On the interaction between single particle resonance and states of deformed nuclei

The interaction between low-energy nucleons and light even-even deformed target nucleus is considered. The wave function factorization method of a continuous spectrum is applied for considering the interaction between narrow single particle resonance and target nucleus rotational state. The nucleon interaction with target nucleus is taken into consideration in terms of the weak coupling of the semi-phenomenological model. The model of resonance scattering is formulated, the obvious type of partial nucleon widths is determined. The full and partial proton widths of the (rho+24Mg) system fission are calculated. The numerical solutions and resonance state spectrum analysis for this system are carried out. The mixing of several resonance configurations is taken into account