Partial radiative strength functions for dipole transitions in the 49,51V nuclei

Radiative strength functions for dipole transitions from the compound-nuclei states to excited states of the 49V and 51V nuclei are determined from the resonance-averaged intensities of primary γ-rays in the (p, γ) reaction measured in the proton energy range of 1.5-3.5 MeV. The data so obtained are compared with predictions of various models. The best description for E1 transitions is achieved on the base of the model accounting for the dependence of the strength function on the γ-ray energy, temperature, and nuclear shell structure