a(1,1) (C)-loss use the following reactions: Table r_3966_t_7_1 (C_I-DI) equation 1: 1.815217e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 1: 2.035112e+01 [1/s], stoichiometric factor 1 a(1,1) = -1.815420e+05 [1/s] a(2,1) (C -> C^+) use the following reactions: Table r_3966_t_7_1 (C_I-DI) equation 1: 1.815217e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 1: 2.035112e+01 [1/s], stoichiometric factor 1 a(2,1) = 1.815420e+05 [1/s] a(2,2) (C^+)-loss no reactions: a(2,2) = -1.000000e-300 [1/s] a(1,3) (CH -> C) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 12: 2.295283e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_3 (CH-I-DI_partial) equation 3: 4.332651e+03 [1/s], stoichiometric factor 1 a(1,3) = 2.338610e+05 [1/s] a(2,3) (CH -> C^+) use the following reactions: Table r_3966_t_7_3 (CH-I-DI_partial) equation 2: 2.317343e+04 [1/s], stoichiometric factor 1 a(2,3) = 2.317343e+04 [1/s] a(3,3) (CH)-loss use the following reactions: Table r_3966_t_2 (CHy_DE) equation 12: 2.295283e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_3 (CH-I-DI_partial) equation 1: 1.303341e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_3 (CH-I-DI_partial) equation 2: 2.317343e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_3 (CH-I-DI_partial) equation 3: 4.332651e+03 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 2: 1.845927e+04 [1/s], stoichiometric factor 1 a(3,3) = -4.058278e+05 [1/s] a(4,3) (CH -> CH^+) use the following reactions: Table r_3966_t_7_3 (CH-I-DI_partial) equation 1: 1.303341e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 2: 1.845927e+04 [1/s], stoichiometric factor 1 a(4,3) = 1.487934e+05 [1/s] a(1,4) (CH^+ -> C) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 19: 2.979523e+05 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 13: 5.205729e+04 [1/s], stoichiometric factor 1 a(1,4) = 3.500096e+05 [1/s] a(2,4) (CH^+ -> C^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 18: 2.938652e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 10: 1.355749e+04 [1/s], stoichiometric factor 1 a(2,4) = 4.294401e+04 [1/s] a(4,4) (CH^+)-loss use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 18: 2.938652e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 19: 2.979523e+05 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 10: 1.355749e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 13: 5.205729e+04 [1/s], stoichiometric factor 1 a(4,4) = -3.929537e+05 [1/s] a(1,5) (CH_2 -> C) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 10: 1.750691e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 11: 4.281239e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 5: 2.452844e+03 [1/s], stoichiometric factor 1 a(1,5) = 2.424099e+04 [1/s] a(2,5) (CH_2 -> C^+) use the following reactions: Table r_3966_t_7_5 (CH2-I-DI_partial) equation 3: 3.529749e+03 [1/s], stoichiometric factor 1 a(2,5) = 3.529749e+03 [1/s] a(3,5) (CH_2 -> CH) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 9: 1.969531e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 4: 2.100950e+03 [1/s], stoichiometric factor 1 a(3,5) = 1.990540e+05 [1/s] a(4,5) (CH_2 -> CH^+) use the following reactions: Table r_3966_t_7_5 (CH2-I-DI_partial) equation 2: 3.854814e+04 [1/s], stoichiometric factor 1 a(4,5) = 3.854814e+04 [1/s] a(5,5) (CH_2)-loss use the following reactions: Table r_3966_t_2 (CHy_DE) equation 9: 1.969531e+05 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 10: 1.750691e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 11: 4.281239e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 1: 1.385872e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 2: 3.854814e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 3: 3.529749e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 4: 2.100950e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_5 (CH2-I-DI_partial) equation 5: 2.452844e+03 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 3: 7.949948e+04 [1/s], stoichiometric factor 1 a(5,5) = -4.834596e+05 [1/s] a(6,5) (CH_2 -> CH_2^+) use the following reactions: Table r_3966_t_7_5 (CH2-I-DI_partial) equation 1: 1.385872e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 3: 7.949948e+04 [1/s], stoichiometric factor 1 a(6,5) = 2.180867e+05 [1/s] a(1,6) (CH_2^+ -> C) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 14: 1.559808e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 16: 9.338038e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 11: 5.535838e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 12: 2.906315e+04 [1/s], stoichiometric factor 1 a(1,6) = 5.953511e+04 [1/s] a(2,6) (CH_2^+ -> C^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 15: 2.743809e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 17: 5.797649e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 9: 5.366245e+03 [1/s], stoichiometric factor 1 a(2,6) = 3.860198e+04 [1/s] a(3,6) (CH_2^+ -> CH) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 13: 3.228980e+05 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 10: 1.153300e+04 [1/s], stoichiometric factor 1 a(3,6) = 3.344310e+05 [1/s] a(4,6) (CH_2^+ -> CH^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 12: 9.553686e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 8: 6.771442e+03 [1/s], stoichiometric factor 1 a(4,6) = 1.023083e+05 [1/s] a(6,6) (CH_2^+)-loss use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 12: 9.553686e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 13: 3.228980e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 14: 1.559808e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 15: 2.743809e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 16: 9.338038e+03 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 17: 5.797649e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 8: 6.771442e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 9: 5.366245e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 10: 1.153300e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 11: 5.535838e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 12: 2.906315e+04 [1/s], stoichiometric factor 1 a(6,6) = -5.348764e+05 [1/s] a(1,7) (CH_3 -> C) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 8: 6.851487e+03 [1/s], stoichiometric factor 1 a(1,7) = 6.851487e+03 [1/s] a(2,7) (CH_3 -> C^+) use the following reactions: Table r_3966_t_7_7 (CH3-I-DI_partial) equation 5: 1.059971e+03 [1/s], stoichiometric factor 1 a(2,7) = 1.059971e+03 [1/s] a(3,7) (CH_3 -> CH) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 6: 3.249320e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 7: 4.419185e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 6: 4.394354e+02 [1/s], stoichiometric factor 1 a(3,7) = 3.735182e+04 [1/s] a(4,7) (CH_3 -> CH^+) use the following reactions: Table r_3966_t_7_7 (CH3-I-DI_partial) equation 3: 2.830794e+04 [1/s], stoichiometric factor 1 a(4,7) = 2.830794e+04 [1/s] a(5,7) (CH_3 -> CH_2) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 5: 1.926389e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 4: 3.439732e+03 [1/s], stoichiometric factor 1 a(5,7) = 1.960786e+05 [1/s] a(6,7) (CH_3 -> CH_2^+) use the following reactions: Table r_3966_t_7_7 (CH3-I-DI_partial) equation 2: 6.630597e+04 [1/s], stoichiometric factor 1 a(6,7) = 6.630597e+04 [1/s] a(7,7) (CH_3)-loss use the following reactions: Table r_3966_t_2 (CHy_DE) equation 5: 1.926389e+05 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 6: 3.249320e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 7: 4.419185e+03 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 8: 6.851487e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 1: 1.431796e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 2: 6.630597e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 3: 2.830794e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 4: 3.439732e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 5: 1.059971e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_7 (CH3-I-DI_partial) equation 6: 4.394354e+02 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 4: 1.998554e+05 [1/s], stoichiometric factor 1 a(7,7) = -6.789908e+05 [1/s] a(8,7) (CH_3 -> CH_3^+) use the following reactions: Table r_3966_t_7_7 (CH3-I-DI_partial) equation 1: 1.431796e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 4: 1.998554e+05 [1/s], stoichiometric factor 1 a(8,7) = 3.430350e+05 [1/s] a(1,8) (CH_3^+ -> C) use the following reactions: Table r_3966_t_5 (CHy+_R-DR_partial) equation 9: 1.191915e+04 [1/s], stoichiometric factor 1 a(1,8) = 1.191915e+04 [1/s] a(2,8) (CH_3^+ -> C^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 11: 2.703707e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 7: 3.751839e+03 [1/s], stoichiometric factor 1 a(2,8) = 3.078891e+04 [1/s] a(3,8) (CH_3^+ -> CH) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 10: 2.401191e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 7: 5.562269e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 8: 6.356879e+03 [1/s], stoichiometric factor 1 a(3,8) = 3.593106e+04 [1/s] a(4,8) (CH_3^+ -> CH^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 9: 6.483402e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 6: 3.556921e+03 [1/s], stoichiometric factor 1 a(4,8) = 6.839094e+04 [1/s] a(5,8) (CH_3^+ -> CH_2) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 8: 2.582900e+05 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 6: 1.589220e+04 [1/s], stoichiometric factor 1 a(5,8) = 2.741822e+05 [1/s] a(6,8) (CH_3^+ -> CH_2^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 7: 1.327810e+05 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 5: 4.926463e+03 [1/s], stoichiometric factor 1 a(6,8) = 1.377075e+05 [1/s] a(8,8) (CH_3^+)-loss use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 7: 1.327810e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 8: 2.582900e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 9: 6.483402e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 10: 2.401191e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 11: 2.703707e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 5: 4.926463e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 6: 3.556921e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 7: 3.751839e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 6: 1.589220e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 7: 5.562269e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 8: 6.356879e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 9: 1.191915e+04 [1/s], stoichiometric factor 1 a(8,8) = -5.589198e+05 [1/s] a(1,9) (CH_4 -> C) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 4: 6.444839e+03 [1/s], stoichiometric factor 1 a(1,9) = 6.444839e+03 [1/s] a(2,9) (CH_4 -> C^+) use the following reactions: Table r_3966_t_7_9 (CH4-I-DI_partial) equation 5: 1.192506e+03 [1/s], stoichiometric factor 1 a(2,9) = 1.192506e+03 [1/s] a(3,9) (CH_4 -> CH) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 3: 1.989904e+04 [1/s], stoichiometric factor 1 a(3,9) = 1.989904e+04 [1/s] a(4,9) (CH_4 -> CH^+) use the following reactions: Table r_3966_t_7_9 (CH4-I-DI_partial) equation 4: 4.902351e+03 [1/s], stoichiometric factor 1 a(4,9) = 4.902351e+03 [1/s] a(5,9) (CH_4 -> CH_2) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 2: 4.121895e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 6: 6.772394e+02 [1/s], stoichiometric factor 1 a(5,9) = 4.189619e+04 [1/s] a(6,9) (CH_4 -> CH_2^+) use the following reactions: Table r_3966_t_7_9 (CH4-I-DI_partial) equation 3: 1.370598e+04 [1/s], stoichiometric factor 1 a(6,9) = 1.370598e+04 [1/s] a(7,9) (CH_4 -> CH_3) use the following reactions: Table r_3966_t_2 (CHy_DE) equation 1: 2.175464e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 7: 7.218787e+03 [1/s], stoichiometric factor 1 a(7,9) = 2.247652e+05 [1/s] a(8,9) (CH_4 -> CH_3^+) use the following reactions: Table r_3966_t_7_9 (CH4-I-DI_partial) equation 2: 8.769019e+04 [1/s], stoichiometric factor 1 a(8,9) = 8.769019e+04 [1/s] a(9,9) (CH_4)-loss use the following reactions: Table r_3966_t_2 (CHy_DE) equation 1: 2.175464e+05 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 2: 4.121895e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 3: 1.989904e+04 [1/s], stoichiometric factor 1 Table r_3966_t_2 (CHy_DE) equation 4: 6.444839e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 1: 1.300217e+05 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 2: 8.769019e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 3: 1.370598e+04 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 4: 4.902351e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 5: 1.192506e+03 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 6: 6.772394e+02 [1/s], stoichiometric factor 1 Table r_3966_t_7_9 (CH4-I-DI_partial) equation 7: 7.218787e+03 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 5: 1.807073e+05 [1/s], stoichiometric factor 1 a(9,9) = -7.112253e+05 [1/s] a(10,9) (CH_4 -> CH_4^+) use the following reactions: Table r_3966_t_7_9 (CH4-I-DI_partial) equation 1: 1.300217e+05 [1/s], stoichiometric factor 1 Table r_3966_t_9p (CHy_CX-PR_partial) equation 5: 1.807073e+05 [1/s], stoichiometric factor 1 a(10,9) = 3.107290e+05 [1/s] a(1,10) (CH_4^+ -> C) use the following reactions: Table r_3966_t_5 (CHy+_R-DR_partial) equation 5: 5.718347e+02 [1/s], stoichiometric factor 1 a(1,10) = 5.718347e+02 [1/s] a(2,10) (CH_4^+ -> C^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 6: 5.724040e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 4: 3.443607e+03 [1/s], stoichiometric factor 1 a(2,10) = 6.068401e+04 [1/s] a(3,10) (CH_4^+ -> CH) use the following reactions: Table r_3966_t_5 (CHy+_R-DR_partial) equation 4: 7.147934e+03 [1/s], stoichiometric factor 1 a(3,10) = 7.147934e+03 [1/s] a(4,10) (CH_4^+ -> CH^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 5: 8.664981e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 3: 4.585564e+03 [1/s], stoichiometric factor 1 a(4,10) = 9.123537e+04 [1/s] a(5,10) (CH_4^+ -> CH_2) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 4: 9.115736e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 2: 2.573256e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 3: 1.229445e+04 [1/s], stoichiometric factor 1 a(5,10) = 1.060251e+05 [1/s] a(6,10) (CH_4^+ -> CH_2^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 3: 2.017466e+05 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 2: 4.874924e+03 [1/s], stoichiometric factor 1 a(6,10) = 2.066216e+05 [1/s] a(7,10) (CH_4^+ -> CH_3) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 2: 4.189818e+05 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 1: 6.004265e+03 [1/s], stoichiometric factor 1 a(7,10) = 4.249861e+05 [1/s] a(8,10) (CH_4^+ -> CH_3^+) use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 1: 5.194533e+05 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 1: 7.223160e+03 [1/s], stoichiometric factor 1 a(8,10) = 5.266764e+05 [1/s] a(10,10) (CH_4^+)-loss use the following reactions: Table r_3966_t_3 (CHy+_DE) equation 1: 5.194533e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 2: 4.189818e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 3: 2.017466e+05 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 4: 9.115736e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 5: 8.664981e+04 [1/s], stoichiometric factor 1 Table r_3966_t_3 (CHy+_DE) equation 6: 5.724040e+04 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 1: 7.223160e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 2: 4.874924e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 3: 4.585564e+03 [1/s], stoichiometric factor 1 Table r_3966_t_4 (CHy+_DI) equation 4: 3.443607e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 1: 6.004265e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 2: 2.573256e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 3: 1.229445e+04 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 4: 7.147934e+03 [1/s], stoichiometric factor 1 Table r_3966_t_5 (CHy+_R-DR_partial) equation 5: 5.718347e+02 [1/s], stoichiometric factor 1 a(10,10) = -1.423948e+06 [1/s] a(1,11) (C_2 -> C) use the following reactions: a(1,11) = 0.000000e+00 [1/s] a(2,11) (C_2 -> C^+) use the following reactions: a(2,11) = 0.000000e+00 [1/s] a(4,11) (C_2 -> CH^+) use the following reactions: a(4,11) = 0.000000e+00 [1/s] a(11,11) (C_2)-loss use the following reactions: Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 1: 2.751281e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_0b (C2_I-DI, partial) equation 1: 2.665333e+04 [1/s], stoichiometric factor 1 a(11,11) = -5.416614e+04 [1/s] a(12,11) (C_2 -> C_2^+) use the following reactions: Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 1: 2.751281e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_0b (C2_I-DI, partial) equation 1: 2.665333e+04 [1/s], stoichiometric factor 1 a(12,11) = 5.416614e+04 [1/s] a(1,12) (C_2^+ -> C) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 1: 3.020159e+04 [1/s], stoichiometric factor 1 Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 1: 3.020159e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 1: 1.275067e+05 [1/s], stoichiometric factor 1 a(1,12) = 1.879099e+05 [1/s] a(2,12) (C_2^+ -> C^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 1: 1.275067e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 1: 1.807720e+04 [1/s], stoichiometric factor 2 a(2,12) = 1.636611e+05 [1/s] a(12,12) (C_2^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 1: 3.020159e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 1: 1.275067e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 1: 1.807720e+04 [1/s], stoichiometric factor 1 a(12,12) = -1.757855e+05 [1/s] a(1,13) (C_2H -> C) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 3: 5.650339e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 2: 3.429029e+04 [1/s], stoichiometric factor 1 a(1,13) = 3.994063e+04 [1/s] a(2,13) (C_2H -> C^+) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 4: 3.131148e+03 [1/s], stoichiometric factor 1 a(2,13) = 3.131148e+03 [1/s] a(3,13) (C_2H -> CH) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 4: 3.131148e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 2: 3.429029e+04 [1/s], stoichiometric factor 1 a(3,13) = 3.742144e+04 [1/s] a(4,13) (C_2H -> CH^+) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 3: 5.650339e+03 [1/s], stoichiometric factor 1 a(4,13) = 5.650339e+03 [1/s] a(11,13) (C_2H -> C_2) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 5: 6.915241e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 1: 9.291899e+04 [1/s], stoichiometric factor 1 a(11,13) = 9.983423e+04 [1/s] a(12,13) (C_2H -> C_2^+) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 2: 2.322328e+04 [1/s], stoichiometric factor 1 a(12,13) = 2.322328e+04 [1/s] a(13,13) (C_2H)-loss use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 1: 3.375962e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 2: 2.322328e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 3: 5.650339e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 4: 3.131148e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 5: 6.915241e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 1: 9.291899e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 2: 3.429029e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 2: 2.423550e+03 [1/s], stoichiometric factor 1 a(13,13) = -5.061491e+05 [1/s] a(14,13) (C_2H -> C_2H^+) use the following reactions: Table r_4005_t_A1_1b (C2H_I-DI, partial) equation 1: 3.375962e+05 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 2: 2.423550e+03 [1/s], stoichiometric factor 1 a(14,13) = 3.400198e+05 [1/s] a(11,14) (C_2H^+ -> C_2) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 2: 6.180686e+04 [1/s], stoichiometric factor 1 a(11,14) = 6.180686e+04 [1/s] a(12,14) (C_2H^+ -> C_2^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 2: 8.761622e+04 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 2: 1.106580e+04 [1/s], stoichiometric factor 1 a(12,14) = 9.868202e+04 [1/s] a(14,14) (C_2H^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 2: 6.180686e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 2: 8.761622e+04 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 2: 1.106580e+04 [1/s], stoichiometric factor 1 a(14,14) = -1.604889e+05 [1/s] a(1,15) (C_2H_2 -> C) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 7: 2.038824e+04 [1/s], stoichiometric factor 1 a(1,15) = 2.038824e+04 [1/s] a(2,15) (C_2H_2 -> C^+) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 5: 3.632805e+03 [1/s], stoichiometric factor 1 a(2,15) = 3.632805e+03 [1/s] a(3,15) (C_2H_2 -> CH) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 4: 9.557698e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 6: 1.659404e+04 [1/s], stoichiometric factor 2 a(3,15) = 4.274577e+04 [1/s] a(4,15) (C_2H_2 -> CH^+) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 4: 9.557698e+03 [1/s], stoichiometric factor 1 a(4,15) = 9.557698e+03 [1/s] a(5,15) (C_2H_2 -> CH_2) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 5: 3.632805e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 7: 2.038824e+04 [1/s], stoichiometric factor 1 a(5,15) = 2.402104e+04 [1/s] a(11,15) (C_2H_2 -> C_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 4: 3.345992e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 5: 2.011315e+04 [1/s], stoichiometric factor 1 a(11,15) = 5.357306e+04 [1/s] a(12,15) (C_2H_2 -> C_2^+) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 3: 8.088286e+03 [1/s], stoichiometric factor 1 a(12,15) = 8.088286e+03 [1/s] a(13,15) (C_2H_2 -> C_2H) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 6: 8.737827e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 3: 9.483570e+04 [1/s], stoichiometric factor 1 a(13,15) = 1.035735e+05 [1/s] a(14,15) (C_2H_2 -> C_2H^+) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 2: 4.141899e+04 [1/s], stoichiometric factor 1 a(14,15) = 4.141899e+04 [1/s] a(15,15) (C_2H_2)-loss use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 1: 2.622142e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 2: 4.141899e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 3: 8.088286e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 4: 9.557698e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 5: 3.632805e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 6: 8.737827e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 7: 1.088261e+01 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 8: 1.514225e-01 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 3: 9.483570e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 4: 3.345992e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 5: 2.011315e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 6: 1.659404e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 7: 2.038824e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 3: 2.720579e+04 [1/s], stoichiometric factor 1 a(15,15) = -5.462577e+05 [1/s] a(16,15) (C_2H_2 -> C_2H_2^+) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 1: 2.622142e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 8: 1.514225e-01 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 3: 2.720579e+04 [1/s], stoichiometric factor 1 a(16,15) = 2.894202e+05 [1/s] a(17,15) (C_2H_2 -> C_2H_2^{2+}) use the following reactions: Table r_4005_t_A1_2b (C2H2_I-DI, partial) equation 7: 1.088261e+01 [1/s], stoichiometric factor 1 a(17,15) = 1.088261e+01 [1/s] a(13,16) (C_2H_2^+ -> C_2H) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 4: 4.764018e+04 [1/s], stoichiometric factor 1 a(13,16) = 4.764018e+04 [1/s] a(14,16) (C_2H_2^+ -> C_2H^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 6: 2.365924e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 4: 5.810708e+03 [1/s], stoichiometric factor 1 a(14,16) = 2.424031e+05 [1/s] a(16,16) (C_2H_2^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 4: 4.764018e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 6: 2.365924e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 4: 5.810708e+03 [1/s], stoichiometric factor 1 a(16,16) = -2.900433e+05 [1/s] a(17,17) (C_2H_2^{2+})-loss no reactions: a(17,17) = -1.000000e-300 [1/s] a(1,18) (C_2H_3 -> C) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 13: 2.752232e+04 [1/s], stoichiometric factor 1 a(1,18) = 2.752232e+04 [1/s] a(2,18) (C_2H_3 -> C^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 9: 3.722308e+03 [1/s], stoichiometric factor 1 a(2,18) = 3.722308e+03 [1/s] a(3,18) (C_2H_3 -> CH) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 7: 1.456375e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 12: 2.339838e+04 [1/s], stoichiometric factor 1 a(3,18) = 2.485476e+04 [1/s] a(4,18) (C_2H_3 -> CH^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 8: 4.687826e+03 [1/s], stoichiometric factor 1 a(4,18) = 4.687826e+03 [1/s] a(5,18) (C_2H_3 -> CH_2) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 8: 4.687826e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 12: 2.339838e+04 [1/s], stoichiometric factor 1 a(5,18) = 2.808621e+04 [1/s] a(6,18) (C_2H_3 -> CH_2^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 7: 1.456375e+03 [1/s], stoichiometric factor 1 a(6,18) = 1.456375e+03 [1/s] a(7,18) (C_2H_3 -> CH_3) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 9: 3.722308e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 13: 2.752232e+04 [1/s], stoichiometric factor 1 a(7,18) = 3.124463e+04 [1/s] a(11,18) (C_2H_3 -> C_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 11: 2.708983e+04 [1/s], stoichiometric factor 1 a(11,18) = 2.708983e+04 [1/s] a(12,18) (C_2H_3 -> C_2^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 6: 2.439341e+03 [1/s], stoichiometric factor 1 a(12,18) = 2.439341e+03 [1/s] a(13,18) (C_2H_3 -> C_2H) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 9: 7.909338e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 10: 4.314037e+04 [1/s], stoichiometric factor 1 a(13,18) = 1.222337e+05 [1/s] a(14,18) (C_2H_3 -> C_2H^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 4: 3.688992e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 5: 3.688992e+03 [1/s], stoichiometric factor 1 a(14,18) = 4.057891e+04 [1/s] a(15,18) (C_2H_3 -> C_2H_2) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 10: 4.254217e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 8: 1.938558e+05 [1/s], stoichiometric factor 1 a(15,18) = 1.981101e+05 [1/s] a(16,18) (C_2H_3 -> C_2H_2^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 2: 7.146368e+04 [1/s], stoichiometric factor 1 a(16,18) = 7.146368e+04 [1/s] a(18,18) (C_2H_3)-loss use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 1: 2.260950e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 2: 7.146368e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 4: 3.688992e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 5: 3.688992e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 6: 2.439341e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 7: 1.456375e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 8: 4.687826e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 9: 3.722308e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 10: 4.254217e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 8: 1.938558e+05 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 9: 7.909338e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 10: 4.314037e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 11: 2.708983e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 12: 2.339838e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 13: 2.752232e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 4: 6.705481e+04 [1/s], stoichiometric factor 1 a(18,18) = -8.158525e+05 [1/s] a(19,18) (C_2H_3 -> C_2H_3^+) use the following reactions: Table r_4005_t_A1_3b (C2H3_I-DI, partial) equation 1: 2.260950e+05 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 4: 6.705481e+04 [1/s], stoichiometric factor 1 a(19,18) = 2.931498e+05 [1/s] a(15,19) (C_2H_3^+ -> C_2H_2) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 9: 3.417556e+04 [1/s], stoichiometric factor 1 a(15,19) = 3.417556e+04 [1/s] a(16,19) (C_2H_3^+ -> C_2H_2^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 13: 3.236099e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 10: 7.400573e+03 [1/s], stoichiometric factor 1 a(16,19) = 3.310105e+05 [1/s] a(19,19) (C_2H_3^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 9: 3.417556e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 13: 3.236099e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 10: 7.400573e+03 [1/s], stoichiometric factor 1 a(19,19) = -3.651860e+05 [1/s] a(1,20) (C_2H_4 -> C) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 20: 2.597584e+04 [1/s], stoichiometric factor 1 a(1,20) = 2.597584e+04 [1/s] a(2,20) (C_2H_4 -> C^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 11: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 12: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 13: 1.795584e+02 [1/s], stoichiometric factor 1 a(2,20) = 4.488961e+02 [1/s] a(3,20) (C_2H_4 -> CH) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 8: 2.816160e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 18: 1.938586e+04 [1/s], stoichiometric factor 1 a(3,20) = 2.220202e+04 [1/s] a(4,20) (C_2H_4 -> CH^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 10: 8.680591e+02 [1/s], stoichiometric factor 1 a(4,20) = 8.680591e+02 [1/s] a(5,20) (C_2H_4 -> CH_2) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 9: 2.583887e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 11: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 19: 1.934439e+04 [1/s], stoichiometric factor 2 a(5,20) = 4.140734e+04 [1/s] a(6,20) (C_2H_4 -> CH_2^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 9: 2.583887e+03 [1/s], stoichiometric factor 1 a(6,20) = 2.583887e+03 [1/s] a(7,20) (C_2H_4 -> CH_3) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 10: 8.680591e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 12: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 18: 1.938586e+04 [1/s], stoichiometric factor 1 a(7,20) = 2.038858e+04 [1/s] a(8,20) (C_2H_4 -> CH_3^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 8: 2.816160e+03 [1/s], stoichiometric factor 1 a(8,20) = 2.816160e+03 [1/s] a(9,20) (C_2H_4 -> CH_4) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 13: 1.795584e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 20: 2.597584e+04 [1/s], stoichiometric factor 1 a(9,20) = 2.615540e+04 [1/s] a(12,20) (C_2H_4 -> C_2^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 7: 1.183939e+03 [1/s], stoichiometric factor 1 a(12,20) = 1.183939e+03 [1/s] a(13,20) (C_2H_4 -> C_2H) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 17: 2.591875e+04 [1/s], stoichiometric factor 1 a(13,20) = 2.591875e+04 [1/s] a(14,20) (C_2H_4 -> C_2H^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 6: 4.488327e+03 [1/s], stoichiometric factor 1 a(14,20) = 4.488327e+03 [1/s] a(15,20) (C_2H_4 -> C_2H_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 15: 7.829259e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 16: 5.219092e+04 [1/s], stoichiometric factor 1 a(15,20) = 1.304835e+05 [1/s] a(16,20) (C_2H_4 -> C_2H_2^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 4: 5.163709e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 5: 9.112427e+03 [1/s], stoichiometric factor 1 a(16,20) = 6.074951e+04 [1/s] a(18,20) (C_2H_4 -> C_2H_3) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 14: 1.043494e+05 [1/s], stoichiometric factor 1 a(18,20) = 1.043494e+05 [1/s] a(19,20) (C_2H_4 -> C_2H_3^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 2: 8.270240e+04 [1/s], stoichiometric factor 1 a(19,20) = 8.270240e+04 [1/s] a(20,20) (C_2H_4)-loss use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 1: 1.658504e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 2: 8.270240e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 4: 5.163709e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 5: 9.112427e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 6: 4.488327e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 7: 1.183939e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 8: 2.816160e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 9: 2.583887e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 10: 8.680591e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 11: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 12: 1.346688e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 13: 1.795584e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 14: 1.043494e+05 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 15: 7.829259e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 16: 5.219092e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 17: 2.591875e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 18: 1.938586e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 19: 1.934439e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 20: 2.597584e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 5: 1.835459e+05 [1/s], stoichiometric factor 1 a(20,20) = -8.306952e+05 [1/s] a(21,20) (C_2H_4 -> C_2H_4^+) use the following reactions: Table r_4005_t_A1_4b (C2H4_I-DI, partial) equation 1: 1.658504e+05 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 5: 1.835459e+05 [1/s], stoichiometric factor 1 a(21,20) = 3.493962e+05 [1/s] a(18,21) (C_2H_4^+ -> C_2H_3) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 15: 3.931568e+04 [1/s], stoichiometric factor 1 a(18,21) = 3.931568e+04 [1/s] a(19,21) (C_2H_4^+ -> C_2H_3^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 21: 6.769019e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 15: 1.026618e+04 [1/s], stoichiometric factor 1 a(19,21) = 6.871680e+05 [1/s] a(21,21) (C_2H_4^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 15: 3.931568e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 21: 6.769019e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 15: 1.026618e+04 [1/s], stoichiometric factor 1 a(21,21) = -7.264837e+05 [1/s] a(2,22) (C_2H_5 -> C^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 11: 4.225847e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 12: 4.225847e+02 [1/s], stoichiometric factor 1 a(2,22) = 8.451694e+02 [1/s] a(3,22) (C_2H_5 -> CH) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 26: 2.912315e+04 [1/s], stoichiometric factor 1 a(3,22) = 2.912315e+04 [1/s] a(4,22) (C_2H_5 -> CH^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 10: 2.044926e+03 [1/s], stoichiometric factor 1 a(4,22) = 2.044926e+03 [1/s] a(5,22) (C_2H_5 -> CH_2) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 8: 6.476583e+03 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 27: 2.910116e+04 [1/s], stoichiometric factor 1 a(5,22) = 3.557774e+04 [1/s] a(6,22) (C_2H_5 -> CH_2^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 9: 3.922924e+03 [1/s], stoichiometric factor 1 a(6,22) = 3.922924e+03 [1/s] a(7,22) (C_2H_5 -> CH_3) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 9: 3.922924e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 12: 4.225847e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 27: 2.910116e+04 [1/s], stoichiometric factor 1 a(7,22) = 3.344667e+04 [1/s] a(8,22) (C_2H_5 -> CH_3^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 8: 6.476583e+03 [1/s], stoichiometric factor 1 a(8,22) = 6.476583e+03 [1/s] a(9,22) (C_2H_5 -> CH_4) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 10: 2.044926e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 11: 4.225847e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 26: 2.912315e+04 [1/s], stoichiometric factor 1 a(9,22) = 3.159066e+04 [1/s] a(13,22) (C_2H_5 -> C_2H) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 25: 4.867866e+04 [1/s], stoichiometric factor 1 a(13,22) = 4.867866e+04 [1/s] a(14,22) (C_2H_5 -> C_2H^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 7: 1.060310e+04 [1/s], stoichiometric factor 1 a(14,22) = 1.060310e+04 [1/s] a(15,22) (C_2H_5 -> C_2H_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 24: 5.362055e+04 [1/s], stoichiometric factor 1 a(15,22) = 5.362055e+04 [1/s] a(16,22) (C_2H_5 -> C_2H_2^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 6: 3.128404e+04 [1/s], stoichiometric factor 1 a(16,22) = 3.128404e+04 [1/s] a(18,22) (C_2H_5 -> C_2H_3) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 22: 9.263160e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 23: 1.878315e+04 [1/s], stoichiometric factor 1 a(18,22) = 1.114148e+05 [1/s] a(19,22) (C_2H_5 -> C_2H_3^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 4: 9.338423e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 5: 2.334606e+04 [1/s], stoichiometric factor 1 a(19,22) = 1.167303e+05 [1/s] a(20,22) (C_2H_5 -> C_2H_4) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 21: 2.145860e+05 [1/s], stoichiometric factor 1 a(20,22) = 2.145860e+05 [1/s] a(21,22) (C_2H_5 -> C_2H_4^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 2: 7.654817e+04 [1/s], stoichiometric factor 1 a(21,22) = 7.654817e+04 [1/s] a(22,22) (C_2H_5)-loss use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 1: 1.291591e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 2: 7.654817e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 4: 9.338423e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 5: 2.334606e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 6: 3.128404e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 7: 1.060310e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 8: 6.476583e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 9: 3.922924e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 10: 2.044926e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 11: 4.225847e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 12: 4.225847e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 21: 2.145860e+05 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 22: 9.263160e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 23: 1.878315e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 24: 5.362055e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 25: 4.867866e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 26: 2.912315e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 27: 2.910116e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 6: 3.547045e+05 [1/s], stoichiometric factor 1 a(22,22) = -1.218843e+06 [1/s] a(23,22) (C_2H_5 -> C_2H_5^+) use the following reactions: Table r_4005_t_A1_5b (C2H5_I-DI, partial) equation 1: 1.291591e+05 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 6: 3.547045e+05 [1/s], stoichiometric factor 1 a(23,22) = 4.838637e+05 [1/s] a(20,23) (C_2H_5^+ -> C_2H_4) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 21: 5.215346e+04 [1/s], stoichiometric factor 1 a(20,23) = 5.215346e+04 [1/s] a(21,23) (C_2H_5^+ -> C_2H_4^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 28: 5.268310e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 21: 1.347983e+04 [1/s], stoichiometric factor 1 a(21,23) = 5.403109e+05 [1/s] a(23,23) (C_2H_5^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 21: 5.215346e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 28: 5.268310e+05 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 21: 1.347983e+04 [1/s], stoichiometric factor 1 a(23,23) = -5.924643e+05 [1/s] a(24,24) (C_2H_5^{2+})-loss no reactions: a(24,24) = -1.000000e-300 [1/s] a(2,25) (C_2H_6 -> C^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 12: 3.415389e+02 [1/s], stoichiometric factor 1 a(2,25) = 3.415389e+02 [1/s] a(4,25) (C_2H_6 -> CH^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 9: 9.231852e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 10: 9.231852e+02 [1/s], stoichiometric factor 1 a(4,25) = 1.846370e+03 [1/s] a(5,25) (C_2H_6 -> CH_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 32: 4.057511e+04 [1/s], stoichiometric factor 1 a(5,25) = 4.057511e+04 [1/s] a(6,25) (C_2H_6 -> CH_2^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 8: 3.716701e+03 [1/s], stoichiometric factor 1 a(6,25) = 3.716701e+03 [1/s] a(7,25) (C_2H_6 -> CH_3) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 7: 1.347423e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 10: 9.231852e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 33: 4.671860e+04 [1/s], stoichiometric factor 2 a(7,25) = 1.078346e+05 [1/s] a(8,25) (C_2H_6 -> CH_3^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 7: 1.347423e+04 [1/s], stoichiometric factor 1 a(8,25) = 1.347423e+04 [1/s] a(9,25) (C_2H_6 -> CH_4) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 8: 3.716701e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 9: 9.231852e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 12: 3.415389e+02 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 32: 4.057511e+04 [1/s], stoichiometric factor 1 a(9,25) = 4.555653e+04 [1/s] a(12,25) (C_2H_6 -> C_2^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 11: 3.584638e+02 [1/s], stoichiometric factor 1 a(12,25) = 3.584638e+02 [1/s] a(14,25) (C_2H_6 -> C_2H^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 6: 4.166248e+03 [1/s], stoichiometric factor 1 a(14,25) = 4.166248e+03 [1/s] a(15,25) (C_2H_6 -> C_2H_2) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 31: 6.435481e+04 [1/s], stoichiometric factor 1 a(15,25) = 6.435481e+04 [1/s] a(16,25) (C_2H_6 -> C_2H_2^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 5: 3.443172e+04 [1/s], stoichiometric factor 1 a(16,25) = 3.443172e+04 [1/s] a(18,25) (C_2H_6 -> C_2H_3) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 30: 2.180685e+04 [1/s], stoichiometric factor 1 a(18,25) = 2.180685e+04 [1/s] a(19,25) (C_2H_6 -> C_2H_3^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 4: 6.231918e+04 [1/s], stoichiometric factor 1 a(19,25) = 6.231918e+04 [1/s] a(20,25) (C_2H_6 -> C_2H_4) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 29: 2.709718e+05 [1/s], stoichiometric factor 1 a(20,25) = 2.709718e+05 [1/s] a(21,25) (C_2H_6 -> C_2H_4^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 3: 1.569679e+05 [1/s], stoichiometric factor 1 a(21,25) = 1.569679e+05 [1/s] a(22,25) (C_2H_6 -> C_2H_5) use the following reactions: Table r_4005_t_5 (C2Hy_DE) equation 28: 1.379071e+05 [1/s], stoichiometric factor 1 a(22,25) = 1.379071e+05 [1/s] a(23,25) (C_2H_6 -> C_2H_5^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 2: 3.356984e+04 [1/s], stoichiometric factor 1 a(23,25) = 3.356984e+04 [1/s] a(24,25) (C_2H_6 -> C_2H_5^{2+}) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 13: 6.865356e+01 [1/s], stoichiometric factor 1 a(24,25) = 6.865356e+01 [1/s] a(25,25) (C_2H_6)-loss use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 1: 4.237155e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 2: 3.356984e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 3: 1.569679e+05 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 4: 6.231918e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 5: 3.443172e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 6: 4.166248e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 7: 1.347423e+04 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 8: 3.716701e+03 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 9: 9.231852e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 10: 9.231852e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 11: 3.584638e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 12: 3.415389e+02 [1/s], stoichiometric factor 1 Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 13: 6.865356e+01 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 28: 1.379071e+05 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 29: 2.709718e+05 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 30: 2.180685e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 31: 6.435481e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 32: 4.057511e+04 [1/s], stoichiometric factor 1 Table r_4005_t_5 (C2Hy_DE) equation 33: 4.671860e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 7: 2.737074e+05 [1/s], stoichiometric factor 1 a(25,25) = -1.209674e+06 [1/s] a(26,25) (C_2H_6 -> C_2H_6^+) use the following reactions: Table r_4005_t_A1_6b (C2H6_I-DI, partial) equation 1: 4.237155e+04 [1/s], stoichiometric factor 1 Table r_4005_t_10p (C2Hy_CX-PR_partial) equation 7: 2.737074e+05 [1/s], stoichiometric factor 1 a(26,25) = 3.160790e+05 [1/s] a(22,26) (C_2H_6^+ -> C_2H_5) use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 27: 5.566379e+04 [1/s], stoichiometric factor 1 a(22,26) = 5.566379e+04 [1/s] a(23,26) (C_2H_6^+ -> C_2H_5^+) use the following reactions: Table r_4005_t_6 (C2Hy+_DE) equation 33: 1.262687e+06 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 29: 2.875521e+04 [1/s], stoichiometric factor 1 a(23,26) = 1.291442e+06 [1/s] a(26,26) (C_2H_6^+)-loss use the following reactions: Table r_4005_t_8 (C2Hy+_R-DR_partial) equation 27: 5.566379e+04 [1/s], stoichiometric factor 1 Table r_4005_t_6 (C2Hy+_DE) equation 33: 1.262687e+06 [1/s], stoichiometric factor 1 Table r_4005_t_7 (C2Hy+_DI) equation 29: 2.875521e+04 [1/s], stoichiometric factor 1 a(26,26) = -1.347106e+06 [1/s]