Abstract

The energetics of states belonging to normal parity bands in even-even dysprosium isotopes, and their $B(E2)$ transition strengths, are studied using an extended pseudo-SU(3) shell model. States with pseudospin 1 are added to the standard pseudospin 0 space, allowing for a proper description of known excited normal parity bands. A realistic Hamiltonian is employed. Both the success of model and its limitations are discussed.

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