DOI: https://doi.org/10.30970/jps.01.605
THE BEHAVIOUR OF STATIONARY ELECTROCONDUCTIVITY OF AMORPHOUS MONOCHALCOGENIDE GERMANIUM THIN FILMS BY γ-QUANTA IRRADIATION
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Journal of Physical Studies 1(4), 605–611 (1997)
DOI: https://doi.org/10.30970/jps.01.605 THE BEHAVIOUR OF STATIONARY ELECTROCONDUCTIVITY OF AMORPHOUS MONOCHALCOGENIDE GERMANIUM THIN FILMS BY γ-QUANTA IRRADIATION |
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I. Dutsyak, O. Mykolaychuk
Ivan Franko Lviv State University, Chair of X-Ray metal physic
8 Kyrylo and Mefodij Str., Lviv, UA-290005, Ukraine
The influence of $γ$(Co$^{60}$)–irradiation on the stationary electroconductivity and termopower in the amorphous monochalcogenides germanium thin films has been investigated. The radiation treatment by $D > 10^4$ Gy leads changes of mechanisms of carrier charge transport in objects. The results of the study are interpreted on the basis Mott–Devis model and radiation stimulated defects formation.