Abstract
Dissociation rates of molecular nitrogen in electrical discharges have been calculated by solving a system of master equations, including V-V (vibration-vibration), V-T (vibrationtranslation) and e-V (electron-vibration) energy transfers. The results show that the dissociation rates slightly increase with decreasing gas temperature in the temperature range 1 000-2 000 K at the electron temperature Te = 20 000 K and electron density ne = 1012 cm-3. In these calculations, dissociation rates are two orders of magnitude greater than the corresponding rates obtained by direct electron impact. REVUE DE PHYSIQUE APPLIQUEE TOME 13, MARS 1978, PAGE Classification Physics Abstracts 52.20H-82,20M-82.20R
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