Abstract
A direct interaction theory of (d, d′) reactions is proposed for strongly deformed nuclei of mass number A ≈ 24. Strong coupling approximation of the unified nuclear model is employed to represent. the nucleus and the differential cross-section is calculated i n Born approximation for rotational excitations up to the fourth power of the deformation parameter β The theory is applied to the Mg 24 (d, d′) Mg 24 (1.37 MeV) reaction. Agreement with experiment is obtained both for the angular distribution (except for 0 ⪅ 20°) and for the total cross-section. Further extensions of the model are indicated.
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