Liquid-vapor phase equilibrium conditions in an ultrasonic field
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An analytical model is proposed that allows predicting the effect of an acoustic field on the phase equilibrium conditions of liquid continua. Under the conditions of an arbitrary ultrasonic wave, an equilibrium interaction value analogous to the effect on the phase state of a substance is determined with use of the incubation time criterion. As an example, improved phase diagrams are built for the state of water affected by ultrasonic waves with frequencies in the range 10–100 kHz.
KeywordsCavitation Acoustic Field Ultra Sound Background Pressure Ultrasonic Field
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