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Table 1 List of reactions, nomenclature of reaction rates, branching ratios, quenching coefficients, spontaneous emission coefficients used in the paper

From: Note on consistency between Kalogerakis–Sharma Mechanism (KSM) and two-step mechanism of atmospheric band emission (762 nm)

  Reactions Coefficients/branching ratios
R1 \(\text{H}+{\text{O}}_{3}\stackrel{{\eta }_{v}{a}_{1}}{\to }{\text{OH}}_{v=5,\dots ,9}+{\text{O}}_{2}\) \({a}_{1}/{\eta }_{v=9,\dots ,5}\)
R2 \(\text{O}+{\text{O}}_{2}+\text{M}\to {\text{O}}_{3}+\text{M}\) \({a}_{2}\)
R3 \(\text{O}+{\text{O}}_{3}\to {2\text{O}}_{2}\) \({a}_{3}\)
R4 \(\text{O}+{\text{OH}}_{v=5,..,9}\to {\text{O}}_{2}+\text{H}\) \({a}_{4}\left(v=9,\dots ,5\right)\)
R5 \(\text{O}+\text{O}+\text{M}\to {\text{O}}_{2}+\text{M}\) \({a}_{5}\)
R6 \(\text{O}+{\text{OH}}_{v\ge 5}\stackrel{{\psi }_{v}{a}_{\text{KSM}}}{\to }\text{O}{(}^{1}\text{D})+{\text{OH}}_{0\le {v}^{^{\prime}}\le v-5}\) \({a}_{\text{KSM}}/{\psi }_{v=9,\dots ,5}\)
R7 \(\text{O}{(}^{1}\text{D})\to \text{O}+\text{h}v\) \({A}_{\text{O}(1\text{D})}\)
R8 \(\text{O}{(}^{1}\text{D})+{\text{O}}_{2},{\text{N}}_{2},O\to \text{products}\) \({\text{c}}_{{\text{O}}_{2}}, {\text{c}}_{{\text{N}}_{2}}, {\text{c}}_{\text{O}}\)
R9 \(\text{O}{(}^{1}\text{D})+{\text{O}}_{2}\stackrel{{\chi }_{0}{\text{c}}_{{\text{O}}_{2}}}{\to }{\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=0\right)+\text{O}\) \({\chi }_{0}\)
R10 \(\text{O}{(}^{1}\text{D})+{\text{O}}_{2}\stackrel{{\chi }_{1}{\text{c}}_{{\text{O}}_{2}}}{\to }{\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=1\right)+\text{O}\) \({\chi }_{1}\)
R11 \({\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=1\right)\to \text{products}+\text{h}v(\text{total})\) \({A}_{{\text{O}}_{2}(b1)\_1}\)
R12 \({\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=0\right)\to \text{products}+\text{h}v(\text{total})\) \({A}_{{\text{O}}_{2}(b1)\_0}\)
R13 \({\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=0\right)\to {\text{O}}_{2}+\text{h}v(762 \text{nm})\) \({A}_{762}\)
R14 \({\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=0\right)+{\text{O}}_{2},{\text{N}}_{2},\text{O}\to \text{products}\) \({b}_{{\text{O}}_{2}}, {b}_{{\text{N}}_{2}}, {b}_{\text{O}}\)
R15 \({\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=1\right)+{\text{O}}_{2},{\text{N}}_{2},\text{O}\to {\text{O}}_{2}\left({b}^{1}{\Sigma }_{g}^{+},v=0\right)+{\text{O}}_{2},{\text{N}}_{2},\text{O}\) \({d}_{{\text{O}}_{2}},{d}_{{\text{N}}_{2}},{d}_{\text{O}}\)
R16 \({\text{OH}}_{v} + {\text{O}}_{2} ,{\text{O}}, {\text{N}}_{2} \to {\text{OH}}_{v^{\prime} < v} + {\text{O}}_{2} ,{\text{O}}, {\text{N}}_{2}\) \(Q_{vv^{\prime}} , P_{vv^{\prime}} , S_{vv^{\prime}}\)
R17 \({\text{OH}}_{v} \to {\text{OH}}_{v^{\prime} < v} + {\text{h}}\nu\) \(E_{vv^{\prime}}\)