Abstract
The reactions , , , and have been studied at 14.4 MeV. The absolute differential cross sections have been analyzed using the distorted-wave method and assuming simple proton pickup. The effects of finite range, nonlocality, and radial cutoff have been investigated. Good fits obtained for the reactions , , and yield spectroscopic factors in close agreement with shell-model predictions. The shape of the angular distribution of the reaction is well explained, but a discrepancy in absolute magnitude of about a factor 4 is not yet understood. The agreement between theory and experiment for the reaction is not satisfactory, and this may indicate the importance of other processes such as knock-on.
- Received 11 March 1965
DOI:https://doi.org/10.1103/PhysRev.139.B331
©1965 American Physical Society