Abstract
A least-squares fit calculation has been performed on the low-lying spectra of 206,204,202,200,198Pb in a restricted neutron model space. The best-fit two-body interactions were then employed in a weak-coupling calculation to obtain the high-spin states in 203,201,199,197,195Pb considering hole-core coupling. Experimental single-particle energies and excitation energies of the core states were used. Although some difficulties showed up in fitting the even-mass spectra, the weak-coupling structures expected from data were reproduced reasonably well.
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