Abstract
The T=0 states of are investigated in complete Nħω shell-model spaces with 3≤N≤10 using a realistic two-body interaction based on the Sussex matrix elements. It is found that it is possible to describe the ground-state properties and the T=0 excited spectrum of this nucleus in a consistent manner provided the model space is enlarged up to 10ħω of oscillator excitation. In particular, the lowest state appears in our 10ħω spectrum with an excitation energy comparable to the energy of 24.1 MeV favored by recent experimental investigations of the reaction ,pH. Moreover, the D-state admixture of the large-basis ground-state wave function amounts to 4.7%, in fair agreement with the value deduced from recent analyzing power measurements of the reaction ,γHe.
- Received 8 December 1987
DOI:https://doi.org/10.1103/PhysRevC.38.2335
©1988 American Physical Society