Singularities of ionization-field instability and structurization of plasma of high-pressure nonself-maintained free-localized discharge in the field of a quasi-monochromatic microwave

Using a self-congruent system of electromagnetic field equations, plasma concentration balance with regard to ambipolar diffusion and the equation for quickly oscillating constituent of electron motion within variable field one studied the linear stage of ionization and field instability of plasma of an increased-pressure dependent discharge in the approximation of an unlimited plasma in a plane quasi-monochromatic microwave packet. It is shown that the ionization and field instability in the increased-pressure plasma may result in high rates of growth of plasma disturbances and may control the structure of the forming plasma heterogeneity. One introduces a way to stabilize ionization and field instability of microwave plasma via selection of the optimal shape of the wave packet