Transformation of compression waves during propagation in gaseous-liquid medium

Abstract

An algorithm for determination of parameters of transformation of compression wave during propagation in gas-liquid medium with given properties that are defined mainly by gas content, bubbles radius, hydrostatic pressure, density of liquid phase and sound velocity, is presented. Dependences of compression wave pressure on gas content at fixed bubble radius and on bubble radius at fixed gas content, which indicate the presence of additional hydrodynamic impact during high voltage electric discharges in disperse system hydrocarbon liquid—powder, are obtained.