Theory of the Specific Heat of Graphite II

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概要

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• The previous theory by the author and Nagamiya (1951) is improved in this paper by introducing the shearing elastic constant c_<44>, which is estimated by a procedure similar to that employed by Brennan. This shearing elastic constant couples the two types of vibrations, those normal to the hexagonal layers and those parallel. The theory shows that below 10°K the deviation from T^2 law becomes appreciable and the range of transition from T^2 to T^3 laws appears at a few degrees absolute. The calculated values agree with the experimental ones over the whole temperature range below 60°K Comments are given on recent other theories.

• 社団法人日本物理学会の論文
• 1955-05-05

著者

• Komatsu Kozo

  Department Of Physics Naniwa University

関連論文

• Theory of the Specific Heat of Graphite.
• Diffuse Streak Patterns from Various Crystals in X-Ray and Electron Diffraccion
• Interpretation of Diffuse Streak Diffiraction Patterns from Single Crystals
• Theory of the Specific Heat of Graphite II

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