Removal Dynamics of Nitric Oxide (NO) Pollutant Gas by Pulse-Discharged Plasma Technique

Table 3

Reaction paths and the corresponding reaction rate coefficients [21–26].

Reaction path	k/cm^3s^−1
e^∗ + N2 → N2^+ + 2e	2.4×10^−12
e^∗ + N2 → N + N + e	2.0×10^−11
e^∗+ NO → N + O(^3P) + e	8.5×10^−10
e^∗+ NO → NO^+ + 2e	1.1×10^−10
e^∗ + NO^+ → N + O(^3P)	8.2×10^−9
e^∗ + N2^+→ N2	4.0×10^−12
e^∗ + NO^+→ O(^3P) + N(^2D)	4.3×10^−7
N^+ + NO → N2^+ + O(^3P)	5.0×10^−11
N^+ + O2 → NO^+ + O(^3P)	2.6×10^−10
N2^+ + N → N^+ + N2	1.0×10^−11
N2^+ + O(^3P) → NO^+ + N	1.4×10^−10
N + NO2 → N2 + O(^3P) + O(^3P)	9.1×10^∗−13
O(^3P) + NO + N2 → NO2 + N2	1.0×10^−31
N2(A) + O2 → N2 + O(^3P) + O(^3P)	2.54×10^−12
N2(A) + NO → NO + N2	7.0×10^−11
N2(A) + N2 → N2 + N2	3.0×10^−18
N2(A) + NO2→ NO + O(^3P) + N2	1.0×10^−12
NO2 + O(^3P) → NO + O2	9.1×10^−12
O(^3P) + O(^3P) + O2 → O2 + O2	6.7×10^∗−33
N2(B) + O2→ N2(A) + O2	3.0×10^−10
N(^2D) + O2→ NO + O(^1D)	6.0×10^−12
N(^2D) + NO → N2 + O(^3P)	4.5×10^−11
O(^1D) + NO → N + O2	8.5×10^−11
e^∗ + N2 → N^+ + N + 2e	2.4×10^−17
e^∗ + N2 → N2(A) + e	1.1×10^−10
e^∗ + N → N^+ + 2e	1.1×10^−10
e^∗ + N^+ → N	3.5×10^−12
e^∗ + NO^+ → NO	4.0×10^−12
N^+ + NO → NO^+ + N	5.1×10^−10
N^+ + NO2 → NO^+ + NO	5.0×10^−10
N2^+ + O2 → NO^+ + NO	1.0×10^−17
N2^+ + NO → NO^+ + N2	3.3×10^−10
N + NO → N2 + O(^3P)	3.0×10^−11
N + NO2 → 2NO	6.0×10^−13
N + O2 → NO + O(^3P)	8.9×10^−17
N2(A) + O(^3P) → NO + N(^2D)	7.0×10^−12
N2(A) + N2(A) → N2 + N2(C)	1.6×10^−10
N2(A) + O(^3P) → N2 + O(^1D)	2.1×10^−11
O(^1D) + O2 → O(^3P) + O2	8.0×10^−12
O(^3P) + O(^3P) + N2 → O2 + N2	3.0×10^∗−33
N2(B) + N2 → N2(A) + N2	3.0×10^−11
N2(B) + NO → N2(A) + NO	2.4×10^−10
N2(C) + N2 → N2(B) + N2	1.0×10^−11
N(^2D) + O2 → NO + O(^3P)	1.5×10^−12
N(^2D) + N2 → N + N2	6.0×10^−15
O(^1D) + N2 → O(^3P) + N2	2.6×10^−11

∗Its unit is cm⁶s⁻¹.