FIELD: separation of liquid systems. SUBSTANCE: ultrasound and centrifugal forces act simultaneously on liquid heterogeneous systems. The systems are acted upon by ultrasound synchronously with electrolysis. Electrolytic action is effected by alternating current with parameters imparting to associates of the system activation energy to reduce the negative effect of electrosurface phenomena. Time interval between energy and amplitude-frequency characteristics of ultrasonic and electrolytic action ensures relaxation of ionic atmosphere of system associates. EFFECT: enhanced efficiency of the method. 2 cl
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Authors
Dates
1994-07-30—Published
1989-12-04—Filed