Abstract
Angular distributions of the (, ) reaction are characterized by strong oscillations for the ground state and to a lesser extent for the first excited state for MeV. We show that such a process can be described by a finite-range no recoil distorted-wave Born-approximation analysis using weakly absorbing optical model potentials and an -particle cluster model description of the nuclei involved. Good fits to the data were obtained with this model. The influence of different choices of optical model potentials is examined.
NUCLEAR REACTIONS (, ); MeV, calculated differential cross sections; ground state, first excited state; finite-range, no recoil, DWBA.
- Received 28 March 1974
DOI:https://doi.org/10.1103/PhysRevC.10.1022
©1974 American Physical Society