Lattice instability in ZnSe:Ni crystal
Ultrasonic experiments, done on ZnSe:Ni crystal with the dopant concentration 5.5 × 10^sup 19^ cm^sup -3^, revealed precursor phenomenon in the form of lattice softening at temperatures significantly exceeding the temperature of structural transition (T^sub c^ = 14.5 K). It proved to be that the ord...
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creator | Gudkov, V. V. Lonchakov, A. T. Tkach, A. V. Zhevstovskikh, I. V. Sokolov, V. I. Gruzdev, N. B. |
description | Ultrasonic experiments, done on ZnSe:Ni crystal with the dopant concentration 5.5 × 10^sup 19^ cm^sup -3^, revealed precursor phenomenon in the form of lattice softening at temperatures significantly exceeding the temperature of structural transition (T^sub c^ = 14.5 K). It proved to be that the order parameter of the transition was associated with the shear deformation ε^sub 4^. Investigation of thermal conductivity (κ) in the same temperature region pointed out that the Jahn-Teller (JT) effect could be responsible for the anomalous behavior of κ(T) and lattice instability. [PUBLICATION ABSTRACT] |
doi_str_mv | 10.1007/s11664-004-0247-y |
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subjects | Crystals Nickel Phase transitions Semiconductors Temperature Zinc |
title | Lattice instability in ZnSe:Ni crystal |
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