Debye Model Calculations of the Mossbauer Effect of 9.3 keV Trasition of Kr^<83> Solid

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概要

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• The influence of temperature and pressure on the recoilless fraction and the Mossbauer energy shift for the 9.3 keV transition of Kr^<83m> is evaluated using the Debye frequency distribution of the lattice vibrations of the Kr solid. The contribution to the recoilless fraction due to the lattice anharmonicity is incorporated and the results are compared with the experiment. "Mossbauer characteristic temperature" Θ_M of 42°K is suggested for the Krypton solid. A strong correlation between the recoilless fraction and the density of the solid is exhibited.

• 社団法人日本物理学会の論文
• 1970-04-05

著者

• Mahesh Krishan

  Department Of Physics Kurukshetra University

関連論文

• Debye Model Calculations of the Mossbauer Effect of 9.3 keV Trasition of Kr^ Solid

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