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Abstract
The results obtained from a study of the Hall effect, conduction, thermo-stimulated current and thermoelectromotive force and the potential-current and frequency characteristics of solid solution films of CdSe x Te 1- x (0.02 ⩽ x ⩽ 0.97) are reported. The films were investigated over a temperature range of 80–400 K. The samples studied have been found to be inhomogeneous semiconductors. The films of CdSe x Te 1- x solid solutions have been shown to possess a highly conducting impurity zone whose amplitude of potential relief inhomogeneity is considerably lower than that of the intrinsic zones. It is found that in CdSe x Te 1- x semiconductors Shklovsky's percolation non-ohmicity takes place in the impurity conduction zone, which so far has not been observed experimentally.
Published Version
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