Abstract
The nuclear structure of has been studied with the (,) reaction on an isotopically enriched target of using a 17 MeV triton beam and a quadrupole-triple-dipole-type spectrometer. These measurements were combined with published (,), (,), and (,) data to construct a level scheme for . The Nilsson model including Coriolis coupling calculations has been used to interpret the level structure. The previously known Nilsson configurations , , , and with bandhead energies 0, 240.56, 198.01, and 342.48 keV, respectively, have been populated in the (,) reaction. Proposed new Nilsson configurations and bandhead energies are: at 390.21 keV, at 485.7 keV, at 563.89 keV, at 726.51 keV, at 838.36 keV, at 1273 keV, and at 1390.67 keV. The five new values of the singlet-triplet splitting energies and one new odd-even shift observed in this study are compared with theory.
NUCLEAR REACTIONS + , MeV/nucleon fluid dynamics, viscosity, heat conduction, cross sections.
- Received 9 February 1981
DOI:https://doi.org/10.1103/PhysRevC.24.1628
©1981 American Physical Society