Formation of composite structures in eutectic systems in the presence of electromigration

Effect of the Ion Size Ratio of Components and Electrical Transfer on Transfer Phenomena during Contact Melting

“…We then find the force acting on each individual ion. This force will be the resulting field strength: (1) where е is the electron charge, E is the intensity of the electric field, Z i is the charge of an ion of the ith kind, and the strength of the electron wind is [13] (2…”

“…The counter flows in mutual diffusion are not equal, and this leads to the formation of a hydrodynamic flow in the diffusion zone. Studying the effect an electric current has on contact melting (CM) between dissimilar metals helps reveal certain patterns in the kinetics and mechanism of the formation and growth of the liquid phase between the contacting components [1][2][3][4].…”

“…Studying the effect electric current has on the contact melting (CM) of dissimilar metals helps reveal certain patterns in the kinetics and mechanism of the formation and growth of a liquid phase between the contacting components [1][2][3][4].…”

“…It was shown in [1,2] that in the liquid-solid state, alloys formed during CM in three-component systems contain separately existing solid phases. It was established that using a dc current during CM helps intensify the process and control the morphology of inclusions (their shape, size, and direction of their transfer).…”