MATHEMATICAL MODEL OF HIGH-TEMPERATURE GAS DEVICE

Abstract

Mathematical model of a high-temperature compression device that allows quantitative d escription of the compression process in the installation has been developed. It can also be used to determine the optimal operation mode, to calculate the parameters of newly designed devices and to look for ways of radiation heat exchange intensification in ballistic plasmatrons. Numerical calculations of gas parameters in a high-temperature compression installation used for solid-state laser pumping have been performed. The results obtained are in agreement with the experimental data. They permit quantitative description of the compression and radiation process in the installation.