Nanoheterostructures And Nanoheterojunctions Based on Zno/Znse for Nanomedicine

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Published: Jan 11, 2023
Keywords:
nanoheterojunction nanoheterostructure photovoltage - current characteristic optical absorption electroluminescence

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Dilnoza Baxtiyorovna Elmurotova
PhD., Associate Professor, Department of "Biomedical Engineering" Tashkent State Technical University, Islam Karimov, 100095, Tashkent, University St., 2.
Malika Anvarovna Мussayeva
DSc., Professor, Institute of Nuclear Physics AS RUz, pos. Ulugbek, 100214, Tashkent, Uzbekistan
Gulnoza Saydullayevna Uzoqova
Associate Professor, Department of “General Physics” Karshi State University, 180119, Karshi city, Kuchabag street, house-17
Zilola Maxsudjon qizi Raximberganova
assistant, Department of "Biomedical Engineering" Tashkent State Technical University, Islam Karimov, 100095, Tashkent, University St., 2.
Farxod Quvondiqovich Shakarov
senior lecturer, Department of "Biomedical Engineering" Tashkent State Technical University, Islam Karimov, 100095, Tashkent, University St., 2.
Nodiraxon Saidvoris qizi Yusupova
assistant, Department of "Biomedical Engineering" Tashkent State Technical University, Islam Karimov, 100095, Tashkent, University St., 2.

Abstract

The high-resistance n-type ZnSe/ZnO:O nanoheterostructure after doping with Te and heat treatment in an oxidizing medium had p-n-nanoheterojunctions due to the generation of Frenkel pairs. This led to the formation of two induced resonant levels Г6v - 5.76 eV and L1,3v - 4.85 eV is also shown in the optical absorption spectra, with the formation of a semiconductor structure and electroluminescence at lmax=600 nm.

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How to Cite
Dilnoza Baxtiyorovna Elmurotova, Malika Anvarovna Мussayeva, Gulnoza Saydullayevna Uzoqova, Zilola Maxsudjon qizi Raximberganova, Farxod Quvondiqovich Shakarov, & Nodiraxon Saidvoris qizi Yusupova. (2023). Nanoheterostructures And Nanoheterojunctions Based on Zno/Znse for Nanomedicine. Journal of Coastal Life Medicine, 11(1), 2191–2196. Retrieved from https://www.jclmm.com/index.php/journal/article/view/660
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Vol. 11: Number 1, 2023
Section
Articles

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