The Features of the Energy Dependence of Level Density and Radiative Strength Functions of Heavy Nuclei Below 5-8 Mev

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Scientific paper

The intensities of the two-step γ-cascades between the compound state and certain low-lying levels in a large group of nuclei from the mass region 28 ≤ A ≤ 200 have been analysed. This analysis gives the probable level density excited after thermal neutron capture and the sum of the radiative strength functions for E1 and M1 primary transitions in the excitation energy range almost up to Bn. Results of comparison of these data with the predictions of the early variant of the generalized model of the superfluid nucleus and a non-interacting Fermi-gas model lead to necessity of more correct accounting for superfluid properties of a nucleus in corresponding models.

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