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Table A.3

Reactions with |RCC| > 0.2 for at least one quarter of the species considered in our chemical scheme (=55).

Altitude level [km] Reaction Number of occurrences
0 N(2D) + CO → N(4S) + CO 69
86 O(3P) + CNN → CO + N2 82
C + N2 → CNN 76
N(2D) + CO → N(4S) + CO 66
C + H2 → 3CH2 66
HCO+ + C → CH+ + CO 66
N(4S) + N(4S) → N2 57
220 N(2D) + CO → N(4S) + CO 99
83
CH4 + hv → CH3 + H 76
CO + hv → CO+ + e− 62
334 N(2D) + CO → N(4S) + CO 121
N(2D) + C → N(4S) + C 61
502 N(2D) + CO → N(4S) + CO 127
N(2D) + C → N(4S) + C 68
N+ + C → N(4S) + C+ 58
758 N(2D) + CO → N(4S) + CO 128
N+ + C → N(4S) + C+ 78
N(2D) + C → N(4S) + C 65
1026 N(2D) + CO → N(4S) + CO 121
N+ + C → N(4S) + C+ 74
N(2D) + C → N(4S) + C 64

Notes. Each of these sensitivity analyses is performed for all the atmospheric species at once. We performed an analysis at seven different altitude levels in order to sample different zones of the atmosphere. Here, 250 iterations of the Monte Carlo procedure are used.

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