Abstract
New elastic scattering angular distributions extending over the large angular range 10°—170° c.m. are reported for + at 24 and 30 MeV, + at 25.7 MeV, and + at 34 MeV. These data have been analyzed and are well described by the optical model using Woods-Saxon potentials, or by potentials with a double-folded real part. Using these and previously published data, average energy-dependent potentials have been obtained. Improved descriptions of the elastic scattering of +, +, and + for energies from the Coulomb barrier up to 26 MeV/nucleon are obtained with these new average potentials compared with existing ones.
- Received 14 May 1984
DOI:https://doi.org/10.1103/PhysRevC.30.916
©1984 American Physical Society