Comparative photoelectric characteristics of nanostructured [Pb.sub.1-x][Sn.sub.x]Se films obtained by the codeposition and layer-by-layer deposition of PbSe and SnSe

Comparative photoelectric characteristics of nanostructured [Pb.sub.1-x][Sn.sub.x]Se films obtained by the codeposition and layer-by-layer deposition of PbSe and SnSe

Comparative analysis of the photoelectric characteristics of films of the [Pb.sub.0.975][Sn.sub.0.025]Se solid solution obtained by the hydrochemical codeposition of PbSe and SnSe and the [Pb.sub.0.902][Sn.sub.0.098]Se solid solution obtained by the layer-by-layer hydrochemical deposition of individ...

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Veröffentlicht in:Semiconductors (Woodbury, N.Y.) N.Y.), 2014-02, Vol.48 (2), p.263
Hauptverfasser: Mukhamedzyanov, H.N, Markov, V.F, Maskaeva, L.N
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Sprache:eng
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Dielectric films
Nuclear radiation
Thin films
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Markov, V.F
Maskaeva, L.N
description Comparative analysis of the photoelectric characteristics of films of the [Pb.sub.0.975][Sn.sub.0.025]Se solid solution obtained by the hydrochemical codeposition of PbSe and SnSe and the [Pb.sub.0.902][Sn.sub.0.098]Se solid solution obtained by the layer-by-layer hydrochemical deposition of individual metal selenides (SnSe-PbSe-SnSe-PbSe) with their subsequent heat treatment on air at 523-700 K is performed. It is shown that the films synthesized by layer-by-layer deposition have advantages in terms of their photoelectric characteristics compared with films obtained by codeposition. DOI:10.1134/S1063782614020195
doi_str_mv 10.1134/S1063782614020195
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It is shown that the films synthesized by layer-by-layer deposition have advantages in terms of their photoelectric characteristics compared with films obtained by codeposition. 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Nuclear radiation
Thin films
title Comparative photoelectric characteristics of nanostructured [Pb.sub.1-x][Sn.sub.x]Se films obtained by the codeposition and layer-by-layer deposition of PbSe and SnSe
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