ATOMIC TRANSPORT IN ALKALI HALIDES DOPED BY DIVALENT ANIONS AND CATIONS

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Abstract
The recent results obtained in the field of transport processes in alkali halides are reviewed, especially those concerning single crystals doped by divalent anions. We show how analysis of the ionic conductivity, cation self-diffusion and anion self-diffusion data in a) pure samples, b) samples doped by divalent cations and c) samples doped by divalent anions leads to an unambiguous determination of the thermodynamics and kinetics of the lattice defects

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