Study of Structure of Materials Which are Formed by Evaporation off Glass Arsenic-Selenium System for Further Use in the Automotive Industry
DOI:
https://doi.org/10.32515/2664-262X.2024.10(41).1.40-45Keywords:
amorphous films, pulsed thermal sputtering, simple thermal sputtering, chemical composition, FRPA, chalcogenides, condensate, evaporator, interference, X-ray spectral microanalysisAbstract
Thin films Ar-Se systev are widely usedin optoelectronics, in the production of microchips, there fore they are activelly used in modern automotive production. Improvement of methods of obtaining films with a renewable comprosition is an urgent problem.The chemical composition of amorphous films sputter on changeable substrates at the thermal evaporation of arsenic(n)-selenium(100-n) glasses has been investigated and has been analyzed.It was received that at the stage of glass evaporation in the interval less then 39 at % of arsenic the modifications of vapor phase over substraes changes for a time and it reaches by arsenic. For glasses with n > 39 аt % the modifications enriches by selenium. These results have been analyzed? where the uneven character of application is connecting with the features of the chemical structure of arsenic(n)-selenium(n-k) glasses and their melts.
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