Abstract
The interaction of a nucleon with the deuteron leading to break-up at the quasi-free scattering (QFS) condition is studied atE lab N =12.0, 22.7, 68.0, and 140.0 MeV. Results of rigorous Faddeev calculations and of the impulse approximation (IA) are compared at these energies for bothn-p andp-p QFS in order to study the importance of rescattering terms. For the two-nucleon interaction the Paris potential is used. It is restricted to act in two-body states with total angular momentumj≤2. Also we compare the Faddeev calculations with experimental data for the QFS cross section and analyzing powerA y and find overall agreement. The behaviour of scattering observables turns out to be different forn-p andp-p QFS. Also the energy dependence of rescattering terms is different in the two cases. For all energies studied the IA is not reliable.
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Witala, H., Glöckle, W. & Cornelius, T. Quasi-free scattering in the 3-N continuum. Few-Body Systems 6, 79–95 (1989). https://doi.org/10.1007/BF01080552
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DOI: https://doi.org/10.1007/BF01080552