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Use of ultrasonics in processes of metal extraction from ores
Theoretical and experimental research into the effect of a strong
Approximate methods for calculating the criterion of erosion activity
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acoustic field action of ultrasonics adsorption adsorption layers apparatus autoclave B A Agranat bulk flotation calcite calcium hypochlorite cavitational bubble chalcopyrite collapse collecting agent compression copper diffusion rate curve cyanide deposit destruction effect of ultrasonics electro-hydraulic electrode emulsification emulsion equations erosion activity ethyl xanthogenate excess static pressure extraction Fe3+ flotation activity fluorite foam product foam remover frequency galenite germanium tetrachloride hydrochloric acid ilmenite impurity increase intensity investigations ions jarosite leaching limonite liquid maximum metals method mineral particles minutes molybdenite N N Khavskii n/ma obtained oleic acid oleic acid emulsion oxidation ozone parameters phase pine oil pulp purification pyrite quartz raised static pressure reagents reduced reflotation Rmax Rmin scheelite sodium oleate consumption solid solubility sonification sound pressure speed sulphuric acid sulphuric acid solutions surface tension Table tests ultra ultrasonic action ultrasonic cavitation ultrasonic field ultrasonic oscillation ultrasonic treatment vapour viscosity zircon zone