SAPRC90 was extended to include:
146) 1.7E-12,1.41 ;NH3 + HO = NH2 + HO2 !see Kohlmann_Poppe_tropspheridegradNH3_JAtmosChem_1999.pdf
33) FALLOFF ;SO2 + HO = HO2+SULF !modified as in CMAQ (docum_saprc99_model3.pdf)
132) 2.32E-11, -0.88 ;APIN + HO = #1.1 AP1G + #1.2 AP2G !5.37E-11 at 298K (Atkinson, 1997)
132) 1.74E-15, 1.45 ;APIN + O3 = #1.3 AP1G + #1.4 AP2G !8.55E-17 at 298K (Atkinson, 1997)
133) 5.01E-13, -1.67 ;APIN + NO3 = #1.5 AP1G + #1.6 AP2G !5.90E-12 at 298K (Martinez et al., EST, 1998, 3730)
134) 4.57e-11, -0.71 ;BPIN + HO = #2.1 BP1G + #2.2 BP2G ! 7.89E-11 at 298K (Atkinson, 1997)
135) 2.58E-17 ;BPIN + O3 = #2.3 BP1G + #2.4 BP2G ! (Atkinson, 1997)
136) 2.54E-10, 2.48 ;BPIN + NO3 = #2.5 BP1G + #2.6 BP2G !2.10E-12 at 298K (Martinez et al., EST, 1998, 3730)
137) 6.56E-12 ;TOL + HO = #3.1 TO1G + #3.2 TO2G ! 1.81E-12*EXP(355./TEMP) [k=k(apeiro)]
138) 3.65E-11, 13.3 ;TOL + O3 = #3.3 TO1G + #3.4 TO2G ! 4.1E-22 at 298K
139) 1.36e-16 ;TOL + NO3 = #3.5 TO1G + #3.6 TO2G
140) 1.89E-11 ;XYL + HO = #4.1 XY1G + #4.2 XY2G ! Average of o- m- p- isomers respectively
141) 3.47E-12, 11.1 ;XYL + O3 = #4.3 XY1G + #4.4 XY2G
142) 7.09E-16 ;XYL + NO3 = #4.5 XY1G + #4.6 XY2G ! Average of o- m- p- isomers respectively
143) 2.54E-11, -0.81 ;OLE3 + HO = #5.1 IS1G + #5.2 IS2G ! isoprene + OH: 1.01E-10 @ 298K
144) 1.23E-14, 4 ;OLE3 + O3 = #5.3 IS1G + #5.4 IS2G ! isoprene + O3: 1.43E-17 @ 298K
145) 3.03E-12, 0.89 ;OLE3 + NO3 = #5.5 IS1G + #5.6 IS2G ! isoprene + NO3: 6.78E-13 @ 298K
where the stoichiometric coefficients #1.1, #1.6, etc are calculated in chem/gas/saprc90_soa/src/stoic_coeff_soa.f as a function of VOC2NOX ratio.