Theory of the Phonon-Induced Hyperfine Coupling Constant of Mn^<2+> in the Cubic Coordination

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概要

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• The theory of the phonon-induced hyperfine coupling constant of Mn^<2+> in the cubic coordination using the proper angular average procedure is presented. The theory is applied to Mn^<2+> in SrF_2. The agreement between theory and experiment is within an order of magnitude. The zero-point contribution to the hyperfine coupling constant is -0.91 gauss and the hyperfine coupling constant in the "rigid lattice" at T=0°K is -104.4 gauss. It is also found that the previous theory will give rise to an error of about 15% in comparison with the estimate of the present theory at high temperatures.

• 理論物理学刊行会の論文
• 1970-01-25

著者

• Huang Chao-yuan

  Department Of Physics Case Western Reserve University

• Huang Chao-yuan

  Department Of Physics Case Western Reserve University : National Tsin Hua University

• LUE Juh-Tzeng

  Department of Physics, National Tsing Hua University

• Lue Juh-tzeng

  Department Of Physics National Tsing Hua University

• Lue Juh-tzeng

  Department Of Physics Duke University:national Tsing Hua University

• HUANG Chao-Yuan

  Department of Physics, Case Western Reserve University : National Tsin Hua University

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