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“THE EFFECT OF ERBIUM IONS ON SEMICONDUCTOR PHOTODETECTORS: A SILICON MODEL”

Mualliflar

Kalit so‘zlar:

Semiconductors, Photodetectors, Erbium ions, Silicon model, Photoluminescence, Photoconductivity, Ion implantation, Optical properties, Electrical properties.

Annotatsiya

This article explores the potential of improving the efficiency of semiconductor photodetectors by doping silicon with erbium ions. During the study, photoluminescence and photo-conductivity spectra were analyzed, and the impact of erbium ions on the optical and electrical properties of silicon was examined. The results suggest that silicon doped with erbium can serve as an effective material for optoelectronic devices, particularly for photodetectors operating in the infrared range.

Muallif haqida

  • , Farg‘ona davlat universiteti

    Fizika kafedrasi o‘qituvchisi

Adabiyotlar

Sodiqov M.Q. (2020). Yarimo‘tkazgich materiallar texnologiyasi. Toshkent: Fan nashriyoti.12-27

Karimov A. (2021). Fotodetektorlar va optoelektronika. Toshkent: Ilmiy adabiyotlar markazi.

Usmonov T.A. (2022). Yarimo‘tkazgichlarda doplash usullari. Samarqand: Universitet nashriyoti.

Yo‘ldoshev X.X. (2019). "Kremniyning optik xususiyatlari va dopant ionlarining ta’siri". Ilmiy texnika jurnali, 3(2), 45–57.

Davis C. (2021). "Photodetectors in Modern Optoelectronics". Journal of Semiconductor Physics, 12(4), 123–140.

Akramov B. (2020). Kvant fizikasida zamonaviy texnologiyalar. Toshkent: Universitet nashriyoti.

Rasulov R.Y. (2017). Symmetry and Real Band Structure of Semiconductors. Toshkent: Universitet nashriyoti.

Rasulov R.Y. (2019). "Linear-Circular Dichroism of Four-Photon Absorption of Light in Semiconductors with a Complex Valence Band". Journal of Semiconductor Physics, 15(3), 123–135.

Internet manbalari

"Ion Implantation in Semiconductors: Basics and Applications". https://www.sciencedirect.com/topics/ion-implantation

"Photoluminescence in Doped Semiconductors". https://www.researchgate.net/publication/photoluminescence_doped

"Advances in Optoelectronic Materials". https://optoelectronics.journal.org/advances_materials

Yuklab olishlar

Nashr etilgan

2025-07-28

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