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Application of the Lindemann rule to the estimation of the Debye temperature θ of diamond like semiconducting compounds is discussed. The classical formula of LINDEMANN was modified by a constant K2: θ = K1 {article}{empty}{document}√ Tₘ /A · v2/3 + K₂{document} + K2. The constants K1 and K2 are given for AIIIBV, AIIBVI, AIIBIVC2V and AIBIIIC2VI compounds. These were calculated as well from X‐ray diffraction data as from θ evaluated from specific heat capacity and elastic constants.
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Deus et al. (1981) studied this question.
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