Abstract
A theory of particle-hole relations among spectra, presented in Part I, is extended to include hole-hole (hh) spectra as well as the particle-particle (pp) and particle-hole (ph) cases previously treated. This theory, which incorporates configuration mixing into many-body effective interactions, goes beyond the simple shell-model particle-hole relations of Pandya, Goldstein, and Talmi. A new shell-model relation involving all three partners (the triptych: pp, ph, and hh) is derived. We apply the many-body theory and the triptych relation to the nuclei , , and , which are partners in the shell. We find that we can then relate the spectra of these three nuclei to considerably greater accuracy than do the standard shell-model relations.
- Received 3 December 1970
DOI:https://doi.org/10.1103/PhysRevC.3.1527
©1971 American Physical Society