Mass Transfer Rate Increasing by Ultrasonic Oscillations in "Gas-Liquid" Systems

The paper considers the methods of the determination of the optimum modes of ultrasonic action at the realization of the processes occurring at the boundary of "gas-liquid". It is proposed the phenomenological model allowing determining the volumetric diffusion coefficient in gas and liquid phases. Obtained dependences lets determine the optimum modes of the action that allows increasing the efficiency of the technological processes.