TECHNOLOGY FOR OBTAINING NANOFILMS OF VARIOUS METALS BY CHEMICAL DEPOSITION IN THE FORM OF SULFIDES AT LOW TEMPERATURE

This paper presents the results of research on the topic “Development and implementation of technologies for obtaining semiconductor, photosensitive and fluorescent nanomaterials based on the processes of directed synthesis of metal sulfides from unitiolate coordination compounds”. This paper considers the growth of nanocrystals on a multicomponent silicate glass in which the semiconductor phase, with a concentration of approximately 1%, was dissolved during synthesis. During secondary heat treatment of glass samples, nucleation and growth of semiconductor nanocrystals occurs as a result of diffusive phase decomposition of a supersaturated solid solution.

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