The method of vibration of cavitation treatment of substances of liquids and device is described for determination of frequencies of resonances of own vibrations of present in the processed liquids embryos of cavitation. It is proved that optimum are the modes which frequencies of vibrations of cavitation are multiple frequencies of own vibrations of embryos of cavitation at.
The description of law frequency vibrocavitator design for cavitational processing of chemically active liquids, liquids under pressure and high temperature is carried out. Its basic design and technological parameters are set up; by controlling them one can choose optimal regimes of cavitational processing. A special device for choosing range frequency fluctuation of cavitation breakers is developed.
Kinetic scheme of formation of molecule fluctuations in gas and liquid phases is proposed. Distribution of molecule number in molecule fluctuations on the number of molecule fluctuations in the unit volume of the system is calculated. Correlation equations for surface tension, liquid viscosity and molecule number in molecule fluctuations in gas and liquid phases as well as correlation equation between saturation vapour pressure, liquid density and temperature are proposed.