Abstract: A technological method of treatment of two or more materials forming a melt is disclosed. The melt may be subjected to turbulence under simultaneous combined action of resonance and hydraulic impact. Turbulence occurs when parameters of compelled vibration equalize with natural oscillations of the melt which is a function of geometric parameters of the crucible, the rheological, physical and mechanical characteristic of the two or more materials. An application of a low frequency mechanical vibration with an amplitude between 0.5-2.5 mm, frequency between 30-300 Hz, and acceleration between 15-50 G (Gravitational acceleration) may be performed on a hermetically sealed cylindrical crucible, vertically installed on a vibration unit. The heat for melting may be generated by a furnace (e.g., induction heater) installed around vibrating crucible. Various combinations of materials, batch and continuous processes are possible.

Abstract: A system and method for processing dispersed systems. A dispersed system may be processed in a reactor, attached to which there may be a vibration unit, and one or more supply lines for gases and liquids. The dispersed system may be subjected to vibroturbulization as a way to mix and process the system. Various combinations of materials may be used in such an application, and both static and dynamic processing systems are possible.