SPECTRAL CHARACTERIZATION OF IMPACT IONIZATION CONDUCTIVITY AND CAPACITANCE KINETICS IN A CuAlS2-BASED LAMINAR STRUCTURE
I. Gasimoglu, G.S. Mehdiyev
2025   01   az   p.15-19

ABSTRACT

By choosing a special technological mode gradient, the spectral characteristics of the shock ionization conductivity [1] and capacitance kinetics formed on the surface of the CuAlS2 single crystal in its laminar structure were investigated. And it has been shown that the stepwise nature of conductivity due to point and linear defects in transport and the formation of a dipole domain in the spectrum of capacitance kinetics can play a key role in explaining theoretical and applied works.

Keywords: Crystal lattice, capacity, laminar structure, donar, acceptor, ion.
DOI:10.70784/azip.2.2025115

Received: 22.01.2025
Internet publishing: 24.01.2025

AUTHORS & AFFILIATIONS

Institute of Physics named after H.M.Abdullayev of the Ministry of Science and Education Republic of Azerbaijan, 131 H.Javid ave. Baku, AZ-1073
E-mail: gasımoğlu@yahoo.com

Graphics and Images

                                  

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 [1]   Л.А. Голован, В.Ю.Тимошенко, П.К.Кашкаров. Оптические свойства нанокомпозитов на основе пористых систем, УФН, 2007, том 177, № 6, с.619-638.
[2]   CuGaSe2 monokristalının səthindəki “n-p-n” keçidin elektrik hərəkət qüvvəsinin spektral xarakteristikasının kondensator üsulu ilə tədqiqi. AJP Fizika 2024 Volume XXX, № 2, p.3-6.
[3]   В.Ф. Гaнтmaxeр. Элeктрoны в нeупоpядочeнныx срeдax. M. 2003. cт. 175.
[4]   Samner Levin. Oснoвы пoлупровoдниковой микрoэлeктрoники. M.1966, cт.242.
[5]   В.И. Фистуль. Сильнолегированныe пoлупроводники.
[6]   Ф.Г. Бaсс, A.A. Булгakoв, A.П. Teтeрвов. M.1989. cт. 286. Высoкoчaстoтныe свoйствa пoлупровoдников сo сверxрeшетками.
[7]   Ю.K.Пoжeлa. Плaзma и тoкoвыe нeустойчивости в полупроводниках. M.1977. cт.367.