Theoretical analysis of experimental data on 160Dy that were obtained in studying beta decay

Nonadiabatic effects manifesting themselves in the energies of excited states and in the probabilities for electric transitions in 160Dy are studied on the basis of a phenomenological model of the nucleus. The energies of positive-parity low-lying states and the reduced probabilities B(E2) for both intraband and interband transitions between them are calculated. A comparison with experimental data is performed.

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