Abstract
Kinematically complete breakup experiments for final-state interaction and collinear configurations have been analyzed by rigorous Faddeev calculations. The two-nucleon Paris potential and a one-boson-exchange parametrization of the new Bonn potential have been used. The treatment of charge-dependent forces in the Faddeev scheme is discussed and a simple (2/3-(1/3 rule is derived. In the collinear configuration a significant discrepancy is found between theoretical and experimental cross sections.
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