Abstract
The states of 96Ru are investigated in terms of the a α + core structure. The ground state band of the α+92Mo system is obtained through a local cluster‐core potential which includes a fixed set of parameters employed in other mass regions. The calculated spectrum gives a good general description of the experimental 96Ru levels. The reduced α‐widths, B(E2) transition rates and rms intercluster separations are determined for the members of the ground state band. The results show that the model can reproduce the order of magnitude of the experimental B(E2) values without the use of effective charges and indicate that the first members of the ground state band present a stronger α‐cluster character. Predictions concerning a negative parity band of the α+92Mo system are also shown.
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