Abstract
Structural (X-ray and electron diffraction) investigations of the interface in films of (Zn 1 − x CdxTe) 1 − y (In2Te3) y alloys and zinc selenide grown on glass substrates under strongly nonequilibrium (substrate temperature Ts = 200 K) and quasi-equilibrium (Ts = 473 K) conditions have been performed. It is shown that growth of alloy films occurs through formation of nuclei of different shape and orientation. It is established that the alloy films grown on a cooled substrate have better (with respect to crystalline orientation) structural quality in comparison with similar films grown on a heated substrate, where Ostwald ripening plays an important role during growth.
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