Abstract
The reaction at high momentum transfers ( MeV/c) has been examined with respect to single- and two-step processes. Our coupled-channel Born-approximation analysis of the reaction at 185 MeV shows that peculiarities observed in experimental angular distributions can be explained with the two-step process or the interference between the single-step and two-step processes. The analysis requires the presence of small and admixtures in the ground state along with the basic configuration. The different energy dependence in the single-step and two-step processes is discussed and illustrated by data at 185 and 700 MeV.
NUCLEAR REACTIONS MeV; calculated ; CCBA analysis.
- Received 13 September 1976
DOI:https://doi.org/10.1103/PhysRevC.15.477
©1977 American Physical Society