Abstract
A systematic microscopic study of the yrast line in the well-deformed actinide nuclei is presented. Several versions of the cranking model are discussed: a self-consistent calculation without number projection, with (SCC1) and without (SCC2) quadrupole pairing, a full variation after number projection (PNP) and a calculation with frozen deformation and gap parameters (RSM). Energy levels, gyromagnetic factors and E2-transition probabilities are systematically investigated and compared with experimental data. The rather complicated alignment pattern in these nuclei is discussed.
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