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O K Eknadiosyants
Disintegration of the Material in Ultrasonic
Atomization of a Liquid in a Fountain
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absorption acceleration acoustic energy acoustic frequency acoustic streaming acoustic vibrations action of ultrasound activation energy aerosol aerosol droplets alloys amplitude antinode atomization bismuth capillary waves cathode cavitation cavitation bubbles cm/sec coagulation coefficient concentration control ingot crystallization centers crystallization front crystallization process curve degassing dependence determined diameter diffusion dispersion distribution effect Eknadiosyants electrode experimental flow formation free-gas content gas bubbles grain grain refinement heat impurities increase influence of ultrasound intensity investigated magnetostrictive material mechanism medium melt metal microstreaming moisture nucleation observed optical density photographic layer radiator radii radius reduction refinement relative resonance samples shown in Fig solid solution sonic sonoluminescence sound field sound wave steel structure supercooling surface tension temperature gradient threshold thymol tion transducer treated ingot ultra ultrasonic field ultrasonic fountain ultrasonic treatment ultrasonically treated ultrasound variation velocity of sound vibrational velocity viscosity waveguide zone