Nanoheterostructures And Nanoheterojunctions Based on Zno/Znse for Nanomedicine

Main Article Content

Dilnoza Baxtiyorovna Elmurotova
Malika Anvarovna Мussayeva
Gulnoza Saydullayevna Uzoqova
Zilola Maxsudjon qizi Raximberganova
Farxod Quvondiqovich Shakarov
Nodiraxon Saidvoris qizi Yusupova


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.

Article Details

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


V.O. Ponomarev at all. Evaluation of the Ophthalmotoxic Effect of Quantum Dots InP/ZnSe/ZnS 660 and Bioconjugates Based on Them in Terms of the Prospects for the Treatment of Resistant Endophthalmitis // Ophthalmology in Russia, 2021;18(4):876–884.

D.B. Elmurotova at all. Amplification of photoconductivity of ZnSe/ZnO:O nanoheterostructures after reactor irradiation // Euroasian Journal of Semiconductors Science and Engineering. V.2 Is. 5, A13. 10-24-2020. P. 55—59.

A.I. Galanov at all. Development of magnetic nanostuctured iron-based materials as potential vectors for drug-delivery application. Siberian oncological journal. 2008;3(27):50–57.

N.G. Khlebtsov at all. Optics and biophotonics of nanoparticles with a plasmon resonance // Quantum Electronics. 2008;38(6):504–529.

V.A. Oleinikov at all. Fluorescent Semiconductor Nanocrystals in Biology and Medicine // Russian nanotechnologies. 2007;2(1–2):160–173.

B.V. Grinyov at all. Scintillation detectors and systems of radiation monitoring on their base // Ukrainian scientific book in a foreign language, Kyiv, 2010, P.342.

T.V. Gorkavenko at all. Temperature dependence of the band structure of wurtzite type semiconductor compounds: ZnS, ZnSe, ZnTe, CdTe // Semiconductors, 2007. V.41. N8. P.908-916.

B.V. Budylin, A.A. Vorobyov. Effect of radiation on ionic structures // Moscow. 1962. Ch. 2. P.38.

A. A. Kist, N. M. Mukhamedshina, E. M. Ibragimova. Czechoslovak Journal of Physics, v. 52, Suppl. A, P. A21 (2002).

N.K. Morozova. Role of background O and Cu impurities in the optics of ZnSe crystals in the context of the band anticrossing model // Semiconductors, 2008. V.42. N2. P.131-135.