Abstract
By methods of dimensional reduction of 6-body problem in triangle representation, the 3-body differential dynamical equations with energy-dependent interactions describing elastic scattering and break-up in (np)4He system are constructed. The energy dependence of interactions is generated by internal structure of nucleus4He. The simple models for these energy-dependent interactions are constructed by the extended Hilbert space approach. In the frames of these models the contributions of 5-body resonances5Heg.s.,5Lig.s. and 6-body resonance6Li* (1+) into elastic scattering and deuteron break-up amplitudes for αd-reaction are investigated on the basis of modified Faddeev equations.
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