ABSTRACT

Features of epitaxial growth from the four-component liquid phase solid solutions InAs1–x–ySbxPy on the InAS substrate are described. There have been determined distribution coefficients As, Sb and P and of the impurities Zn, Mg and Te at different substrate orientations and temperature-time regimes. The results of investigation of photoelectrical properties of p-n heterojunctions on the base of solid solutions InAs1–x–ySbxPy have also been presented.