Electrophysical properties of Pb 1-xMnx Se epitaxial films irradiatedby γ-quanta

Authors

RAHIM MADATOV
RAKSHANA MAMISHOVA
MUSLIM MAMEDOV
JAVANSHIR ISMAYILOV
ULVIYA FARADJOVA

DOI

10.3906/fiz-1906-14

Abstract

Herein, the effect of γ-quanta on electrophysical and photoelectric properties of p-type Pb1-xMnx Se epitaxial films obtained from the molecular cluster on the glass substrate by the method of condensation has been investigated. It has been established that the acceptor-type local levels with the ionization energy of 0.14 eV and 0.175 eV are generated, when p-type Pb1-xMnx Se (x = 0.01) epitaxial films are irradiated by γ-quanta at D >10 kGy doses. The increase in the photoconductivity in the low temperature range 80-180K is due to the discharge of 0.14eV level, but the decrease in the rate of change of photocurrent in the high temperature range is due to the role of local level with 0.175 eV energy as a recombination center.

Keywords

Epitaxial film, electroconductivity, photoconductivity, volt-amperage characteristics (VAC), γ-quanta

First Page

214

Last Page

221

Recommended Citation

MADATOV, RAHIM; MAMISHOVA, RAKSHANA; MAMEDOV, MUSLIM; ISMAYILOV, JAVANSHIR; and FARADJOVA, ULVIYA (2020) "Electrophysical properties of Pb 1-xMnx Se epitaxial films irradiatedby γ-quanta," Turkish Journal of Physics: Vol. 44: No. 2, Article 4. https://doi.org/10.3906/fiz-1906-14
Available at: https://journals.tubitak.gov.tr/physics/vol44/iss2/4