Abstract
The effect of the non-central part of neutron-target interaction is investigated in (d, p) stripping reactions. Owing to this non-central interaction, the neutron, being captured with given orbital angular momentum, may transfer some additional angular momentum to the target nucleus. This mechanism can explain the angular distribution of the protons from the B 10 (d, p)B 11∗ (first exc. state) reaction in the region of E deut < 1 MeV.
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