Rezumat
By the method of modelling on transparent liquids physical processes in metallic fusion during eleсtrohidropulse treatment and in complex with magnitodinamic treatment are explored. Size of speed of moving cavitation clouds and speeds of unstationary hydrodynamic streams at eleсtrohidropulse treatment are determined, expedience of immersion of waveguide on the depth of a 1/3 height of liquid column in a tank is confirmed. Dependence of volume of cavitation area from the parameters of complex treatment is set. The charts of complex treatment, which provide the maximal degree of degassing of model liquid, are set.