SHOCK WAVE STRUTURE IN BUBBLE AND POROUS LIQUID
Authors have theoretically investigated shock wave structure in bubble and porous liquid at high volume ratio (the ratio of gas volume to gas and liquid mixture volume) in the ranged 0,3< <i>φ </i><0,98. Calculations of profiles of gas and liquid speeds, temperature, diagonal components of stress tensor, viscous stress in every point of shock wave were included in this paper. There is the dependence of shock wave thickness on bubble diameter. The bubble destroying has been theoretically and experimental investigated. Different mechanisms of bubble destroying were considered