Abstract
Angular distributions for and reactions were measured at an energy of 34.4 MeV. The applicability of the distorted-wave theory to these reactions and the ability to extract reliable spectroscopic factors was investigated. Calculations using the local zero-range, nonlocal, and finite-range formulations are compared with the data. The roles of L·S coupling, deuteron optical-model parameters, and radial cutoffs on the predicted shape and magnitude are presented. The local zero-range and finite-range forms of the theory give comparable spectroscopic factors, while the nonlocal calculations are consistently low. Deviations from the closed-shell description of the ground states of and are observed. Substantially all the hole strength in is found, and in some deeper hole strength is seen. Results of reactions are also presented.
- Received 21 September 1966
DOI:https://doi.org/10.1103/PhysRev.154.898
©1967 American Physical Society