Abstract
The full and reduced shell model calculations have been carried out for thelight odd–even 105Sb and 107Sb isotopes. The model spacehas been chosen as 1d5/2, 0g7/2, 1d3/2, 2s1/2,and 0h11/2 for the full calculations and excluded 0h11/2for the reduced calculations. The reduced shell model calculationsof 105Sb and 107Sb isotopes are presented for the firsttime. We obtain the energy spectra for the 105Sb and 107Sbisotopes in the full and reduced model space by using CD-Bonn two-bodyeffective nucleon–nucleon interaction. The resulting energy spectra arecompared to the experimental results to understand the effect of the0h11/2 level on the shell model calculations. We draw conclusions about the rightmodel space in the shell model calculations for the isotopes around the N = Z = 50 region of the periodic table.
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