The Dynamic of Inequipoised Microwave Discharge in Nitrogen under High Pressure and Evolution of Inequipoised Gas in Post-Discharge Period

The article is devoted of perfection of the self-consistent local model of inequipoised wave discharge in nitrogen under high pressure (p 1 atm). The detailed appraisal of influence of the integration lattice on calculating error of all plasma parameters was carry out by discharge investigations in the framework of the self-consistent model. Influence of particles N+ and N3+, gas-dynamic and heat- conducting effects on dynamic of discharge development in nitrogen and on evolution of inequipoised gas in post-discharge period was investigated.