STUDY OF RECOMBINATION PROCESSES IN HYDRIED AMORPHOUS SILICON LAYERS THROUGH PHOTOELECTRIC TRANSMISSION.

Authors

  • Babakhodjayev Umar Samsakhodjayev Nabiyev Azamjon Botirjonovich Usmanov Muhammad Abdukhalil oglu Botirjonov Akmaljon Azamjon oglu Abduvaliyev Abdulaziz Abdukarim oglu Author

Keywords:

Hydrogenated amorphous silicon, photoelectric conductivity, specific conductivity

Abstract

In this article, the mechanism of recombination processes in α-Si:H<B> films is studied using the method temperature dependence Steady-State Photoconductivity. Using solutions of the continuity and electroneutrality equations, it is shown that the nonmonotonicity in the σ ~ σ0(1/T) coupling obtained for heavily doped α-Si:H<B> films arises from the different occurrence of recombination processes in D-centers in different temperature ranges.

Author Biography

  • Babakhodjayev Umar Samsakhodjayev Nabiyev Azamjon Botirjonovich Usmanov Muhammad Abdukhalil oglu Botirjonov Akmaljon Azamjon oglu Abduvaliyev Abdulaziz Abdukarim oglu

    Namangan State Institute, Associate Professor
    Namangan State University, Associate Professor
    Namangan State University, Associate Professor
    University of Business and Science, Teacher
    Namangan State University, Student

References

1. О. А. Голикова, М. М. Казанин, А. Н. Кузнецов, Е. В. Богданова, ФТП, (2000), т. 34, В.

9, с. 66-70.

2. С. В. Кузнецов , ФТП, (2000), В. 6. с. 748-752.

3. Курова И. А., Нальгиева М. А., Ормонт Н. Н., Вестник МГУ, серия 3, Физика,

Астрономия, (2005), № 4, с. 54-57.

4. О. А. Голикова, Домошевская Э. П., Кудоярова В. Х., Мездрогина М. М., Сорокина К.

Л., Тереков В. А., Тростянский С. В., ФТП, (1989), т. 23. В. 3. с. 450-455.

5. О. А. Голикова, У. С. Бобоходжаев, Дубро В. В., Икрамов Р. Г., М. М. Казанин,

Мездрогина М. М., Яфаев Р. Р., ФТП, (1992), т. 26. В. 1. с. 66-70.

6. Балогуров Л. А., Кютте Я. Я., ФТП, (1985), т. 19. В.6. с. 1046-1049.

Downloads

Published

2026-03-29

How to Cite

STUDY OF RECOMBINATION PROCESSES IN HYDRIED AMORPHOUS SILICON LAYERS THROUGH PHOTOELECTRIC TRANSMISSION. (2026). Universal International Scientific Journal, 3(3.1), 743-746. https://universaljournal.uz/index.php/uxij/article/view/302