Collision Induced Exchange cross-sections for the Zeldovich reaction N₂+O⇌NO+N${\mathrm{N}}_2+\mathrm{O}\rightleftharpoons \mathrm{NO}+\mathrm{N}$ for high energy atom-molecular collisions are calculated using the Quasi-Classical Trajectory method. The dynamical study of O₂+N collision is conducted using the ²A^′${}^2{A}^{\prime }$ and ⁴A^′${}^4{A}^{\prime }$ NO₂ PESs reported Sayos et al. Cross-sections for the reverse exchange reaction involving NO+O collisions are also calculated and reported. In addition to these exchange reactions, Collision Induced Dissociation cross-sections for dissociation of molecules are also published. Overall, a cross-section database for four important atom-molecule reactions of the air chemistry is provided as supplementary material with this paper.

Zeldovich反应N ₂ +O⇌NO+ N的碰撞诱导交换截面${\mathrm{ñ}}_{\mathrm{2个}}+\mathrm{Ø}\rightleftharpoons \mathrm{不}+\mathrm{ñ}$对于高能原子-分子碰撞，使用准经典弹道法进行计算。使用² A ^′进行O ₂ + N碰撞的动力学研究${}^{\mathrm{2个}}{\mathrm{一个}}^{\prime }$和⁴ A ^′${}^4{\mathrm{一个}}^{\prime }$据报道，NO ₂ PESs Sayos等。还计算并报告了涉及NO + O碰撞的逆向交换反应的横截面。除了这些交换反应之外，还公开了用于分子解离的碰撞诱导解离横截面。总体而言，本文提供了空气化学中四个重要原子-分子反应的横截面数据库作为补充材料。