Abstract
Negative parity states of ,196,198Pt are studied via the analysis of previously reported (p,p’) data. The results suggest that two-quasiparticle configurations built on the nonexcited core play significant roles in the states, as predicted by the semidecoupled model and suggested by electron-capture data. It is also found that the states can be understood in an octupole vibrational picture. The latter result highlights an anomaly in the behavior of octupole states in the Pt-Hg region.
- Received 5 April 1988
DOI:https://doi.org/10.1103/PhysRevC.38.1619
©1988 American Physical Society