Abstract
The results of numerical studying the influence of inertially deposited particles of the condensed phase on the efficiency of a gas screen in a supersonic dispersed flow are presented. The possibility of realizing the Leont’ev paradox on the adiabatic surface region streamlined by a supersonic dispersed flow, involved in attaining the temperature of the surface being protected smaller than the coolant temperature on the permeable section of screen formation is specified.
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