- Main
Coexistence of octupole deformation and beta and gamma vibrational bands in 148Ce
- Wang, EH;
- Brewer, NT;
- Hamilton, JH;
- Ramayya, AV;
- Yzaguirre, WA;
- Hwang, JK;
- Liu, SH;
- Luo, YX;
- Rasmussen, JO;
- Zhu, SJ;
- Ter-Akopian, GM;
- Oganessian, Yu Ts
Published Web Location
https://doi.org/10.1016/j.nuclphysa.2021.122281Abstract
From γ-γ-γ and γ-γ-γ-γ coincidence studies of spontaneous fission of 252Cf, new high spin states in 148Ce were identified. The octupole bands with s = + 1 and s = − 1 are expanded with spins with 28+ and 18−, respectively. Importantly, a 1γ vibrational band has been established up to 14+ and a 1β vibrational band up to 6+. The levels in γ and β bands in 148Ce are compared systematically to those in neighboring 150Nd and 152Sm isotones. This comparison informs the role of deformation and shape transition in this mass region. New 3− and 5− members of the s = + 1 octupole band were observed.
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