Debye Model Calculations of the Mössbauer Effect of 9.3 keV Transition of Kr<SUP>83</SUP> Solid

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  • Debye model calculation of the Mossbauer effect of 9.3keV transition of Kr83 solid

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Abstract

The influence of temperature and pressure on the recoilless fraction and the Mössbauer energy shift for the 9.3 keV transition of Kr83m 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. “Mössbauer characteristic temperature” ΘM of 42°K is suggested for the Krypton solid. A strong correlation between the recoilless fraction and the density of the solid is exhibited.

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