Abstract
The high-spin normally deformed and superdeformed states of have been populated in an exit channel of the reaction at 110 MeV bombarding energy. The Doppler shift analysis of the energies of the γ transitions de-exciting both normally deformed and superdeformed states in indicates a lower recoil velocity of the nucleus compared to that of the nucleus obtained from the exit channel of the complete-fusion compound nucleus. This suggests that incomplete fusion plays the main role in the population of normally deformed and superdeformed states of in this reaction.
- Received 17 March 1997
DOI:https://doi.org/10.1103/PhysRevC.56.R600
©1997 American Physical Society