Abstract
The multipole radiation field theory has been used to calculate the angular and the polarization distributions of the Mossbauer radiation available between |7/2 + >→|5/2 + > nuclear states. The determinant of coherency matrix, intensity and degree of polarization of each line are zero, non-zero and unity, respectively. The determinant of coherency matrix and the degree of polarization are anisotropic whereas the intensity is isotropic. The Kramer's degeneracy does not exist. The results are transformed from the principal axis system to the crystal fixed axis system using the rotation matrices. Certain symmetries have also been found. The computer analysis reveals that the degree of polarization is very sensitive function of the hyperfine field parameters in single crystals.
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