Abstract
The electric and thermoelectric properties of silver selenide in the temperature range of 4.2–300 K have been studied. The data obtained are interpreted within the theory of one-type carriers and Kane dispersion relation, with allowance for the character of electron-electron interaction. It is established that, for the concentrations n ≤ 7.8 × 1018 cm−3, charge carriers are scattered by impurity ions at T ≤ 30 K and by acoustic and optical phonons and point defects at T ≥ 30 K. Electron-electron interactions are found to be elastic at T < 30 K.
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