Accelerated Migration of Fusible Metals Along Adiabatic Slipbands

Aspects of solid-liquid-phase interaction of metallic substances under conditions of their contact zone being exposed to pulses are considered. It is shown that with the electric and impact-wave pulse exposure the accelerated migration of fusible elements into the volume of solid metals is observed for distances up to some millimeters without violation of the continuity of the matrix metal. It is supposed that the observed migration of liquid metals occur along adiabatic slipbands which arise as a result of the simultaneous action of an electric pulse and melting of fusible metals.