Abstract
The fragmentation of single-particle states in odd-A spherical nuclei is studied and the s- and p-wave neutron strength functions are calculated in the framework of the model based on the quasiparticle-phonon interaction. The calculations have no free parameters. The theoretical values of the s- and p-wave strength functions for the compound nuclei 117-123Sn, 125-131Te are approximately equal to S0=(0.1-0.2)*10-4, S1=(2-4)*10-4. They are in satisfactory agreement with experiment.
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