Abstract
excitation functions have been measured in the laboratory energy range from 19.8 to 32 MeV, in 200 keV steps, for the (0.0 MeV) and (1.62 MeV) states at 7.5° and for the (1.62 MeV) and (4.25 MeV) states at 17.5°. The fluctuations in the data are less than ±25% over this energy region. At 20, 24, and 28 MeV the cross sections at 165° are at least 5-10 times smaller than at 25°. Comparisons between the data and distorted-wave Born approximation calculations over this energy range show the reaction mechanism to be more complicated than a simple one-step particle transfer.
[NUCLEAR REACTIONS ( MeV; , 1.62 MeV; , 4.25 MeV), MeV, keV; measured at .]
- Received 24 February 1977
DOI:https://doi.org/10.1103/PhysRevC.17.79
©1978 American Physical Society