Abstract
Excitation functions and isomeric yield ratios for the 95Mo (p,n) 95m,g Tc reactions up to E p = 28 MeV are analyzed with a statistical model. In the vicinity of the threshold energy E p ⩽ 12 MeV, the experimental isomeric yield ratios are well reproduced by the calculation, while the calculation overestimates the experimental value beyond that energy. This suggests that the contribution of a pre-equilibrium process occurs above E p ∼ 12 MeV. The relationship between the isomeric yield ratio and compound nucleus spin distribution is discussed.
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