Abstract
The experimental isomeric ratios for 52m,gMn, 86m,gY, 87m,gY, 89m,gZr, 110m,gIn, 111m,gIn, 112m,gIn, 152m1,gPm, 152m2,m1Eu, 162m,gHo, 164m,gHo and 178m,gLu measured by the activation technique from different targets in ( γ, xnp) reactions ( x≤3) at the bremsstrahlung end-point energy of 43 MeV are presented. The predictions of calculations performed by means of compound nucleus particle evaporation and final γ-deexcitation were critically discussed. The importance of inclusion in the calculations of nonequilibrium particle emission and an adequate γ-decay mode of isomeric nuclei was considered for some of the reactions investigated.
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