Physico-chemical aspects of the formation of multicomponent solid solutions in an inhomogeneous thermal field

Abstract

Physico-chemical aspects of the formation of multicomponent solid solutions in an inhomogeneous thermal field

Blagin A.V., Lunina M. L., Nefedov V.V., Popova I.G.

Incoming article date: 04.05.2020

The theoretical aspects of crystallization of multicomponent solid solutions are discussed. Antimonoid heterosystems in which bismuth is present are considered, a component that largely determines the photoelectric properties of the studied materials. The features of establishing the equilibrium of the liquid and solid phases in the process of crystallization of these systems are considered. The laws of the thermodynamic behavior of heterosystems in the conditions of gradient liquid-phase epitaxy are established. The results of experimental studies on the growth of solid solutions of multicomponent bismuthides on InSb substrates are presented.

Keywords: solid solutions, migrating liquid phase, indium antimonide arsenide, gallium bismuthide, binary pair, recrystallization, quasicrystalline structure