Abstract
All direct reaction channels of significant strength ( μb) in the + reaction at MeV were measured using a time-of-flight telescope system. Excitation spectra with energy resolutions keV full width at half maximum were obtained for outgoing ions , , , and . Angular distributions were obtained for the strongest transitions observed in inelastic scattering, the single-nucleon transfer reactions (, ) and (, ), the two-nucleon transfer reactions (, ), (, ), and (, ), the three-nucleon transfer reactions (, ), and the "exotic" transfers (, ) and (, ). Comparison of distorted-wave Born-approximation calculations for inelastic scattering, and for one- and two-nucleon transfer reactions to experiment suggest that reaction processes more complex than the one-step process are quite important in a majority of the transitions studied.
[NUCLEAR REACTIONS (, ), (, ), (, ), (, ), (, ); measured ; , , (, ), (, ), (, ), (, ); measured . MeV, resolution 250 keV, enriched targets. Optical-model parameters deduced, DWBA calculations compared with data for (, ), (, ) (, ), and (, ).]
- Received 23 August 1977
DOI:https://doi.org/10.1103/PhysRevC.17.83
©1978 American Physical Society