This paper reviews the basics of kinetic modelling in low-temperature N 2–O 2 plasmas,
including the strong coupling between electron, vibrational, chemical and surface kinetics …

We present two-dimensional direct molecular simulation (DMS) results for high-enthalpy
nitrogen flows in thermochemical non-equilibrium around a circular cylinder. The …

Simulation of vibrational energy transfer and dissociation in O 2–N 2 collisions is conducted
using the quasi-classical trajectory method on an ab initio potential energy surface …

Using the quasi-classical trajectory method, we systematically studied the state-to-state
vibrational relaxation process of N2 (v 1)+ N2 (v 2) collisions over a wide temperature range …

The energy transfer, dissociations, and chemical reactions between O2 and N2 play an
important role in the re-entry process of aircraft and many atmospheric, combustion, and …

The paper discusses an extension of the time-dependent quantum–classical technique to
the calculation of the OH+ H 2 diatom–diatom collision properties in order to compute rate …

Simulation of vibrational energy transfer and dissociation in O2–N2 collisions is conducted
using the quasiclassical trajectory method on an ab-initio potential energy surface. State …

The role of detailed knowledge of elementary processes in the accurate modellization of
hypersonics is well known nowadays. This is due to the presence of non-equilibrium …

Nomenclature v, w initial vibrational states of O2 and N2 v, w final vibrational states of O2
and N2∆ v= v− v O2 vibrational quantum jump∆ w= w− w N2 vibrational quantum jump K rate …

Cross-sections for O 2 and N 2 dissociation on N 2 O 2 CASSCF-CASPT2 PES are
calculated and reported for high energy collisions (up to 30 eV). An earlier reported …