Научно-практические основы применения ультразвука в технологиях предпламенной активации искусственных композиционных жидких топлив

Abstract

Experimental studies and computer modeling of ultrasonic treatment on the water. It is shown that the flow velocity fields, intensity and dispersion characteristics of "ultrasonic" fountain can control the frequency and power of the piezoelectric transducer, as well as the design of the radiator. It is shown that this process can be effectively used in the preparation of devices and combustion of liquid fuels in power plants.