| 2.84D-11*exp(-747/TEMP)*0.102 | OH + M22C4 = M22C4O2 |
| 2.84D-11*exp(-747/TEMP)*0.305 | OH + M22C4 = M33C4O2 |
| 2.84D-11*exp(-747/TEMP)*0.593 | OH + M22C4 = M22C43O2 |
| KRO2NO*0.43*0.922 | M22C4O2 + NO = M22C4O + NO2 |
| KRO2NO*0.43*0.078 | M22C4O2 + NO = M22C4NO3 |
| 1.30D+11*exp(-4127/TEMP)*3.0 | M22C4O = HM33C4O2 |
| KRO2NO*0.43*0.969 | HM33C4O2 + NO = HM33C4O + NO2 |
| KRO2NO*0.43*0.031 | HM33C4O2 + NO = HM33C4NO3 |
| 8.4D+10*exp(-3523/TEMP) | HM33C4O = HM22C3CHO + HO2 |
| KRO2NO3 | M22C4O2 + NO3 = M22C4O + NO2 |
| KRO2HO2*0.87 | M22C4O2 + HO2 = M22C4OOH |
| 1.30D-12*0.6*RO2 | M22C4O2 = M22C4O |
| 1.30D-12*0.2*RO2 | M22C4O2 = M22C3CHO |
| 1.30D-12*0.2*RO2 | M22C4O2 = M22C4OH |
| KRO2NO3 | HM33C4O2 + NO3 = HM33C4O + NO2 |
| KRO2HO2*0.87 | HM33C4O2 + HO2 = HM33C4OOH |
| 1.30D-12*0.6*RO2 | HM33C4O2 = HM33C4O |
| 1.30D-12*0.2*RO2 | HM33C4O2 = HM33C3CHO |
| 1.30D-12*0.2*RO2 | HM33C4O2 = HM33C4OH |
| 1.08D-12 | OH + M22C4NO3 = M22C3CHO + NO2 |
| J<53> | M22C4NO3 = M22C4O + NO2 |
| 5.38D-12 | OH + HM33C4NO3 = HM33C3CHO + NO2 |
| J<53> | HM33C4NO3 = HM33C4O + NO2 |
| 1.90D-12*exp(190/TEMP) | OH + M22C4OOH = M22C4O2 |
| 1.60D-11 | OH + M22C4OOH = M22C3CHO + OH |
| J<41> | M22C4OOH = M22C4O + OH |
| 1.90D-12*exp(190/TEMP) | OH + HM33C4OOH = HM33C4O2 |
| 1.95D-11 | OH + HM33C4OOH = HM33C3CHO + OH |
| J<41> | HM33C4OOH = HM33C4O + OH |
| 5.66D-12 | OH + M22C4OH = M22C3CHO + HO2 |
| 9.19D-12*0.5 | OH + HM33C4OH = HM22C3CHO + HO2 |
| 9.19D-12*0.5 | OH + HM33C4OH = HM33C3CHO + HO2 |
| J<15> | M22C3CHO = NEOPO2 + HO2 + CO |
| 2.22D-11 | OH + M22C3CHO = M22C3CO3 |
| KNO3AL | NO3 + M22C3CHO = M22C3CO3 + HNO3 |
| KRO2NO*2.7 | M22C3CO3 + NO = NEOPO2 + NO2 |
| KFPAN % KBPAN | M22C3CO3 + NO2 = C6PAN17 |
| KRO2NO3 | M22C3CO3 + NO3 = NEOPO2 + NO2 |
| KAPHO2 | M22C3CO3 + HO2 = M22C3CO3H |
| 5.00D-12*RO2 | M22C3CO3 = NEOPO2 |
| 1.38D-12 | OH + C6PAN17 = M22C3CO3 + NO2 |
| 4.98D-12 | OH + M22C3CO3H = M22C3CO3 |
| J<41> | M22C3CO3H = NEOPO2 + OH |
| J<15> | HM22C3CHO = HM22C3O2 + HO2 + CO |
| 2.59D-11 | OH + HM22C3CHO = HM22C3CO3 |
| KNO3AL | NO3 + HM22C3CHO = HM22C3CO3 + HNO3 |
| KRO2NO*2.7 | HM22C3CO3 + NO = HM22C3O2 + NO2 |
| KRO2NO*0.51*0.948 | HM22C3O2 + NO = HM22C3O + NO2 |
| KRO2NO*0.51*0.052 | HM22C3O2 + NO = HM22C3NO3 |
| 3.70D-14*exp(-460/TEMP)*O2 | HM22C3O = HM22CHO + HO2 |
| KFPAN % KBPAN | HM22C3CO3 + NO2 = C6PAN14 |
| KRO2NO3 | HM22C3CO3 + NO3 = HM22C3O2 + NO2 |
| KAPHO2*0.71 | HM22C3CO3 + HO2 = HM22C3CO3H |
| KAPHO2*0.29 | HM22C3CO3 + HO2 = HM22C3CO2H + O3 |
| 5.00D-12*0.7*RO2 | HM22C3CO3 = HM22C3O2 |
| 5.00D-12*0.3*RO2 | HM22C3CO3 = HM22C3CO2H |
| KRO2NO3 | HM22C3O2 + NO3 = HM22C3O + NO2 |
| KRO2HO2*0.82 | HM22C3O2 + HO2 = HM22C3OOH |
| 1.30D-12*0.6*RO2 | HM22C3O2 = HM22C3O |
| 1.30D-12*0.2*RO2 | HM22C3O2 = HM22CHO |
| 1.30D-12*0.2*RO2 | HM22C3O2 = HM22C3OH |
| 4.28D-12 | OH + HM22C3NO3 = HM22CHO + NO2 |
| J<53> | HM22C3NO3 = HM22C3O + NO2 |
| 4.95D-12 | OH + C6PAN14 = HM22C3CO3 + NO2 |
| 8.55D-12 | OH + HM22C3CO3H = HM22C3CO3 |
| J<41> | HM22C3CO3H = HM22C3O2 + OH |
| 1.90D-12*exp(190/TEMP) | OH + HM22C3OOH = HM22C3O2 |
| 1.81D-11 | OH + HM22C3OOH = HM22CHO + OH |
| J<41> | HM22C3OOH = HM22C3O + OH |
| 4.99D-12 | OH + HM22C3CO2H = HM22C3O2 |
| 7.79D-12 | OH + HM22C3OH = HM22CHO + HO2 |
| J<17> | HM22CHO = IBUTOLCO2 + HO2 + CO |
| 3.46D-11 | OH + HM22CHO = HM22CO3 |
| KNO3AL | NO3 + HM22CHO = HM22CO3 + HNO3 |
| KRO2NO*2.7 | HM22CO3 + NO = IBUTOLCO2 + NO2 |
| KFPAN % KBPAN | HM22CO3 + NO2 = C5PAN15 |
| KRO2NO3 | HM22CO3 + NO3 = IBUTOLCO2 + NO2 |
| KAPHO2*0.71 | HM22CO3 + HO2 = HM22CO3H |
| KAPHO2*0.29 | HM22CO3 + HO2 = HM22CO2H + O3 |
| 5.00D-12*0.7*RO2 | HM22CO3 = IBUTOLCO2 |
| 5.00D-12*0.3*RO2 | HM22CO3 = HM22CO2H |
| 1.38D-11 | OH + C5PAN15 = HM22CO3 + NO2 |
| 1.74D-11 | OH + HM22CO3H = HM22CO3 |
| J<41> | HM22CO3H = IBUTOLCO2 + OH |
| 1.39D-11 | OH + HM22CO2H = IBUTOLCO2 |
| KRO2NO*0.43*0.922 | M33C4O2 + NO = M33C4O + NO2 |
| KRO2NO*0.43*0.078 | M33C4O2 + NO = M33C4NO3 |
| 3.70D-14*exp(-460/TEMP)*O2 | M33C4O = M33C3CHO + HO2 |
| 1.30D+11*exp(-4127/TEMP) | M33C4O = HM22C4O2 |
| KRO2NO*0.43*0.969 | HM22C4O2 + NO = HM22C4O + NO2 |
| KRO2NO*0.43*0.031 | HM22C4O2 + NO = HM22C4NO3 |
| 8.4D+10*exp(-3523/TEMP) | HM22C4O = HM33C3CHO + HO2 |
| KRO2NO3 | M33C4O2 + NO3 = M33C4O + NO2 |
| KRO2HO2*0.87 | M33C4O2 + HO2 = M33C4OOH |
| 1.30D-12*0.6*RO2 | M33C4O2 = M33C4O |
| 1.30D-12*0.2*RO2 | M33C4O2 = M33C3CHO |
| 1.30D-12*0.2*RO2 | M33C4O2 = M33C4OH |
| KRO2NO3 | HM22C4O2 + NO3 = HM22C4O + NO2 |
| KRO2HO2*0.87 | HM22C4O2 + HO2 = HM22C4OOH |
| 1.30D-12*0.6*RO2 | HM22C4O2 = HM22C4O |
| 1.30D-12*0.2*RO2 | HM22C4O2 = HM22C3CHO |
| 1.30D-12*0.2*RO2 | HM22C4O2 = HM33C4OH |
| 1.83D-12 | OH + M33C4NO3 = M33C3CHO + NO2 |
| J<53> | M33C4NO3 = M33C4O + NO2 |
| 4.60D-12 | OH + HM22C4NO3 = HM22C3CHO + NO2 |
| J<53> | HM22C4NO3 = HM22C4O + NO2 |
| 1.90D-12*exp(190/TEMP) | OH + M33C4OOH = M33C4O2 |
| 1.57D-11 | OH + M33C4OOH = M33C3CHO + OH |
| J<41> | M33C4OOH = M33C4O + OH |
| 1.90D-12*exp(190/TEMP) | OH + HM22C4OOH = HM22C4O2 |
| 1.95D-11 | OH + HM22C4OOH = HM22C3CHO + OH |
| J<41> | HM22C4OOH = HM22C4O + OH |
| 5.35D-12 | OH + M33C4OH = M33C3CHO + HO2 |
| J<17> | M33C3CHO = IPECO2 + HO2 + CO |
| 2.59D-11 | OH + M33C3CHO = M33C3CO3 |
| KNO3AL | NO3 + M33C3CHO = M33C3CO3 + HNO3 |
| KRO2NO*2.7 | M33C3CO3 + NO = IPECO2 + NO2 |
| J<17> | HM33C3CHO = HM33C3O2 + HO2 + CO |
| 3.05D-11 | OH + HM33C3CHO = HM33C3CO3 |
| KNO3AL | NO3 + HM33C3CHO = HM33C3CO3 + HNO3 |
| KRO2NO*2.7 | HM33C3CO3 + NO = HM33C3O2 + NO2 |
| KRO2NO*0.51*0.961 | HM33C3O2 + NO = HM33C3O + NO2 |
| KRO2NO*0.51*0.039 | HM33C3O2 + NO = HM33C3NO3 |
| 2.70D+14*exp(-6542/TEMP) | HM33C3O = CH3COCH3 + HOCH2CH2O2 |
| KFPAN % KBPAN | M33C3CO3 + NO2 = C6PAN15 |
| KRO2NO3 | M33C3CO3 + NO3 = IPECO2 + NO2 |
| KAPHO2*0.71 | M33C3CO3 + HO2 = M33C3CO3H |
| KAPHO2*0.29 | M33C3CO3 + HO2 = M33C3CO2H + O3 |
| 5.00D-12*0.7*RO2 | M33C3CO3 = IPECO2 |
| 5.00D-12*0.3*RO2 | M33C3CO3 = M33C3CO2H |
| 5.14D-12 | OH + C6PAN15 = M33C3CO3 + NO2 |
| 8.74D-12 | OH + M33C3CO3H = M33C3CO3 |
| J<41> | M33C3CO3H = IPECO2 + OH |
| 5.18D-12 | OH + M33C3CO2H = IPECO2 |
| KFPAN % KBPAN | HM33C3CO3 + NO2 = C6PAN13 |
| KRO2NO3 | HM33C3CO3 + NO3 = HM33C3O2 + NO2 |
| KAPHO2*0.71 | HM33C3CO3 + HO2 = HM33C3CO3H |
| KAPHO2*0.29 | HM33C3CO3 + HO2 = HM33C3CO2H + O3 |
| 5.00D-12*0.7*RO2 | HM33C3CO3 = HM33C3O2 |
| 5.00D-12*0.3*RO2 | HM33C3CO3 = HM33C3CO2H |
| KRO2NO3 | HM33C3O2 + NO3 = HM33C3O + NO2 |
| KRO2HO2*0.82 | HM33C3O2 + HO2 = HM33C3OOH |
| 6.70D-15*0.7*RO2 | HM33C3O2 = HM33C3O |
| 6.70D-15*0.3*RO2 | HM33C3O2 = HO2M2C4OH |
| 4.12D-12 | OH + HM33C3NO3 = CH3COCH3 + HOCH2CHO + NO2 |
| J<55> | HM33C3NO3 = HM33C3O + NO2 |
| 9.73D-12 | OH + C6PAN13 = HM33C3CO3 + NO2 |
| 1.33D-11 | OH + HM33C3CO3H = HM33C3CO3 |
| J<41> | HM33C3CO3H = HM33C3O2 + OH |
| 9.08D-12 | OH + HM33C3OOH = HM33C3O2 |
| J<41> | HM33C3OOH = HM33C3O + OH |
| 9.77D-12 | OH + HM33C3CO2H = HM33C3O2 |
| KRO2NO*0.43*0.805 | M22C43O2 + NO = M22C43O + NO2 |
| KRO2NO*0.43*0.195 | M22C43O2 + NO = M22C43NO3 |
| 1.80D-14*exp(-260/TEMP)*O2 | M22C43O = MTBK + HO2 |
| 2.70D+14*exp(-6643/TEMP) | M22C43O = TC4H9O2 + CH3CHO |
| KRO2NO3 | M22C43O2 + NO3 = M22C43O + NO2 |
| KRO2HO2*0.87 | M22C43O2 + HO2 = M22C43OOH |
| 2.50D-13*0.6*RO2 | M22C43O2 = M22C43O |
| 2.50D-13*0.2*RO2 | M22C43O2 = MTBK |
| 2.50D-13*0.2*RO2 | M22C43O2 = M22C43OH |
| 1.03D-12 | OH + M22C43NO3 = MTBK + NO2 |
| J<54> | M22C43NO3 = M22C43O + NO2 |
| 1.90D-12*exp(190/TEMP) | OH + M22C43OOH = M22C43O2 |
| 3.14D-11 | OH + M22C43OOH = MTBK + OH |
| J<41> | M22C43OOH = M22C43O + OH |
| 8.81D-12 | OH + M22C43OH = MTBK + HO2 |