Abstract
The ATDHFB theory was applied to study properties of collective quadrupole states in the 72–76 Kr isotopes. The calculations were performed for SIII, Sly4 and SkP variants of the Skyrme interaction with a seniority, volume δ or surface δ pairing force. Obtained energies and B(E2) transition probabilities are in a reasonable agreement with experimental data, with exception of those of the SkP interaction.
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