States in 93'95'97'99'1~ are studied in a unified model calculation without any adjustable parameters except the excitation energy of the first 1/2-state. The positive parity states are described as a mixture of (pl/2)Z(g9/2) 3 and (pl/2)~ 5 proton configurations coupled to a core undergoing quadrupole oscillations. For the negative parity states a proton quasi-particle in the Pl/2, P3/2 and f5/2 orbits is coupled to the vibrations.Calculated energies and electromagnetic moments agree quite well with available data.
Abstract. The decay of 126Sb to 126Te is studied by use of Ge(Li) detectors in singles and coincidence arrangements. The gamma-gamma directional correlations of six cascades are measured. A level scheme is constructed where all transitions observed are located. The characteristics of several of the levels are assigned, on basis of the log ft values deduced and the directional correlation results. Mixing ratios are deduced for three transitions. From the comparison of the relative intensities of E1 and E2 transitions depopulating the same levels, three E 1 transitions are concluded to be strongly retarded.
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