Abstract
The energies and angular distributions of proton groups produced in the reaction were measured with an over-all resolution of 20 keV. A distorted-wave analysis, employing experimentally determined optical-model parameters, was used to extract values of and spectroscopic strengths for states up to 3.3-MeV excitation in . Wave functions of and calculated in the random-phase approximation are tested both by comparison of sum-rule predictions with the summed spectroscopic factors, and by comparison of individual spectroscopic factors with those predicted by the microscopic theory of nuclear vibrations for states in and the zero-, one-, and two-phonon states in .
- Received 14 November 1966
DOI:https://doi.org/10.1103/PhysRev.155.1319
©1967 American Physical Society