Abstract:
Calculations were performed of the structure of a bubble detonation wave in a chemically reactive gas-liquid medium with bubbles arranged in layers. With the liquid compressibility taken into account, the amplitude of pressure pulsations decreases, and they move to the leading edge. It is shown that the wave profile depends weakly on the method of calculating the induction period of the reactive mixture and method of taking into account heat losses. A comparison is made of the calculated and experimental pressure profiles of the bubble-detonation wave.
