Abstract
A mathematical model for a supersonic heterogeneous flow incident on a flat obstacle and a model for calculating the inertial motion of particles of the supersonic heterogeneous flow through a shock wave and a compressed layer are described in this paper. Possible modes and variants of the inertial motion of particles in the compressed layer are analyzed. A dependence is derived to estimate the velocity of particles after their propagation through the shock wave and the compressed layer. The practical application of the obtained results is proposed.
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