Abstract
A complete set of analyzing powers (AP’s) has been obtained for the single nucleon transfer reaction C. In addition, and AP data have been obtained for B. A finite range distorted wave Born approximation calculation provides a qualitatively good description of the ground-state transfer data but is out of phase at small angles. It describes the magnitude but not the detail of the rank-2 AP over the measured angular range. A coupled-channels Born approximation (CCBA) analysis describes the elastic, inelastic, and ground-state transfer reaction cross section and AP data well. The excited-state transfer cross section description is also good, but the AP data are less well described. CCBA calculations indicate that coupling to states in Li and C is not crucial to the description, but that coupling in the final state between the ground and first excited states of Li or Be is needed to describe the small-angle oscillations in the ground-state transfer data.
- Received 27 November 1996
DOI:https://doi.org/10.1103/PhysRevC.55.2441
©1997 American Physical Society