Abstract
The efflux of an axially symmetrical ideal-gas jet generated by a pulsed-gas generator has been mathematically simulated. The structure and parameters of nonstationary gas jets have been determined. The influence of the geometric parameters of a pulsed-gas generator and the initial pressure in its accumulation reservoir on the characteristics of the jet, determining the efficiency of its action on an obstacle, has been investigated. The calculation data were compared with the corresponding experimental data.
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