+1; 

i=i+1;
Rnames{i} = 'C922OOH + OH = C922O2';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'C922OOH'; Gstr{i,2} = 'OH'; 
fC922OOH(i)=fC922OOH(i)-1; fOH(i)=fOH(i)-1; fC922O2(i)=fC922O2(i)+1; 

i=i+1;
Rnames{i} = 'C922OOH + hv = C922O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C922OOH'; 
fC922OOH(i)=fC922OOH(i)-1; fC922O(i)=fC922O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C922OOH + hv = C922O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C922OOH'; 
fC922OOH(i)=fC922OOH(i)-1; fC922O(i)=fC922O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C922O = CH3COCH3 + C621O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C922O'; 
fC922O(i)=fC922O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC621O2(i)=fC621O2(i)+1; 

i=i+1;
Rnames{i} = 'C614OOH + OH = C614CO + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C614OOH'; Gstr{i,2} = 'OH'; 
fC614OOH(i)=fC614OOH(i)-1; fOH(i)=fOH(i)-1; fC614CO(i)=fC614CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C614OOH + hv = C614O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C614OOH'; 
fC614OOH(i)=fC614OOH(i)-1; fC614O(i)=fC614O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C614OOH + hv = C614O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C614OOH'; 
fC614OOH(i)=fC614OOH(i)-1; fC614O(i)=fC614O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C614NO3 + OH = C614CO + NO2';
k(:,i) = 71.11e-12;
Gstr{i,1} = 'C614NO3'; Gstr{i,2} = 'OH'; 
fC614NO3(i)=fC614NO3(i)-1; fOH(i)=fOH(i)-1; fC614CO(i)=fC614CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C614NO3 + hv = C614O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C614NO3'; 
fC614NO3(i)=fC614NO3(i)-1; fC614O(i)=fC614O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C614O = CO23C4CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C614O'; 
fC614O(i)=fC614O(i)-1; fCO23C4CHO(i)=fCO23C4CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C614OH + OH = C614CO + HO2';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'C614OH'; Gstr{i,2} = 'OH'; 
fC614OH(i)=fC614OH(i)-1; fOH(i)=fOH(i)-1; fC614CO(i)=fC614CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C614OH + hv = C614O + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C614OH'; 
fC614OH(i)=fC614OH(i)-1; fC614O(i)=fC614O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C511OOH + OH = C511O2';
k(:,i) = 7.49e-11;
Gstr{i,1} = 'C511OOH'; Gstr{i,2} = 'OH'; 
fC511OOH(i)=fC511OOH(i)-1; fOH(i)=fOH(i)-1; fC511O2(i)=fC511O2(i)+1; 

i=i+1;
Rnames{i} = 'C511OOH + hv = C511O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C511OOH'; 
fC511OOH(i)=fC511OOH(i)-1; fC511O(i)=fC511O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C511OOH + hv = C511O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C511OOH'; 
fC511OOH(i)=fC511OOH(i)-1; fC511O(i)=fC511O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C511O = CH3CO3 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C511O'; 
fC511O(i)=fC511O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + HO2 = H3C2C4CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'HO2'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3C2C4CO2H(i)=fH3C2C4CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + HO2 = H3C2C4CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'HO2'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH3C2C4CO3H(i)=fH3C2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + HO2 = HMVKAO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'HO2'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + NO = HMVKAO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'NO'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fNO(i)=fNO(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + NO2 = H3C2C4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'NO2'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fH3C2C4PAN(i)=fH3C2C4PAN(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + NO3 = HMVKAO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'NO3'; 
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + RO2 = H3C2C4CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'RO2';
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fH3C2C4CO2H(i)=fH3C2C4CO2H(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3 + RO2 = HMVKAO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'H3C2C4CO3'; Gstr{i,2} = 'RO2';
fH3C2C4CO3(i)=fH3C2C4CO3(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; 

i=i+1;
Rnames{i} = 'C620OOH + OH = C515CHO + OH';
k(:,i) = 1.15e-10;
Gstr{i,1} = 'C620OOH'; Gstr{i,2} = 'OH'; 
fC620OOH(i)=fC620OOH(i)-1; fOH(i)=fOH(i)-1; fC515CHO(i)=fC515CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C620OOH + hv = C620O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C620OOH'; 
fC620OOH(i)=fC620OOH(i)-1; fC620O(i)=fC620O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C620OOH + hv = C620O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C620OOH'; 
fC620OOH(i)=fC620OOH(i)-1; fC620O(i)=fC620O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C620O = HCOCH2CHO + HCOCH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C620O'; 
fC620O(i)=fC620O(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CHO + OH = C515CO3';
k(:,i) = 1.33e-10;
Gstr{i,1} = 'C515CHO'; Gstr{i,2} = 'OH'; 
fC515CHO(i)=fC515CHO(i)-1; fOH(i)=fOH(i)-1; fC515CO3(i)=fC515CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CHO + hv = C515O2 + HO2 + CO';
k(:,i) = J15.*2;
Gstr{i,1} = 'C515CHO'; 
fC515CHO(i)=fC515CHO(i)-1; fC515O2(i)=fC515O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C515CHO + hv = HCOCH2CO3 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C515CHO'; 
fC515CHO(i)=fC515CHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C620OH + OH = C515CHO + HO2';
k(:,i) = 9.44e-11;
Gstr{i,1} = 'C620OH'; Gstr{i,2} = 'OH'; 
fC620OH(i)=fC620OH(i)-1; fOH(i)=fOH(i)-1; fC515CHO(i)=fC515CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C620OH + hv = C620O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C620OH'; 
fC620OH(i)=fC620OH(i)-1; fC620O(i)=fC620O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO2H + OH = C87O2';
k(:,i) = 9.19e-11;
Gstr{i,1} = 'C87CO2H'; Gstr{i,2} = 'OH'; 
fC87CO2H(i)=fC87CO2H(i)-1; fOH(i)=fOH(i)-1; fC87O2(i)=fC87O2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO2H + hv = C87O2 + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C87CO2H'; 
fC87CO2H(i)=fC87CO2H(i)-1; fC87O2(i)=fC87O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3H + OH = C87CO3';
k(:,i) = 9.50e-11;
Gstr{i,1} = 'C87CO3H'; Gstr{i,2} = 'OH'; 
fC87CO3H(i)=fC87CO3H(i)-1; fOH(i)=fOH(i)-1; fC87CO3(i)=fC87CO3(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3H + hv = C87O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C87CO3H'; 
fC87CO3H(i)=fC87CO3H(i)-1; fC87O2(i)=fC87O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C87CO3H + hv = C87O2 + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C87CO3H'; 
fC87CO3H(i)=fC87CO3H(i)-1; fC87O2(i)=fC87O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + HO2 = C87OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'HO2'; 
fC87O2(i)=fC87O2(i)-1; fHO2(i)=fHO2(i)-1; fC87OOH(i)=fC87OOH(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + NO = C87O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'NO'; 
fC87O2(i)=fC87O2(i)-1; fNO(i)=fNO(i)-1; fC87O(i)=fC87O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + NO3 = C87O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'NO3'; 
fC87O2(i)=fC87O2(i)-1; fNO3(i)=fNO3(i)-1; fC87O(i)=fC87O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + RO2 = C87CO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'RO2';
fC87O2(i)=fC87O2(i)-1; fC87CO(i)=fC87CO(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + RO2 = C87O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'RO2';
fC87O2(i)=fC87O2(i)-1; fC87O(i)=fC87O(i)+1; 

i=i+1;
Rnames{i} = 'C87O2 + RO2 = C87OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C87O2'; Gstr{i,2} = 'RO2';
fC87O2(i)=fC87O2(i)-1; fC87OH(i)=fC87OH(i)+1; 

i=i+1;
Rnames{i} = 'C87PAN + OH = C87CO + CO + NO2';
k(:,i) = 9.11e-11;
Gstr{i,1} = 'C87PAN'; Gstr{i,2} = 'OH'; 
fC87PAN(i)=fC87PAN(i)-1; fOH(i)=fOH(i)-1; fC87CO(i)=fC87CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C87PAN = C87CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C87PAN'; 
fC87PAN(i)=fC87PAN(i)-1; fC87CO3(i)=fC87CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C616OOH + OH = CO123C5CHO + OH';
k(:,i) = 1.02e-10;
Gstr{i,1} = 'C616OOH'; Gstr{i,2} = 'OH'; 
fC616OOH(i)=fC616OOH(i)-1; fOH(i)=fOH(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C616OOH + hv = C616O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C616OOH'; 
fC616OOH(i)=fC616OOH(i)-1; fC616O(i)=fC616O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C616OOH + hv = C616O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C616OOH'; 
fC616OOH(i)=fC616OOH(i)-1; fC616O(i)=fC616O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C616O = CHOC2CO3 + GLYOX';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C616O'; 
fC616O(i)=fC616O(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fGLYOX(i)=fGLYOX(i)+1; 

i=i+1;
Rnames{i} = 'C616O = CO12C4CHO + HO2 + CO';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C616O'; 
fC616O(i)=fC616O(i)-1; fCO12C4CHO(i)=fCO12C4CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C616OH + OH = CO123C5CHO + HO2';
k(:,i) = 9.27e-11;
Gstr{i,1} = 'C616OH'; Gstr{i,2} = 'OH'; 
fC616OH(i)=fC616OH(i)-1; fOH(i)=fOH(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C616OH + hv = C616O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C616OH'; 
fC616OH(i)=fC616OH(i)-1; fC616O(i)=fC616O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C718CO2H + OH = C718O2';
k(:,i) = 7.21e-11;
Gstr{i,1} = 'C718CO2H'; Gstr{i,2} = 'OH'; 
fC718CO2H(i)=fC718CO2H(i)-1; fOH(i)=fOH(i)-1; fC718O2(i)=fC718O2(i)+1; 

i=i+1;
Rnames{i} = 'C718CO2H + hv = C718O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C718CO2H'; 
fC718CO2H(i)=fC718CO2H(i)-1; fC718O2(i)=fC718O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3H + OH = C718CO3';
k(:,i) = 7.52e-11;
Gstr{i,1} = 'C718CO3H'; Gstr{i,2} = 'OH'; 
fC718CO3H(i)=fC718CO3H(i)-1; fOH(i)=fOH(i)-1; fC718CO3(i)=fC718CO3(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3H + hv = C718O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C718CO3H'; 
fC718CO3H(i)=fC718CO3H(i)-1; fC718O2(i)=fC718O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718CO3H + hv = C718O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C718CO3H'; 
fC718CO3H(i)=fC718CO3H(i)-1; fC718O2(i)=fC718O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + HO2 = C718OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'HO2'; 
fC718O2(i)=fC718O2(i)-1; fHO2(i)=fHO2(i)-1; fC718OOH(i)=fC718OOH(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + NO = C718NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'NO'; 
fC718O2(i)=fC718O2(i)-1; fNO(i)=fNO(i)-1; fC718NO3(i)=fC718NO3(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + NO = C718O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'NO'; 
fC718O2(i)=fC718O2(i)-1; fNO(i)=fNO(i)-1; fC718O(i)=fC718O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + NO3 = C718O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'NO3'; 
fC718O2(i)=fC718O2(i)-1; fNO3(i)=fNO3(i)-1; fC718O(i)=fC718O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + RO2 = C617CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'RO2';
fC718O2(i)=fC718O2(i)-1; fC617CHO(i)=fC617CHO(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + RO2 = C718O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'RO2';
fC718O2(i)=fC718O2(i)-1; fC718O(i)=fC718O(i)+1; 

i=i+1;
Rnames{i} = 'C718O2 + RO2 = C718OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C718O2'; Gstr{i,2} = 'RO2';
fC718O2(i)=fC718O2(i)-1; fC718OH(i)=fC718OH(i)+1; 

i=i+1;
Rnames{i} = 'C718PAN + OH = C617CHO + CO + NO2';
k(:,i) = 6.81e-11;
Gstr{i,1} = 'C718PAN'; Gstr{i,2} = 'OH'; 
fC718PAN(i)=fC718PAN(i)-1; fOH(i)=fOH(i)-1; fC617CHO(i)=fC617CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718PAN = C718CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C718PAN'; 
fC718PAN(i)=fC718PAN(i)-1; fC718CO3(i)=fC718CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C513OOH + OH = C513CO + OH';
k(:,i) = 9.23e-11;
Gstr{i,1} = 'C513OOH'; Gstr{i,2} = 'OH'; 
fC513OOH(i)=fC513OOH(i)-1; fOH(i)=fOH(i)-1; fC513CO(i)=fC513CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C513OOH + hv = C513O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C513OOH'; 
fC513OOH(i)=fC513OOH(i)-1; fC513O(i)=fC513O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C513OOH + hv = C513O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C513OOH'; 
fC513OOH(i)=fC513OOH(i)-1; fC513O(i)=fC513O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C513O = GLYOX + HOC2H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C513O'; 
fC513O(i)=fC513O(i)-1; fGLYOX(i)=fGLYOX(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C513CO + OH = HOC2H4CO3 + CO + CO';
k(:,i) = 2.64e-11;
Gstr{i,1} = 'C513CO'; Gstr{i,2} = 'OH'; 
fC513CO(i)=fC513CO(i)-1; fOH(i)=fOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C513CO + hv = HOC2H4CO3 + HO2 + CO + CO';
k(:,i) = J34;
Gstr{i,1} = 'C513CO'; 
fC513CO(i)=fC513CO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C513CO + hv = HOC2H4CO3 + HO2 + CO + CO';
k(:,i) = J35;
Gstr{i,1} = 'C513CO'; 
fC513CO(i)=fC513CO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C513OH + OH = C513CO + HO2';
k(:,i) = 8.35e-11;
Gstr{i,1} = 'C513OH'; Gstr{i,2} = 'OH'; 
fC513OH(i)=fC513OH(i)-1; fOH(i)=fOH(i)-1; fC513CO(i)=fC513CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C513OH + hv = C513O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C513OH'; 
fC513OH(i)=fC513OH(i)-1; fC513O(i)=fC513O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + HO2 = C514OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'HO2'; 
fC514O2(i)=fC514O2(i)-1; fHO2(i)=fHO2(i)-1; fC514OOH(i)=fC514OOH(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + NO = C514NO3';
k(:,i) = KRO2NO.*0.129;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'NO'; 
fC514O2(i)=fC514O2(i)-1; fNO(i)=fNO(i)-1; fC514NO3(i)=fC514NO3(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + NO = C514O + NO2';
k(:,i) = KRO2NO.*0.871;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'NO'; 
fC514O2(i)=fC514O2(i)-1; fNO(i)=fNO(i)-1; fC514O(i)=fC514O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + NO3 = C514O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'NO3'; 
fC514O2(i)=fC514O2(i)-1; fNO3(i)=fNO3(i)-1; fC514O(i)=fC514O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + RO2 = C514O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'RO2';
fC514O2(i)=fC514O2(i)-1; fC514O(i)=fC514O(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + RO2 = C514OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'RO2';
fC514O2(i)=fC514O2(i)-1; fC514OH(i)=fC514OH(i)+1; 

i=i+1;
Rnames{i} = 'C514O2 + RO2 = CO13C4CHO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C514O2'; Gstr{i,2} = 'RO2';
fC514O2(i)=fC514O2(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO2H + OH = C627O2';
k(:,i) = 6.67e-12;
Gstr{i,1} = 'CO25C6CO2H'; Gstr{i,2} = 'OH'; 
fCO25C6CO2H(i)=fCO25C6CO2H(i)-1; fOH(i)=fOH(i)-1; fC627O2(i)=fC627O2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO2H + hv = C627O2 + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C6CO2H'; 
fCO25C6CO2H(i)=fCO25C6CO2H(i)-1; fC627O2(i)=fC627O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3H + OH = CO25C6CO3';
k(:,i) = 9.75e-11;
Gstr{i,1} = 'CO25C6CO3H'; Gstr{i,2} = 'OH'; 
fCO25C6CO3H(i)=fCO25C6CO3H(i)-1; fOH(i)=fOH(i)-1; fCO25C6CO3(i)=fCO25C6CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3H + hv = C627O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO25C6CO3H'; 
fCO25C6CO3H(i)=fCO25C6CO3H(i)-1; fC627O2(i)=fC627O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO25C6CO3H + hv = C627O2 + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'CO25C6CO3H'; 
fCO25C6CO3H(i)=fCO25C6CO3H(i)-1; fC627O2(i)=fC627O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C627PAN + OH = CO2C4GLYOX + CO + NO2';
k(:,i) = 6.15e-12;
Gstr{i,1} = 'C627PAN'; Gstr{i,2} = 'OH'; 
fC627PAN(i)=fC627PAN(i)-1; fOH(i)=fOH(i)-1; fCO2C4GLYOX(i)=fCO2C4GLYOX(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C627PAN = CO25C6CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C627PAN'; 
fC627PAN(i)=fC627PAN(i)-1; fCO25C6CO3(i)=fCO25C6CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C627OOH + OH = CO2C4GLYOX + OH';
k(:,i) = 1.51e-11;
Gstr{i,1} = 'C627OOH'; Gstr{i,2} = 'OH'; 
fC627OOH(i)=fC627OOH(i)-1; fOH(i)=fOH(i)-1; fCO2C4GLYOX(i)=fCO2C4GLYOX(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C627OOH + hv = C627O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C627OOH'; 
fC627OOH(i)=fC627OOH(i)-1; fC627O(i)=fC627O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C627OOH + hv = CO2C4CO3 + HCHO + OH';
k(:,i) = J22.*2;
Gstr{i,1} = 'C627OOH'; 
fC627OOH(i)=fC627OOH(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C627O = CO2C4CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C627O'; 
fC627O(i)=fC627O(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C627OH + OH = CO2C4GLYOX + HO2';
k(:,i) = 8.25e-12;
Gstr{i,1} = 'C627OH'; Gstr{i,2} = 'OH'; 
fC627OH(i)=fC627OH(i)-1; fOH(i)=fOH(i)-1; fCO2C4GLYOX(i)=fCO2C4GLYOX(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C627OH + hv = CO2C4CO3 + HCHO + HO2';
k(:,i) = J22.*2;
Gstr{i,1} = 'C627OH'; 
fC627OH(i)=fC627OH(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = ' CO2C4GLYOX + OH = CO2C4CO3 + CO';
k(:,i) = 1.83e-11;
Gstr{i,1} = 'CO2C4GLYOX'; Gstr{i,2} = 'OH'; 
fCO2C4GLYOX(i)=fCO2C4GLYOX(i)-1; fOH(i)=fOH(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = ' CO2C4GLYOX + hv = CO2C4CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'CO2C4GLYOX'; 
fCO2C4GLYOX(i)=fCO2C4GLYOX(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C820O2 + HO2 = C820OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C820O2'; Gstr{i,2} = 'HO2'; 
fC820O2(i)=fC820O2(i)-1; fHO2(i)=fHO2(i)-1; fC820OOH(i)=fC820OOH(i)+1; 

i=i+1;
Rnames{i} = 'C820O2 + NO = C820O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C820O2'; Gstr{i,2} = 'NO'; 
fC820O2(i)=fC820O2(i)-1; fNO(i)=fNO(i)-1; fC820O(i)=fC820O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C820O2 + NO3 = C820O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C820O2'; Gstr{i,2} = 'NO3'; 
fC820O2(i)=fC820O2(i)-1; fNO3(i)=fNO3(i)-1; fC820O(i)=fC820O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C820O2 + RO2 = C820O';
k(:,i) = 9.20e-14;
Gstr{i,1} = 'C820O2'; Gstr{i,2} = 'RO2';
fC820O2(i)=fC820O2(i)-1; fC820O(i)=fC820O(i)+1; 

i=i+1;
Rnames{i} = 'C727OOH + OH = C727CO + OH';
k(:,i) = 2.42e-11;
Gstr{i,1} = 'C727OOH'; Gstr{i,2} = 'OH'; 
fC727OOH(i)=fC727OOH(i)-1; fOH(i)=fOH(i)-1; fC727CO(i)=fC727CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C727OOH + hv = C727O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C727OOH'; 
fC727OOH(i)=fC727OOH(i)-1; fC727O(i)=fC727O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C727O = CH3CO3 + CO2C4CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C727O'; 
fC727O(i)=fC727O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C727CO + OH = C821O2';
k(:,i) = 5.67e-12;
Gstr{i,1} = 'C727CO'; Gstr{i,2} = 'OH'; 
fC727CO(i)=fC727CO(i)-1; fOH(i)=fOH(i)-1; fC821O2(i)=fC821O2(i)+1; 

i=i+1;
Rnames{i} = 'C727CO + hv = CH3CO3 + CO2C4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C727CO'; 
fC727CO(i)=fC727CO(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3H + OH = C511CO3';
k(:,i) = 3.14e-11;
Gstr{i,1} = 'C511CO3H'; Gstr{i,2} = 'OH'; 
fC511CO3H(i)=fC511CO3H(i)-1; fOH(i)=fOH(i)-1; fC511CO3(i)=fC511CO3(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3H + hv = C511O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C511CO3H'; 
fC511CO3H(i)=fC511CO3H(i)-1; fC511O2(i)=fC511O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C511CO3H + hv = C511O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C511CO3H'; 
fC511CO3H(i)=fC511CO3H(i)-1; fC511O2(i)=fC511O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C511PAN + OH = CO23C4CHO + CO + NO2';
k(:,i) = 2.78e-11;
Gstr{i,1} = 'C511PAN'; Gstr{i,2} = 'OH'; 
fC511PAN(i)=fC511PAN(i)-1; fOH(i)=fOH(i)-1; fCO23C4CHO(i)=fCO23C4CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C511PAN = C511CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C511PAN'; 
fC511PAN(i)=fC511PAN(i)-1; fC511CO3(i)=fC511CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517CO2H + OH = C517O2';
k(:,i) = 1.84e-11;
Gstr{i,1} = 'C517CO2H'; Gstr{i,2} = 'OH'; 
fC517CO2H(i)=fC517CO2H(i)-1; fOH(i)=fOH(i)-1; fC517O2(i)=fC517O2(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3H + OH = C517CO3';
k(:,i) = 2.15e-11;
Gstr{i,1} = 'C517CO3H'; Gstr{i,2} = 'OH'; 
fC517CO3H(i)=fC517CO3H(i)-1; fOH(i)=fOH(i)-1; fC517CO3(i)=fC517CO3(i)+1; 

i=i+1;
Rnames{i} = 'C517CO3H + hv = C517O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C517CO3H'; 
fC517CO3H(i)=fC517CO3H(i)-1; fC517O2(i)=fC517O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C517PAN + OH = HMVKBCHO + CO + NO2';
k(:,i) = 1.79e-11;
Gstr{i,1} = 'C517PAN'; Gstr{i,2} = 'OH'; 
fC517PAN(i)=fC517PAN(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517PAN = C517CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C517PAN'; 
fC517PAN(i)=fC517PAN(i)-1; fC517CO3(i)=fC517CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517OOH + OH = HMVKBCHO + OH';
k(:,i) = 4.93e-11;
Gstr{i,1} = 'C517OOH'; Gstr{i,2} = 'OH'; 
fC517OOH(i)=fC517OOH(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C517OOH + hv = C517O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C517OOH'; 
fC517OOH(i)=fC517OOH(i)-1; fC517O(i)=fC517O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C517NO3 + OH = HMVKBCHO + NO2';
k(:,i) = 1.38e-11;
Gstr{i,1} = 'C517NO3'; Gstr{i,2} = 'OH'; 
fC517NO3(i)=fC517NO3(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517NO3 + hv = C517O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C517NO3'; 
fC517NO3(i)=fC517NO3(i)-1; fC517O(i)=fC517O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C517O = HMVKBCHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'C517O'; 
fC517O(i)=fC517O(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C517OH + OH = HMVKBCHO + HO2';
k(:,i) = 2.81e-11;
Gstr{i,1} = 'C517OH'; Gstr{i,2} = 'OH'; 
fC517OH(i)=fC517OH(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCHO + NO3 = HMVKBCO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'HMVKBCHO'; Gstr{i,2} = 'NO3'; 
fHMVKBCHO(i)=fHMVKBCHO(i)-1; fNO3(i)=fNO3(i)-1; fHMVKBCO3(i)=fHMVKBCO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCHO + OH = HMVKBCO3';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'HMVKBCHO'; Gstr{i,2} = 'OH'; 
fHMVKBCHO(i)=fHMVKBCHO(i)-1; fOH(i)=fOH(i)-1; fHMVKBCO3(i)=fHMVKBCO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCHO + hv = HMVKBO2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'HMVKBCHO'; 
fHMVKBCHO(i)=fHMVKBCHO(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C628OOH + OH = C628O2';
k(:,i) = 3.14e-11;
Gstr{i,1} = 'C628OOH'; Gstr{i,2} = 'OH'; 
fC628OOH(i)=fC628OOH(i)-1; fOH(i)=fOH(i)-1; fC628O2(i)=fC628O2(i)+1; 

i=i+1;
Rnames{i} = 'C628OOH + hv = C628O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C628OOH'; 
fC628OOH(i)=fC628OOH(i)-1; fC628O(i)=fC628O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C628OOH + hv = CO13C4OH + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C628OOH'; 
fC628OOH(i)=fC628OOH(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C628OOH + hv = CO13C4OH + CH3CO3 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C628OOH'; 
fC628OOH(i)=fC628OOH(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C628O = CO13C4OH + CH3CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C628O'; 
fC628O(i)=fC628O(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C628OH + OH = C628O';
k(:,i) = 2.80e-11;
Gstr{i,1} = 'C628OH'; Gstr{i,2} = 'OH'; 
fC628OH(i)=fC628OH(i)-1; fOH(i)=fOH(i)-1; fC628O(i)=fC628O(i)+1; 

i=i+1;
Rnames{i} = 'C628OH + hv = CO13C4OH + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C628OH'; 
fC628OH(i)=fC628OH(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C628OH + hv = CO13C4OH + CH3CO3 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C628OH'; 
fC628OH(i)=fC628OH(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + HO2 = C518CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'HO2'; 
fC518CO3(i)=fC518CO3(i)-1; fHO2(i)=fHO2(i)-1; fC518CO2H(i)=fC518CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + HO2 = C518CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'HO2'; 
fC518CO3(i)=fC518CO3(i)-1; fHO2(i)=fHO2(i)-1; fC518CO3H(i)=fC518CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + HO2 = ISOPDO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'HO2'; 
fC518CO3(i)=fC518CO3(i)-1; fHO2(i)=fHO2(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + NO = ISOPDO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'NO'; 
fC518CO3(i)=fC518CO3(i)-1; fNO(i)=fNO(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + NO2 = C518PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'NO2'; 
fC518CO3(i)=fC518CO3(i)-1; fNO2(i)=fNO2(i)-1; fC518PAN(i)=fC518PAN(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + NO3 = ISOPDO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'NO3'; 
fC518CO3(i)=fC518CO3(i)-1; fNO3(i)=fNO3(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + RO2 = C518CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'RO2';
fC518CO3(i)=fC518CO3(i)-1; fC518CO2H(i)=fC518CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3 + RO2 = ISOPDO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C518CO3'; Gstr{i,2} = 'RO2';
fC518CO3(i)=fC518CO3(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; 

i=i+1;
Rnames{i} = 'NC623O2 + HO2 = NC623OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'NC623O2'; Gstr{i,2} = 'HO2'; 
fNC623O2(i)=fNC623O2(i)-1; fHO2(i)=fHO2(i)-1; fNC623OOH(i)=fNC623OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC623O2 + NO = NC623O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC623O2'; Gstr{i,2} = 'NO'; 
fNC623O2(i)=fNC623O2(i)-1; fNO(i)=fNO(i)-1; fNC623O(i)=fNC623O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC623O2 + NO3 = NC623O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC623O2'; Gstr{i,2} = 'NO3'; 
fNC623O2(i)=fNC623O2(i)-1; fNO3(i)=fNO3(i)-1; fNC623O(i)=fNC623O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC623O2 + RO2 = NC623O';
k(:,i) = 8.00e-13.*0.7;
Gstr{i,1} = 'NC623O2'; Gstr{i,2} = 'RO2';
fNC623O2(i)=fNC623O2(i)-1; fNC623O(i)=fNC623O(i)+1; 

i=i+1;
Rnames{i} = 'NC623O2 + RO2 = NC623OH';
k(:,i) = 8.00e-13.*0.3;
Gstr{i,1} = 'NC623O2'; Gstr{i,2} = 'RO2';
fNC623O2(i)=fNC623O2(i)-1; fNC623OH(i)=fNC623OH(i)+1; 

i=i+1;
Rnames{i} = 'C520OOA = C520O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C520OOA'; 
fC520OOA(i)=fC520OOA(i)-1; fC520O2(i)=fC520O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + HO2 = C623OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'HO2'; 
fC623O2(i)=fC623O2(i)-1; fHO2(i)=fHO2(i)-1; fC623OOH(i)=fC623OOH(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + NO = C623NO3';
k(:,i) = KRO2NO.*0.030;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'NO'; 
fC623O2(i)=fC623O2(i)-1; fNO(i)=fNO(i)-1; fC623NO3(i)=fC623NO3(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + NO = C623O + NO2';
k(:,i) = KRO2NO.*0.970;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'NO'; 
fC623O2(i)=fC623O2(i)-1; fNO(i)=fNO(i)-1; fC623O(i)=fC623O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + NO3 = C623O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'NO3'; 
fC623O2(i)=fC623O2(i)-1; fNO3(i)=fNO3(i)-1; fC623O(i)=fC623O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + RO2 = C623O';
k(:,i) = 8.00e-13.*0.7;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'RO2';
fC623O2(i)=fC623O2(i)-1; fC623O(i)=fC623O(i)+1; 

i=i+1;
Rnames{i} = 'C623O2 + RO2 = C623OH';
k(:,i) = 8.00e-13.*0.3;
Gstr{i,1} = 'C623O2'; Gstr{i,2} = 'RO2';
fC623O2(i)=fC623O2(i)-1; fC623OH(i)=fC623OH(i)+1; 

i=i+1;
Rnames{i} = 'C824OOH + OH = C824CO + OH';
k(:,i) = 1.02e-10;
Gstr{i,1} = 'C824OOH'; Gstr{i,2} = 'OH'; 
fC824OOH(i)=fC824OOH(i)-1; fOH(i)=fOH(i)-1; fC824CO(i)=fC824CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C824OOH + hv = C824O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C824OOH'; 
fC824OOH(i)=fC824OOH(i)-1; fC824O(i)=fC824O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C824O = C624CHO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C824O'; 
fC824O(i)=fC824O(i)-1; fC624CHO(i)=fC624CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C824CO + OH = C624CO3 + CO';
k(:,i) = 7.46e-11;
Gstr{i,1} = 'C824CO'; Gstr{i,2} = 'OH'; 
fC824CO(i)=fC824CO(i)-1; fOH(i)=fOH(i)-1; fC624CO3(i)=fC624CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C824CO + hv = C624CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C824CO'; 
fC824CO(i)=fC824CO(i)-1; fC624CO3(i)=fC624CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C824OH + OH = C824CO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'C824OH'; Gstr{i,2} = 'OH'; 
fC824OH(i)=fC824OH(i)-1; fOH(i)=fOH(i)-1; fC824CO(i)=fC824CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + HO2 = C825OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'HO2'; 
fC825O2(i)=fC825O2(i)-1; fHO2(i)=fHO2(i)-1; fC825OOH(i)=fC825OOH(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + NO = C825O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'NO'; 
fC825O2(i)=fC825O2(i)-1; fNO(i)=fNO(i)-1; fC825O(i)=fC825O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + NO3 = C825O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'NO3'; 
fC825O2(i)=fC825O2(i)-1; fNO3(i)=fNO3(i)-1; fC825O(i)=fC825O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + RO2 = C825CO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'RO2';
fC825O2(i)=fC825O2(i)-1; fC825CO(i)=fC825CO(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + RO2 = C825O';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'RO2';
fC825O2(i)=fC825O2(i)-1; fC825O(i)=fC825O(i)+1; 

i=i+1;
Rnames{i} = 'C825O2 + RO2 = C825OH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C825O2'; Gstr{i,2} = 'RO2';
fC825O2(i)=fC825O2(i)-1; fC825OH(i)=fC825OH(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + HO2 = C731OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'HO2'; 
fC731O2(i)=fC731O2(i)-1; fHO2(i)=fHO2(i)-1; fC731OOH(i)=fC731OOH(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + NO = C731NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'NO'; 
fC731O2(i)=fC731O2(i)-1; fNO(i)=fNO(i)-1; fC731NO3(i)=fC731NO3(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + NO = C731O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'NO'; 
fC731O2(i)=fC731O2(i)-1; fNO(i)=fNO(i)-1; fC731O(i)=fC731O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + NO3 = C731O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'NO3'; 
fC731O2(i)=fC731O2(i)-1; fNO3(i)=fNO3(i)-1; fC731O(i)=fC731O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + RO2 = C626CHO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'RO2';
fC731O2(i)=fC731O2(i)-1; fC626CHO(i)=fC626CHO(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + RO2 = C731O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'RO2';
fC731O2(i)=fC731O2(i)-1; fC731O(i)=fC731O(i)+1; 

i=i+1;
Rnames{i} = 'C731O2 + RO2 = C731OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C731O2'; Gstr{i,2} = 'RO2';
fC731O2(i)=fC731O2(i)-1; fC731OH(i)=fC731OH(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + HO2 = C732CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'HO2'; 
fC732CO3(i)=fC732CO3(i)-1; fHO2(i)=fHO2(i)-1; fC732CO3H(i)=fC732CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + HO2 = C732O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'HO2'; 
fC732CO3(i)=fC732CO3(i)-1; fHO2(i)=fHO2(i)-1; fC732O2(i)=fC732O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + HO2 = KLIMONIC + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'HO2'; 
fC732CO3(i)=fC732CO3(i)-1; fHO2(i)=fHO2(i)-1; fKLIMONIC(i)=fKLIMONIC(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + NO = C732O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'NO'; 
fC732CO3(i)=fC732CO3(i)-1; fNO(i)=fNO(i)-1; fC732O2(i)=fC732O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + NO2 = C732PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'NO2'; 
fC732CO3(i)=fC732CO3(i)-1; fNO2(i)=fNO2(i)-1; fC732PAN(i)=fC732PAN(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + NO3 = C732O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'NO3'; 
fC732CO3(i)=fC732CO3(i)-1; fNO3(i)=fNO3(i)-1; fC732O2(i)=fC732O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + RO2 = C732O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'RO2';
fC732CO3(i)=fC732CO3(i)-1; fC732O2(i)=fC732O2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3 + RO2 = KLIMONIC';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C732CO3'; Gstr{i,2} = 'RO2';
fC732CO3(i)=fC732CO3(i)-1; fKLIMONIC(i)=fKLIMONIC(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + HO2 = C1012OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'HO2'; 
fC1012O2(i)=fC1012O2(i)-1; fHO2(i)=fHO2(i)-1; fC1012OOH(i)=fC1012OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + NO = C1012NO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'NO'; 
fC1012O2(i)=fC1012O2(i)-1; fNO(i)=fNO(i)-1; fC1012NO3(i)=fC1012NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + NO = C1012O + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'NO'; 
fC1012O2(i)=fC1012O2(i)-1; fNO(i)=fNO(i)-1; fC1012O(i)=fC1012O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + NO3 = C1012O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'NO3'; 
fC1012O2(i)=fC1012O2(i)-1; fNO3(i)=fNO3(i)-1; fC1012O(i)=fC1012O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + RO2 = C1012CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'RO2';
fC1012O2(i)=fC1012O2(i)-1; fC1012CO(i)=fC1012CO(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + RO2 = C1012O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'RO2';
fC1012O2(i)=fC1012O2(i)-1; fC1012O(i)=fC1012O(i)+1; 

i=i+1;
Rnames{i} = 'C1012O2 + RO2 = C1012OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1012O2'; Gstr{i,2} = 'RO2';
fC1012O2(i)=fC1012O2(i)-1; fC1012OH(i)=fC1012OH(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO2H + OH = C1211O2';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'C1211CO2H'; Gstr{i,2} = 'OH'; 
fC1211CO2H(i)=fC1211CO2H(i)-1; fOH(i)=fOH(i)-1; fC1211O2(i)=fC1211O2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3H + OH = C1211CO3';
k(:,i) = 1.48e-11;
Gstr{i,1} = 'C1211CO3H'; Gstr{i,2} = 'OH'; 
fC1211CO3H(i)=fC1211CO3H(i)-1; fOH(i)=fOH(i)-1; fC1211CO3(i)=fC1211CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO3H + hv = C1211O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1211CO3H'; 
fC1211CO3H(i)=fC1211CO3H(i)-1; fC1211O2(i)=fC1211O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + HO2 = C1211OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'HO2'; 
fC1211O2(i)=fC1211O2(i)-1; fHO2(i)=fHO2(i)-1; fC1211OOH(i)=fC1211OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + NO = C1211NO3';
k(:,i) = KRO2NO.*0.176;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'NO'; 
fC1211O2(i)=fC1211O2(i)-1; fNO(i)=fNO(i)-1; fC1211NO3(i)=fC1211NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + NO = C1211O + NO2';
k(:,i) = KRO2NO.*0.824;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'NO'; 
fC1211O2(i)=fC1211O2(i)-1; fNO(i)=fNO(i)-1; fC1211O(i)=fC1211O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + NO3 = C1211O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'NO3'; 
fC1211O2(i)=fC1211O2(i)-1; fNO3(i)=fNO3(i)-1; fC1211O(i)=fC1211O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + RO2 = C1211CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'RO2';
fC1211O2(i)=fC1211O2(i)-1; fC1211CO(i)=fC1211CO(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + RO2 = C1211O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'RO2';
fC1211O2(i)=fC1211O2(i)-1; fC1211O(i)=fC1211O(i)+1; 

i=i+1;
Rnames{i} = 'C1211O2 + RO2 = C1211OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C1211O2'; Gstr{i,2} = 'RO2';
fC1211O2(i)=fC1211O2(i)-1; fC1211OH(i)=fC1211OH(i)+1; 

i=i+1;
Rnames{i} = 'C1211PAN + OH = C1211CO + CO + NO2';
k(:,i) = 1.12e-11;
Gstr{i,1} = 'C1211PAN'; Gstr{i,2} = 'OH'; 
fC1211PAN(i)=fC1211PAN(i)-1; fOH(i)=fOH(i)-1; fC1211CO(i)=fC1211CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211PAN = C1211CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C1211PAN'; 
fC1211PAN(i)=fC1211PAN(i)-1; fC1211CO3(i)=fC1211CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133OOH + OH = C133CO + OH';
k(:,i) = 4.00e-11;
Gstr{i,1} = 'C133OOH'; Gstr{i,2} = 'OH'; 
fC133OOH(i)=fC133OOH(i)-1; fOH(i)=fOH(i)-1; fC133CO(i)=fC133CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C133OOH + hv = C133O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C133OOH'; 
fC133OOH(i)=fC133OOH(i)-1; fC133O(i)=fC133O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C133OOH + hv = C133O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C133OOH'; 
fC133OOH(i)=fC133OOH(i)-1; fC133O(i)=fC133O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C133NO3 + OH = C133CO + NO2';
k(:,i) = 8.47e-12;
Gstr{i,1} = 'C133NO3'; Gstr{i,2} = 'OH'; 
fC133NO3(i)=fC133NO3(i)-1; fOH(i)=fOH(i)-1; fC133CO(i)=fC133CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133NO3 + hv = C133O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C133NO3'; 
fC133NO3(i)=fC133NO3(i)-1; fC133O(i)=fC133O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133NO3 + hv = C133O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C133NO3'; 
fC133NO3(i)=fC133NO3(i)-1; fC133O(i)=fC133O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C133O = C133CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C133O'; 
fC133O(i)=fC133O(i)-1; fC133CO(i)=fC133CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C133O = C829O2 + CO2C4CHO';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C133O'; 
fC133O(i)=fC133O(i)-1; fC829O2(i)=fC829O2(i)+1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C133CO + OH = C134O2';
k(:,i) = 2.08e-11;
Gstr{i,1} = 'C133CO'; Gstr{i,2} = 'OH'; 
fC133CO(i)=fC133CO(i)-1; fOH(i)=fOH(i)-1; fC134O2(i)=fC134O2(i)+1; 

i=i+1;
Rnames{i} = 'C133CO + hv = C827CO3 + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C133CO'; 
fC133CO(i)=fC133CO(i)-1; fC827CO3(i)=fC827CO3(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C133OH + OH = C133CO + HO2';
k(:,i) = 2.22e-11;
Gstr{i,1} = 'C133OH'; Gstr{i,2} = 'OH'; 
fC133OH(i)=fC133OH(i)-1; fOH(i)=fOH(i)-1; fC133CO(i)=fC133CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C133OH + hv = C133O + HO2';
k(:,i) = J35;
Gstr{i,1} = 'C133OH'; 
fC133OH(i)=fC133OH(i)-1; fC133O(i)=fC133O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + HO2 = C139OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'HO2'; 
fC139O2(i)=fC139O2(i)-1; fHO2(i)=fHO2(i)-1; fC139OOH(i)=fC139OOH(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + NO = C139NO3';
k(:,i) = KRO2NO.*0.134;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'NO'; 
fC139O2(i)=fC139O2(i)-1; fNO(i)=fNO(i)-1; fC139NO3(i)=fC139NO3(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + NO = C139O + NO2';
k(:,i) = KRO2NO.*0.866;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'NO'; 
fC139O2(i)=fC139O2(i)-1; fNO(i)=fNO(i)-1; fC139O(i)=fC139O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + NO3 = C139O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'NO3'; 
fC139O2(i)=fC139O2(i)-1; fNO3(i)=fNO3(i)-1; fC139O(i)=fC139O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + RO2 = C139O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'RO2';
fC139O2(i)=fC139O2(i)-1; fC139O(i)=fC139O(i)+1; 

i=i+1;
Rnames{i} = 'C139O2 + RO2 = C139OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C139O2'; Gstr{i,2} = 'RO2';
fC139O2(i)=fC139O2(i)-1; fC139OH(i)=fC139OH(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + HO2 = C1014OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'HO2'; 
fC1014O2(i)=fC1014O2(i)-1; fHO2(i)=fHO2(i)-1; fC1014OOH(i)=fC1014OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + NO = C1014NO3';
k(:,i) = KRO2NO.*0.228;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'NO'; 
fC1014O2(i)=fC1014O2(i)-1; fNO(i)=fNO(i)-1; fC1014NO3(i)=fC1014NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + NO = C1014O + NO2';
k(:,i) = KRO2NO.*0.772;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'NO'; 
fC1014O2(i)=fC1014O2(i)-1; fNO(i)=fNO(i)-1; fC1014O(i)=fC1014O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + NO3 = C1014O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'NO3'; 
fC1014O2(i)=fC1014O2(i)-1; fNO3(i)=fNO3(i)-1; fC1014O(i)=fC1014O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + RO2 = C1014CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'RO2';
fC1014O2(i)=fC1014O2(i)-1; fC1014CO(i)=fC1014CO(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + RO2 = C1014O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'RO2';
fC1014O2(i)=fC1014O2(i)-1; fC1014O(i)=fC1014O(i)+1; 

i=i+1;
Rnames{i} = 'C1014O2 + RO2 = C1014OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1014O2'; Gstr{i,2} = 'RO2';
fC1014O2(i)=fC1014O2(i)-1; fC1014OH(i)=fC1014OH(i)+1; 

i=i+1;
Rnames{i} = 'C736CO + OH = C522CO3 + CO';
k(:,i) = 8.52e-11;
Gstr{i,1} = 'C736CO'; Gstr{i,2} = 'OH'; 
fC736CO(i)=fC736CO(i)-1; fOH(i)=fOH(i)-1; fC522CO3(i)=fC522CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C736CO + hv = C522CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C736CO'; 
fC736CO(i)=fC736CO(i)-1; fC522CO3(i)=fC522CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + HO2 = C736OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'HO2'; 
fC736O2(i)=fC736O2(i)-1; fHO2(i)=fHO2(i)-1; fC736OOH(i)=fC736OOH(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + NO = C736O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'NO'; 
fC736O2(i)=fC736O2(i)-1; fNO(i)=fNO(i)-1; fC736O(i)=fC736O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + NO3 = C736O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'NO3'; 
fC736O2(i)=fC736O2(i)-1; fNO3(i)=fNO3(i)-1; fC736O(i)=fC736O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + RO2 = C736CO';
k(:,i) = 2.00e-13.*0.2;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'RO2';
fC736O2(i)=fC736O2(i)-1; fC736CO(i)=fC736CO(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + RO2 = C736O';
k(:,i) = 2.00e-13.*0.6;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'RO2';
fC736O2(i)=fC736O2(i)-1; fC736O(i)=fC736O(i)+1; 

i=i+1;
Rnames{i} = 'C736O2 + RO2 = C736OH';
k(:,i) = 2.00e-13.*0.2;
Gstr{i,1} = 'C736O2'; Gstr{i,2} = 'RO2';
fC736O2(i)=fC736O2(i)-1; fC736OH(i)=fC736OH(i)+1; 

i=i+1;
Rnames{i} = 'C118CO + OH = C829O2 + HCOCH2CHO';
k(:,i) = 2.99e-11;
Gstr{i,1} = 'C118CO'; Gstr{i,2} = 'OH'; 
fC118CO(i)=fC118CO(i)-1; fOH(i)=fOH(i)-1; fC829O2(i)=fC829O2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C118CO + hv = C829O2 + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C118CO'; 
fC118CO(i)=fC118CO(i)-1; fC829O2(i)=fC829O2(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + HO2 = C118OOH';
k(:,i) = KRO2HO2.*0.932;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'HO2'; 
fC118O2(i)=fC118O2(i)-1; fHO2(i)=fHO2(i)-1; fC118OOH(i)=fC118OOH(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + NO = C118NO3';
k(:,i) = KRO2NO.*0.235;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'NO'; 
fC118O2(i)=fC118O2(i)-1; fNO(i)=fNO(i)-1; fC118NO3(i)=fC118NO3(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + NO = C118O + NO2';
k(:,i) = KRO2NO.*0.765;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'NO'; 
fC118O2(i)=fC118O2(i)-1; fNO(i)=fNO(i)-1; fC118O(i)=fC118O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + NO3 = C118O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'NO3'; 
fC118O2(i)=fC118O2(i)-1; fNO3(i)=fNO3(i)-1; fC118O(i)=fC118O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + RO2 = C118CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'RO2';
fC118O2(i)=fC118O2(i)-1; fC118CO(i)=fC118CO(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + RO2 = C118O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'RO2';
fC118O2(i)=fC118O2(i)-1; fC118O(i)=fC118O(i)+1; 

i=i+1;
Rnames{i} = 'C118O2 + RO2 = C118OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C118O2'; Gstr{i,2} = 'RO2';
fC118O2(i)=fC118O2(i)-1; fC118OH(i)=fC118OH(i)+1; 

i=i+1;
Rnames{i} = 'C830OOH + OH = C830CO + OH';
k(:,i) = 3.41e-11;
Gstr{i,1} = 'C830OOH'; Gstr{i,2} = 'OH'; 
fC830OOH(i)=fC830OOH(i)-1; fOH(i)=fOH(i)-1; fC830CO(i)=fC830CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C830OOH + hv = C830O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C830OOH'; 
fC830OOH(i)=fC830OOH(i)-1; fC830O(i)=fC830O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C830NO3 + OH = C830CO + NO2';
k(:,i) = 2.60e-11;
Gstr{i,1} = 'C830NO3'; Gstr{i,2} = 'OH'; 
fC830NO3(i)=fC830NO3(i)-1; fOH(i)=fOH(i)-1; fC830CO(i)=fC830CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830NO3 + hv = C830O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C830NO3'; 
fC830NO3(i)=fC830NO3(i)-1; fC830O(i)=fC830O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C830O = C831O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C830O'; 
fC830O(i)=fC830O(i)-1; fC831O2(i)=fC831O2(i)+1; 

i=i+1;
Rnames{i} = 'C830CO + OH = C831O2';
k(:,i) = 2.70e-11;
Gstr{i,1} = 'C830CO'; Gstr{i,2} = 'OH'; 
fC830CO(i)=fC830CO(i)-1; fOH(i)=fOH(i)-1; fC831O2(i)=fC831O2(i)+1; 

i=i+1;
Rnames{i} = 'C830OH + OH = C830CO + HO2';
k(:,i) = 2.91e-11;
Gstr{i,1} = 'C830OH'; Gstr{i,2} = 'OH'; 
fC830OH(i)=fC830OH(i)-1; fOH(i)=fOH(i)-1; fC830CO(i)=fC830CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C128OOH + OH = C128CO + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C128OOH'; Gstr{i,2} = 'OH'; 
fC128OOH(i)=fC128OOH(i)-1; fOH(i)=fOH(i)-1; fC128CO(i)=fC128CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C128OOH + hv = C128O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C128OOH'; 
fC128OOH(i)=fC128OOH(i)-1; fC128O(i)=fC128O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C128NO3 + OH = C128CO + NO2';
k(:,i) = 5.82e-11;
Gstr{i,1} = 'C128NO3'; Gstr{i,2} = 'OH'; 
fC128NO3(i)=fC128NO3(i)-1; fOH(i)=fOH(i)-1; fC128CO(i)=fC128CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C128NO3 + hv = C128O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C128NO3'; 
fC128NO3(i)=fC128NO3(i)-1; fC128O(i)=fC128O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C128O = C927O2 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C128O'; 
fC128O(i)=fC128O(i)-1; fC927O2(i)=fC927O2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C128OH + OH = C128CO + HO2';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C128OH'; Gstr{i,2} = 'OH'; 
fC128OH(i)=fC128OH(i)-1; fOH(i)=fOH(i)-1; fC128CO(i)=fC128CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + HO2 = C928CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'HO2'; 
fC928CO3(i)=fC928CO3(i)-1; fHO2(i)=fHO2(i)-1; fC928CO2H(i)=fC928CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + HO2 = C928CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'HO2'; 
fC928CO3(i)=fC928CO3(i)-1; fHO2(i)=fHO2(i)-1; fC928CO3H(i)=fC928CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + HO2 = C928O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'HO2'; 
fC928CO3(i)=fC928CO3(i)-1; fHO2(i)=fHO2(i)-1; fC928O2(i)=fC928O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + NO = C928O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'NO'; 
fC928CO3(i)=fC928CO3(i)-1; fNO(i)=fNO(i)-1; fC928O2(i)=fC928O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + NO2 = C928PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'NO2'; 
fC928CO3(i)=fC928CO3(i)-1; fNO2(i)=fNO2(i)-1; fC928PAN(i)=fC928PAN(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + NO3 = C928O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'NO3'; 
fC928CO3(i)=fC928CO3(i)-1; fNO3(i)=fNO3(i)-1; fC928O2(i)=fC928O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + RO2 = C928CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'RO2';
fC928CO3(i)=fC928CO3(i)-1; fC928CO2H(i)=fC928CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3 + RO2 = C928O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C928CO3'; Gstr{i,2} = 'RO2';
fC928CO3(i)=fC928CO3(i)-1; fC928O2(i)=fC928O2(i)+1; 

i=i+1;
Rnames{i} = 'C630CO + OH = C46CO3 + CO';
k(:,i) = 8.00e-11;
Gstr{i,1} = 'C630CO'; Gstr{i,2} = 'OH'; 
fC630CO(i)=fC630CO(i)-1; fOH(i)=fOH(i)-1; fC46CO3(i)=fC46CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C630CO + hv = C46CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C630CO'; 
fC630CO(i)=fC630CO(i)-1; fC46CO3(i)=fC46CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + HO2 = C630OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'HO2'; 
fC630O2(i)=fC630O2(i)-1; fHO2(i)=fHO2(i)-1; fC630OOH(i)=fC630OOH(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + NO = C630O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'NO'; 
fC630O2(i)=fC630O2(i)-1; fNO(i)=fNO(i)-1; fC630O(i)=fC630O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + NO3 = C630O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'NO3'; 
fC630O2(i)=fC630O2(i)-1; fNO3(i)=fNO3(i)-1; fC630O(i)=fC630O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + RO2 = C630CO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'RO2';
fC630O2(i)=fC630O2(i)-1; fC630CO(i)=fC630CO(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + RO2 = C630O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'RO2';
fC630O2(i)=fC630O2(i)-1; fC630O(i)=fC630O(i)+1; 

i=i+1;
Rnames{i} = 'C630O2 + RO2 = C630OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C630O2'; Gstr{i,2} = 'RO2';
fC630O2(i)=fC630O2(i)-1; fC630OH(i)=fC630OH(i)+1; 

i=i+1;
Rnames{i} = 'C1215CO + OH = C930O2 + HOC2H4CHO';
k(:,i) = 3.43e-11;
Gstr{i,1} = 'C1215CO'; Gstr{i,2} = 'OH'; 
fC1215CO(i)=fC1215CO(i)-1; fOH(i)=fOH(i)-1; fC930O2(i)=fC930O2(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + HO2 = C1215OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'HO2'; 
fC1215O2(i)=fC1215O2(i)-1; fHO2(i)=fHO2(i)-1; fC1215OOH(i)=fC1215OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + NO = C1215NO3';
k(:,i) = KRO2NO.*0.176;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'NO'; 
fC1215O2(i)=fC1215O2(i)-1; fNO(i)=fNO(i)-1; fC1215NO3(i)=fC1215NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + NO = C1215O + NO2';
k(:,i) = KRO2NO.*0.824;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'NO'; 
fC1215O2(i)=fC1215O2(i)-1; fNO(i)=fNO(i)-1; fC1215O(i)=fC1215O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + NO3 = C1215O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'NO3'; 
fC1215O2(i)=fC1215O2(i)-1; fNO3(i)=fNO3(i)-1; fC1215O(i)=fC1215O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + RO2 = C1215CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'RO2';
fC1215O2(i)=fC1215O2(i)-1; fC1215CO(i)=fC1215CO(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + RO2 = C1215O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'RO2';
fC1215O2(i)=fC1215O2(i)-1; fC1215O(i)=fC1215O(i)+1; 

i=i+1;
Rnames{i} = 'C1215O2 + RO2 = C1215OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1215O2'; Gstr{i,2} = 'RO2';
fC1215O2(i)=fC1215O2(i)-1; fC1215OH(i)=fC1215OH(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3DIOL + OH = CO13C4OH + HO2';
k(:,i) = 5.85e-11;
Gstr{i,1} = 'CHOC3DIOL'; Gstr{i,2} = 'OH'; 
fCHOC3DIOL(i)=fCHOC3DIOL(i)-1; fOH(i)=fOH(i)-1; fCO13C4OH(i)=fCO13C4OH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOC3DIOL + hv = C3DIOLO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CHOC3DIOL'; 
fCHOC3DIOL(i)=fCHOC3DIOL(i)-1; fC3DIOLO2(i)=fC3DIOLO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'HO24C4CO3H + hv = HO2C3CHO + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HO24C4CO3H'; 
fHO24C4CO3H(i)=fHO24C4CO3H(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + HO24C4CO3H = HO24C4CO3';
k(:,i) = 2.31e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'HO24C4CO3H'; 
fOH(i)=fOH(i)-1; fHO24C4CO3H(i)=fHO24C4CO3H(i)-1; fHO24C4CO3(i)=fHO24C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C5PAN10 = HO24C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C5PAN10'; 
fC5PAN10(i)=fC5PAN10(i)-1; fHO24C4CO3(i)=fHO24C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'OH + C5PAN10 = HO2C3CHO + CO + NO2';
k(:,i) = 1.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C5PAN10'; 
fOH(i)=fOH(i)-1; fC5PAN10(i)=fC5PAN10(i)-1; fHO2C3CHO(i)=fHO2C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C613OOH + hv = BIACET + HOCH2CHO + OH + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C613OOH'; 
fC613OOH(i)=fC613OOH(i)-1; fBIACET(i)=fBIACET(i)+1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fOH(i)=fOH(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C613OOH + hv = C613O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C613OOH'; 
fC613OOH(i)=fC613OOH(i)-1; fC613O(i)=fC613O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C613OOH = C613O2';
k(:,i) = 8.65e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C613OOH'; 
fOH(i)=fOH(i)-1; fC613OOH(i)=fC613OOH(i)-1; fC613O2(i)=fC613O2(i)+1; 

i=i+1;
Rnames{i} = 'C613O = HOCH2CHO + BIACET + HO2';
k(:,i) = 2.00e14.*exp(-4909./T);
Gstr{i,1} = 'C613O'; 
fC613O(i)=fC613O(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO2 + HO2 = EMALNHYOOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'EMALANHYO2'; Gstr{i,2} = 'HO2'; 
fEMALANHYO2(i)=fEMALANHYO2(i)-1; fHO2(i)=fHO2(i)-1; fEMALNHYOOH(i)=fEMALNHYOOH(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO2 + NO = EMALANHYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'EMALANHYO2'; Gstr{i,2} = 'NO'; 
fEMALANHYO2(i)=fEMALANHYO2(i)-1; fNO(i)=fNO(i)-1; fEMALANHYO(i)=fEMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO2 + NO3 = EMALANHYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'EMALANHYO2'; Gstr{i,2} = 'NO3'; 
fEMALANHYO2(i)=fEMALANHYO2(i)-1; fNO3(i)=fNO3(i)-1; fEMALANHYO(i)=fEMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO2 + RO2 = EMALANHYO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'EMALANHYO2'; Gstr{i,2} = 'RO2';
fEMALANHYO2(i)=fEMALANHYO2(i)-1; fEMALANHYO(i)=fEMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO2 + RO2 = EMALNHY2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'EMALANHYO2'; Gstr{i,2} = 'RO2';
fEMALANHYO2(i)=fEMALANHYO2(i)-1; fEMALNHY2OH(i)=fEMALNHY2OH(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO2 + HO2 = PMALNHYOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'PMALANHYO2'; Gstr{i,2} = 'HO2'; 
fPMALANHYO2(i)=fPMALANHYO2(i)-1; fHO2(i)=fHO2(i)-1; fPMALNHYOOH(i)=fPMALNHYOOH(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO2 + NO = PMALANHYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'PMALANHYO2'; Gstr{i,2} = 'NO'; 
fPMALANHYO2(i)=fPMALANHYO2(i)-1; fNO(i)=fNO(i)-1; fPMALANHYO(i)=fPMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO2 + NO3 = PMALANHYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'PMALANHYO2'; Gstr{i,2} = 'NO3'; 
fPMALANHYO2(i)=fPMALANHYO2(i)-1; fNO3(i)=fNO3(i)-1; fPMALANHYO(i)=fPMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO2 + RO2 = PMALANHYO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'PMALANHYO2'; Gstr{i,2} = 'RO2';
fPMALANHYO2(i)=fPMALANHYO2(i)-1; fPMALANHYO(i)=fPMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO2 + RO2 = PMALNHY2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'PMALANHYO2'; Gstr{i,2} = 'RO2';
fPMALANHYO2(i)=fPMALANHYO2(i)-1; fPMALNHY2OH(i)=fPMALNHY2OH(i)+1; 

i=i+1;
Rnames{i} = 'IPMALNHYO2 + HO2 = IPMLNHYOOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'IPMALNHYO2'; Gstr{i,2} = 'HO2'; 
fIPMALNHYO2(i)=fIPMALNHYO2(i)-1; fHO2(i)=fHO2(i)-1; fIPMLNHYOOH(i)=fIPMLNHYOOH(i)+1; 

i=i+1;
Rnames{i} = 'IPMALNHYO2 + NO = IPMALANHYO + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'IPMALNHYO2'; Gstr{i,2} = 'NO'; 
fIPMALNHYO2(i)=fIPMALNHYO2(i)-1; fNO(i)=fNO(i)-1; fIPMALANHYO(i)=fIPMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPMALNHYO2 + NO3 = IPMALANHYO + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'IPMALNHYO2'; Gstr{i,2} = 'NO3'; 
fIPMALNHYO2(i)=fIPMALNHYO2(i)-1; fNO3(i)=fNO3(i)-1; fIPMALANHYO(i)=fIPMALANHYO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'IPMALNHYO2 + RO2 = IPMALANHYO';
k(:,i) = 9.20e-14.*0.70;
Gstr{i,1} = 'IPMALNHYO2'; Gstr{i,2} = 'RO2';
fIPMALNHYO2(i)=fIPMALNHYO2(i)-1; fIPMALANHYO(i)=fIPMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'IPMALNHYO2 + RO2 = IPMLNHY2OH';
k(:,i) = 9.20e-14.*0.30;
Gstr{i,1} = 'IPMALNHYO2'; Gstr{i,2} = 'RO2';
fIPMALNHYO2(i)=fIPMALNHYO2(i)-1; fIPMLNHY2OH(i)=fIPMLNHY2OH(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3MCO3H + OH = CO2OH3MCO3';
k(:,i) = 4.36e-12;
Gstr{i,1} = 'CO2H3MCO3H'; Gstr{i,2} = 'OH'; 
fCO2H3MCO3H(i)=fCO2H3MCO3H(i)-1; fOH(i)=fOH(i)-1; fCO2OH3MCO3(i)=fCO2OH3MCO3(i)+1; 

i=i+1;
Rnames{i} = 'CO2H3MCO3H + hv = BIACET + HO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO2H3MCO3H'; 
fCO2H3MCO3H(i)=fCO2H3MCO3H(i)-1; fBIACET(i)=fBIACET(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MPAN + OH = BIACET + CO + NO2';
k(:,i) = 1.13e-12;
Gstr{i,1} = 'CO2OH3MPAN'; Gstr{i,2} = 'OH'; 
fCO2OH3MPAN(i)=fCO2OH3MPAN(i)-1; fOH(i)=fOH(i)-1; fBIACET(i)=fBIACET(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO2OH3MPAN = CO2OH3MCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CO2OH3MPAN'; 
fCO2OH3MPAN(i)=fCO2OH3MPAN(i)-1; fCO2OH3MCO3(i)=fCO2OH3MCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + HO2 = C312COCO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'HO2'; 
fC312COCO3(i)=fC312COCO3(i)-1; fHO2(i)=fHO2(i)-1; fC312COCO3H(i)=fC312COCO3H(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + HO2 = CHOCOCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'HO2'; 
fC312COCO3(i)=fC312COCO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + NO = CHOCOCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'NO'; 
fC312COCO3(i)=fC312COCO3(i)-1; fNO(i)=fNO(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + NO2 = C312COPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'NO2'; 
fC312COCO3(i)=fC312COCO3(i)-1; fNO2(i)=fNO2(i)-1; fC312COPAN(i)=fC312COPAN(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + NO3 = CHOCOCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'NO3'; 
fC312COCO3(i)=fC312COCO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3 + RO2 = CHOCOCH2O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C312COCO3'; Gstr{i,2} = 'RO2';
fC312COCO3(i)=fC312COCO3(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOCH2O2 + HO2 = ALCOCH2OOH';
k(:,i) = KRO2HO2.*0.520;
Gstr{i,1} = 'CHOCOCH2O2'; Gstr{i,2} = 'HO2'; 
fCHOCOCH2O2(i)=fCHOCOCH2O2(i)-1; fHO2(i)=fHO2(i)-1; fALCOCH2OOH(i)=fALCOCH2OOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOCH2O2 + NO = CHOCOCH2O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'CHOCOCH2O2'; Gstr{i,2} = 'NO'; 
fCHOCOCH2O2(i)=fCHOCOCH2O2(i)-1; fNO(i)=fNO(i)-1; fCHOCOCH2O(i)=fCHOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOCH2O2 + NO3 = CHOCOCH2O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'CHOCOCH2O2'; Gstr{i,2} = 'NO3'; 
fCHOCOCH2O2(i)=fCHOCOCH2O2(i)-1; fNO3(i)=fNO3(i)-1; fCHOCOCH2O(i)=fCHOCOCH2O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOCH2O2 + RO2 = CHOCOCH2O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'CHOCOCH2O2'; Gstr{i,2} = 'RO2';
fCHOCOCH2O2(i)=fCHOCOCH2O2(i)-1; fCHOCOCH2O(i)=fCHOCOCH2O(i)+1; 

i=i+1;
Rnames{i} = 'NC72O2 + HO2 = NC72OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NC72O2'; Gstr{i,2} = 'HO2'; 
fNC72O2(i)=fNC72O2(i)-1; fHO2(i)=fHO2(i)-1; fNC72OOH(i)=fNC72OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC72O2 + NO = NC72O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC72O2'; Gstr{i,2} = 'NO'; 
fNC72O2(i)=fNC72O2(i)-1; fNO(i)=fNO(i)-1; fNC72O(i)=fNC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC72O2 + NO3 = NC72O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC72O2'; Gstr{i,2} = 'NO3'; 
fNC72O2(i)=fNC72O2(i)-1; fNO3(i)=fNO3(i)-1; fNC72O(i)=fNC72O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC72O2 + RO2 = NC72O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'NC72O2'; Gstr{i,2} = 'RO2';
fNC72O2(i)=fNC72O2(i)-1; fNC72O(i)=fNC72O(i)+1; 

i=i+1;
Rnames{i} = 'C812OOH + OH = C812O2';
k(:,i) = 1.09e-11;
Gstr{i,1} = 'C812OOH'; Gstr{i,2} = 'OH'; 
fC812OOH(i)=fC812OOH(i)-1; fOH(i)=fOH(i)-1; fC812O2(i)=fC812O2(i)+1; 

i=i+1;
Rnames{i} = 'C812OOH + hv = C812O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C812OOH'; 
fC812OOH(i)=fC812OOH(i)-1; fC812O(i)=fC812O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C812O = C813O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C812O'; 
fC812O(i)=fC812O(i)-1; fC813O2(i)=fC813O2(i)+1; 

i=i+1;
Rnames{i} = 'C812OH + OH = C812O';
k(:,i) = 7.42e-12;
Gstr{i,1} = 'C812OH'; Gstr{i,2} = 'OH'; 
fC812OH(i)=fC812OH(i)-1; fOH(i)=fOH(i)-1; fC812O(i)=fC812O(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3H + OH = C721CO3';
k(:,i) = 9.65e-12;
Gstr{i,1} = 'C721CO3H'; Gstr{i,2} = 'OH'; 
fC721CO3H(i)=fC721CO3H(i)-1; fOH(i)=fOH(i)-1; fC721CO3(i)=fC721CO3(i)+1; 

i=i+1;
Rnames{i} = 'C721CO3H + hv = C721O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C721CO3H'; 
fC721CO3H(i)=fC721CO3H(i)-1; fC721O2(i)=fC721O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NORPINIC + OH = C721O2';
k(:,i) = 6.57e-12;
Gstr{i,1} = 'NORPINIC'; Gstr{i,2} = 'OH'; 
fNORPINIC(i)=fNORPINIC(i)-1; fOH(i)=fOH(i)-1; fC721O2(i)=fC721O2(i)+1; 

i=i+1;
Rnames{i} = 'C721PAN + OH = C721OOH + CO + NO2';
k(:,i) = 2.96e-12;
Gstr{i,1} = 'C721PAN'; Gstr{i,2} = 'OH'; 
fC721PAN(i)=fC721PAN(i)-1; fOH(i)=fOH(i)-1; fC721OOH(i)=fC721OOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721PAN = C721CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C721PAN'; 
fC721PAN(i)=fC721PAN(i)-1; fC721CO3(i)=fC721CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C721OOH + OH = C721O2';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'C721OOH'; Gstr{i,2} = 'OH'; 
fC721OOH(i)=fC721OOH(i)-1; fOH(i)=fOH(i)-1; fC721O2(i)=fC721O2(i)+1; 

i=i+1;
Rnames{i} = 'C721OOH + hv = C721O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C721OOH'; 
fC721OOH(i)=fC721OOH(i)-1; fC721O(i)=fC721O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C721O = C722O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C721O'; 
fC721O(i)=fC721O(i)-1; fC722O2(i)=fC722O2(i)+1; 

i=i+1;
Rnames{i} = 'C621O2 + HO2 = C621OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C621O2'; Gstr{i,2} = 'HO2'; 
fC621O2(i)=fC621O2(i)-1; fHO2(i)=fHO2(i)-1; fC621OOH(i)=fC621OOH(i)+1; 

i=i+1;
Rnames{i} = 'C621O2 + NO = C621O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C621O2'; Gstr{i,2} = 'NO'; 
fC621O2(i)=fC621O2(i)-1; fNO(i)=fNO(i)-1; fC621O(i)=fC621O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C621O2 + NO3 = C621O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C621O2'; Gstr{i,2} = 'NO3'; 
fC621O2(i)=fC621O2(i)-1; fNO3(i)=fNO3(i)-1; fC621O(i)=fC621O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C621O2 + RO2 = C621O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C621O2'; Gstr{i,2} = 'RO2';
fC621O2(i)=fC621O2(i)-1; fC621O(i)=fC621O(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO2H + OH = HMVKAO2';
k(:,i) = 2.34e-11;
Gstr{i,1} = 'H3C2C4CO2H'; Gstr{i,2} = 'OH'; 
fH3C2C4CO2H(i)=fH3C2C4CO2H(i)-1; fOH(i)=fOH(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO2H + hv = HMVKAO2 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'H3C2C4CO2H'; 
fH3C2C4CO2H(i)=fH3C2C4CO2H(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3H + OH = H3C2C4CO3';
k(:,i) = 2.65e-11;
Gstr{i,1} = 'H3C2C4CO3H'; Gstr{i,2} = 'OH'; 
fH3C2C4CO3H(i)=fH3C2C4CO3H(i)-1; fOH(i)=fOH(i)-1; fH3C2C4CO3(i)=fH3C2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3H + hv = HMVKAO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'H3C2C4CO3H'; 
fH3C2C4CO3H(i)=fH3C2C4CO3H(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4CO3H + hv = HMVKAO2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'H3C2C4CO3H'; 
fH3C2C4CO3H(i)=fH3C2C4CO3H(i)-1; fHMVKAO2(i)=fHMVKAO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4PAN + OH = CO2H3CHO + CO + NO2';
k(:,i) = 7.60e-12;
Gstr{i,1} = 'H3C2C4PAN'; Gstr{i,2} = 'OH'; 
fH3C2C4PAN(i)=fH3C2C4PAN(i)-1; fOH(i)=fOH(i)-1; fCO2H3CHO(i)=fCO2H3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H3C2C4PAN = H3C2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'H3C2C4PAN'; 
fH3C2C4PAN(i)=fH3C2C4PAN(i)-1; fH3C2C4CO3(i)=fH3C2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + HO2 = C515CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'HO2'; 
fC515CO3(i)=fC515CO3(i)-1; fHO2(i)=fHO2(i)-1; fC515CO3H(i)=fC515CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + HO2 = C515O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'HO2'; 
fC515CO3(i)=fC515CO3(i)-1; fHO2(i)=fHO2(i)-1; fC515O2(i)=fC515O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + NO = C515O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'NO'; 
fC515CO3(i)=fC515CO3(i)-1; fNO(i)=fNO(i)-1; fC515O2(i)=fC515O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + NO2 = C515PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'NO2'; 
fC515CO3(i)=fC515CO3(i)-1; fNO2(i)=fNO2(i)-1; fC515PAN(i)=fC515PAN(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + NO3 = C515O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'NO3'; 
fC515CO3(i)=fC515CO3(i)-1; fNO3(i)=fNO3(i)-1; fC515O2(i)=fC515O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3 + RO2 = C515O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C515CO3'; Gstr{i,2} = 'RO2';
fC515CO3(i)=fC515CO3(i)-1; fC515O2(i)=fC515O2(i)+1; 

i=i+1;
Rnames{i} = 'C515O2 + HO2 = C515OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C515O2'; Gstr{i,2} = 'HO2'; 
fC515O2(i)=fC515O2(i)-1; fHO2(i)=fHO2(i)-1; fC515OOH(i)=fC515OOH(i)+1; 

i=i+1;
Rnames{i} = 'C515O2 + NO = C515O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C515O2'; Gstr{i,2} = 'NO'; 
fC515O2(i)=fC515O2(i)-1; fNO(i)=fNO(i)-1; fC515O(i)=fC515O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515O2 + NO3 = C515O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C515O2'; Gstr{i,2} = 'NO3'; 
fC515O2(i)=fC515O2(i)-1; fNO3(i)=fNO3(i)-1; fC515O(i)=fC515O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515O2 + RO2 = C515O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'C515O2'; Gstr{i,2} = 'RO2';
fC515O2(i)=fC515O2(i)-1; fC515O(i)=fC515O(i)+1; 

i=i+1;
Rnames{i} = 'C87OOH + OH = C87CO + OH';
k(:,i) = 1.00e-10;
Gstr{i,1} = 'C87OOH'; Gstr{i,2} = 'OH'; 
fC87OOH(i)=fC87OOH(i)-1; fOH(i)=fOH(i)-1; fC87CO(i)=fC87CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C87OOH + hv = C87O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C87OOH'; 
fC87OOH(i)=fC87OOH(i)-1; fC87O(i)=fC87O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C87O = C615CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C87O'; 
fC87O(i)=fC87O(i)-1; fC615CO3(i)=fC615CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C87CO + OH = C615CO3 + CO';
k(:,i) = 1.03e-10;
Gstr{i,1} = 'C87CO'; Gstr{i,2} = 'OH'; 
fC87CO(i)=fC87CO(i)-1; fOH(i)=fOH(i)-1; fC615CO3(i)=fC615CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C87CO + hv = C615CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C87CO'; 
fC87CO(i)=fC87CO(i)-1; fC615CO3(i)=fC615CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C87CO + hv = C615CO3 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C87CO'; 
fC87CO(i)=fC87CO(i)-1; fC615CO3(i)=fC615CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C87OH + OH = C87CO + HO2';
k(:,i) = 9.34e-11;
Gstr{i,1} = 'C87OH'; Gstr{i,2} = 'OH'; 
fC87OH(i)=fC87OH(i)-1; fOH(i)=fOH(i)-1; fC87CO(i)=fC87CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO12C4CHO + NO3 = CHOC2CO3 + CO + HNO3';
k(:,i) = 2.*KNO3AL.*5.5;
Gstr{i,1} = 'CO12C4CHO'; Gstr{i,2} = 'NO3'; 
fCO12C4CHO(i)=fCO12C4CHO(i)-1; fNO3(i)=fNO3(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fCO(i)=fCO(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO12C4CHO + OH = CHOC2CO3 + CO';
k(:,i) = 3.89e-11;
Gstr{i,1} = 'CO12C4CHO'; Gstr{i,2} = 'OH'; 
fCO12C4CHO(i)=fCO12C4CHO(i)-1; fOH(i)=fOH(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO12C4CHO + hv = CHOC2CO3 + HO2 + CO';
k(:,i) = J34;
Gstr{i,1} = 'CO12C4CHO'; 
fCO12C4CHO(i)=fCO12C4CHO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'CO12C4CHO + hv = CHOC2CO3 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO12C4CHO'; 
fCO12C4CHO(i)=fCO12C4CHO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C718OOH + OH = C617CHO + OH';
k(:,i) = 1.01e-10;
Gstr{i,1} = 'C718OOH'; Gstr{i,2} = 'OH'; 
fC718OOH(i)=fC718OOH(i)-1; fOH(i)=fOH(i)-1; fC617CHO(i)=fC617CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718OOH + hv = C718O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C718OOH'; 
fC718OOH(i)=fC718OOH(i)-1; fC718O(i)=fC718O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718OOH + hv = C718O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C718OOH'; 
fC718OOH(i)=fC718OOH(i)-1; fC718O(i)=fC718O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C718NO3 + OH = C617CHO + NO2';
k(:,i) = 6.65e-11;
Gstr{i,1} = 'C718NO3'; Gstr{i,2} = 'OH'; 
fC718NO3(i)=fC718NO3(i)-1; fOH(i)=fOH(i)-1; fC617CHO(i)=fC617CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718NO3 + hv = C718O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C718NO3'; 
fC718NO3(i)=fC718NO3(i)-1; fC718O(i)=fC718O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718NO3 + hv = C718O + NO2';
k(:,i) = J15;
Gstr{i,1} = 'C718NO3'; 
fC718NO3(i)=fC718NO3(i)-1; fC718O(i)=fC718O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C718O = C617CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C718O'; 
fC718O(i)=fC718O(i)-1; fC617CHO(i)=fC617CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + NO3 = C617CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C617CHO'; Gstr{i,2} = 'NO3'; 
fC617CHO(i)=fC617CHO(i)-1; fNO3(i)=fNO3(i)-1; fC617CO3(i)=fC617CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + NO3 = C618CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C617CHO'; Gstr{i,2} = 'NO3'; 
fC617CHO(i)=fC617CHO(i)-1; fNO3(i)=fNO3(i)-1; fC618CO3(i)=fC618CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + OH = C617CO3';
k(:,i) = 1.33e-10.*0.5;
Gstr{i,1} = 'C617CHO'; Gstr{i,2} = 'OH'; 
fC617CHO(i)=fC617CHO(i)-1; fOH(i)=fOH(i)-1; fC617CO3(i)=fC617CO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + OH = C618CO3';
k(:,i) = 1.33e-10.*0.5;
Gstr{i,1} = 'C617CHO'; Gstr{i,2} = 'OH'; 
fC617CHO(i)=fC617CHO(i)-1; fOH(i)=fOH(i)-1; fC618CO3(i)=fC618CO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + hv = C617O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C617CHO'; 
fC617CHO(i)=fC617CHO(i)-1; fC617O2(i)=fC617O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C617CHO + hv = C618O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'C617CHO'; 
fC617CHO(i)=fC617CHO(i)-1; fC618O2(i)=fC618O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C718OH + OH = C617CHO + HO2';
k(:,i) = 7.96e-11;
Gstr{i,1} = 'C718OH'; Gstr{i,2} = 'OH'; 
fC718OH(i)=fC718OH(i)-1; fOH(i)=fOH(i)-1; fC617CHO(i)=fC617CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C718OH + hv = C718O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C718OH'; 
fC718OH(i)=fC718OH(i)-1; fC718O(i)=fC718O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514OOH + OH = CO13C4CHO + OH';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'C514OOH'; Gstr{i,2} = 'OH'; 
fC514OOH(i)=fC514OOH(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C514OOH + hv = C514O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C514OOH'; 
fC514OOH(i)=fC514OOH(i)-1; fC514O(i)=fC514O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C514OOH + hv = C514O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C514OOH'; 
fC514OOH(i)=fC514OOH(i)-1; fC514O(i)=fC514O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C514NO3 + OH = CO13C4CHO + NO2';
k(:,i) = 4.33e-11;
Gstr{i,1} = 'C514NO3'; Gstr{i,2} = 'OH'; 
fC514NO3(i)=fC514NO3(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C514NO3 + hv = C514O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C514NO3'; 
fC514NO3(i)=fC514NO3(i)-1; fC514O(i)=fC514O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C514NO3 + hv = C514O + NO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C514NO3'; 
fC514NO3(i)=fC514NO3(i)-1; fC514O(i)=fC514O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C514O = CO13C4CHO + HO2';
k(:,i) = 1.80e-14.*exp(-260./T).*.21.*M;
Gstr{i,1} = 'C514O'; 
fC514O(i)=fC514O(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514OH + OH = CO13C4CHO + HO2';
k(:,i) = 6.99e-11;
Gstr{i,1} = 'C514OH'; Gstr{i,2} = 'OH'; 
fC514OH(i)=fC514OH(i)-1; fOH(i)=fOH(i)-1; fCO13C4CHO(i)=fCO13C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C514OH + hv = C514O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C514OH'; 
fC514OH(i)=fC514OH(i)-1; fC514O(i)=fC514O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C820OOH + OH = C820O2';
k(:,i) = 1.76e-11;
Gstr{i,1} = 'C820OOH'; Gstr{i,2} = 'OH'; 
fC820OOH(i)=fC820OOH(i)-1; fOH(i)=fOH(i)-1; fC820O2(i)=fC820O2(i)+1; 

i=i+1;
Rnames{i} = 'C820OOH + hv = C820O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C820OOH'; 
fC820OOH(i)=fC820OOH(i)-1; fC820O(i)=fC820O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C820OOH + hv = C820O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C820OOH'; 
fC820OOH(i)=fC820OOH(i)-1; fC820O(i)=fC820O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C820OOH + hv = C820O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C820OOH'; 
fC820OOH(i)=fC820OOH(i)-1; fC820O(i)=fC820O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C820O = CH3CO3 + C614CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C820O'; 
fC820O(i)=fC820O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fC614CO(i)=fC614CO(i)+1; 

i=i+1;
Rnames{i} = 'C821O2 + HO2 = C821OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C821O2'; Gstr{i,2} = 'HO2'; 
fC821O2(i)=fC821O2(i)-1; fHO2(i)=fHO2(i)-1; fC821OOH(i)=fC821OOH(i)+1; 

i=i+1;
Rnames{i} = 'C821O2 + NO = C821O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C821O2'; Gstr{i,2} = 'NO'; 
fC821O2(i)=fC821O2(i)-1; fNO(i)=fNO(i)-1; fC821O(i)=fC821O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C821O2 + NO3 = C821O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C821O2'; Gstr{i,2} = 'NO3'; 
fC821O2(i)=fC821O2(i)-1; fNO3(i)=fNO3(i)-1; fC821O(i)=fC821O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C821O2 + RO2 = C821O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C821O2'; Gstr{i,2} = 'RO2';
fC821O2(i)=fC821O2(i)-1; fC821O(i)=fC821O(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + HO2 = HMVKBCO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'HO2'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKBCO2H(i)=fHMVKBCO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + HO2 = HMVKBCO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'HO2'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKBCO3H(i)=fHMVKBCO3H(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + HO2 = HMVKBO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'HO2'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fHO2(i)=fHO2(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + NO = HMVKBO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'NO'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fNO(i)=fNO(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + NO2 = HMVKBPAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'NO2'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fNO2(i)=fNO2(i)-1; fHMVKBPAN(i)=fHMVKBPAN(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + NO3 = HMVKBO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'NO3'; 
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fNO3(i)=fNO3(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + RO2 = HMVKBCO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'RO2';
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fHMVKBCO2H(i)=fHMVKBCO2H(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3 + RO2 = HMVKBO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'HMVKBCO3'; Gstr{i,2} = 'RO2';
fHMVKBCO3(i)=fHMVKBCO3(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4OH + OH = C4CODIAL + HO2';
k(:,i) = 2.39e-11;
Gstr{i,1} = 'CO13C4OH'; Gstr{i,2} = 'OH'; 
fCO13C4OH(i)=fCO13C4OH(i)-1; fOH(i)=fOH(i)-1; fC4CODIAL(i)=fC4CODIAL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4OH + hv = HCOCH2O2 + HOCH2CO3';
k(:,i) = J22;
Gstr{i,1} = 'CO13C4OH'; 
fCO13C4OH(i)=fCO13C4OH(i)-1; fHCOCH2O2(i)=fHCOCH2O2(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO13C4OH + hv = MGLYOX + HO2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'CO13C4OH'; 
fCO13C4OH(i)=fCO13C4OH(i)-1; fMGLYOX(i)=fMGLYOX(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C518CO2H + OH = ISOPDO2';
k(:,i) = 5.80e-11;
Gstr{i,1} = 'C518CO2H'; Gstr{i,2} = 'OH'; 
fC518CO2H(i)=fC518CO2H(i)-1; fOH(i)=fOH(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3H + OH = C518CO3';
k(:,i) = 6.11e-11;
Gstr{i,1} = 'C518CO3H'; Gstr{i,2} = 'OH'; 
fC518CO3H(i)=fC518CO3H(i)-1; fOH(i)=fOH(i)-1; fC518CO3(i)=fC518CO3(i)+1; 

i=i+1;
Rnames{i} = 'C518CO3H + hv = ISOPDO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C518CO3H'; 
fC518CO3H(i)=fC518CO3H(i)-1; fISOPDO2(i)=fISOPDO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C518PAN + OH = HCOC5 + CO + NO2';
k(:,i) = 5.75e-11;
Gstr{i,1} = 'C518PAN'; Gstr{i,2} = 'OH'; 
fC518PAN(i)=fC518PAN(i)-1; fOH(i)=fOH(i)-1; fHCOC5(i)=fHCOC5(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C518PAN = C518CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C518PAN'; 
fC518PAN(i)=fC518PAN(i)-1; fC518CO3(i)=fC518CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC623OOH + OH = NC623O2';
k(:,i) = 3.96e-11;
Gstr{i,1} = 'NC623OOH'; Gstr{i,2} = 'OH'; 
fNC623OOH(i)=fNC623OOH(i)-1; fOH(i)=fOH(i)-1; fNC623O2(i)=fNC623O2(i)+1; 

i=i+1;
Rnames{i} = 'NC623OOH + hv = NC623O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC623OOH'; 
fNC623OOH(i)=fNC623OOH(i)-1; fNC623O(i)=fNC623O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC623O = HMVKBCHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC623O'; 
fNC623O(i)=fNC623O(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC623OH + OH = HMVKBCHO + HCHO + NO2';
k(:,i) = 3.62e-11;
Gstr{i,1} = 'NC623OH'; Gstr{i,2} = 'OH'; 
fNC623OH(i)=fNC623OH(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C520O2 + HO2 = C520OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C520O2'; Gstr{i,2} = 'HO2'; 
fC520O2(i)=fC520O2(i)-1; fHO2(i)=fHO2(i)-1; fC520OOH(i)=fC520OOH(i)+1; 

i=i+1;
Rnames{i} = 'C520O2 + NO = C520O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C520O2'; Gstr{i,2} = 'NO'; 
fC520O2(i)=fC520O2(i)-1; fNO(i)=fNO(i)-1; fC520O(i)=fC520O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C520O2 + NO3 = C520O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C520O2'; Gstr{i,2} = 'NO3'; 
fC520O2(i)=fC520O2(i)-1; fNO3(i)=fNO3(i)-1; fC520O(i)=fC520O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C520O2 + RO2 = C520O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C520O2'; Gstr{i,2} = 'RO2';
fC520O2(i)=fC520O2(i)-1; fC520O(i)=fC520O(i)+1; 

i=i+1;
Rnames{i} = 'C520O2 + RO2 = C520OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C520O2'; Gstr{i,2} = 'RO2';
fC520O2(i)=fC520O2(i)-1; fC520OH(i)=fC520OH(i)+1; 

i=i+1;
Rnames{i} = 'C623OOH + OH = C623O2';
k(:,i) = 5.26e-11;
Gstr{i,1} = 'C623OOH'; Gstr{i,2} = 'OH'; 
fC623OOH(i)=fC623OOH(i)-1; fOH(i)=fOH(i)-1; fC623O2(i)=fC623O2(i)+1; 

i=i+1;
Rnames{i} = 'C623OOH + hv = C623O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C623OOH'; 
fC623OOH(i)=fC623OOH(i)-1; fC623O(i)=fC623O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C623NO3 + OH = HMVKBCHO + HCHO + NO2';
k(:,i) = 3.51e-11;
Gstr{i,1} = 'C623NO3'; Gstr{i,2} = 'OH'; 
fC623NO3(i)=fC623NO3(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C623O = HMVKBCHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C623O'; 
fC623O(i)=fC623O(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C623OH + OH = HMVKBCHO + HCHO + HO2';
k(:,i) = 4.91e-11;
Gstr{i,1} = 'C623OH'; Gstr{i,2} = 'OH'; 
fC623OH(i)=fC623OH(i)-1; fOH(i)=fOH(i)-1; fHMVKBCHO(i)=fHMVKBCHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + NO3 = C624CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'NO3'; 
fC624CHO(i)=fC624CHO(i)-1; fNO3(i)=fNO3(i)-1; fC624CO3(i)=fC624CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + NO3 = NC730O2';
k(:,i) = 3.30e-13;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'NO3'; 
fC624CHO(i)=fC624CHO(i)-1; fNO3(i)=fNO3(i)-1; fNC730O2(i)=fNC730O2(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + O3 = C519CHO + CH2OOF';
k(:,i) = 1.30e-17.*0.330;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'O3'; 
fC624CHO(i)=fC624CHO(i)-1; fO3(i)=fO3(i)-1; fC519CHO(i)=fC519CHO(i)+1; fCH2OOF(i)=fCH2OOF(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + O3 = C629OOA + HCHO';
k(:,i) = 1.30e-17.*0.670;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'O3'; 
fC624CHO(i)=fC624CHO(i)-1; fO3(i)=fO3(i)-1; fC629OOA(i)=fC629OOA(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + OH = C624CO3';
k(:,i) = 8.26e-11.*0.288;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'OH'; 
fC624CHO(i)=fC624CHO(i)-1; fOH(i)=fOH(i)-1; fC624CO3(i)=fC624CO3(i)+1; 

i=i+1;
Rnames{i} = 'C624CHO + OH = C730O2';
k(:,i) = 8.26e-11.*0.712;
Gstr{i,1} = 'C624CHO'; Gstr{i,2} = 'OH'; 
fC624CHO(i)=fC624CHO(i)-1; fOH(i)=fOH(i)-1; fC730O2(i)=fC730O2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + HO2 = C624CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'HO2'; 
fC624CO3(i)=fC624CO3(i)-1; fHO2(i)=fHO2(i)-1; fC624CO2H(i)=fC624CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + HO2 = C624CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'HO2'; 
fC624CO3(i)=fC624CO3(i)-1; fHO2(i)=fHO2(i)-1; fC624CO3H(i)=fC624CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + HO2 = C624O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'HO2'; 
fC624CO3(i)=fC624CO3(i)-1; fHO2(i)=fHO2(i)-1; fC624O2(i)=fC624O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + NO = C624O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'NO'; 
fC624CO3(i)=fC624CO3(i)-1; fNO(i)=fNO(i)-1; fC624O2(i)=fC624O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + NO2 = C624PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'NO2'; 
fC624CO3(i)=fC624CO3(i)-1; fNO2(i)=fNO2(i)-1; fC624PAN(i)=fC624PAN(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + NO3 = C624O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'NO3'; 
fC624CO3(i)=fC624CO3(i)-1; fNO3(i)=fNO3(i)-1; fC624O2(i)=fC624O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + RO2 = C624CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'RO2';
fC624CO3(i)=fC624CO3(i)-1; fC624CO2H(i)=fC624CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3 + RO2 = C624O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C624CO3'; Gstr{i,2} = 'RO2';
fC624CO3(i)=fC624CO3(i)-1; fC624O2(i)=fC624O2(i)+1; 

i=i+1;
Rnames{i} = 'C825OOH + OH = C825CO + OH';
k(:,i) = 7.90e-11;
Gstr{i,1} = 'C825OOH'; Gstr{i,2} = 'OH'; 
fC825OOH(i)=fC825OOH(i)-1; fOH(i)=fOH(i)-1; fC825CO(i)=fC825CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C825OOH + hv = C825O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C825OOH'; 
fC825OOH(i)=fC825OOH(i)-1; fC825O(i)=fC825O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C825O = C622CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C825O'; 
fC825O(i)=fC825O(i)-1; fC622CHO(i)=fC622CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C825CO + OH = C622CO3';
k(:,i) = 6.64e-11;
Gstr{i,1} = 'C825CO'; Gstr{i,2} = 'OH'; 
fC825CO(i)=fC825CO(i)-1; fOH(i)=fOH(i)-1; fC622CO3(i)=fC622CO3(i)+1; 

i=i+1;
Rnames{i} = 'C825CO + hv = C622CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C825CO'; 
fC825CO(i)=fC825CO(i)-1; fC622CO3(i)=fC622CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C825OH + OH = C825CO + HO2';
k(:,i) = 6.69e-11;
Gstr{i,1} = 'C825OH'; Gstr{i,2} = 'OH'; 
fC825OH(i)=fC825OH(i)-1; fOH(i)=fOH(i)-1; fC825CO(i)=fC825CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C731OOH + OH = C626CHO + OH';
k(:,i) = 4.83e-11;
Gstr{i,1} = 'C731OOH'; Gstr{i,2} = 'OH'; 
fC731OOH(i)=fC731OOH(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C731OOH + hv = C731O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C731OOH'; 
fC731OOH(i)=fC731OOH(i)-1; fC731O(i)=fC731O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C731NO3 + OH = C626CHO + NO2';
k(:,i) = 3.17e-11;
Gstr{i,1} = 'C731NO3'; Gstr{i,2} = 'OH'; 
fC731NO3(i)=fC731NO3(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731NO3 + hv = C731O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C731NO3'; 
fC731NO3(i)=fC731NO3(i)-1; fC731O(i)=fC731O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C731O = C733O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C731O'; 
fC731O(i)=fC731O(i)-1; fC733O2(i)=fC733O2(i)+1; 

i=i+1;
Rnames{i} = 'C731OH + OH = C626CHO + HO2';
k(:,i) = 3.92e-11;
Gstr{i,1} = 'C731OH'; Gstr{i,2} = 'OH'; 
fC731OH(i)=fC731OH(i)-1; fOH(i)=fOH(i)-1; fC626CHO(i)=fC626CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3H + OH = C732CO3';
k(:,i) = 2.16e-11;
Gstr{i,1} = 'C732CO3H'; Gstr{i,2} = 'OH'; 
fC732CO3H(i)=fC732CO3H(i)-1; fOH(i)=fOH(i)-1; fC732CO3(i)=fC732CO3(i)+1; 

i=i+1;
Rnames{i} = 'C732CO3H + hv = C732O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C732CO3H'; 
fC732CO3H(i)=fC732CO3H(i)-1; fC732O2(i)=fC732O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + HO2 = C732OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'HO2'; 
fC732O2(i)=fC732O2(i)-1; fHO2(i)=fHO2(i)-1; fC732OOH(i)=fC732OOH(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + NO = C732NO3';
k(:,i) = KRO2NO.*0.138;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'NO'; 
fC732O2(i)=fC732O2(i)-1; fNO(i)=fNO(i)-1; fC732NO3(i)=fC732NO3(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + NO = C732O + NO2';
k(:,i) = KRO2NO.*0.862;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'NO'; 
fC732O2(i)=fC732O2(i)-1; fNO(i)=fNO(i)-1; fC732O(i)=fC732O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + NO3 = C732O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'NO3'; 
fC732O2(i)=fC732O2(i)-1; fNO3(i)=fNO3(i)-1; fC732O(i)=fC732O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + RO2 = C732CO';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'RO2';
fC732O2(i)=fC732O2(i)-1; fC732CO(i)=fC732CO(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + RO2 = C732O';
k(:,i) = 1.30e-12.*0.6;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'RO2';
fC732O2(i)=fC732O2(i)-1; fC732O(i)=fC732O(i)+1; 

i=i+1;
Rnames{i} = 'C732O2 + RO2 = C732OH';
k(:,i) = 1.30e-12.*0.2;
Gstr{i,1} = 'C732O2'; Gstr{i,2} = 'RO2';
fC732O2(i)=fC732O2(i)-1; fC732OH(i)=fC732OH(i)+1; 

i=i+1;
Rnames{i} = 'KLIMONIC + OH = C732O2';
k(:,i) = 1.85e-11;
Gstr{i,1} = 'KLIMONIC'; Gstr{i,2} = 'OH'; 
fKLIMONIC(i)=fKLIMONIC(i)-1; fOH(i)=fOH(i)-1; fC732O2(i)=fC732O2(i)+1; 

i=i+1;
Rnames{i} = 'C732PAN + OH = C732CO + CO + NO2';
k(:,i) = 1.80e-11;
Gstr{i,1} = 'C732PAN'; Gstr{i,2} = 'OH'; 
fC732PAN(i)=fC732PAN(i)-1; fOH(i)=fOH(i)-1; fC732CO(i)=fC732CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732PAN = C732CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C732PAN'; 
fC732PAN(i)=fC732PAN(i)-1; fC732CO3(i)=fC732CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012OOH + OH = C1012CO + OH';
k(:,i) = 5.57e-11;
Gstr{i,1} = 'C1012OOH'; Gstr{i,2} = 'OH'; 
fC1012OOH(i)=fC1012OOH(i)-1; fOH(i)=fOH(i)-1; fC1012CO(i)=fC1012CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1012OOH + hv = C1012O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1012OOH'; 
fC1012OOH(i)=fC1012OOH(i)-1; fC1012O(i)=fC1012O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1012NO3 + OH = C1012CO + NO2';
k(:,i) = 2.38e-11;
Gstr{i,1} = 'C1012NO3'; Gstr{i,2} = 'OH'; 
fC1012NO3(i)=fC1012NO3(i)-1; fOH(i)=fOH(i)-1; fC1012CO(i)=fC1012CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012NO3 + hv = C1012O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1012NO3'; 
fC1012NO3(i)=fC1012NO3(i)-1; fC1012O(i)=fC1012O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012O = C1012CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C1012O'; 
fC1012O(i)=fC1012O(i)-1; fC1012CO(i)=fC1012CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012O = CO2C4CHO + C3ME3CHOO2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C1012O'; 
fC1012O(i)=fC1012O(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C1012CO + OH = C928CO3';
k(:,i) = 2.94e-11;
Gstr{i,1} = 'C1012CO'; Gstr{i,2} = 'OH'; 
fC1012CO(i)=fC1012CO(i)-1; fOH(i)=fOH(i)-1; fC928CO3(i)=fC928CO3(i)+1; 

i=i+1;
Rnames{i} = 'C1012OH + OH = C1012CO + HO2';
k(:,i) = 3.78e-11;
Gstr{i,1} = 'C1012OH'; Gstr{i,2} = 'OH'; 
fC1012OH(i)=fC1012OH(i)-1; fOH(i)=fOH(i)-1; fC1012CO(i)=fC1012CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211OOH + OH = C1211CO + OH';
k(:,i) = 2.18e-11;
Gstr{i,1} = 'C1211OOH'; Gstr{i,2} = 'OH'; 
fC1211OOH(i)=fC1211OOH(i)-1; fOH(i)=fOH(i)-1; fC1211CO(i)=fC1211CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1211OOH + hv = C1211O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1211OOH'; 
fC1211OOH(i)=fC1211OOH(i)-1; fC1211O(i)=fC1211O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1211NO3 + OH = C1211CO + NO2';
k(:,i) = 8.22e-12;
Gstr{i,1} = 'C1211NO3'; Gstr{i,2} = 'OH'; 
fC1211NO3(i)=fC1211NO3(i)-1; fOH(i)=fOH(i)-1; fC1211CO(i)=fC1211CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211NO3 + hv = C1211O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C1211NO3'; 
fC1211NO3(i)=fC1211NO3(i)-1; fC1211O(i)=fC1211O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211O = C1212O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1211O'; 
fC1211O(i)=fC1211O(i)-1; fC1212O2(i)=fC1212O2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO + OH = C1212O2';
k(:,i) = 2.90e-11;
Gstr{i,1} = 'C1211CO'; Gstr{i,2} = 'OH'; 
fC1211CO(i)=fC1211CO(i)-1; fOH(i)=fOH(i)-1; fC1212O2(i)=fC1212O2(i)+1; 

i=i+1;
Rnames{i} = 'C1211CO + hv = C1212O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C1211CO'; 
fC1211CO(i)=fC1211CO(i)-1; fC1212O2(i)=fC1212O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1211OH + OH = C1211CO + HO2';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'C1211OH'; Gstr{i,2} = 'OH'; 
fC1211OH(i)=fC1211OH(i)-1; fOH(i)=fOH(i)-1; fC1211CO(i)=fC1211CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + HO2 = C829OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'HO2'; 
fC829O2(i)=fC829O2(i)-1; fHO2(i)=fHO2(i)-1; fC829OOH(i)=fC829OOH(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + NO = C829NO3';
k(:,i) = KRO2NO.*0.106;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'NO'; 
fC829O2(i)=fC829O2(i)-1; fNO(i)=fNO(i)-1; fC829NO3(i)=fC829NO3(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + NO = C829O + NO2';
k(:,i) = KRO2NO.*0.894;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'NO'; 
fC829O2(i)=fC829O2(i)-1; fNO(i)=fNO(i)-1; fC829O(i)=fC829O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + NO3 = C829O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'NO3'; 
fC829O2(i)=fC829O2(i)-1; fNO3(i)=fNO3(i)-1; fC829O(i)=fC829O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + RO2 = C829O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'RO2';
fC829O2(i)=fC829O2(i)-1; fC829O(i)=fC829O(i)+1; 

i=i+1;
Rnames{i} = 'C829O2 + RO2 = C829OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C829O2'; Gstr{i,2} = 'RO2';
fC829O2(i)=fC829O2(i)-1; fC829OH(i)=fC829OH(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + HO2 = C134OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'HO2'; 
fC134O2(i)=fC134O2(i)-1; fHO2(i)=fHO2(i)-1; fC134OOH(i)=fC134OOH(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + NO = C134O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'NO'; 
fC134O2(i)=fC134O2(i)-1; fNO(i)=fNO(i)-1; fC134O(i)=fC134O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + NO3 = C134O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'NO3'; 
fC134O2(i)=fC134O2(i)-1; fNO3(i)=fNO3(i)-1; fC134O(i)=fC134O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + RO2 = C134CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'RO2';
fC134O2(i)=fC134O2(i)-1; fC134CO(i)=fC134CO(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + RO2 = C134O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'RO2';
fC134O2(i)=fC134O2(i)-1; fC134O(i)=fC134O(i)+1; 

i=i+1;
Rnames{i} = 'C134O2 + RO2 = C134OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C134O2'; Gstr{i,2} = 'RO2';
fC134O2(i)=fC134O2(i)-1; fC134OH(i)=fC134OH(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + HO2 = C827CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'HO2'; 
fC827CO3(i)=fC827CO3(i)-1; fHO2(i)=fHO2(i)-1; fC827CO2H(i)=fC827CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + HO2 = C827CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'HO2'; 
fC827CO3(i)=fC827CO3(i)-1; fHO2(i)=fHO2(i)-1; fC827CO3H(i)=fC827CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + HO2 = C827O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'HO2'; 
fC827CO3(i)=fC827CO3(i)-1; fHO2(i)=fHO2(i)-1; fC827O2(i)=fC827O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + NO = C827O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'NO'; 
fC827CO3(i)=fC827CO3(i)-1; fNO(i)=fNO(i)-1; fC827O2(i)=fC827O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + NO2 = C827PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'NO2'; 
fC827CO3(i)=fC827CO3(i)-1; fNO2(i)=fNO2(i)-1; fC827PAN(i)=fC827PAN(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + NO3 = C827O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'NO3'; 
fC827CO3(i)=fC827CO3(i)-1; fNO3(i)=fNO3(i)-1; fC827O2(i)=fC827O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + RO2 = C827CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'RO2';
fC827CO3(i)=fC827CO3(i)-1; fC827CO2H(i)=fC827CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3 + RO2 = C827O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C827CO3'; Gstr{i,2} = 'RO2';
fC827CO3(i)=fC827CO3(i)-1; fC827O2(i)=fC827O2(i)+1; 

i=i+1;
Rnames{i} = 'C139OOH + OH = C139O2';
k(:,i) = 7.90e-11;
Gstr{i,1} = 'C139OOH'; Gstr{i,2} = 'OH'; 
fC139OOH(i)=fC139OOH(i)-1; fOH(i)=fOH(i)-1; fC139O2(i)=fC139O2(i)+1; 

i=i+1;
Rnames{i} = 'C139OOH + hv = C139O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C139OOH'; 
fC139OOH(i)=fC139OOH(i)-1; fC139O(i)=fC139O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C139NO3 + OH = C1310CO + NO2';
k(:,i) = 5.87e-11;
Gstr{i,1} = 'C139NO3'; Gstr{i,2} = 'OH'; 
fC139NO3(i)=fC139NO3(i)-1; fOH(i)=fOH(i)-1; fC1310CO(i)=fC1310CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C139NO3 + hv = C139O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C139NO3'; 
fC139NO3(i)=fC139NO3(i)-1; fC139O(i)=fC139O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C139O = C1310O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C139O'; 
fC139O(i)=fC139O(i)-1; fC1310O2(i)=fC1310O2(i)+1; 

i=i+1;
Rnames{i} = 'C139OH + OH = C139O';
k(:,i) = 6.69e-11;
Gstr{i,1} = 'C139OH'; Gstr{i,2} = 'OH'; 
fC139OH(i)=fC139OH(i)-1; fOH(i)=fOH(i)-1; fC139O(i)=fC139O(i)+1; 

i=i+1;
Rnames{i} = 'C1014OOH + OH = C1014CO + OH';
k(:,i) = 5.56e-11;
Gstr{i,1} = 'C1014OOH'; Gstr{i,2} = 'OH'; 
fC1014OOH(i)=fC1014OOH(i)-1; fOH(i)=fOH(i)-1; fC1014CO(i)=fC1014CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1014OOH + hv = C1014O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1014OOH'; 
fC1014OOH(i)=fC1014OOH(i)-1; fC1014O(i)=fC1014O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1014NO3 + OH = C1014CO + NO2';
k(:,i) = 2.37e-11;
Gstr{i,1} = 'C1014NO3'; Gstr{i,2} = 'OH'; 
fC1014NO3(i)=fC1014NO3(i)-1; fOH(i)=fOH(i)-1; fC1014CO(i)=fC1014CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014NO3 + hv = C1014O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1014NO3'; 
fC1014NO3(i)=fC1014NO3(i)-1; fC1014O(i)=fC1014O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014O = C1014CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C1014O'; 
fC1014O(i)=fC1014O(i)-1; fC1014CO(i)=fC1014CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014O = COO2C4CHO + C3ME3CHOO2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C1014O'; 
fC1014O(i)=fC1014O(i)-1; fCOO2C4CHO(i)=fCOO2C4CHO(i)+1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014CO + OH = COO2C4CHO + C3ME3CHOO2';
k(:,i) = 2.93e-11;
Gstr{i,1} = 'C1014CO'; Gstr{i,2} = 'OH'; 
fC1014CO(i)=fC1014CO(i)-1; fOH(i)=fOH(i)-1; fCOO2C4CHO(i)=fCOO2C4CHO(i)+1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C1014OH + OH = C1014CO + HO2';
k(:,i) = 3.77e-11;
Gstr{i,1} = 'C1014OH'; Gstr{i,2} = 'OH'; 
fC1014OH(i)=fC1014OH(i)-1; fOH(i)=fOH(i)-1; fC1014CO(i)=fC1014CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + HO2 = C522CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'HO2'; 
fC522CO3(i)=fC522CO3(i)-1; fHO2(i)=fHO2(i)-1; fC522CO2H(i)=fC522CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + HO2 = C522CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'HO2'; 
fC522CO3(i)=fC522CO3(i)-1; fHO2(i)=fHO2(i)-1; fC522CO3H(i)=fC522CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + HO2 = CHOC2CO3 + HCHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'HO2'; 
fC522CO3(i)=fC522CO3(i)-1; fHO2(i)=fHO2(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + NO = CHOC2CO3 + HCHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'NO'; 
fC522CO3(i)=fC522CO3(i)-1; fNO(i)=fNO(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + NO2 = C522PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'NO2'; 
fC522CO3(i)=fC522CO3(i)-1; fNO2(i)=fNO2(i)-1; fC522PAN(i)=fC522PAN(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + NO3 = CHOC2CO3 + HCHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'NO3'; 
fC522CO3(i)=fC522CO3(i)-1; fNO3(i)=fNO3(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + RO2 = C522CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'RO2';
fC522CO3(i)=fC522CO3(i)-1; fC522CO2H(i)=fC522CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3 + RO2 = CHOC2CO3 + HCHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C522CO3'; Gstr{i,2} = 'RO2';
fC522CO3(i)=fC522CO3(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C736OOH + OH = C736CO + OH';
k(:,i) = 8.38e-11;
Gstr{i,1} = 'C736OOH'; Gstr{i,2} = 'OH'; 
fC736OOH(i)=fC736OOH(i)-1; fOH(i)=fOH(i)-1; fC736CO(i)=fC736CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C736OOH + hv = C736O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C736OOH'; 
fC736OOH(i)=fC736OOH(i)-1; fC736O(i)=fC736O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C736O = C522CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C736O'; 
fC736O(i)=fC736O(i)-1; fC522CO3(i)=fC522CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C736OH + OH = C736CO + HO2';
k(:,i) = 7.92e-11;
Gstr{i,1} = 'C736OH'; Gstr{i,2} = 'OH'; 
fC736OH(i)=fC736OH(i)-1; fOH(i)=fOH(i)-1; fC736CO(i)=fC736CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C118OOH + OH = C118CO + OH';
k(:,i) = 5.61e-11;
Gstr{i,1} = 'C118OOH'; Gstr{i,2} = 'OH'; 
fC118OOH(i)=fC118OOH(i)-1; fOH(i)=fOH(i)-1; fC118CO(i)=fC118CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C118OOH + hv = C118O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C118OOH'; 
fC118OOH(i)=fC118OOH(i)-1; fC118O(i)=fC118O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C118NO3 + OH = C118CO + NO2';
k(:,i) = 2.94e-11;
Gstr{i,1} = 'C118NO3'; Gstr{i,2} = 'OH'; 
fC118NO3(i)=fC118NO3(i)-1; fOH(i)=fOH(i)-1; fC118CO(i)=fC118CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C118NO3 + hv = C118O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C118NO3'; 
fC118NO3(i)=fC118NO3(i)-1; fC118O(i)=fC118O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C118O = C829O2 + HCOCH2CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C118O'; 
fC118O(i)=fC118O(i)-1; fC829O2(i)=fC829O2(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; 

i=i+1;
Rnames{i} = 'C118OH + OH = C118CO + HO2';
k(:,i) = 4.17e-11;
Gstr{i,1} = 'C118OH'; Gstr{i,2} = 'OH'; 
fC118OH(i)=fC118OH(i)-1; fOH(i)=fOH(i)-1; fC118CO(i)=fC118CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + HO2 = C831OOH';
k(:,i) = KRO2HO2.*0.914;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'HO2'; 
fC831O2(i)=fC831O2(i)-1; fHO2(i)=fHO2(i)-1; fC831OOH(i)=fC831OOH(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + NO = C831NO3';
k(:,i) = KRO2NO.*0.192;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'NO'; 
fC831O2(i)=fC831O2(i)-1; fNO(i)=fNO(i)-1; fC831NO3(i)=fC831NO3(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + NO = C831O + NO2';
k(:,i) = KRO2NO.*0.808;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'NO'; 
fC831O2(i)=fC831O2(i)-1; fNO(i)=fNO(i)-1; fC831O(i)=fC831O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + NO3 = C831O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'NO3'; 
fC831O2(i)=fC831O2(i)-1; fNO3(i)=fNO3(i)-1; fC831O(i)=fC831O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + RO2 = C831CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'RO2';
fC831O2(i)=fC831O2(i)-1; fC831CO(i)=fC831CO(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + RO2 = C831O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'RO2';
fC831O2(i)=fC831O2(i)-1; fC831O(i)=fC831O(i)+1; 

i=i+1;
Rnames{i} = 'C831O2 + RO2 = C831OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C831O2'; Gstr{i,2} = 'RO2';
fC831O2(i)=fC831O2(i)-1; fC831OH(i)=fC831OH(i)+1; 

i=i+1;
Rnames{i} = 'C928CO2H + OH = C928O2';
k(:,i) = 9.40e-12;
Gstr{i,1} = 'C928CO2H'; Gstr{i,2} = 'OH'; 
fC928CO2H(i)=fC928CO2H(i)-1; fOH(i)=fOH(i)-1; fC928O2(i)=fC928O2(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3H + OH = C928CO3';
k(:,i) = 1.29e-11;
Gstr{i,1} = 'C928CO3H'; Gstr{i,2} = 'OH'; 
fC928CO3H(i)=fC928CO3H(i)-1; fOH(i)=fOH(i)-1; fC928CO3(i)=fC928CO3(i)+1; 

i=i+1;
Rnames{i} = 'C928CO3H + hv = C928O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C928CO3H'; 
fC928CO3H(i)=fC928CO3H(i)-1; fC928O2(i)=fC928O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + HO2 = C928OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'HO2'; 
fC928O2(i)=fC928O2(i)-1; fHO2(i)=fHO2(i)-1; fC928OOH(i)=fC928OOH(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + NO = C928NO3';
k(:,i) = KRO2NO.*0.157;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'NO'; 
fC928O2(i)=fC928O2(i)-1; fNO(i)=fNO(i)-1; fC928NO3(i)=fC928NO3(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + NO = C928O + NO2';
k(:,i) = KRO2NO.*0.843;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'NO'; 
fC928O2(i)=fC928O2(i)-1; fNO(i)=fNO(i)-1; fC928O(i)=fC928O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + NO3 = C928O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'NO3'; 
fC928O2(i)=fC928O2(i)-1; fNO3(i)=fNO3(i)-1; fC928O(i)=fC928O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + RO2 = C827CHO';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'RO2';
fC928O2(i)=fC928O2(i)-1; fC827CHO(i)=fC827CHO(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + RO2 = C928O';
k(:,i) = 1.32e-12.*0.6;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'RO2';
fC928O2(i)=fC928O2(i)-1; fC928O(i)=fC928O(i)+1; 

i=i+1;
Rnames{i} = 'C928O2 + RO2 = C928OH';
k(:,i) = 1.32e-12.*0.2;
Gstr{i,1} = 'C928O2'; Gstr{i,2} = 'RO2';
fC928O2(i)=fC928O2(i)-1; fC928OH(i)=fC928OH(i)+1; 

i=i+1;
Rnames{i} = 'C928PAN + OH = C827CHO + CO + NO2';
k(:,i) = 9.26e-12;
Gstr{i,1} = 'C928PAN'; Gstr{i,2} = 'OH'; 
fC928PAN(i)=fC928PAN(i)-1; fOH(i)=fOH(i)-1; fC827CHO(i)=fC827CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928PAN = C928CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C928PAN'; 
fC928PAN(i)=fC928PAN(i)-1; fC928CO3(i)=fC928CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + HO2 = C46CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'HO2'; 
fC46CO3(i)=fC46CO3(i)-1; fHO2(i)=fHO2(i)-1; fC46CO2H(i)=fC46CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + HO2 = C46CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'HO2'; 
fC46CO3(i)=fC46CO3(i)-1; fHO2(i)=fHO2(i)-1; fC46CO3H(i)=fC46CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + HO2 = HOC2H4CO3 + HCHO + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'HO2'; 
fC46CO3(i)=fC46CO3(i)-1; fHO2(i)=fHO2(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + NO = HOC2H4CO3 + HCHO + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'NO'; 
fC46CO3(i)=fC46CO3(i)-1; fNO(i)=fNO(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + NO2 = C46PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'NO2'; 
fC46CO3(i)=fC46CO3(i)-1; fNO2(i)=fNO2(i)-1; fC46PAN(i)=fC46PAN(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + NO3 = HOC2H4CO3 + HCHO + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'NO3'; 
fC46CO3(i)=fC46CO3(i)-1; fNO3(i)=fNO3(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + RO2 = C46CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'RO2';
fC46CO3(i)=fC46CO3(i)-1; fC46CO2H(i)=fC46CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3 + RO2 = HOC2H4CO3 + HCHO';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C46CO3'; Gstr{i,2} = 'RO2';
fC46CO3(i)=fC46CO3(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C630OOH + OH = C630CO + OH';
k(:,i) = 8.69e-11;
Gstr{i,1} = 'C630OOH'; Gstr{i,2} = 'OH'; 
fC630OOH(i)=fC630OOH(i)-1; fOH(i)=fOH(i)-1; fC630CO(i)=fC630CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C630OOH + hv = C630O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C630OOH'; 
fC630OOH(i)=fC630OOH(i)-1; fC630O(i)=fC630O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C630O = C46CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C630O'; 
fC630O(i)=fC630O(i)-1; fC46CO3(i)=fC46CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C630OH + OH = C630CO + HO2';
k(:,i) = 7.47e-11;
Gstr{i,1} = 'C630OH'; Gstr{i,2} = 'OH'; 
fC630OH(i)=fC630OH(i)-1; fOH(i)=fOH(i)-1; fC630CO(i)=fC630CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + HO2 = C930OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'HO2'; 
fC930O2(i)=fC930O2(i)-1; fHO2(i)=fHO2(i)-1; fC930OOH(i)=fC930OOH(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + NO = C930NO3';
k(:,i) = KRO2NO.*0.118;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'NO'; 
fC930O2(i)=fC930O2(i)-1; fNO(i)=fNO(i)-1; fC930NO3(i)=fC930NO3(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + NO = C930O + NO2';
k(:,i) = KRO2NO.*0.882;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'NO'; 
fC930O2(i)=fC930O2(i)-1; fNO(i)=fNO(i)-1; fC930O(i)=fC930O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + NO3 = C930O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'NO3'; 
fC930O2(i)=fC930O2(i)-1; fNO3(i)=fNO3(i)-1; fC930O(i)=fC930O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + RO2 = C930O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'RO2';
fC930O2(i)=fC930O2(i)-1; fC930O(i)=fC930O(i)+1; 

i=i+1;
Rnames{i} = 'C930O2 + RO2 = C930OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C930O2'; Gstr{i,2} = 'RO2';
fC930O2(i)=fC930O2(i)-1; fC930OH(i)=fC930OH(i)+1; 

i=i+1;
Rnames{i} = 'C1215OOH + OH = C1215CO + OH';
k(:,i) = 6.13e-11;
Gstr{i,1} = 'C1215OOH'; Gstr{i,2} = 'OH'; 
fC1215OOH(i)=fC1215OOH(i)-1; fOH(i)=fOH(i)-1; fC1215CO(i)=fC1215CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1215OOH + hv = C1215O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1215OOH'; 
fC1215OOH(i)=fC1215OOH(i)-1; fC1215O(i)=fC1215O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1215NO3 + OH = C1215CO + NO2';
k(:,i) = 3.23e-11;
Gstr{i,1} = 'C1215NO3'; Gstr{i,2} = 'OH'; 
fC1215NO3(i)=fC1215NO3(i)-1; fOH(i)=fOH(i)-1; fC1215CO(i)=fC1215CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1215NO3 + hv = C1215O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C1215NO3'; 
fC1215NO3(i)=fC1215NO3(i)-1; fC1215O(i)=fC1215O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1215O = C930O2 + HOC2H4CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C1215O'; 
fC1215O(i)=fC1215O(i)-1; fC930O2(i)=fC930O2(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C1215OH + OH = C1215CO + HO2';
k(:,i) = 4.35e-11;
Gstr{i,1} = 'C1215OH'; Gstr{i,2} = 'OH'; 
fC1215OH(i)=fC1215OH(i)-1; fOH(i)=fOH(i)-1; fC1215CO(i)=fC1215CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALNHYOOH + OH = EMALANHYO2';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'EMALNHYOOH'; Gstr{i,2} = 'OH'; 
fEMALNHYOOH(i)=fEMALNHYOOH(i)-1; fOH(i)=fOH(i)-1; fEMALANHYO2(i)=fEMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'EMALNHYOOH + hv = EMALANHYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'EMALNHYOOH'; 
fEMALNHYOOH(i)=fEMALNHYOOH(i)-1; fEMALANHYO(i)=fEMALANHYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'EMALANHYO = CO3H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'EMALANHYO'; 
fEMALANHYO(i)=fEMALANHYO(i)-1; fCO3H4CO3(i)=fCO3H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'EMALNHY2OH + OH = EMALANHYO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'EMALNHY2OH'; Gstr{i,2} = 'OH'; 
fEMALNHY2OH(i)=fEMALNHY2OH(i)-1; fOH(i)=fOH(i)-1; fEMALANHYO(i)=fEMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'PMALNHYOOH + OH = PMALANHYO2';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'PMALNHYOOH'; Gstr{i,2} = 'OH'; 
fPMALNHYOOH(i)=fPMALNHYOOH(i)-1; fOH(i)=fOH(i)-1; fPMALANHYO2(i)=fPMALANHYO2(i)+1; 

i=i+1;
Rnames{i} = 'PMALNHYOOH + hv = PMALANHYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'PMALNHYOOH'; 
fPMALNHYOOH(i)=fPMALNHYOOH(i)-1; fPMALANHYO(i)=fPMALANHYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'PMALANHYO = C5O45OHCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'PMALANHYO'; 
fPMALANHYO(i)=fPMALANHYO(i)-1; fC5O45OHCO3(i)=fC5O45OHCO3(i)+1; 

i=i+1;
Rnames{i} = 'PMALNHY2OH + OH = PMALANHYO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'PMALNHY2OH'; Gstr{i,2} = 'OH'; 
fPMALNHY2OH(i)=fPMALNHY2OH(i)-1; fOH(i)=fOH(i)-1; fPMALANHYO(i)=fPMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'IPMLNHYOOH + OH = IPMALNHYO2';
k(:,i) = 1.69e-11;
Gstr{i,1} = 'IPMLNHYOOH'; Gstr{i,2} = 'OH'; 
fIPMLNHYOOH(i)=fIPMLNHYOOH(i)-1; fOH(i)=fOH(i)-1; fIPMALNHYO2(i)=fIPMALNHYO2(i)+1; 

i=i+1;
Rnames{i} = 'IPMLNHYOOH + hv = IPMALANHYO + OH';
k(:,i) = J41;
Gstr{i,1} = 'IPMLNHYOOH'; 
fIPMLNHYOOH(i)=fIPMLNHYOOH(i)-1; fIPMALANHYO(i)=fIPMALANHYO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'IPMALANHYO = C4MOHOCO3';
k(:,i) = KDEC;
Gstr{i,1} = 'IPMALANHYO'; 
fIPMALANHYO(i)=fIPMALANHYO(i)-1; fC4MOHOCO3(i)=fC4MOHOCO3(i)+1; 

i=i+1;
Rnames{i} = 'IPMLNHY2OH + OH = IPMALANHYO';
k(:,i) = 1.34e-11;
Gstr{i,1} = 'IPMLNHY2OH'; Gstr{i,2} = 'OH'; 
fIPMLNHY2OH(i)=fIPMLNHY2OH(i)-1; fOH(i)=fOH(i)-1; fIPMALANHYO(i)=fIPMALANHYO(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3H + OH = C312COCO3';
k(:,i) = 1.63e-11;
Gstr{i,1} = 'C312COCO3H'; Gstr{i,2} = 'OH'; 
fC312COCO3H(i)=fC312COCO3H(i)-1; fOH(i)=fOH(i)-1; fC312COCO3(i)=fC312COCO3(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3H + hv = CHOCOCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C312COCO3H'; 
fC312COCO3H(i)=fC312COCO3H(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C312COCO3H + hv = CHOCOCH2O2 + OH';
k(:,i) = J34;
Gstr{i,1} = 'C312COCO3H'; 
fC312COCO3H(i)=fC312COCO3H(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C312COPAN + OH = C33CO + CO + NO2';
k(:,i) = 1.27e-11;
Gstr{i,1} = 'C312COPAN'; Gstr{i,2} = 'OH'; 
fC312COPAN(i)=fC312COPAN(i)-1; fOH(i)=fOH(i)-1; fC33CO(i)=fC33CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C312COPAN = C312COCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C312COPAN'; 
fC312COPAN(i)=fC312COPAN(i)-1; fC312COCO3(i)=fC312COCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'ALCOCH2OOH + OH = CHOCOCH2O2';
k(:,i) = 2.41e-11;
Gstr{i,1} = 'ALCOCH2OOH'; Gstr{i,2} = 'OH'; 
fALCOCH2OOH(i)=fALCOCH2OOH(i)-1; fOH(i)=fOH(i)-1; fCHOCOCH2O2(i)=fCHOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'ALCOCH2OOH + hv = CHOCOCH2O + OH';
k(:,i) = J41;
Gstr{i,1} = 'ALCOCH2OOH'; 
fALCOCH2OOH(i)=fALCOCH2OOH(i)-1; fCHOCOCH2O(i)=fCHOCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'ALCOCH2OOH + hv = CHOCOCH2O + OH';
k(:,i) = J34;
Gstr{i,1} = 'ALCOCH2OOH'; 
fALCOCH2OOH(i)=fALCOCH2OOH(i)-1; fCHOCOCH2O(i)=fCHOCOCH2O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CHOCOCH2O = HCHO + HCOCO';
k(:,i) = KDEC;
Gstr{i,1} = 'CHOCOCH2O'; 
fCHOCOCH2O(i)=fCHOCOCH2O(i)-1; fHCHO(i)=fHCHO(i)+1; fHCOCO(i)=fHCOCO(i)+1; 

i=i+1;
Rnames{i} = 'NC72OOH + OH = NC72O2';
k(:,i) = 1.85e-11;
Gstr{i,1} = 'NC72OOH'; Gstr{i,2} = 'OH'; 
fNC72OOH(i)=fNC72OOH(i)-1; fOH(i)=fOH(i)-1; fNC72O2(i)=fNC72O2(i)+1; 

i=i+1;
Rnames{i} = 'NC72OOH + hv = NC72O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC72OOH'; 
fNC72OOH(i)=fNC72OOH(i)-1; fNC72O(i)=fNC72O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC72O = NC61CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'NC72O'; 
fNC72O(i)=fNC72O(i)-1; fNC61CO3(i)=fNC61CO3(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + HO2 = C813OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'HO2'; 
fC813O2(i)=fC813O2(i)-1; fHO2(i)=fHO2(i)-1; fC813OOH(i)=fC813OOH(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + NO = C813NO3';
k(:,i) = KRO2NO.*0.104;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'NO'; 
fC813O2(i)=fC813O2(i)-1; fNO(i)=fNO(i)-1; fC813NO3(i)=fC813NO3(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + NO = C813O + NO2';
k(:,i) = KRO2NO.*0.896;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'NO'; 
fC813O2(i)=fC813O2(i)-1; fNO(i)=fNO(i)-1; fC813O(i)=fC813O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + NO3 = C813O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'NO3'; 
fC813O2(i)=fC813O2(i)-1; fNO3(i)=fNO3(i)-1; fC813O(i)=fC813O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + RO2 = C813O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'RO2';
fC813O2(i)=fC813O2(i)-1; fC813O(i)=fC813O(i)+1; 

i=i+1;
Rnames{i} = 'C813O2 + RO2 = C813OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C813O2'; Gstr{i,2} = 'RO2';
fC813O2(i)=fC813O2(i)-1; fC813OH(i)=fC813OH(i)+1; 

i=i+1;
Rnames{i} = 'C722O2 + HO2 = C722OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C722O2'; Gstr{i,2} = 'HO2'; 
fC722O2(i)=fC722O2(i)-1; fHO2(i)=fHO2(i)-1; fC722OOH(i)=fC722OOH(i)+1; 

i=i+1;
Rnames{i} = 'C722O2 + NO = C722O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C722O2'; Gstr{i,2} = 'NO'; 
fC722O2(i)=fC722O2(i)-1; fNO(i)=fNO(i)-1; fC722O(i)=fC722O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C722O2 + NO3 = C722O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C722O2'; Gstr{i,2} = 'NO3'; 
fC722O2(i)=fC722O2(i)-1; fNO3(i)=fNO3(i)-1; fC722O(i)=fC722O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C722O2 + RO2 = C722O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C722O2'; Gstr{i,2} = 'RO2';
fC722O2(i)=fC722O2(i)-1; fC722O(i)=fC722O(i)+1; 

i=i+1;
Rnames{i} = 'C621OOH + OH = C621O2';
k(:,i) = 1.00e-10;
Gstr{i,1} = 'C621OOH'; Gstr{i,2} = 'OH'; 
fC621OOH(i)=fC621OOH(i)-1; fOH(i)=fOH(i)-1; fC621O2(i)=fC621O2(i)+1; 

i=i+1;
Rnames{i} = 'C621OOH + hv = C621O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C621OOH'; 
fC621OOH(i)=fC621OOH(i)-1; fC621O(i)=fC621O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C621OOH + hv = C621O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C621OOH'; 
fC621OOH(i)=fC621OOH(i)-1; fC621O(i)=fC621O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C621O = HCHO + H1C23C4CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C621O'; 
fC621O(i)=fC621O(i)-1; fHCHO(i)=fHCHO(i)+1; fH1C23C4CHO(i)=fH1C23C4CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3H + OH = C515CO3';
k(:,i) = 7.05e-11;
Gstr{i,1} = 'C515CO3H'; Gstr{i,2} = 'OH'; 
fC515CO3H(i)=fC515CO3H(i)-1; fOH(i)=fOH(i)-1; fC515CO3(i)=fC515CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3H + hv = C515O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C515CO3H'; 
fC515CO3H(i)=fC515CO3H(i)-1; fC515O2(i)=fC515O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515CO3H + hv = C515O2 + OH';
k(:,i) = J35;
Gstr{i,1} = 'C515CO3H'; 
fC515CO3H(i)=fC515CO3H(i)-1; fC515O2(i)=fC515O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515PAN + OH = C515CO + CO + NO2';
k(:,i) = 6.69e-11;
Gstr{i,1} = 'C515PAN'; Gstr{i,2} = 'OH'; 
fC515PAN(i)=fC515PAN(i)-1; fOH(i)=fOH(i)-1; fC515CO(i)=fC515CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515PAN = C515CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C515PAN'; 
fC515PAN(i)=fC515PAN(i)-1; fC515CO3(i)=fC515CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C515OOH + OH = C515CO + OH';
k(:,i) = 7.91e-11;
Gstr{i,1} = 'C515OOH'; Gstr{i,2} = 'OH'; 
fC515OOH(i)=fC515OOH(i)-1; fOH(i)=fOH(i)-1; fC515CO(i)=fC515CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515OOH + hv = C515O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C515OOH'; 
fC515OOH(i)=fC515OOH(i)-1; fC515O(i)=fC515O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515OOH + hv = C515O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C515OOH'; 
fC515OOH(i)=fC515OOH(i)-1; fC515O(i)=fC515O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C515O = HCHO + CO + HCOCH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C515O'; 
fC515O(i)=fC515O(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + HO2 = C615CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'HO2'; 
fC615CO3(i)=fC615CO3(i)-1; fHO2(i)=fHO2(i)-1; fC615CO2H(i)=fC615CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + HO2 = C615CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'HO2'; 
fC615CO3(i)=fC615CO3(i)-1; fHO2(i)=fHO2(i)-1; fC615CO3H(i)=fC615CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + HO2 = C615O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'HO2'; 
fC615CO3(i)=fC615CO3(i)-1; fHO2(i)=fHO2(i)-1; fC615O2(i)=fC615O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + NO = C615O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'NO'; 
fC615CO3(i)=fC615CO3(i)-1; fNO(i)=fNO(i)-1; fC615O2(i)=fC615O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + NO2 = C615PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'NO2'; 
fC615CO3(i)=fC615CO3(i)-1; fNO2(i)=fNO2(i)-1; fC615PAN(i)=fC615PAN(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + NO3 = C615O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'NO3'; 
fC615CO3(i)=fC615CO3(i)-1; fNO3(i)=fNO3(i)-1; fC615O2(i)=fC615O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + RO2 = C615CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'RO2';
fC615CO3(i)=fC615CO3(i)-1; fC615CO2H(i)=fC615CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3 + RO2 = C615O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C615CO3'; Gstr{i,2} = 'RO2';
fC615CO3(i)=fC615CO3(i)-1; fC615O2(i)=fC615O2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + HO2 = C617CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'HO2'; 
fC617CO3(i)=fC617CO3(i)-1; fHO2(i)=fHO2(i)-1; fC617CO2H(i)=fC617CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + HO2 = C617CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'HO2'; 
fC617CO3(i)=fC617CO3(i)-1; fHO2(i)=fHO2(i)-1; fC617CO3H(i)=fC617CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + HO2 = C617O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'HO2'; 
fC617CO3(i)=fC617CO3(i)-1; fHO2(i)=fHO2(i)-1; fC617O2(i)=fC617O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + NO = C617O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'NO'; 
fC617CO3(i)=fC617CO3(i)-1; fNO(i)=fNO(i)-1; fC617O2(i)=fC617O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + NO2 = C617PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'NO2'; 
fC617CO3(i)=fC617CO3(i)-1; fNO2(i)=fNO2(i)-1; fC617PAN(i)=fC617PAN(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + NO3 = C617O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'NO3'; 
fC617CO3(i)=fC617CO3(i)-1; fNO3(i)=fNO3(i)-1; fC617O2(i)=fC617O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + RO2 = C617CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'RO2';
fC617CO3(i)=fC617CO3(i)-1; fC617CO2H(i)=fC617CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3 + RO2 = C617O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C617CO3'; Gstr{i,2} = 'RO2';
fC617CO3(i)=fC617CO3(i)-1; fC617O2(i)=fC617O2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + HO2 = C618CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'HO2'; 
fC618CO3(i)=fC618CO3(i)-1; fHO2(i)=fHO2(i)-1; fC618CO2H(i)=fC618CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + HO2 = C618CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'HO2'; 
fC618CO3(i)=fC618CO3(i)-1; fHO2(i)=fHO2(i)-1; fC618CO3H(i)=fC618CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + HO2 = C618O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'HO2'; 
fC618CO3(i)=fC618CO3(i)-1; fHO2(i)=fHO2(i)-1; fC618O2(i)=fC618O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + NO = C618O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'NO'; 
fC618CO3(i)=fC618CO3(i)-1; fNO(i)=fNO(i)-1; fC618O2(i)=fC618O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + NO2 = C618PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'NO2'; 
fC618CO3(i)=fC618CO3(i)-1; fNO2(i)=fNO2(i)-1; fC618PAN(i)=fC618PAN(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + NO3 = C618O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'NO3'; 
fC618CO3(i)=fC618CO3(i)-1; fNO3(i)=fNO3(i)-1; fC618O2(i)=fC618O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + RO2 = C618CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'RO2';
fC618CO3(i)=fC618CO3(i)-1; fC618CO2H(i)=fC618CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3 + RO2 = C618O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C618CO3'; Gstr{i,2} = 'RO2';
fC618CO3(i)=fC618CO3(i)-1; fC618O2(i)=fC618O2(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + HO2 = C617OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'HO2'; 
fC617O2(i)=fC617O2(i)-1; fHO2(i)=fHO2(i)-1; fC617OOH(i)=fC617OOH(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + NO = C617O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'NO'; 
fC617O2(i)=fC617O2(i)-1; fNO(i)=fNO(i)-1; fC617O(i)=fC617O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + NO3 = C617O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'NO3'; 
fC617O2(i)=fC617O2(i)-1; fNO3(i)=fNO3(i)-1; fC617O(i)=fC617O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + RO2 = C615CO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'RO2';
fC617O2(i)=fC617O2(i)-1; fC615CO(i)=fC615CO(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + RO2 = C617O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'RO2';
fC617O2(i)=fC617O2(i)-1; fC617O(i)=fC617O(i)+1; 

i=i+1;
Rnames{i} = 'C617O2 + RO2 = C617OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C617O2'; Gstr{i,2} = 'RO2';
fC617O2(i)=fC617O2(i)-1; fC617OH(i)=fC617OH(i)+1; 

i=i+1;
Rnames{i} = 'C618O2 + HO2 = C618OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C618O2'; Gstr{i,2} = 'HO2'; 
fC618O2(i)=fC618O2(i)-1; fHO2(i)=fHO2(i)-1; fC618OOH(i)=fC618OOH(i)+1; 

i=i+1;
Rnames{i} = 'C618O2 + NO = C618O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C618O2'; Gstr{i,2} = 'NO'; 
fC618O2(i)=fC618O2(i)-1; fNO(i)=fNO(i)-1; fC618O(i)=fC618O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618O2 + NO3 = C618O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C618O2'; Gstr{i,2} = 'NO3'; 
fC618O2(i)=fC618O2(i)-1; fNO3(i)=fNO3(i)-1; fC618O(i)=fC618O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618O2 + RO2 = C618O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C618O2'; Gstr{i,2} = 'RO2';
fC618O2(i)=fC618O2(i)-1; fC618O(i)=fC618O(i)+1; 

i=i+1;
Rnames{i} = 'C618O2 + RO2 = C67CHO';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C618O2'; Gstr{i,2} = 'RO2';
fC618O2(i)=fC618O2(i)-1; fC67CHO(i)=fC67CHO(i)+1; 

i=i+1;
Rnames{i} = 'C821OOH + OH = C821O2';
k(:,i) = 5.42e-11;
Gstr{i,1} = 'C821OOH'; Gstr{i,2} = 'OH'; 
fC821OOH(i)=fC821OOH(i)-1; fOH(i)=fOH(i)-1; fC821O2(i)=fC821O2(i)+1; 

i=i+1;
Rnames{i} = 'C821OOH + hv = C821O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C821OOH'; 
fC821OOH(i)=fC821OOH(i)-1; fC821O(i)=fC821O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C821OOH + hv = C821O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C821OOH'; 
fC821OOH(i)=fC821OOH(i)-1; fC821O(i)=fC821O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C821O = CH3CO3 + CO + CO2C3CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C821O'; 
fC821O(i)=fC821O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fCO(i)=fCO(i)+1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO2H + OH = HMVKBO2';
k(:,i) = 1.48e-11;
Gstr{i,1} = 'HMVKBCO2H'; Gstr{i,2} = 'OH'; 
fHMVKBCO2H(i)=fHMVKBCO2H(i)-1; fOH(i)=fOH(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3H + OH = HMVKBCO3';
k(:,i) = 1.79e-11;
Gstr{i,1} = 'HMVKBCO3H'; Gstr{i,2} = 'OH'; 
fHMVKBCO3H(i)=fHMVKBCO3H(i)-1; fOH(i)=fOH(i)-1; fHMVKBCO3(i)=fHMVKBCO3(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBCO3H + hv = HMVKBO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HMVKBCO3H'; 
fHMVKBCO3H(i)=fHMVKBCO3H(i)-1; fHMVKBO2(i)=fHMVKBO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBPAN + OH = BIACETOH + CO + NO2';
k(:,i) = 1.43e-11;
Gstr{i,1} = 'HMVKBPAN'; Gstr{i,2} = 'OH'; 
fHMVKBPAN(i)=fHMVKBPAN(i)-1; fOH(i)=fOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'HMVKBPAN = HMVKBCO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'HMVKBPAN'; 
fHMVKBPAN(i)=fHMVKBPAN(i)-1; fHMVKBCO3(i)=fHMVKBCO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C520OOH + OH = C520O2';
k(:,i) = 3.74e-11;
Gstr{i,1} = 'C520OOH'; Gstr{i,2} = 'OH'; 
fC520OOH(i)=fC520OOH(i)-1; fOH(i)=fOH(i)-1; fC520O2(i)=fC520O2(i)+1; 

i=i+1;
Rnames{i} = 'C520OOH + hv = BIACETOH + CO + HO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C520OOH'; 
fC520OOH(i)=fC520OOH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C520OOH + hv = C520O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C520OOH'; 
fC520OOH(i)=fC520OOH(i)-1; fC520O(i)=fC520O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C520OOH + hv = HOCH2COCHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C520OOH'; 
fC520OOH(i)=fC520OOH(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C520O = BIACETOH + CO + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C520O'; 
fC520O(i)=fC520O(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C520O = HOCH2COCHO + CH3CO3';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C520O'; 
fC520O(i)=fC520O(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C520OH + OH = C520O';
k(:,i) = 3.40e-11;
Gstr{i,1} = 'C520OH'; Gstr{i,2} = 'OH'; 
fC520OH(i)=fC520OH(i)-1; fOH(i)=fOH(i)-1; fC520O(i)=fC520O(i)+1; 

i=i+1;
Rnames{i} = 'C520OH + hv = BIACETOH + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C520OH'; 
fC520OH(i)=fC520OH(i)-1; fBIACETOH(i)=fBIACETOH(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C520OH + hv = HOCH2COCHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C520OH'; 
fC520OH(i)=fC520OH(i)-1; fHOCH2COCHO(i)=fHOCH2COCHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC730O2 + HO2 = NC730OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'NC730O2'; Gstr{i,2} = 'HO2'; 
fNC730O2(i)=fNC730O2(i)-1; fHO2(i)=fHO2(i)-1; fNC730OOH(i)=fNC730OOH(i)+1; 

i=i+1;
Rnames{i} = 'NC730O2 + NO = NC730O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'NC730O2'; Gstr{i,2} = 'NO'; 
fNC730O2(i)=fNC730O2(i)-1; fNO(i)=fNO(i)-1; fNC730O(i)=fNC730O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC730O2 + NO3 = NC730O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'NC730O2'; Gstr{i,2} = 'NO3'; 
fNC730O2(i)=fNC730O2(i)-1; fNO3(i)=fNO3(i)-1; fNC730O(i)=fNC730O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC730O2 + RO2 = NC730O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'NC730O2'; Gstr{i,2} = 'RO2';
fNC730O2(i)=fNC730O2(i)-1; fNC730O(i)=fNC730O(i)+1; 

i=i+1;
Rnames{i} = 'NC730O2 + RO2 = NC730OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'NC730O2'; Gstr{i,2} = 'RO2';
fNC730O2(i)=fNC730O2(i)-1; fNC730OH(i)=fNC730OH(i)+1; 

i=i+1;
Rnames{i} = 'C519CHO + NO3 = C519CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C519CHO'; Gstr{i,2} = 'NO3'; 
fC519CHO(i)=fC519CHO(i)-1; fNO3(i)=fNO3(i)-1; fC519CO3(i)=fC519CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C519CHO + OH = C519CO3';
k(:,i) = 3.50e-11;
Gstr{i,1} = 'C519CHO'; Gstr{i,2} = 'OH'; 
fC519CHO(i)=fC519CHO(i)-1; fOH(i)=fOH(i)-1; fC519CO3(i)=fC519CO3(i)+1; 

i=i+1;
Rnames{i} = 'C629OOA = C629O2 + OH';
k(:,i) = KDEC;
Gstr{i,1} = 'C629OOA'; 
fC629OOA(i)=fC629OOA(i)-1; fC629O2(i)=fC629O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + HO2 = C730OOH';
k(:,i) = KRO2HO2.*0.820;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'HO2'; 
fC730O2(i)=fC730O2(i)-1; fHO2(i)=fHO2(i)-1; fC730OOH(i)=fC730OOH(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + NO = C730NO3';
k(:,i) = KRO2NO.*0.056;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'NO'; 
fC730O2(i)=fC730O2(i)-1; fNO(i)=fNO(i)-1; fC730NO3(i)=fC730NO3(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + NO = C730O + NO2';
k(:,i) = KRO2NO.*0.944;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'NO'; 
fC730O2(i)=fC730O2(i)-1; fNO(i)=fNO(i)-1; fC730O(i)=fC730O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + NO3 = C730O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'NO3'; 
fC730O2(i)=fC730O2(i)-1; fNO3(i)=fNO3(i)-1; fC730O(i)=fC730O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + RO2 = C730O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'RO2';
fC730O2(i)=fC730O2(i)-1; fC730O(i)=fC730O(i)+1; 

i=i+1;
Rnames{i} = 'C730O2 + RO2 = C730OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C730O2'; Gstr{i,2} = 'RO2';
fC730O2(i)=fC730O2(i)-1; fC730OH(i)=fC730OH(i)+1; 

i=i+1;
Rnames{i} = 'C624CO2H + OH = C624O2';
k(:,i) = 5.94e-11;
Gstr{i,1} = 'C624CO2H'; Gstr{i,2} = 'OH'; 
fC624CO2H(i)=fC624CO2H(i)-1; fOH(i)=fOH(i)-1; fC624O2(i)=fC624O2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3H + OH = C624CO3';
k(:,i) = 6.25e-11;
Gstr{i,1} = 'C624CO3H'; Gstr{i,2} = 'OH'; 
fC624CO3H(i)=fC624CO3H(i)-1; fOH(i)=fOH(i)-1; fC624CO3(i)=fC624CO3(i)+1; 

i=i+1;
Rnames{i} = 'C624CO3H + hv = C624O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C624CO3H'; 
fC624CO3H(i)=fC624CO3H(i)-1; fC624O2(i)=fC624O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + HO2 = C624OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'HO2'; 
fC624O2(i)=fC624O2(i)-1; fHO2(i)=fHO2(i)-1; fC624OOH(i)=fC624OOH(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + NO = C624NO3';
k(:,i) = KRO2NO.*0.209;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'NO'; 
fC624O2(i)=fC624O2(i)-1; fNO(i)=fNO(i)-1; fC624NO3(i)=fC624NO3(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + NO = C624O + NO2';
k(:,i) = KRO2NO.*0.791;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'NO'; 
fC624O2(i)=fC624O2(i)-1; fNO(i)=fNO(i)-1; fC624O(i)=fC624O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + NO3 = C624O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'NO3'; 
fC624O2(i)=fC624O2(i)-1; fNO3(i)=fNO3(i)-1; fC624O(i)=fC624O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + RO2 = C624CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'RO2';
fC624O2(i)=fC624O2(i)-1; fC624CO(i)=fC624CO(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + RO2 = C624O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'RO2';
fC624O2(i)=fC624O2(i)-1; fC624O(i)=fC624O(i)+1; 

i=i+1;
Rnames{i} = 'C624O2 + RO2 = C624OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C624O2'; Gstr{i,2} = 'RO2';
fC624O2(i)=fC624O2(i)-1; fC624OH(i)=fC624OH(i)+1; 

i=i+1;
Rnames{i} = 'C624PAN + OH = C624CO + CO + NO2';
k(:,i) = 5.89e-11;
Gstr{i,1} = 'C624PAN'; Gstr{i,2} = 'OH'; 
fC624PAN(i)=fC624PAN(i)-1; fOH(i)=fOH(i)-1; fC624CO(i)=fC624CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624PAN = C624CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C624PAN'; 
fC624PAN(i)=fC624PAN(i)-1; fC624CO3(i)=fC624CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + HO2 = C733OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'HO2'; 
fC733O2(i)=fC733O2(i)-1; fHO2(i)=fHO2(i)-1; fC733OOH(i)=fC733OOH(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + NO = C733O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'NO'; 
fC733O2(i)=fC733O2(i)-1; fNO(i)=fNO(i)-1; fC733O(i)=fC733O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + NO3 = C733O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'NO3'; 
fC733O2(i)=fC733O2(i)-1; fNO3(i)=fNO3(i)-1; fC733O(i)=fC733O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + RO2 = C733CO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'RO2';
fC733O2(i)=fC733O2(i)-1; fC733CO(i)=fC733CO(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + RO2 = C733O';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'RO2';
fC733O2(i)=fC733O2(i)-1; fC733O(i)=fC733O(i)+1; 

i=i+1;
Rnames{i} = 'C733O2 + RO2 = C733OH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C733O2'; Gstr{i,2} = 'RO2';
fC733O2(i)=fC733O2(i)-1; fC733OH(i)=fC733OH(i)+1; 

i=i+1;
Rnames{i} = 'C732OOH + OH = C732CO + OH';
k(:,i) = 4.95e-11;
Gstr{i,1} = 'C732OOH'; Gstr{i,2} = 'OH'; 
fC732OOH(i)=fC732OOH(i)-1; fOH(i)=fOH(i)-1; fC732CO(i)=fC732CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C732OOH + hv = C732O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C732OOH'; 
fC732OOH(i)=fC732OOH(i)-1; fC732O(i)=fC732O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C732NO3 + OH = C732CO + NO2';
k(:,i) = 7.97e-12;
Gstr{i,1} = 'C732NO3'; Gstr{i,2} = 'OH'; 
fC732NO3(i)=fC732NO3(i)-1; fOH(i)=fOH(i)-1; fC732CO(i)=fC732CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732NO3 + hv = C732O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C732NO3'; 
fC732NO3(i)=fC732NO3(i)-1; fC732O(i)=fC732O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C732O = C734O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C732O'; 
fC732O(i)=fC732O(i)-1; fC734O2(i)=fC734O2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO + OH = C734O2';
k(:,i) = 2.81e-11;
Gstr{i,1} = 'C732CO'; Gstr{i,2} = 'OH'; 
fC732CO(i)=fC732CO(i)-1; fOH(i)=fOH(i)-1; fC734O2(i)=fC734O2(i)+1; 

i=i+1;
Rnames{i} = 'C732CO + hv = C734O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C732CO'; 
fC732CO(i)=fC732CO(i)-1; fC734O2(i)=fC734O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C732OH + OH = C732CO + HO2';
k(:,i) = 2.82e-11;
Gstr{i,1} = 'C732OH'; Gstr{i,2} = 'OH'; 
fC732OH(i)=fC732OH(i)-1; fOH(i)=fOH(i)-1; fC732CO(i)=fC732CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + HO2 = C1212OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'HO2'; 
fC1212O2(i)=fC1212O2(i)-1; fHO2(i)=fHO2(i)-1; fC1212OOH(i)=fC1212OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + NO = C1212NO3';
k(:,i) = KRO2NO.*0.132;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'NO'; 
fC1212O2(i)=fC1212O2(i)-1; fNO(i)=fNO(i)-1; fC1212NO3(i)=fC1212NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + NO = C1212O + NO2';
k(:,i) = KRO2NO.*0.868;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'NO'; 
fC1212O2(i)=fC1212O2(i)-1; fNO(i)=fNO(i)-1; fC1212O(i)=fC1212O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + NO3 = C1212O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'NO3'; 
fC1212O2(i)=fC1212O2(i)-1; fNO3(i)=fNO3(i)-1; fC1212O(i)=fC1212O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + RO2 = C1212O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'RO2';
fC1212O2(i)=fC1212O2(i)-1; fC1212O(i)=fC1212O(i)+1; 

i=i+1;
Rnames{i} = 'C1212O2 + RO2 = C1212OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C1212O2'; Gstr{i,2} = 'RO2';
fC1212O2(i)=fC1212O2(i)-1; fC1212OH(i)=fC1212OH(i)+1; 

i=i+1;
Rnames{i} = 'C829OOH + OH = C829O2';
k(:,i) = 1.43e-11;
Gstr{i,1} = 'C829OOH'; Gstr{i,2} = 'OH'; 
fC829OOH(i)=fC829OOH(i)-1; fOH(i)=fOH(i)-1; fC829O2(i)=fC829O2(i)+1; 

i=i+1;
Rnames{i} = 'C829OOH + hv = C829O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C829OOH'; 
fC829OOH(i)=fC829OOH(i)-1; fC829O(i)=fC829O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C829OOH + hv = C829O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C829OOH'; 
fC829OOH(i)=fC829OOH(i)-1; fC829O(i)=fC829O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C829NO3 + OH = C513CO + CH3COCH3 + NO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'C829NO3'; Gstr{i,2} = 'OH'; 
fC829NO3(i)=fC829NO3(i)-1; fOH(i)=fOH(i)-1; fC513CO(i)=fC513CO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C829NO3 + hv = C829O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C829NO3'; 
fC829NO3(i)=fC829NO3(i)-1; fC829O(i)=fC829O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C829NO3 + hv = C829O + NO2';
k(:,i) = J35;
Gstr{i,1} = 'C829NO3'; 
fC829NO3(i)=fC829NO3(i)-1; fC829O(i)=fC829O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C829O = C521O2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C829O'; 
fC829O(i)=fC829O(i)-1; fC521O2(i)=fC521O2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C829OH + OH = C829O';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'C829OH'; Gstr{i,2} = 'OH'; 
fC829OH(i)=fC829OH(i)-1; fOH(i)=fOH(i)-1; fC829O(i)=fC829O(i)+1; 

i=i+1;
Rnames{i} = 'C829OH + hv = H2M2C3CO3 + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C829OH'; 
fC829OH(i)=fC829OH(i)-1; fH2M2C3CO3(i)=fH2M2C3CO3(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C134OOH + OH = C134CO + OH';
k(:,i) = 3.49e-11;
Gstr{i,1} = 'C134OOH'; Gstr{i,2} = 'OH'; 
fC134OOH(i)=fC134OOH(i)-1; fOH(i)=fOH(i)-1; fC134CO(i)=fC134CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C134OOH + hv = C134O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C134OOH'; 
fC134OOH(i)=fC134OOH(i)-1; fC134O(i)=fC134O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C134OOH + hv = C134O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C134OOH'; 
fC134OOH(i)=fC134OOH(i)-1; fC134O(i)=fC134O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C134O = C827CHO + CO + HOC2H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C134O'; 
fC134O(i)=fC134O(i)-1; fC827CHO(i)=fC827CHO(i)+1; fCO(i)=fCO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C134CO + OH = C135O2';
k(:,i) = 1.63e-11;
Gstr{i,1} = 'C134CO'; Gstr{i,2} = 'OH'; 
fC134CO(i)=fC134CO(i)-1; fOH(i)=fOH(i)-1; fC135O2(i)=fC135O2(i)+1; 

i=i+1;
Rnames{i} = 'C134CO + hv = C827CO3 + CO + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C134CO'; 
fC134CO(i)=fC134CO(i)-1; fC827CO3(i)=fC827CO3(i)+1; fCO(i)=fCO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C134OH + OH = C134CO + HO2';
k(:,i) = 2.27e-11;
Gstr{i,1} = 'C134OH'; Gstr{i,2} = 'OH'; 
fC134OH(i)=fC134OH(i)-1; fOH(i)=fOH(i)-1; fC134CO(i)=fC134CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C134OH + hv = C827CHO + HO2 + CO + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C134OH'; 
fC134OH(i)=fC134OH(i)-1; fC827CHO(i)=fC827CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C827CO2H + OH = C827O2';
k(:,i) = 9.84e-12;
Gstr{i,1} = 'C827CO2H'; Gstr{i,2} = 'OH'; 
fC827CO2H(i)=fC827CO2H(i)-1; fOH(i)=fOH(i)-1; fC827O2(i)=fC827O2(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3H + OH = C827CO3';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'C827CO3H'; Gstr{i,2} = 'OH'; 
fC827CO3H(i)=fC827CO3H(i)-1; fOH(i)=fOH(i)-1; fC827CO3(i)=fC827CO3(i)+1; 

i=i+1;
Rnames{i} = 'C827CO3H + hv = C827O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C827CO3H'; 
fC827CO3H(i)=fC827CO3H(i)-1; fC827O2(i)=fC827O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C827O2 + HO2 = C827OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C827O2'; Gstr{i,2} = 'HO2'; 
fC827O2(i)=fC827O2(i)-1; fHO2(i)=fHO2(i)-1; fC827OOH(i)=fC827OOH(i)+1; 

i=i+1;
Rnames{i} = 'C827O2 + NO = C827O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C827O2'; Gstr{i,2} = 'NO'; 
fC827O2(i)=fC827O2(i)-1; fNO(i)=fNO(i)-1; fC827O(i)=fC827O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C827O2 + NO3 = C827O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C827O2'; Gstr{i,2} = 'NO3'; 
fC827O2(i)=fC827O2(i)-1; fNO3(i)=fNO3(i)-1; fC827O(i)=fC827O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C827O2 + RO2 = C827O';
k(:,i) = 6.70e-15.*0.7;
Gstr{i,1} = 'C827O2'; Gstr{i,2} = 'RO2';
fC827O2(i)=fC827O2(i)-1; fC827O(i)=fC827O(i)+1; 

i=i+1;
Rnames{i} = 'C827O2 + RO2 = C827OH';
k(:,i) = 6.70e-15.*0.3;
Gstr{i,1} = 'C827O2'; Gstr{i,2} = 'RO2';
fC827O2(i)=fC827O2(i)-1; fC827OH(i)=fC827OH(i)+1; 

i=i+1;
Rnames{i} = 'C827PAN + OH = CO2C4CHO + CH3COCH3 + NO2';
k(:,i) = 9.60e-12;
Gstr{i,1} = 'C827PAN'; Gstr{i,2} = 'OH'; 
fC827PAN(i)=fC827PAN(i)-1; fOH(i)=fOH(i)-1; fCO2C4CHO(i)=fCO2C4CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C827PAN = C827CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C827PAN'; 
fC827PAN(i)=fC827PAN(i)-1; fC827CO3(i)=fC827CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1310CO + OH = C927O2 + CHOC2CO2H';
k(:,i) = 7.74e-11;
Gstr{i,1} = 'C1310CO'; Gstr{i,2} = 'OH'; 
fC1310CO(i)=fC1310CO(i)-1; fOH(i)=fOH(i)-1; fC927O2(i)=fC927O2(i)+1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + HO2 = C1310OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'HO2'; 
fC1310O2(i)=fC1310O2(i)-1; fHO2(i)=fHO2(i)-1; fC1310OOH(i)=fC1310OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + NO = C1310NO3';
k(:,i) = KRO2NO.*0.245;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'NO'; 
fC1310O2(i)=fC1310O2(i)-1; fNO(i)=fNO(i)-1; fC1310NO3(i)=fC1310NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + NO = C1310O + NO2';
k(:,i) = KRO2NO.*0.755;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'NO'; 
fC1310O2(i)=fC1310O2(i)-1; fNO(i)=fNO(i)-1; fC1310O(i)=fC1310O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + NO3 = C1310O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'NO3'; 
fC1310O2(i)=fC1310O2(i)-1; fNO3(i)=fNO3(i)-1; fC1310O(i)=fC1310O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + RO2 = C1310CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'RO2';
fC1310O2(i)=fC1310O2(i)-1; fC1310CO(i)=fC1310CO(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + RO2 = C1310O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'RO2';
fC1310O2(i)=fC1310O2(i)-1; fC1310O(i)=fC1310O(i)+1; 

i=i+1;
Rnames{i} = 'C1310O2 + RO2 = C1310OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1310O2'; Gstr{i,2} = 'RO2';
fC1310O2(i)=fC1310O2(i)-1; fC1310OH(i)=fC1310OH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CHO + OH = COO2C4CO3';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'COO2C4CHO'; Gstr{i,2} = 'OH'; 
fCOO2C4CHO(i)=fCOO2C4CHO(i)-1; fOH(i)=fOH(i)-1; fCOO2C4CO3(i)=fCOO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CHO + hv = COO2C4O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'COO2C4CHO'; 
fCOO2C4CHO(i)=fCOO2C4CHO(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C522CO2H + OH = CHOC2CO3 + HCHO';
k(:,i) = 7.32e-11;
Gstr{i,1} = 'C522CO2H'; Gstr{i,2} = 'OH'; 
fC522CO2H(i)=fC522CO2H(i)-1; fOH(i)=fOH(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3H + OH + hv = C522CO3';
k(:,i) = J41;
Gstr{i,1} = 'C522CO3H'; Gstr{i,2} = 'OH'; 
fC522CO3H(i)=fC522CO3H(i)-1; fOH(i)=fOH(i)-1; fC522CO3(i)=fC522CO3(i)+1; 

i=i+1;
Rnames{i} = 'C522CO3H = CHOC2CO3 + HCHO + OH';
k(:,i) = 7.68e-11;
Gstr{i,1} = 'C522CO3H'; 
fC522CO3H(i)=fC522CO3H(i)-1; fCHOC2CO3(i)=fCHOC2CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C522PAN + OH = HCOCH2CHO + CO + NO2';
k(:,i) = 7.32e-11;
Gstr{i,1} = 'C522PAN'; Gstr{i,2} = 'OH'; 
fC522PAN(i)=fC522PAN(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C522PAN = C522CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C522PAN'; 
fC522PAN(i)=fC522PAN(i)-1; fC522CO3(i)=fC522CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C831OOH + OH = C831CO + OH';
k(:,i) = 7.57e-11;
Gstr{i,1} = 'C831OOH'; Gstr{i,2} = 'OH'; 
fC831OOH(i)=fC831OOH(i)-1; fOH(i)=fOH(i)-1; fC831CO(i)=fC831CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C831OOH + hv = C831O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C831OOH'; 
fC831OOH(i)=fC831OOH(i)-1; fC831O(i)=fC831O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C831NO3 + OH = C831CO + NO2';
k(:,i) = 4.38e-11;
Gstr{i,1} = 'C831NO3'; Gstr{i,2} = 'OH'; 
fC831NO3(i)=fC831NO3(i)-1; fOH(i)=fOH(i)-1; fC831CO(i)=fC831CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C831NO3 + hv = C831O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C831NO3'; 
fC831NO3(i)=fC831NO3(i)-1; fC831O(i)=fC831O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C831O = C831CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C831O'; 
fC831O(i)=fC831O(i)-1; fC831CO(i)=fC831CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C831O = HCOCH2CHO + C3ME3CHOO2';
k(:,i) = 2.70e14.*exp(-6643./T);
Gstr{i,1} = 'C831O'; 
fC831O(i)=fC831O(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C831CO + OH = HCOCH2CHO + C3ME3CHOO2';
k(:,i) = 4.94e-11;
Gstr{i,1} = 'C831CO'; Gstr{i,2} = 'OH'; 
fC831CO(i)=fC831CO(i)-1; fOH(i)=fOH(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fC3ME3CHOO2(i)=fC3ME3CHOO2(i)+1; 

i=i+1;
Rnames{i} = 'C831OH + OH = C831CO + HO2';
k(:,i) = 5.78e-11;
Gstr{i,1} = 'C831OH'; Gstr{i,2} = 'OH'; 
fC831OH(i)=fC831OH(i)-1; fOH(i)=fOH(i)-1; fC831CO(i)=fC831CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C928OOH + OH = C827CHO + OH';
k(:,i) = 1.99e-11;
Gstr{i,1} = 'C928OOH'; Gstr{i,2} = 'OH'; 
fC928OOH(i)=fC928OOH(i)-1; fOH(i)=fOH(i)-1; fC827CHO(i)=fC827CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C928OOH + hv = C928O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C928OOH'; 
fC928OOH(i)=fC928OOH(i)-1; fC928O(i)=fC928O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C928NO3 + OH = C827CHO + NO2';
k(:,i) = 7.03e-12;
Gstr{i,1} = 'C928NO3'; Gstr{i,2} = 'OH'; 
fC928NO3(i)=fC928NO3(i)-1; fOH(i)=fOH(i)-1; fC827CHO(i)=fC827CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928NO3 + hv = C928O + NO2';
k(:,i) = J53;
Gstr{i,1} = 'C928NO3'; 
fC928NO3(i)=fC928NO3(i)-1; fC928O(i)=fC928O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C928O = C929O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C928O'; 
fC928O(i)=fC928O(i)-1; fC929O2(i)=fC929O2(i)+1; 

i=i+1;
Rnames{i} = 'C827CHO + NO3 = C827CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C827CHO'; Gstr{i,2} = 'NO3'; 
fC827CHO(i)=fC827CHO(i)-1; fNO3(i)=fNO3(i)-1; fC827CO3(i)=fC827CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C827CHO + OH = C827CO3';
k(:,i) = 2.76e-11;
Gstr{i,1} = 'C827CHO'; Gstr{i,2} = 'OH'; 
fC827CHO(i)=fC827CHO(i)-1; fOH(i)=fOH(i)-1; fC827CO3(i)=fC827CO3(i)+1; 

i=i+1;
Rnames{i} = 'C827CHO + hv = C827O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C827CHO'; 
fC827CHO(i)=fC827CHO(i)-1; fC827O2(i)=fC827O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C928OH + OH = C827CHO + HO2';
k(:,i) = 1.08e-11;
Gstr{i,1} = 'C928OH'; Gstr{i,2} = 'OH'; 
fC928OH(i)=fC928OH(i)-1; fOH(i)=fOH(i)-1; fC827CHO(i)=fC827CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C46CO2H + OH = HOC2H4CO3 + HCHO';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'C46CO2H'; Gstr{i,2} = 'OH'; 
fC46CO2H(i)=fC46CO2H(i)-1; fOH(i)=fOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3H + OH = C46CO3';
k(:,i) = 7.29e-11;
Gstr{i,1} = 'C46CO3H'; Gstr{i,2} = 'OH'; 
fC46CO3H(i)=fC46CO3H(i)-1; fOH(i)=fOH(i)-1; fC46CO3(i)=fC46CO3(i)+1; 

i=i+1;
Rnames{i} = 'C46CO3H + hv = HOC2H4CO3 + HCHO + OH';
k(:,i) = J41;
Gstr{i,1} = 'C46CO3H'; 
fC46CO3H(i)=fC46CO3H(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fHCHO(i)=fHCHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C46PAN + OH = HOC2H4CHO + HCHO + NO2';
k(:,i) = 6.93e-11;
Gstr{i,1} = 'C46PAN'; Gstr{i,2} = 'OH'; 
fC46PAN(i)=fC46PAN(i)-1; fOH(i)=fOH(i)-1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C46PAN = C46CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C46PAN'; 
fC46PAN(i)=fC46PAN(i)-1; fC46CO3(i)=fC46CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C930OOH + OH = CO123C5CHO + CH3COCH3 + OH';
k(:,i) = 3.46e-11;
Gstr{i,1} = 'C930OOH'; Gstr{i,2} = 'OH'; 
fC930OOH(i)=fC930OOH(i)-1; fOH(i)=fOH(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C930OOH + hv = C930O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C930OOH'; 
fC930OOH(i)=fC930OOH(i)-1; fC930O(i)=fC930O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C930NO3 + OH = CO123C5CHO + CH3COCH3 + NO2';
k(:,i) = 2.76e-11;
Gstr{i,1} = 'C930NO3'; Gstr{i,2} = 'OH'; 
fC930NO3(i)=fC930NO3(i)-1; fOH(i)=fOH(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C930NO3 + hv = C930O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C930NO3'; 
fC930NO3(i)=fC930NO3(i)-1; fC930O(i)=fC930O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C930O = C6145COO2 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C930O'; 
fC930O(i)=fC930O(i)-1; fC6145COO2(i)=fC6145COO2(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C930OH + OH = CO123C5CHO + CH3COCH3 + HO2';
k(:,i) = 3.12e-11;
Gstr{i,1} = 'C930OH'; Gstr{i,2} = 'OH'; 
fC930OH(i)=fC930OH(i)-1; fOH(i)=fOH(i)-1; fCO123C5CHO(i)=fCO123C5CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + HO2 = CO235C5CHO + NO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'HO2'; 
fNC61CO3(i)=fNC61CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + HO2 = NC61CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'HO2'; 
fNC61CO3(i)=fNC61CO3(i)-1; fHO2(i)=fHO2(i)-1; fNC61CO3H(i)=fNC61CO3H(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + NO = CO235C5CHO + NO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'NO'; 
fNC61CO3(i)=fNC61CO3(i)-1; fNO(i)=fNO(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + NO2 = NC6PAN1';
k(:,i) = KFPAN;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'NO2'; 
fNC61CO3(i)=fNC61CO3(i)-1; fNO2(i)=fNO2(i)-1; fNC6PAN1(i)=fNC6PAN1(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + NO3 = CO235C5CHO + NO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'NO3'; 
fNC61CO3(i)=fNC61CO3(i)-1; fNO3(i)=fNO3(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3 + RO2 = CO235C5CHO + NO2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'NC61CO3'; Gstr{i,2} = 'RO2';
fNC61CO3(i)=fNC61CO3(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813OOH + OH = C813O2';
k(:,i) = 1.86e-11;
Gstr{i,1} = 'C813OOH'; Gstr{i,2} = 'OH'; 
fC813OOH(i)=fC813OOH(i)-1; fOH(i)=fOH(i)-1; fC813O2(i)=fC813O2(i)+1; 

i=i+1;
Rnames{i} = 'C813OOH + hv = C813O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C813OOH'; 
fC813OOH(i)=fC813OOH(i)-1; fC813O(i)=fC813O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C813OOH + hv = C813O + OH';
k(:,i) = J34;
Gstr{i,1} = 'C813OOH'; 
fC813OOH(i)=fC813OOH(i)-1; fC813O(i)=fC813O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C813NO3 + OH = CH3COCH3 + CO13C3CO2H + HCHO + NO2';
k(:,i) = 7.82e-12;
Gstr{i,1} = 'C813NO3'; Gstr{i,2} = 'OH'; 
fC813NO3(i)=fC813NO3(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO13C3CO2H(i)=fCO13C3CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813NO3 + hv = C813O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C813NO3'; 
fC813NO3(i)=fC813NO3(i)-1; fC813O(i)=fC813O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813NO3 + hv = C813O + NO2';
k(:,i) = J34;
Gstr{i,1} = 'C813NO3'; 
fC813NO3(i)=fC813NO3(i)-1; fC813O(i)=fC813O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C813O = CH3COCH3 + C516O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C813O'; 
fC813O(i)=fC813O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC516O2(i)=fC516O2(i)+1; 

i=i+1;
Rnames{i} = 'C813OH + OH = C813O';
k(:,i) = 1.75e-11;
Gstr{i,1} = 'C813OH'; Gstr{i,2} = 'OH'; 
fC813OH(i)=fC813OH(i)-1; fOH(i)=fOH(i)-1; fC813O(i)=fC813O(i)+1; 

i=i+1;
Rnames{i} = 'C813OH + hv = C813O + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C813OH'; 
fC813OH(i)=fC813OH(i)-1; fC813O(i)=fC813O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C722OOH + OH = C722O2';
k(:,i) = 3.31e-11;
Gstr{i,1} = 'C722OOH'; Gstr{i,2} = 'OH'; 
fC722OOH(i)=fC722OOH(i)-1; fOH(i)=fOH(i)-1; fC722O2(i)=fC722O2(i)+1; 

i=i+1;
Rnames{i} = 'C722OOH + hv = C722O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C722OOH'; 
fC722OOH(i)=fC722OOH(i)-1; fC722O(i)=fC722O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C722O = CH3COCH3 + C44O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C722O'; 
fC722O(i)=fC722O(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fC44O2(i)=fC44O2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CHO + NO3 = H1C23C4CO3 + HNO3';
k(:,i) = KNO3AL.*5.5;
Gstr{i,1} = 'H1C23C4CHO'; Gstr{i,2} = 'NO3'; 
fH1C23C4CHO(i)=fH1C23C4CHO(i)-1; fNO3(i)=fNO3(i)-1; fH1C23C4CO3(i)=fH1C23C4CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CHO + OH = H1C23C4CO3';
k(:,i) = 2.37e-11;
Gstr{i,1} = 'H1C23C4CHO'; Gstr{i,2} = 'OH'; 
fH1C23C4CHO(i)=fH1C23C4CHO(i)-1; fOH(i)=fOH(i)-1; fH1C23C4CO3(i)=fH1C23C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CHO + hv = H1C23C4O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'H1C23C4CHO'; 
fH1C23C4CHO(i)=fH1C23C4CHO(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CHO + hv = HCOCH2CO3 + HOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'H1C23C4CHO'; 
fH1C23C4CHO(i)=fH1C23C4CHO(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CO + OH = CO + CO + HCOCH2CO3';
k(:,i) = 7.90e-11;
Gstr{i,1} = 'C515CO'; Gstr{i,2} = 'OH'; 
fC515CO(i)=fC515CO(i)-1; fOH(i)=fOH(i)-1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CO + hv = HO2 + CO + CO + HCOCH2CO3';
k(:,i) = J34;
Gstr{i,1} = 'C515CO'; 
fC515CO(i)=fC515CO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C515CO + hv = HO2 + CO + CO + HCOCH2CO3';
k(:,i) = J35;
Gstr{i,1} = 'C515CO'; 
fC515CO(i)=fC515CO(i)-1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2H + OH = C615O2';
k(:,i) = 9.13e-11;
Gstr{i,1} = 'C615CO2H'; Gstr{i,2} = 'OH'; 
fC615CO2H(i)=fC615CO2H(i)-1; fOH(i)=fOH(i)-1; fC615O2(i)=fC615O2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO2H + hv = C615O2 + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C615CO2H'; 
fC615CO2H(i)=fC615CO2H(i)-1; fC615O2(i)=fC615O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3H + OH = C615CO3';
k(:,i) = 9.44e-11;
Gstr{i,1} = 'C615CO3H'; Gstr{i,2} = 'OH'; 
fC615CO3H(i)=fC615CO3H(i)-1; fOH(i)=fOH(i)-1; fC615CO3(i)=fC615CO3(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3H + hv = C615O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C615CO3H'; 
fC615CO3H(i)=fC615CO3H(i)-1; fC615O2(i)=fC615O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615CO3H + hv = C615O2 + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C615CO3H'; 
fC615CO3H(i)=fC615CO3H(i)-1; fC615O2(i)=fC615O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + HO2 = C615OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'HO2'; 
fC615O2(i)=fC615O2(i)-1; fHO2(i)=fHO2(i)-1; fC615OOH(i)=fC615OOH(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + NO = C615O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'NO'; 
fC615O2(i)=fC615O2(i)-1; fNO(i)=fNO(i)-1; fC615O(i)=fC615O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + NO3 = C615O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'NO3'; 
fC615O2(i)=fC615O2(i)-1; fNO3(i)=fNO3(i)-1; fC615O(i)=fC615O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + RO2 = C615CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'RO2';
fC615O2(i)=fC615O2(i)-1; fC615CO(i)=fC615CO(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + RO2 = C615O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'RO2';
fC615O2(i)=fC615O2(i)-1; fC615O(i)=fC615O(i)+1; 

i=i+1;
Rnames{i} = 'C615O2 + RO2 = C615OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C615O2'; Gstr{i,2} = 'RO2';
fC615O2(i)=fC615O2(i)-1; fC615OH(i)=fC615OH(i)+1; 

i=i+1;
Rnames{i} = 'C615PAN + OH = C615CO + CO + NO2';
k(:,i) = 8.47e-11;
Gstr{i,1} = 'C615PAN'; Gstr{i,2} = 'OH'; 
fC615PAN(i)=fC615PAN(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C615PAN = C615CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C615PAN'; 
fC615PAN(i)=fC615PAN(i)-1; fC615CO3(i)=fC615CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO2H + OH = C617O2';
k(:,i) = 6.72e-11;
Gstr{i,1} = 'C617CO2H'; Gstr{i,2} = 'OH'; 
fC617CO2H(i)=fC617CO2H(i)-1; fOH(i)=fOH(i)-1; fC617O2(i)=fC617O2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO2H + hv = C617O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C617CO2H'; 
fC617CO2H(i)=fC617CO2H(i)-1; fC617O2(i)=fC617O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3H + OH = C617CO3';
k(:,i) = 7.03e-11;
Gstr{i,1} = 'C617CO3H'; Gstr{i,2} = 'OH'; 
fC617CO3H(i)=fC617CO3H(i)-1; fOH(i)=fOH(i)-1; fC617CO3(i)=fC617CO3(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3H + hv = C617O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C617CO3H'; 
fC617CO3H(i)=fC617CO3H(i)-1; fC617O2(i)=fC617O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617CO3H + hv = C617O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C617CO3H'; 
fC617CO3H(i)=fC617CO3H(i)-1; fC617O2(i)=fC617O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617PAN + OH = C615CO + CO + NO2';
k(:,i) = 6.74e-11;
Gstr{i,1} = 'C617PAN'; Gstr{i,2} = 'OH'; 
fC617PAN(i)=fC617PAN(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617PAN = C617CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C617PAN'; 
fC617PAN(i)=fC617PAN(i)-1; fC617CO3(i)=fC617CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO2H + OH = C618O2';
k(:,i) = 6.72e-11;
Gstr{i,1} = 'C618CO2H'; Gstr{i,2} = 'OH'; 
fC618CO2H(i)=fC618CO2H(i)-1; fOH(i)=fOH(i)-1; fC618O2(i)=fC618O2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO2H + hv = C618O2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C618CO2H'; 
fC618CO2H(i)=fC618CO2H(i)-1; fC618O2(i)=fC618O2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3H + OH = C618CO3';
k(:,i) = 7.03e-11;
Gstr{i,1} = 'C618CO3H'; Gstr{i,2} = 'OH'; 
fC618CO3H(i)=fC618CO3H(i)-1; fOH(i)=fOH(i)-1; fC618CO3(i)=fC618CO3(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3H + hv = C618O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C618CO3H'; 
fC618CO3H(i)=fC618CO3H(i)-1; fC618O2(i)=fC618O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C618CO3H + hv = C618O2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C618CO3H'; 
fC618CO3H(i)=fC618CO3H(i)-1; fC618O2(i)=fC618O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C618PAN + OH = CH3COCH3 + HCOCH2CHO + CO + NO2';
k(:,i) = 6.67e-11;
Gstr{i,1} = 'C618PAN'; Gstr{i,2} = 'OH'; 
fC618PAN(i)=fC618PAN(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C618PAN = C618CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C618PAN'; 
fC618PAN(i)=fC618PAN(i)-1; fC618CO3(i)=fC618CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C617OOH + OH = C615CO + OH';
k(:,i) = 7.56e-11;
Gstr{i,1} = 'C617OOH'; Gstr{i,2} = 'OH'; 
fC617OOH(i)=fC617OOH(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617OOH + hv = C617O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C617OOH'; 
fC617OOH(i)=fC617OOH(i)-1; fC617O(i)=fC617O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617OOH + hv = C617O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C617OOH'; 
fC617OOH(i)=fC617OOH(i)-1; fC617O(i)=fC617O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C617O = CO1M22CO3 + HCHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C617O'; 
fC617O(i)=fC617O(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fHCHO(i)=fHCHO(i)+1; 

i=i+1;
Rnames{i} = 'C615CO + OH = CO1M22CO3 + CO';
k(:,i) = 7.88e-11;
Gstr{i,1} = 'C615CO'; Gstr{i,2} = 'OH'; 
fC615CO(i)=fC615CO(i)-1; fOH(i)=fOH(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C615CO + hv = CO1M22CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C615CO'; 
fC615CO(i)=fC615CO(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615CO + hv = CO1M22CO3 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C615CO'; 
fC615CO(i)=fC615CO(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C617OH + OH = C615CO + HO2';
k(:,i) = 6.89e-11;
Gstr{i,1} = 'C617OH'; Gstr{i,2} = 'OH'; 
fC617OH(i)=fC617OH(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C617OH + hv = C617O + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C617OH'; 
fC617OH(i)=fC617OH(i)-1; fC617O(i)=fC617O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C618OOH + OH = C618O2';
k(:,i) = 7.03e-11;
Gstr{i,1} = 'C618OOH'; Gstr{i,2} = 'OH'; 
fC618OOH(i)=fC618OOH(i)-1; fOH(i)=fOH(i)-1; fC618O2(i)=fC618O2(i)+1; 

i=i+1;
Rnames{i} = 'C618OOH + hv = C618O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C618OOH'; 
fC618OOH(i)=fC618OOH(i)-1; fC618O(i)=fC618O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C618OOH + hv = C618O + OH';
k(:,i) = J15;
Gstr{i,1} = 'C618OOH'; 
fC618OOH(i)=fC618OOH(i)-1; fC618O(i)=fC618O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C618O = HCOCH2CO3 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C618O'; 
fC618O(i)=fC618O(i)-1; fHCOCH2CO3(i)=fHCOCH2CO3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'NC730OOH + OH = NC730O2';
k(:,i) = 3.58e-11;
Gstr{i,1} = 'NC730OOH'; Gstr{i,2} = 'OH'; 
fNC730OOH(i)=fNC730OOH(i)-1; fOH(i)=fOH(i)-1; fNC730O2(i)=fNC730O2(i)+1; 

i=i+1;
Rnames{i} = 'NC730OOH + hv = NC730O + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC730OOH'; 
fNC730OOH(i)=fNC730OOH(i)-1; fNC730O(i)=fNC730O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC730O = C519CHO + HCHO + NO2';
k(:,i) = KDEC;
Gstr{i,1} = 'NC730O'; 
fNC730O(i)=fNC730O(i)-1; fC519CHO(i)=fC519CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC730OH + OH = C519CHO + HCHO + NO2';
k(:,i) = 3.34e-11;
Gstr{i,1} = 'NC730OH'; Gstr{i,2} = 'OH'; 
fNC730OH(i)=fNC730OH(i)-1; fOH(i)=fOH(i)-1; fC519CHO(i)=fC519CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + HO2 = C519CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'HO2'; 
fC519CO3(i)=fC519CO3(i)-1; fHO2(i)=fHO2(i)-1; fC519CO2H(i)=fC519CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + HO2 = C519CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'HO2'; 
fC519CO3(i)=fC519CO3(i)-1; fHO2(i)=fHO2(i)-1; fC519CO3H(i)=fC519CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + HO2 = C519O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'HO2'; 
fC519CO3(i)=fC519CO3(i)-1; fHO2(i)=fHO2(i)-1; fC519O2(i)=fC519O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + NO = C519O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'NO'; 
fC519CO3(i)=fC519CO3(i)-1; fNO(i)=fNO(i)-1; fC519O2(i)=fC519O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + NO2 = C519PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'NO2'; 
fC519CO3(i)=fC519CO3(i)-1; fNO2(i)=fNO2(i)-1; fC519PAN(i)=fC519PAN(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + NO3 = C519O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'NO3'; 
fC519CO3(i)=fC519CO3(i)-1; fNO3(i)=fNO3(i)-1; fC519O2(i)=fC519O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + RO2 = C519CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'RO2';
fC519CO3(i)=fC519CO3(i)-1; fC519CO2H(i)=fC519CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3 + RO2 = C519O2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'C519CO3'; Gstr{i,2} = 'RO2';
fC519CO3(i)=fC519CO3(i)-1; fC519O2(i)=fC519O2(i)+1; 

i=i+1;
Rnames{i} = 'C629O2 + HO2 = C629OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C629O2'; Gstr{i,2} = 'HO2'; 
fC629O2(i)=fC629O2(i)-1; fHO2(i)=fHO2(i)-1; fC629OOH(i)=fC629OOH(i)+1; 

i=i+1;
Rnames{i} = 'C629O2 + NO = C629O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C629O2'; Gstr{i,2} = 'NO'; 
fC629O2(i)=fC629O2(i)-1; fNO(i)=fNO(i)-1; fC629O(i)=fC629O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C629O2 + NO3 = C629O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C629O2'; Gstr{i,2} = 'NO3'; 
fC629O2(i)=fC629O2(i)-1; fNO3(i)=fNO3(i)-1; fC629O(i)=fC629O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C629O2 + RO2 = C629O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C629O2'; Gstr{i,2} = 'RO2';
fC629O2(i)=fC629O2(i)-1; fC629O(i)=fC629O(i)+1; 

i=i+1;
Rnames{i} = 'C629O2 + RO2 = C629OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C629O2'; Gstr{i,2} = 'RO2';
fC629O2(i)=fC629O2(i)-1; fC629OH(i)=fC629OH(i)+1; 

i=i+1;
Rnames{i} = 'C730OOH + OH = C730O2';
k(:,i) = 4.00e-11;
Gstr{i,1} = 'C730OOH'; Gstr{i,2} = 'OH'; 
fC730OOH(i)=fC730OOH(i)-1; fOH(i)=fOH(i)-1; fC730O2(i)=fC730O2(i)+1; 

i=i+1;
Rnames{i} = 'C730OOH + hv = C730O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C730OOH'; 
fC730OOH(i)=fC730OOH(i)-1; fC730O(i)=fC730O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C730NO3 + OH = C519CHO + HCHO + NO2';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'C730NO3'; Gstr{i,2} = 'OH'; 
fC730NO3(i)=fC730NO3(i)-1; fOH(i)=fOH(i)-1; fC519CHO(i)=fC519CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C730O = C519CHO + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C730O'; 
fC730O(i)=fC730O(i)-1; fC519CHO(i)=fC519CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C730OH + OH = C519CHO + HCHO + HO2';
k(:,i) = 3.66e-11;
Gstr{i,1} = 'C730OH'; Gstr{i,2} = 'OH'; 
fC730OH(i)=fC730OH(i)-1; fOH(i)=fOH(i)-1; fC519CHO(i)=fC519CHO(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C624OOH + OH = C624CO + OH';
k(:,i) = 1.10e-10;
Gstr{i,1} = 'C624OOH'; Gstr{i,2} = 'OH'; 
fC624OOH(i)=fC624OOH(i)-1; fOH(i)=fOH(i)-1; fC624CO(i)=fC624CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C624OOH + hv = C624O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C624OOH'; 
fC624OOH(i)=fC624OOH(i)-1; fC624O(i)=fC624O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C624NO3 + OH = C624CO + NO2';
k(:,i) = 2.92e-11;
Gstr{i,1} = 'C624NO3'; Gstr{i,2} = 'OH'; 
fC624NO3(i)=fC624NO3(i)-1; fOH(i)=fOH(i)-1; fC624CO(i)=fC624CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624NO3 + hv = C624O + NO2';
k(:,i) = J54;
Gstr{i,1} = 'C624NO3'; 
fC624NO3(i)=fC624NO3(i)-1; fC624O(i)=fC624O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C624O = C624CO + HO2';
k(:,i) = KROSEC.*.21.*M;
Gstr{i,1} = 'C624O'; 
fC624O(i)=fC624O(i)-1; fC624CO(i)=fC624CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C624O = MACR + HOCH2CH2O2';
k(:,i) = 4.00e14.*exp(-6990./T);
Gstr{i,1} = 'C624O'; 
fC624O(i)=fC624O(i)-1; fMACR(i)=fMACR(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO + OH = C625O2';
k(:,i) = 6.04e-11;
Gstr{i,1} = 'C624CO'; Gstr{i,2} = 'OH'; 
fC624CO(i)=fC624CO(i)-1; fOH(i)=fOH(i)-1; fC625O2(i)=fC625O2(i)+1; 

i=i+1;
Rnames{i} = 'C624CO + hv = MACO3 + HOCH2CH2O2';
k(:,i) = J22;
Gstr{i,1} = 'C624CO'; 
fC624CO(i)=fC624CO(i)-1; fMACO3(i)=fMACO3(i)+1; fHOCH2CH2O2(i)=fHOCH2CH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C624OH + OH = C624CO + HO2';
k(:,i) = 9.53e-11;
Gstr{i,1} = 'C624OH'; Gstr{i,2} = 'OH'; 
fC624OH(i)=fC624OH(i)-1; fOH(i)=fOH(i)-1; fC624CO(i)=fC624CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C733OOH + OH = C733CO + OH';
k(:,i) = 5.51e-11;
Gstr{i,1} = 'C733OOH'; Gstr{i,2} = 'OH'; 
fC733OOH(i)=fC733OOH(i)-1; fOH(i)=fOH(i)-1; fC733CO(i)=fC733CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C733OOH + hv = C733O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C733OOH'; 
fC733OOH(i)=fC733OOH(i)-1; fC733O(i)=fC733O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C733O = C519CHO + CO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C733O'; 
fC733O(i)=fC733O(i)-1; fC519CHO(i)=fC519CHO(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C733CO + OH = C519CO3 + CO';
k(:,i) = 2.28e-11;
Gstr{i,1} = 'C733CO'; Gstr{i,2} = 'OH'; 
fC733CO(i)=fC733CO(i)-1; fOH(i)=fOH(i)-1; fC519CO3(i)=fC519CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C733CO + hv = C519CO3 + CO + HO2';
k(:,i) = J34;
Gstr{i,1} = 'C733CO'; 
fC733CO(i)=fC733CO(i)-1; fC519CO3(i)=fC519CO3(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C733OH + OH = C733CO + HO2';
k(:,i) = 4.30e-11;
Gstr{i,1} = 'C733OH'; Gstr{i,2} = 'OH'; 
fC733OH(i)=fC733OH(i)-1; fOH(i)=fOH(i)-1; fC733CO(i)=fC733CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + HO2 = C734OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'HO2'; 
fC734O2(i)=fC734O2(i)-1; fHO2(i)=fHO2(i)-1; fC734OOH(i)=fC734OOH(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + NO = C734O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'NO'; 
fC734O2(i)=fC734O2(i)-1; fNO(i)=fNO(i)-1; fC734O(i)=fC734O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + NO3 = C734O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'NO3'; 
fC734O2(i)=fC734O2(i)-1; fNO3(i)=fNO3(i)-1; fC734O(i)=fC734O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + RO2 = C734CO';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'RO2';
fC734O2(i)=fC734O2(i)-1; fC734CO(i)=fC734CO(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + RO2 = C734O';
k(:,i) = 8.80e-12.*0.6;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'RO2';
fC734O2(i)=fC734O2(i)-1; fC734O(i)=fC734O(i)+1; 

i=i+1;
Rnames{i} = 'C734O2 + RO2 = C734OH';
k(:,i) = 8.80e-12.*0.2;
Gstr{i,1} = 'C734O2'; Gstr{i,2} = 'RO2';
fC734O2(i)=fC734O2(i)-1; fC734OH(i)=fC734OH(i)+1; 

i=i+1;
Rnames{i} = 'C1212OOH + OH = C1212O2';
k(:,i) = 1.57e-11;
Gstr{i,1} = 'C1212OOH'; Gstr{i,2} = 'OH'; 
fC1212OOH(i)=fC1212OOH(i)-1; fOH(i)=fOH(i)-1; fC1212O2(i)=fC1212O2(i)+1; 

i=i+1;
Rnames{i} = 'C1212OOH + hv = C1212O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1212OOH'; 
fC1212OOH(i)=fC1212OOH(i)-1; fC1212O(i)=fC1212O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1212NO3 + OH = C1213CO + NO2';
k(:,i) = 8.60e-12;
Gstr{i,1} = 'C1212NO3'; Gstr{i,2} = 'OH'; 
fC1212NO3(i)=fC1212NO3(i)-1; fOH(i)=fOH(i)-1; fC1213CO(i)=fC1213CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1212NO3 + hv = C1212O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C1212NO3'; 
fC1212NO3(i)=fC1212NO3(i)-1; fC1212O(i)=fC1212O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1212O = C1213O2';
k(:,i) = KDEC;
Gstr{i,1} = 'C1212O'; 
fC1212O(i)=fC1212O(i)-1; fC1213O2(i)=fC1213O2(i)+1; 

i=i+1;
Rnames{i} = 'C1212OH + OH = C1212O';
k(:,i) = 1.23e-11;
Gstr{i,1} = 'C1212OH'; Gstr{i,2} = 'OH'; 
fC1212OH(i)=fC1212OH(i)-1; fOH(i)=fOH(i)-1; fC1212O(i)=fC1212O(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + HO2 = C521OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'HO2'; 
fC521O2(i)=fC521O2(i)-1; fHO2(i)=fHO2(i)-1; fC521OOH(i)=fC521OOH(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + NO = C521O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'NO'; 
fC521O2(i)=fC521O2(i)-1; fNO(i)=fNO(i)-1; fC521O(i)=fC521O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + NO3 = C521O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'NO3'; 
fC521O2(i)=fC521O2(i)-1; fNO3(i)=fNO3(i)-1; fC521O(i)=fC521O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + RO2 = C513CO';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'RO2';
fC521O2(i)=fC521O2(i)-1; fC513CO(i)=fC513CO(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + RO2 = C521O';
k(:,i) = 2.00e-12.*0.6;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'RO2';
fC521O2(i)=fC521O2(i)-1; fC521O(i)=fC521O(i)+1; 

i=i+1;
Rnames{i} = 'C521O2 + RO2 = C521OH';
k(:,i) = 2.00e-12.*0.2;
Gstr{i,1} = 'C521O2'; Gstr{i,2} = 'RO2';
fC521O2(i)=fC521O2(i)-1; fC521OH(i)=fC521OH(i)+1; 

i=i+1;
Rnames{i} = 'C135O2 + HO2 = C135OOH';
k(:,i) = KRO2HO2.*0.959;
Gstr{i,1} = 'C135O2'; Gstr{i,2} = 'HO2'; 
fC135O2(i)=fC135O2(i)-1; fHO2(i)=fHO2(i)-1; fC135OOH(i)=fC135OOH(i)+1; 

i=i+1;
Rnames{i} = 'C135O2 + NO = C135O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C135O2'; Gstr{i,2} = 'NO'; 
fC135O2(i)=fC135O2(i)-1; fNO(i)=fNO(i)-1; fC135O(i)=fC135O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C135O2 + NO3 = C135O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C135O2'; Gstr{i,2} = 'NO3'; 
fC135O2(i)=fC135O2(i)-1; fNO3(i)=fNO3(i)-1; fC135O(i)=fC135O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C135O2 + RO2 = C135O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C135O2'; Gstr{i,2} = 'RO2';
fC135O2(i)=fC135O2(i)-1; fC135O(i)=fC135O(i)+1; 

i=i+1;
Rnames{i} = 'C827OOH + OH = C827O2';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'C827OOH'; Gstr{i,2} = 'OH'; 
fC827OOH(i)=fC827OOH(i)-1; fOH(i)=fOH(i)-1; fC827O2(i)=fC827O2(i)+1; 

i=i+1;
Rnames{i} = 'C827OOH + hv = C827O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C827OOH'; 
fC827OOH(i)=fC827OOH(i)-1; fC827O2(i)=fC827O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C827O = CO2C4CO3 + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C827O'; 
fC827O(i)=fC827O(i)-1; fCO2C4CO3(i)=fCO2C4CO3(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

i=i+1;
Rnames{i} = 'C827OH + OH = C827O';
k(:,i) = 7.04e-12;
Gstr{i,1} = 'C827OH'; Gstr{i,2} = 'OH'; 
fC827OH(i)=fC827OH(i)-1; fOH(i)=fOH(i)-1; fC827O(i)=fC827O(i)+1; 

i=i+1;
Rnames{i} = 'C1310OOH + OH = C1310CO + OH';
k(:,i) = 7.10e-11;
Gstr{i,1} = 'C1310OOH'; Gstr{i,2} = 'OH'; 
fC1310OOH(i)=fC1310OOH(i)-1; fOH(i)=fOH(i)-1; fC1310CO(i)=fC1310CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1310OOH + hv = C1310O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1310OOH'; 
fC1310OOH(i)=fC1310OOH(i)-1; fC1310O(i)=fC1310O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1310NO3 + OH = C1310CO + NO2';
k(:,i) = 5.57e-11;
Gstr{i,1} = 'C1310NO3'; Gstr{i,2} = 'OH'; 
fC1310NO3(i)=fC1310NO3(i)-1; fOH(i)=fOH(i)-1; fC1310CO(i)=fC1310CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1310NO3 + hv = C1310O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C1310NO3'; 
fC1310NO3(i)=fC1310NO3(i)-1; fC1310O(i)=fC1310O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1310O = C927O2 + CHOC2CO2H';
k(:,i) = KDEC;
Gstr{i,1} = 'C1310O'; 
fC1310O(i)=fC1310O(i)-1; fC927O2(i)=fC927O2(i)+1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1310OH + OH = C1310CO + HO2';
k(:,i) = 6.20e-11;
Gstr{i,1} = 'C1310OH'; Gstr{i,2} = 'OH'; 
fC1310OH(i)=fC1310OH(i)-1; fOH(i)=fOH(i)-1; fC1310CO(i)=fC1310CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + HO2 = COO2C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'HO2'; 
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCOO2C4CO3H(i)=fCOO2C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + HO2 = COO2C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'HO2'; 
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + NO = COO2C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'NO'; 
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fNO(i)=fNO(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + NO2 = COO2C4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'NO2'; 
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fCOO2C4PAN(i)=fCOO2C4PAN(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + NO3 = COO2C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'NO3'; 
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3 + RO2 = COO2C4O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'COO2C4CO3'; Gstr{i,2} = 'RO2';
fCOO2C4CO3(i)=fCOO2C4CO3(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4O2 + HO2 = COO2C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'COO2C4O2'; Gstr{i,2} = 'HO2'; 
fCOO2C4O2(i)=fCOO2C4O2(i)-1; fHO2(i)=fHO2(i)-1; fCOO2C4OOH(i)=fCOO2C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4O2 + NO = COO2C4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'COO2C4O2'; Gstr{i,2} = 'NO'; 
fCOO2C4O2(i)=fCOO2C4O2(i)-1; fNO(i)=fNO(i)-1; fCOO2C4O(i)=fCOO2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4O2 + NO3 = COO2C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'COO2C4O2'; Gstr{i,2} = 'NO3'; 
fCOO2C4O2(i)=fCOO2C4O2(i)-1; fNO3(i)=fNO3(i)-1; fCOO2C4O(i)=fCOO2C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4O2 + RO2 = COO2C4O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'COO2C4O2'; Gstr{i,2} = 'RO2';
fCOO2C4O2(i)=fCOO2C4O2(i)-1; fCOO2C4O(i)=fCOO2C4O(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + HO2 = C929OOH';
k(:,i) = KRO2HO2.*0.890;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'HO2'; 
fC929O2(i)=fC929O2(i)-1; fHO2(i)=fHO2(i)-1; fC929OOH(i)=fC929OOH(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + NO = C929O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'NO'; 
fC929O2(i)=fC929O2(i)-1; fNO(i)=fNO(i)-1; fC929O(i)=fC929O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + NO3 = C929O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'NO3'; 
fC929O2(i)=fC929O2(i)-1; fNO3(i)=fNO3(i)-1; fC929O(i)=fC929O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + RO2 = C929CO';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'RO2';
fC929O2(i)=fC929O2(i)-1; fC929CO(i)=fC929CO(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + RO2 = C929O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'RO2';
fC929O2(i)=fC929O2(i)-1; fC929O(i)=fC929O(i)+1; 

i=i+1;
Rnames{i} = 'C929O2 + RO2 = C929OH';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C929O2'; Gstr{i,2} = 'RO2';
fC929O2(i)=fC929O2(i)-1; fC929OH(i)=fC929OH(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3H + OH = NC61CO3';
k(:,i) = 1.68e-11;
Gstr{i,1} = 'NC61CO3H'; Gstr{i,2} = 'OH'; 
fNC61CO3H(i)=fNC61CO3H(i)-1; fOH(i)=fOH(i)-1; fNC61CO3(i)=fNC61CO3(i)+1; 

i=i+1;
Rnames{i} = 'NC61CO3H + hv = CO235C5CHO + NO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'NC61CO3H'; 
fNC61CO3H(i)=fNC61CO3H(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fNO2(i)=fNO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'NC6PAN1 + OH = CO235C5CHO + CO + NO2 + NO2';
k(:,i) = 1.32e-11;
Gstr{i,1} = 'NC6PAN1'; Gstr{i,2} = 'OH'; 
fNC6PAN1(i)=fNC6PAN1(i)-1; fOH(i)=fOH(i)-1; fCO235C5CHO(i)=fCO235C5CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'NC6PAN1 = NC61CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'NC6PAN1'; 
fNC6PAN1(i)=fNC6PAN1(i)-1; fNC61CO3(i)=fNC61CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C516O2 + HO2 = C516OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C516O2'; Gstr{i,2} = 'HO2'; 
fC516O2(i)=fC516O2(i)-1; fHO2(i)=fHO2(i)-1; fC516OOH(i)=fC516OOH(i)+1; 

i=i+1;
Rnames{i} = 'C516O2 + NO = C516O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C516O2'; Gstr{i,2} = 'NO'; 
fC516O2(i)=fC516O2(i)-1; fNO(i)=fNO(i)-1; fC516O(i)=fC516O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C516O2 + NO3 = C516O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C516O2'; Gstr{i,2} = 'NO3'; 
fC516O2(i)=fC516O2(i)-1; fNO3(i)=fNO3(i)-1; fC516O(i)=fC516O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C516O2 + RO2 = C516O';
k(:,i) = 8.8e-13;
Gstr{i,1} = 'C516O2'; Gstr{i,2} = 'RO2';
fC516O2(i)=fC516O2(i)-1; fC516O(i)=fC516O(i)+1; 

i=i+1;
Rnames{i} = 'C44O2 + HO2 = C44OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'C44O2'; Gstr{i,2} = 'HO2'; 
fC44O2(i)=fC44O2(i)-1; fHO2(i)=fHO2(i)-1; fC44OOH(i)=fC44OOH(i)+1; 

i=i+1;
Rnames{i} = 'C44O2 + NO = C44O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C44O2'; Gstr{i,2} = 'NO'; 
fC44O2(i)=fC44O2(i)-1; fNO(i)=fNO(i)-1; fC44O(i)=fC44O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C44O2 + NO3 = C44O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C44O2'; Gstr{i,2} = 'NO3'; 
fC44O2(i)=fC44O2(i)-1; fNO3(i)=fNO3(i)-1; fC44O(i)=fC44O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C44O2 + RO2 = C44O';
k(:,i) = 8.80e-13;
Gstr{i,1} = 'C44O2'; Gstr{i,2} = 'RO2';
fC44O2(i)=fC44O2(i)-1; fC44O(i)=fC44O(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + HO2 = H1C23C4O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'HO2'; 
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + HO2 = HC23C4CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'HO2'; 
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fHO2(i)=fHO2(i)-1; fHC23C4CO3H(i)=fHC23C4CO3H(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + NO = H1C23C4O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'NO'; 
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fNO(i)=fNO(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + NO2 = H1C23C4PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'NO2'; 
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fNO2(i)=fNO2(i)-1; fH1C23C4PAN(i)=fH1C23C4PAN(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + NO3 = H1C23C4O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'NO3'; 
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fNO3(i)=fNO3(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4CO3 + RO2 = H1C23C4O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'H1C23C4CO3'; Gstr{i,2} = 'RO2';
fH1C23C4CO3(i)=fH1C23C4CO3(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4O2 + HO2 = H1C23C4OOH';
k(:,i) = KRO2HO2.*0.625;
Gstr{i,1} = 'H1C23C4O2'; Gstr{i,2} = 'HO2'; 
fH1C23C4O2(i)=fH1C23C4O2(i)-1; fHO2(i)=fHO2(i)-1; fH1C23C4OOH(i)=fH1C23C4OOH(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4O2 + NO = H1C23C4O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'H1C23C4O2'; Gstr{i,2} = 'NO'; 
fH1C23C4O2(i)=fH1C23C4O2(i)-1; fNO(i)=fNO(i)-1; fH1C23C4O(i)=fH1C23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4O2 + NO3 = H1C23C4O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'H1C23C4O2'; Gstr{i,2} = 'NO3'; 
fH1C23C4O2(i)=fH1C23C4O2(i)-1; fNO3(i)=fNO3(i)-1; fH1C23C4O(i)=fH1C23C4O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4O2 + RO2 = H1C23C4O';
k(:,i) = 2.00e-12;
Gstr{i,1} = 'H1C23C4O2'; Gstr{i,2} = 'RO2';
fH1C23C4O2(i)=fH1C23C4O2(i)-1; fH1C23C4O(i)=fH1C23C4O(i)+1; 

i=i+1;
Rnames{i} = 'C615OOH + OH = C615CO + OH';
k(:,i) = 9.31e-11;
Gstr{i,1} = 'C615OOH'; Gstr{i,2} = 'OH'; 
fC615OOH(i)=fC615OOH(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615OOH + hv = C615O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C615OOH'; 
fC615OOH(i)=fC615OOH(i)-1; fC615O(i)=fC615O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615OOH + hv = C615O + OH';
k(:,i) = J15.*2;
Gstr{i,1} = 'C615OOH'; 
fC615OOH(i)=fC615OOH(i)-1; fC615O(i)=fC615O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C615O = CO1M22CHO + HO2 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C615O'; 
fC615O(i)=fC615O(i)-1; fCO1M22CHO(i)=fCO1M22CHO(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C615OH + OH = C615CO + HO2';
k(:,i) = 6.15e-11;
Gstr{i,1} = 'C615OH'; Gstr{i,2} = 'OH'; 
fC615OH(i)=fC615OH(i)-1; fOH(i)=fOH(i)-1; fC615CO(i)=fC615CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C615OH + hv = C615O + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'C615OH'; 
fC615OH(i)=fC615OH(i)-1; fC615O(i)=fC615O(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + HO2 = CO1M22CO2H + O3';
k(:,i) = KAPHO2.*0.15;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'HO2'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO1M22CO2H(i)=fCO1M22CO2H(i)+1; fO3(i)=fO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + HO2 = CO1M22CO3H';
k(:,i) = KAPHO2.*0.41;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'HO2'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fHO2(i)=fHO2(i)-1; fCO1M22CO3H(i)=fCO1M22CO3H(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + HO2 = IBUTALCO2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'HO2'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fHO2(i)=fHO2(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + NO = IBUTALCO2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'NO'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fNO(i)=fNO(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + NO2 = CO1M22PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'NO2'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fNO2(i)=fNO2(i)-1; fCO1M22PAN(i)=fCO1M22PAN(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + NO3 = IBUTALCO2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'NO3'; 
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fNO3(i)=fNO3(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + RO2 = CO1M22CO2H';
k(:,i) = 1.00e-11.*0.3;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'RO2';
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fCO1M22CO2H(i)=fCO1M22CO2H(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3 + RO2 = IBUTALCO2';
k(:,i) = 1.00e-11.*0.7;
Gstr{i,1} = 'CO1M22CO3'; Gstr{i,2} = 'RO2';
fCO1M22CO3(i)=fCO1M22CO3(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; 

i=i+1;
Rnames{i} = 'C519CO2H + OH = C519O2';
k(:,i) = 1.06e-11;
Gstr{i,1} = 'C519CO2H'; Gstr{i,2} = 'OH'; 
fC519CO2H(i)=fC519CO2H(i)-1; fOH(i)=fOH(i)-1; fC519O2(i)=fC519O2(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3H + OH = C519CO3';
k(:,i) = 1.37e-11;
Gstr{i,1} = 'C519CO3H'; Gstr{i,2} = 'OH'; 
fC519CO3H(i)=fC519CO3H(i)-1; fOH(i)=fOH(i)-1; fC519CO3(i)=fC519CO3(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3H + hv = C519O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C519CO3H'; 
fC519CO3H(i)=fC519CO3H(i)-1; fC519O2(i)=fC519O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519CO3H + hv = C519O2 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C519CO3H'; 
fC519CO3H(i)=fC519CO3H(i)-1; fC519O2(i)=fC519O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + HO2 = C519OOH';
k(:,i) = KRO2HO2.*0.706;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'HO2'; 
fC519O2(i)=fC519O2(i)-1; fHO2(i)=fHO2(i)-1; fC519OOH(i)=fC519OOH(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + NO = C519O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'NO'; 
fC519O2(i)=fC519O2(i)-1; fNO(i)=fNO(i)-1; fC519O(i)=fC519O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + NO3 = C519O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'NO3'; 
fC519O2(i)=fC519O2(i)-1; fNO3(i)=fNO3(i)-1; fC519O(i)=fC519O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + RO2 = C519O';
k(:,i) = 8.80e-13.*0.6;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'RO2';
fC519O2(i)=fC519O2(i)-1; fC519O(i)=fC519O(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + RO2 = HO13CO4C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'RO2';
fC519O2(i)=fC519O2(i)-1; fHO13CO4C5(i)=fHO13CO4C5(i)+1; 

i=i+1;
Rnames{i} = 'C519O2 + RO2 = HO1CO34C5';
k(:,i) = 8.80e-13.*0.2;
Gstr{i,1} = 'C519O2'; Gstr{i,2} = 'RO2';
fC519O2(i)=fC519O2(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; 

i=i+1;
Rnames{i} = 'C519PAN + OH = HO1CO34C5 + CO + NO2';
k(:,i) = 1.01e-11;
Gstr{i,1} = 'C519PAN'; Gstr{i,2} = 'OH'; 
fC519PAN(i)=fC519PAN(i)-1; fOH(i)=fOH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519PAN = C519CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C519PAN'; 
fC519PAN(i)=fC519PAN(i)-1; fC519CO3(i)=fC519CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C629OOH + OH = C629O2';
k(:,i) = 3.31e-11;
Gstr{i,1} = 'C629OOH'; Gstr{i,2} = 'OH'; 
fC629OOH(i)=fC629OOH(i)-1; fOH(i)=fOH(i)-1; fC629O2(i)=fC629O2(i)+1; 

i=i+1;
Rnames{i} = 'C629OOH + hv = C629O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C629OOH'; 
fC629OOH(i)=fC629OOH(i)-1; fC629O(i)=fC629O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C629OOH + hv = HO1CO34C5 + CO + HO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'C629OOH'; 
fC629OOH(i)=fC629OOH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C629OOH + hv = HO1CO3CHO + CH3CO3 + OH';
k(:,i) = J22;
Gstr{i,1} = 'C629OOH'; 
fC629OOH(i)=fC629OOH(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C629O = HO1CO34C5 + CO + HO2';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C629O'; 
fC629O(i)=fC629O(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C629O = HO1CO3CHO + CH3CO3';
k(:,i) = KDEC.*0.5;
Gstr{i,1} = 'C629O'; 
fC629O(i)=fC629O(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; 

i=i+1;
Rnames{i} = 'C629OH + OH = C629O';
k(:,i) = 2.97e-11;
Gstr{i,1} = 'C629OH'; Gstr{i,2} = 'OH'; 
fC629OH(i)=fC629OH(i)-1; fOH(i)=fOH(i)-1; fC629O(i)=fC629O(i)+1; 

i=i+1;
Rnames{i} = 'C629OH + hv = HO1CO34C5 + CO + HO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C629OH'; 
fC629OH(i)=fC629OH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C629OH + hv = HO1CO3CHO + CH3CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C629OH'; 
fC629OH(i)=fC629OH(i)-1; fHO1CO3CHO(i)=fHO1CO3CHO(i)+1; fCH3CO3(i)=fCH3CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C625O2 + HO2 = C625OOH';
k(:,i) = KRO2HO2.*0.770;
Gstr{i,1} = 'C625O2'; Gstr{i,2} = 'HO2'; 
fC625O2(i)=fC625O2(i)-1; fHO2(i)=fHO2(i)-1; fC625OOH(i)=fC625OOH(i)+1; 

i=i+1;
Rnames{i} = 'C625O2 + NO = C625O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C625O2'; Gstr{i,2} = 'NO'; 
fC625O2(i)=fC625O2(i)-1; fNO(i)=fNO(i)-1; fC625O(i)=fC625O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C625O2 + NO3 = C625O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C625O2'; Gstr{i,2} = 'NO3'; 
fC625O2(i)=fC625O2(i)-1; fNO3(i)=fNO3(i)-1; fC625O(i)=fC625O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C625O2 + RO2 = C625O';
k(:,i) = 9.20e-14.*0.7;
Gstr{i,1} = 'C625O2'; Gstr{i,2} = 'RO2';
fC625O2(i)=fC625O2(i)-1; fC625O(i)=fC625O(i)+1; 

i=i+1;
Rnames{i} = 'C625O2 + RO2 = C625OH';
k(:,i) = 9.20e-14.*0.3;
Gstr{i,1} = 'C625O2'; Gstr{i,2} = 'RO2';
fC625O2(i)=fC625O2(i)-1; fC625OH(i)=fC625OH(i)+1; 

i=i+1;
Rnames{i} = 'C734OOH + OH = C734CO + OH';
k(:,i) = 4.16e-11;
Gstr{i,1} = 'C734OOH'; Gstr{i,2} = 'OH'; 
fC734OOH(i)=fC734OOH(i)-1; fOH(i)=fOH(i)-1; fC734CO(i)=fC734CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C734OOH + hv = C734O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C734OOH'; 
fC734OOH(i)=fC734OOH(i)-1; fC734O(i)=fC734O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C734O = C517CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C734O'; 
fC734O(i)=fC734O(i)-1; fC517CHO(i)=fC517CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C734CO + OH = C517CO3';
k(:,i) = 2.43e-11;
Gstr{i,1} = 'C734CO'; Gstr{i,2} = 'OH'; 
fC734CO(i)=fC734CO(i)-1; fOH(i)=fOH(i)-1; fC517CO3(i)=fC517CO3(i)+1; 

i=i+1;
Rnames{i} = 'C734CO + hv = C517CO3 + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C734CO'; 
fC734CO(i)=fC734CO(i)-1; fC517CO3(i)=fC517CO3(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C734OH + OH = C734CO + HO2';
k(:,i) = 2.95e-11;
Gstr{i,1} = 'C734OH'; Gstr{i,2} = 'OH'; 
fC734OH(i)=fC734OH(i)-1; fOH(i)=fOH(i)-1; fC734CO(i)=fC734CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213CO + OH = C829O2 + CHOC2CO2H';
k(:,i) = 7.96e-12;
Gstr{i,1} = 'C1213CO'; Gstr{i,2} = 'OH'; 
fC1213CO(i)=fC1213CO(i)-1; fOH(i)=fOH(i)-1; fC829O2(i)=fC829O2(i)+1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + HO2 = C1213OOH';
k(:,i) = KRO2HO2.*0.947;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'HO2'; 
fC1213O2(i)=fC1213O2(i)-1; fHO2(i)=fHO2(i)-1; fC1213OOH(i)=fC1213OOH(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + NO = C1213NO3';
k(:,i) = KRO2NO.*0.240;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'NO'; 
fC1213O2(i)=fC1213O2(i)-1; fNO(i)=fNO(i)-1; fC1213NO3(i)=fC1213NO3(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + NO = C1213O + NO2';
k(:,i) = KRO2NO.*0.760;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'NO'; 
fC1213O2(i)=fC1213O2(i)-1; fNO(i)=fNO(i)-1; fC1213O(i)=fC1213O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + NO3 = C1213O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'NO3'; 
fC1213O2(i)=fC1213O2(i)-1; fNO3(i)=fNO3(i)-1; fC1213O(i)=fC1213O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + RO2 = C1213CO';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'RO2';
fC1213O2(i)=fC1213O2(i)-1; fC1213CO(i)=fC1213CO(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + RO2 = C1213O';
k(:,i) = 2.50e-13.*0.6;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'RO2';
fC1213O2(i)=fC1213O2(i)-1; fC1213O(i)=fC1213O(i)+1; 

i=i+1;
Rnames{i} = 'C1213O2 + RO2 = C1213OH';
k(:,i) = 2.50e-13.*0.2;
Gstr{i,1} = 'C1213O2'; Gstr{i,2} = 'RO2';
fC1213O2(i)=fC1213O2(i)-1; fC1213OH(i)=fC1213OH(i)+1; 

i=i+1;
Rnames{i} = 'C521OOH + OH = C513CO + OH';
k(:,i) = 1.45e-11;
Gstr{i,1} = 'C521OOH'; Gstr{i,2} = 'OH'; 
fC521OOH(i)=fC521OOH(i)-1; fOH(i)=fOH(i)-1; fC513CO(i)=fC513CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C521OOH + hv = C521O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C521OOH'; 
fC521OOH(i)=fC521OOH(i)-1; fC521O(i)=fC521O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C521OOH + hv = C521O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C521OOH'; 
fC521OOH(i)=fC521OOH(i)-1; fC521O(i)=fC521O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C521O = HOC2H4CO3 + CO';
k(:,i) = KDEC;
Gstr{i,1} = 'C521O'; 
fC521O(i)=fC521O(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C521OH + OH = C513CO + HO2';
k(:,i) = 7.61e-12;
Gstr{i,1} = 'C521OH'; Gstr{i,2} = 'OH'; 
fC521OH(i)=fC521OH(i)-1; fOH(i)=fOH(i)-1; fC513CO(i)=fC513CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C521OH + hv = HOCH2CO3 + HOC2H4CO3';
k(:,i) = J35;
Gstr{i,1} = 'C521OH'; 
fC521OH(i)=fC521OH(i)-1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C135OOH + OH = C135O2';
k(:,i) = 3.09e-11;
Gstr{i,1} = 'C135OOH'; Gstr{i,2} = 'OH'; 
fC135OOH(i)=fC135OOH(i)-1; fOH(i)=fOH(i)-1; fC135O2(i)=fC135O2(i)+1; 

i=i+1;
Rnames{i} = 'C135OOH + hv = C135O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C135OOH'; 
fC135OOH(i)=fC135OOH(i)-1; fC135O(i)=fC135O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C135OOH + hv = C135O + OH';
k(:,i) = J35;
Gstr{i,1} = 'C135OOH'; 
fC135OOH(i)=fC135OOH(i)-1; fC135O(i)=fC135O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C135O = HOCH2CHO + CO + CO + C827CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C135O'; 
fC135O(i)=fC135O(i)-1; fHOCH2CHO(i)=fHOCH2CHO(i)+1; fCO(i)=fCO(i)+1; fCO(i)=fCO(i)+1; fC827CO3(i)=fC827CO3(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3H + OH = COO2C4CO3';
k(:,i) = 7.18e-12;
Gstr{i,1} = 'COO2C4CO3H'; Gstr{i,2} = 'OH'; 
fCOO2C4CO3H(i)=fCOO2C4CO3H(i)-1; fOH(i)=fOH(i)-1; fCOO2C4CO3(i)=fCOO2C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4CO3H + hv = COO2C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'COO2C4CO3H'; 
fCOO2C4CO3H(i)=fCOO2C4CO3H(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4PAN + OH = COO2C3CHO + CO + NO2';
k(:,i) = 3.58e-12;
Gstr{i,1} = 'COO2C4PAN'; Gstr{i,2} = 'OH'; 
fCOO2C4PAN(i)=fCOO2C4PAN(i)-1; fOH(i)=fOH(i)-1; fCOO2C3CHO(i)=fCOO2C3CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4PAN = COO2C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'COO2C4PAN'; 
fCOO2C4PAN(i)=fCOO2C4PAN(i)-1; fCOO2C4CO3(i)=fCOO2C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4OOH + OH = COO2C3CHO + OH';
k(:,i) = 1.05e-11;
Gstr{i,1} = 'COO2C4OOH'; Gstr{i,2} = 'OH'; 
fCOO2C4OOH(i)=fCOO2C4OOH(i)-1; fOH(i)=fOH(i)-1; fCOO2C3CHO(i)=fCOO2C3CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4OOH + OH = COO2C4O2';
k(:,i) = 1.90e-12.*exp(190./T);
Gstr{i,1} = 'COO2C4OOH'; Gstr{i,2} = 'OH'; 
fCOO2C4OOH(i)=fCOO2C4OOH(i)-1; fOH(i)=fOH(i)-1; fCOO2C4O2(i)=fCOO2C4O2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4OOH + hv = COO2C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'COO2C4OOH'; 
fCOO2C4OOH(i)=fCOO2C4OOH(i)-1; fCOO2C4O(i)=fCOO2C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C4O = COO2C3CHO + HO2';
k(:,i) = KROPRIM.*.21.*M;
Gstr{i,1} = 'COO2C4O'; 
fCOO2C4O(i)=fCOO2C4O(i)-1; fCOO2C3CHO(i)=fCOO2C3CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C929OOH + OH = C929CO + OH';
k(:,i) = 2.65e-11;
Gstr{i,1} = 'C929OOH'; Gstr{i,2} = 'OH'; 
fC929OOH(i)=fC929OOH(i)-1; fOH(i)=fOH(i)-1; fC929CO(i)=fC929CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C929OOH + hv = C929O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C929OOH'; 
fC929OOH(i)=fC929OOH(i)-1; fC929O(i)=fC929O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C929O = CO2C3CHO + HM22CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C929O'; 
fC929O(i)=fC929O(i)-1; fCO2C3CHO(i)=fCO2C3CHO(i)+1; fHM22CO3(i)=fHM22CO3(i)+1; 

i=i+1;
Rnames{i} = 'C929CO + OH = C828CHO + HO2';
k(:,i) = 1.48e-11;
Gstr{i,1} = 'C929CO'; Gstr{i,2} = 'OH'; 
fC929CO(i)=fC929CO(i)-1; fOH(i)=fOH(i)-1; fC828CHO(i)=fC828CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C929CO + hv = CO2C3CO3 + HM22CO3';
k(:,i) = J35;
Gstr{i,1} = 'C929CO'; 
fC929CO(i)=fC929CO(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fHM22CO3(i)=fHM22CO3(i)+1; 

i=i+1;
Rnames{i} = 'C929OH + OH = C929CO + HO2';
k(:,i) = 1.43e-11;
Gstr{i,1} = 'C929OH'; Gstr{i,2} = 'OH'; 
fC929OH(i)=fC929OH(i)-1; fOH(i)=fOH(i)-1; fC929CO(i)=fC929CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C516OOH + hv = C516O + OH';
k(:,i) = J22;
Gstr{i,1} = 'C516OOH'; 
fC516OOH(i)=fC516OOH(i)-1; fC516O(i)=fC516O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C516OOH + hv = C516O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C516OOH'; 
fC516OOH(i)=fC516OOH(i)-1; fC516O(i)=fC516O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'OH + C516OOH = C516O2 + OH';
k(:,i) = 3.38e-11;
Gstr{i,1} = 'OH'; Gstr{i,2} = 'C516OOH'; 
fOH(i)=fOH(i)-1; fC516OOH(i)=fC516OOH(i)-1; fC516O2(i)=fC516O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C516O = CO13C3CO2H + HCHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C516O'; 
fC516O(i)=fC516O(i)-1; fCO13C3CO2H(i)=fCO13C3CO2H(i)+1; fHCHO(i)=fHCHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C44OOH + OH = C44O2';
k(:,i) = 7.46e-11;
Gstr{i,1} = 'C44OOH'; Gstr{i,2} = 'OH'; 
fC44OOH(i)=fC44OOH(i)-1; fOH(i)=fOH(i)-1; fC44O2(i)=fC44O2(i)+1; 

i=i+1;
Rnames{i} = 'C44OOH + hv = C44O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C44OOH'; 
fC44OOH(i)=fC44OOH(i)-1; fC44O(i)=fC44O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C44O = HCOCH2CHO + HO2';
k(:,i) = KDEC;
Gstr{i,1} = 'C44O'; 
fC44O(i)=fC44O(i)-1; fHCOCH2CHO(i)=fHCOCH2CHO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'HC23C4CO3H + OH = H1C23C4CO3';
k(:,i) = 6.55e-12;
Gstr{i,1} = 'HC23C4CO3H'; Gstr{i,2} = 'OH'; 
fHC23C4CO3H(i)=fHC23C4CO3H(i)-1; fOH(i)=fOH(i)-1; fH1C23C4CO3(i)=fH1C23C4CO3(i)+1; 

i=i+1;
Rnames{i} = 'HC23C4CO3H + hv = H1C23C4O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'HC23C4CO3H'; 
fHC23C4CO3H(i)=fHC23C4CO3H(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'HC23C4CO3H + hv = H1C23C4O2 + OH';
k(:,i) = J35;
Gstr{i,1} = 'HC23C4CO3H'; 
fHC23C4CO3H(i)=fHC23C4CO3H(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4PAN + OH = H1CO23CHO + CO + NO2';
k(:,i) = 2.92e-12;
Gstr{i,1} = 'H1C23C4PAN'; Gstr{i,2} = 'OH'; 
fH1C23C4PAN(i)=fH1C23C4PAN(i)-1; fOH(i)=fOH(i)-1; fH1CO23CHO(i)=fH1CO23CHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4PAN = H1C23C4CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'H1C23C4PAN'; 
fH1C23C4PAN(i)=fH1C23C4PAN(i)-1; fH1C23C4CO3(i)=fH1C23C4CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4OOH + OH = H1C23C4O2';
k(:,i) = 9.61e-12;
Gstr{i,1} = 'H1C23C4OOH'; Gstr{i,2} = 'OH'; 
fH1C23C4OOH(i)=fH1C23C4OOH(i)-1; fOH(i)=fOH(i)-1; fH1C23C4O2(i)=fH1C23C4O2(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4OOH + hv = H1C23C4O + OH';
k(:,i) = J41;
Gstr{i,1} = 'H1C23C4OOH'; 
fH1C23C4OOH(i)=fH1C23C4OOH(i)-1; fH1C23C4O(i)=fH1C23C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4OOH + hv = H1C23C4O + OH';
k(:,i) = J35;
Gstr{i,1} = 'H1C23C4OOH'; 
fH1C23C4OOH(i)=fH1C23C4OOH(i)-1; fH1C23C4O(i)=fH1C23C4O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'H1C23C4O = HCHO + CO + HOCH2CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'H1C23C4O'; 
fH1C23C4O(i)=fH1C23C4O(i)-1; fHCHO(i)=fHCHO(i)+1; fCO(i)=fCO(i)+1; fHOCH2CO3(i)=fHOCH2CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CHO + NO3 = CO1M22CO3 + HNO3';
k(:,i) = 2.*KNO3AL.*8.5;
Gstr{i,1} = 'CO1M22CHO'; Gstr{i,2} = 'NO3'; 
fCO1M22CHO(i)=fCO1M22CHO(i)-1; fNO3(i)=fNO3(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CHO + OH = CO1M22CO3';
k(:,i) = 1.32e-10;
Gstr{i,1} = 'CO1M22CHO'; Gstr{i,2} = 'OH'; 
fCO1M22CHO(i)=fCO1M22CHO(i)-1; fOH(i)=fOH(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CHO + hv = IBUTALCO2 + CO + HO2';
k(:,i) = J15.*2;
Gstr{i,1} = 'CO1M22CHO'; 
fCO1M22CHO(i)=fCO1M22CHO(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO2H + OH = IBUTALCO2';
k(:,i) = 6.67e-11;
Gstr{i,1} = 'CO1M22CO2H'; Gstr{i,2} = 'OH'; 
fCO1M22CO2H(i)=fCO1M22CO2H(i)-1; fOH(i)=fOH(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO2H + hv = IBUTALCO2 + HO2';
k(:,i) = J15;
Gstr{i,1} = 'CO1M22CO2H'; 
fCO1M22CO2H(i)=fCO1M22CO2H(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3H + OH = CO1M22CO3';
k(:,i) = 6.98e-11;
Gstr{i,1} = 'CO1M22CO3H'; Gstr{i,2} = 'OH'; 
fCO1M22CO3H(i)=fCO1M22CO3H(i)-1; fOH(i)=fOH(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3H + hv = IBUTALCO2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'CO1M22CO3H'; 
fCO1M22CO3H(i)=fCO1M22CO3H(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22CO3H + hv = IBUTALCO2 + OH';
k(:,i) = J15;
Gstr{i,1} = 'CO1M22CO3H'; 
fCO1M22CO3H(i)=fCO1M22CO3H(i)-1; fIBUTALCO2(i)=fIBUTALCO2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22PAN + OH = CH3COCH3 + CO + NO2';
k(:,i) = 2.11e-11;
Gstr{i,1} = 'CO1M22PAN'; Gstr{i,2} = 'OH'; 
fCO1M22PAN(i)=fCO1M22PAN(i)-1; fOH(i)=fOH(i)-1; fCH3COCH3(i)=fCH3COCH3(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'CO1M22PAN = CO1M22CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'CO1M22PAN'; 
fCO1M22PAN(i)=fCO1M22PAN(i)-1; fCO1M22CO3(i)=fCO1M22CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C519OOH + OH = HO1CO34C5 + OH';
k(:,i) = 2.74e-11;
Gstr{i,1} = 'C519OOH'; Gstr{i,2} = 'OH'; 
fC519OOH(i)=fC519OOH(i)-1; fOH(i)=fOH(i)-1; fHO1CO34C5(i)=fHO1CO34C5(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519OOH + hv = C519O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C519OOH'; 
fC519OOH(i)=fC519OOH(i)-1; fC519O(i)=fC519O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519OOH + hv = CH3CO3 + HOC2H4CHO + OH';
k(:,i) = J22;
Gstr{i,1} = 'C519OOH'; 
fC519OOH(i)=fC519OOH(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C519O = CH3CO3 + HOC2H4CHO';
k(:,i) = KDEC;
Gstr{i,1} = 'C519O'; 
fC519O(i)=fC519O(i)-1; fCH3CO3(i)=fCH3CO3(i)+1; fHOC2H4CHO(i)=fHOC2H4CHO(i)+1; 

i=i+1;
Rnames{i} = 'C625OOH + OH = C625O2';
k(:,i) = 3.04e-11;
Gstr{i,1} = 'C625OOH'; Gstr{i,2} = 'OH'; 
fC625OOH(i)=fC625OOH(i)-1; fOH(i)=fOH(i)-1; fC625O2(i)=fC625O2(i)+1; 

i=i+1;
Rnames{i} = 'C625OOH + hv = C625O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C625OOH'; 
fC625OOH(i)=fC625OOH(i)-1; fC625O(i)=fC625O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C625OOH + hv = HOC2H4CO3 + ACETOL + OH';
k(:,i) = J22;
Gstr{i,1} = 'C625OOH'; 
fC625OOH(i)=fC625OOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fACETOL(i)=fACETOL(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C625O = ACETOL + HOC2H4CO3';
k(:,i) = KDEC;
Gstr{i,1} = 'C625O'; 
fC625O(i)=fC625O(i)-1; fACETOL(i)=fACETOL(i)+1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; 

i=i+1;
Rnames{i} = 'C625OH + OH = HOC2H4CO3 + ACETOL';
k(:,i) = 2.70e-11;
Gstr{i,1} = 'C625OH'; Gstr{i,2} = 'OH'; 
fC625OH(i)=fC625OH(i)-1; fOH(i)=fOH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fACETOL(i)=fACETOL(i)+1; 

i=i+1;
Rnames{i} = 'C625OH + hv = HOC2H4CO3 + ACETOL + HO2';
k(:,i) = J22;
Gstr{i,1} = 'C625OH'; 
fC625OH(i)=fC625OH(i)-1; fHOC2H4CO3(i)=fHOC2H4CO3(i)+1; fACETOL(i)=fACETOL(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213OOH + OH = C1213CO + OH';
k(:,i) = 3.68e-11;
Gstr{i,1} = 'C1213OOH'; Gstr{i,2} = 'OH'; 
fC1213OOH(i)=fC1213OOH(i)-1; fOH(i)=fOH(i)-1; fC1213CO(i)=fC1213CO(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1213OOH + hv = C1213O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C1213OOH'; 
fC1213OOH(i)=fC1213OOH(i)-1; fC1213O(i)=fC1213O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C1213NO3 + OH = C1213CO + NO2';
k(:,i) = 7.81e-12;
Gstr{i,1} = 'C1213NO3'; Gstr{i,2} = 'OH'; 
fC1213NO3(i)=fC1213NO3(i)-1; fOH(i)=fOH(i)-1; fC1213CO(i)=fC1213CO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213NO3 + hv = C1213O + NO2';
k(:,i) = J55;
Gstr{i,1} = 'C1213NO3'; 
fC1213NO3(i)=fC1213NO3(i)-1; fC1213O(i)=fC1213O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C1213O = C829O2 + CHOC2CO2H';
k(:,i) = KDEC;
Gstr{i,1} = 'C1213O'; 
fC1213O(i)=fC1213O(i)-1; fC829O2(i)=fC829O2(i)+1; fCHOC2CO2H(i)=fCHOC2CO2H(i)+1; 

i=i+1;
Rnames{i} = 'C1213OH + OH = C1213CO + HO2';
k(:,i) = 1.90e-11;
Gstr{i,1} = 'C1213OH'; Gstr{i,2} = 'OH'; 
fC1213OH(i)=fC1213OH(i)-1; fOH(i)=fOH(i)-1; fC1213CO(i)=fC1213CO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CHO + OH = COO2C3CO3';
k(:,i) = 2.13e-11;
Gstr{i,1} = 'COO2C3CHO'; Gstr{i,2} = 'OH'; 
fCOO2C3CHO(i)=fCOO2C3CHO(i)-1; fOH(i)=fOH(i)-1; fCOO2C3CO3(i)=fCOO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CHO + hv = MOCOCH2O2 + HO2 + CO';
k(:,i) = J15;
Gstr{i,1} = 'COO2C3CHO'; 
fCOO2C3CHO(i)=fCOO2C3CHO(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; fHO2(i)=fHO2(i)+1; fCO(i)=fCO(i)+1; 

i=i+1;
Rnames{i} = 'C828CHO + NO3 = C828CO3 + HNO3';
k(:,i) = KNO3AL.*8.5;
Gstr{i,1} = 'C828CHO'; Gstr{i,2} = 'NO3'; 
fC828CHO(i)=fC828CHO(i)-1; fNO3(i)=fNO3(i)-1; fC828CO3(i)=fC828CO3(i)+1; fHNO3(i)=fHNO3(i)+1; 

i=i+1;
Rnames{i} = 'C828CHO + OH = C828CO3';
k(:,i) = 2.27e-11;
Gstr{i,1} = 'C828CHO'; Gstr{i,2} = 'OH'; 
fC828CHO(i)=fC828CHO(i)-1; fOH(i)=fOH(i)-1; fC828CO3(i)=fC828CO3(i)+1; 

i=i+1;
Rnames{i} = 'C828CHO + hv = C828O2 + CO + HO2';
k(:,i) = J15;
Gstr{i,1} = 'C828CHO'; 
fC828CHO(i)=fC828CHO(i)-1; fC828O2(i)=fC828O2(i)+1; fCO(i)=fCO(i)+1; fHO2(i)=fHO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + HO2 = COO2C3CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'HO2'; 
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fCOO2C3CO3H(i)=fCOO2C3CO3H(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + HO2 = MOCOCH2O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'HO2'; 
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fHO2(i)=fHO2(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + NO = MOCOCH2O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'NO'; 
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fNO(i)=fNO(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + NO2 = COO2C3PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'NO2'; 
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fNO2(i)=fNO2(i)-1; fCOO2C3PAN(i)=fCOO2C3PAN(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + NO3 = MOCOCH2O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'NO3'; 
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fNO3(i)=fNO3(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3 + RO2 = MOCOCH2O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'COO2C3CO3'; Gstr{i,2} = 'RO2';
fCOO2C3CO3(i)=fCOO2C3CO3(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + HO2 = C828CO3H';
k(:,i) = KAPHO2.*0.56;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'HO2'; 
fC828CO3(i)=fC828CO3(i)-1; fHO2(i)=fHO2(i)-1; fC828CO3H(i)=fC828CO3H(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + HO2 = C828O2 + OH';
k(:,i) = KAPHO2.*0.44;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'HO2'; 
fC828CO3(i)=fC828CO3(i)-1; fHO2(i)=fHO2(i)-1; fC828O2(i)=fC828O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + NO = C828O2 + NO2';
k(:,i) = KAPNO;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'NO'; 
fC828CO3(i)=fC828CO3(i)-1; fNO(i)=fNO(i)-1; fC828O2(i)=fC828O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + NO2 = C828PAN';
k(:,i) = KFPAN;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'NO2'; 
fC828CO3(i)=fC828CO3(i)-1; fNO2(i)=fNO2(i)-1; fC828PAN(i)=fC828PAN(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + NO3 = C828O2 + NO2';
k(:,i) = KRO2NO3.*1.74;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'NO3'; 
fC828CO3(i)=fC828CO3(i)-1; fNO3(i)=fNO3(i)-1; fC828O2(i)=fC828O2(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3 + RO2 = C828O2';
k(:,i) = 1.00e-11;
Gstr{i,1} = 'C828CO3'; Gstr{i,2} = 'RO2';
fC828CO3(i)=fC828CO3(i)-1; fC828O2(i)=fC828O2(i)+1; 

i=i+1;
Rnames{i} = 'C828O2 + HO2 = C828OOH';
k(:,i) = KRO2HO2.*0.859;
Gstr{i,1} = 'C828O2'; Gstr{i,2} = 'HO2'; 
fC828O2(i)=fC828O2(i)-1; fHO2(i)=fHO2(i)-1; fC828OOH(i)=fC828OOH(i)+1; 

i=i+1;
Rnames{i} = 'C828O2 + NO = C828O + NO2';
k(:,i) = KRO2NO;
Gstr{i,1} = 'C828O2'; Gstr{i,2} = 'NO'; 
fC828O2(i)=fC828O2(i)-1; fNO(i)=fNO(i)-1; fC828O(i)=fC828O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828O2 + NO3 = C828O + NO2';
k(:,i) = KRO2NO3;
Gstr{i,1} = 'C828O2'; Gstr{i,2} = 'NO3'; 
fC828O2(i)=fC828O2(i)-1; fNO3(i)=fNO3(i)-1; fC828O(i)=fC828O(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828O2 + RO2 = C828O';
k(:,i) = 6.70e-15;
Gstr{i,1} = 'C828O2'; Gstr{i,2} = 'RO2';
fC828O2(i)=fC828O2(i)-1; fC828O(i)=fC828O(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3H + OH = COO2C3CO3';
k(:,i) = 4.14e-12;
Gstr{i,1} = 'COO2C3CO3H'; Gstr{i,2} = 'OH'; 
fCOO2C3CO3H(i)=fCOO2C3CO3H(i)-1; fOH(i)=fOH(i)-1; fCOO2C3CO3(i)=fCOO2C3CO3(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3CO3H + hv = MOCOCH2O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'COO2C3CO3H'; 
fCOO2C3CO3H(i)=fCOO2C3CO3H(i)-1; fMOCOCH2O2(i)=fMOCOCH2O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3PAN + OH = MOXYCOCHO + CO + NO2';
k(:,i) = 5.40e-13;
Gstr{i,1} = 'COO2C3PAN'; Gstr{i,2} = 'OH'; 
fCOO2C3PAN(i)=fCOO2C3PAN(i)-1; fOH(i)=fOH(i)-1; fMOXYCOCHO(i)=fMOXYCOCHO(i)+1; fCO(i)=fCO(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'COO2C3PAN = COO2C3CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'COO2C3PAN'; 
fCOO2C3PAN(i)=fCOO2C3PAN(i)-1; fCOO2C3CO3(i)=fCOO2C3CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3H + OH = C828CO3';
k(:,i) = 8.26e-12;
Gstr{i,1} = 'C828CO3H'; Gstr{i,2} = 'OH'; 
fC828CO3H(i)=fC828CO3H(i)-1; fOH(i)=fOH(i)-1; fC828CO3(i)=fC828CO3(i)+1; 

i=i+1;
Rnames{i} = 'C828CO3H + hv = C828O2 + OH';
k(:,i) = J41;
Gstr{i,1} = 'C828CO3H'; 
fC828CO3H(i)=fC828CO3H(i)-1; fC828O2(i)=fC828O2(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C828PAN + OH = CO24C4CHO + CH3COCH3 + NO2';
k(:,i) = 4.66e-12;
Gstr{i,1} = 'C828PAN'; Gstr{i,2} = 'OH'; 
fC828PAN(i)=fC828PAN(i)-1; fOH(i)=fOH(i)-1; fCO24C4CHO(i)=fCO24C4CHO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828PAN = C828CO3 + NO2';
k(:,i) = KBPAN;
Gstr{i,1} = 'C828PAN'; 
fC828PAN(i)=fC828PAN(i)-1; fC828CO3(i)=fC828CO3(i)+1; fNO2(i)=fNO2(i)+1; 

i=i+1;
Rnames{i} = 'C828OOH + OH = C828O2';
k(:,i) = 8.26e-12;
Gstr{i,1} = 'C828OOH'; Gstr{i,2} = 'OH'; 
fC828OOH(i)=fC828OOH(i)-1; fOH(i)=fOH(i)-1; fC828O2(i)=fC828O2(i)+1; 

i=i+1;
Rnames{i} = 'C828OOH + hv = C828O + OH';
k(:,i) = J41;
Gstr{i,1} = 'C828OOH'; 
fC828OOH(i)=fC828OOH(i)-1; fC828O(i)=fC828O(i)+1; fOH(i)=fOH(i)+1; 

i=i+1;
Rnames{i} = 'C828O = CO2C3CO3 + CO + CH3COCH3';
k(:,i) = KDEC;
Gstr{i,1} = 'C828O'; 
fC828O(i)=fC828O(i)-1; fCO2C3CO3(i)=fCO2C3CO3(i)+1; fCO(i)=fCO(i)+1; fCH3COCH3(i)=fCH3COCH3(i)+1; 

%END OF REACTION LIST


