Elsevier

Nuclear Physics A

Volume 327, Issue 1, 17 September 1979, Pages 99-124
Nuclear Physics A

Electromagnetic transitions in rotating nuclei

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Abstract

By exploiting the wave functions of the cranking model we investigate electromagnetic transitions both within a band and between bands. Systematics of the expected patterns for dipole transitions at high rotational frequencies are explored and detailed calculations of M1 and E1 transitions are made for a number of configurations for which experimental data are available. The applications are so far confined to rotational frequencies less than that associated with backbending phenomena. We obtain several characteristic features of the behaviour of the transition matrix elements, which are essentially different from what is obtained from the perturbative treatment of the rotational effect. A comparison of our numerical results with available experimental data is presented.

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