Abstract
The [sup 208]Pb([alpha],[sup 2]He)[sup 210]Pb reaction has been investigated at about 55 MeV incident energy. The angular distributions of prominent transitions were analyzed with the distorted-wave Born approximation. At low excitation energies, states built on 2[ital g][sub 9/2] single-particle strength are found, while at higher energies configurations including 1[ital j][sub 15/2] strength dominate. Together with the predictions of the crude shell model the main configurations of most observed transitions were identified. The results are compared to shell-model calculations with the Kuo-Herling residual interaction modified by Warburton and Brown.
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