Abstract
The article is devoted to theoretical studies of the possibility of reducing cavitation in a medium by using a pulsed exposure mode. A model of the formation and propagation of pulsed ultrasonic vibrations in a liquid is proposed. Pulse shapes are obtained taking into account the distortions arising in the technological volume. On the basis of the identified shapes, the shapes and positions of cavitation zones were calculated, which showed a decrease in the volume of zones in which cavitation bubbles arise under impulse action compared to continuous.
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