Abstract
A study of the level structure of 187Os has been performed by means of (d, p), (d, t) and (d, d ) ́ reactions. Based upon the data presented and information available from the 10.5 h decay of 187Ir, a level scheme including several new states and level assignments is proposed. The low-lying rotational bands built on the 1 2 − [510] and the 3 2 − [512] single-particle states have been analysed by means of Coriolis-coupling calculations including attenuations of the coupling matrix elements. The calculations involve fits to energies, to neutron transfer cross sections and to ratios of B (E2) values.
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