Abstract
The gamma radiation due to the de-excitation of the 21+ and 41+ levels in 50Cr was studied as a function of the energy, which was varied in 10 keV steps. In particular, strong peaks in the cross sections were observed for scattering to the 41+ level. Using experimental data on spin-flip probability the contribution of the statistical mechanism to the excitation of the 21+ level has been estimated. The estimated ratio Gamma 0/D0=0.24 was obtained for 11 MeV excitation of the compound nucleus. The contribution of direct reaction and isobaric analogue resonances to the cross section is discussed.
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