Abstract
The second- and third-order rearrangement contributions to the single-particle energies in are calculated microscopically using the Sprung-de Tourreil force. The -state second-order rearrangement has been evaluated by an energy-averaging procedure proposed by Engelbrecht and Weidenmüller. The second order is as big as the third for states and much bigger for the state. Thus it should be included before comparison to experiment. The average rearrangement energy per particle is 10.5 MeV and the -state spreading width 13 MeV.
- Received 27 April 1973
DOI:https://doi.org/10.1103/PhysRevC.8.2024
©1973 American Physical Society