The interband absorption spectra of amorphous semiconductors are explored using theoretically developed formulas. It is shown that the proportionality coefficient and the energy width of the mobility gap of these spectra may be calculated using experimentally acquired interband absorption spectra. The energy width of the mobility gap expands as the amount of selenium in an amorphous selenium-sulfur combination decreases.
Author(S) Details
Rustam Gulamjonovich Ikramov
Namangan Institute Engineering and Technology, Namangan city, Kosonsoy str., 7, Uzbekistan.
Mashhura Anvarbekovna Nuriddinova
Namangan Institute Engineering and Technology, Namangan city, Kosonsoy str., 7, Uzbekistan.
Khurshid Adhamjon Ugli Muminovss
Namangan Institute Engineering and Technology, Namangan city, Kosonsoy str., 7, Uzbekistan.
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