V. Yu. Velikodnyi

Institute of Applied Mechanics, RAS, Moscow, Russia

V. A. Bitourin

Institute of High Temperature, RAS, Moscow, Russia

Shock wave propagation and its structure in low ionized ionic plasma with negative charged nano-particles are investigated on base of a complex approach inclu-ding the solution of the Boltz-man's and Poisson's equations for a shock wave front region with fast changing the flow (on the distances of several free-run length for neutral molecules) and the solution of multi-velocity-and-multi-temperature gas dynamics of chemically reacting weakly ionized ionic plasma. The range of new effects has been predicted. The part of this effects (for example, realization respectively high potential 10-100 V in shock wave front under low Max number M = 1.5-3 and low temperature of medium) was experimentally supported in two laboratories of the United Institute of High Tempera-ture with experiments making independently.

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