REDUCING THE THICKNESS OF THE SILICON BASE OF A PHOTO ELECTRICAL DEVICE THROUGH THE APPLICATION OF OPTICAL LAYERS

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PhD senior lecturer at Andijan State University
info@in-academy.uz
Andijan State University 2nd year master's degree in "Renewable Energy Sources and Sustainable Environmental Physics"
info@in-academy.uz
Andijan State University, Faculty of Physics and Mathematics Stage 3 student
info@in-academy.uz

Abstract:

This paper analyzes the spectral characteristics of light absorption and light reflectance for different thicknesses of silicon base using an optimal multilayer anti-reflection layer.

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How to Cite:

Muydinova , M. ., Fozilova , M., & Kosimjonova , K. . (2022). REDUCING THE THICKNESS OF THE SILICON BASE OF A PHOTO ELECTRICAL DEVICE THROUGH THE APPLICATION OF OPTICAL LAYERS. Eurasian Journal of Academic Research, 2(5), 201–203. Retrieved from https://in-academy.uz/index.php/ejar/article/view/2933

References:

N.I.Klyuy, V.G.Litovchenko, A.N.Lukyanov, L.V.Neselevskaya, A.V.Sarikov, V.G.Diskin, U.X. Gaziyev, Z.S.Settarova, M.N.Tursunov Vliyaniye usloviy osajdeniya na prosvetlyayushiye svoystva almazopodobnix uglerodnix uglenok dlya solnechnix elementov na osnove kremniY. // Journal of technical physics, 2006, volume 76, vip. 5. S.

Jain S, Depauw V, Miljkovic VD et al (2015) Broadband absorption enhancement in ultrathin crystalline Si solar cells by incorporating metallic and dielectric nanostructures in the back reflector. Prog Photovoltaics Res Appl 23: 1144–1156. doi: 10.1002 / pip.2533

L.A.Kosyachenko, YE.V.Grushko, T.I.Mikityuk Pogloshatelnaya sposobnost poluprovodnikov, ispolzuemix v proizvodstve solnechnix paneley. // Physics and technique of semiconductors, 2012, volume 46, vip. 4. S..

A.G.Kazanskiy Tonkoplenochniye kremniyeviye solnechniye elementi na gibkix podlojkax. // RENSIT, 2015, TOM 7, NOMER 1, pp.