| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 1838885 | Nuclear Physics A | 2009 | 23 Pages |
The high spin states of N=80 138Ce have been populated in the fusion evaporation reaction 130Te(12C, 4n)138Ce at Ebeam=65MeV. The γ transitions belonging to various band structures were detected and characterized using an array of five Clover Germanium detectors. The level scheme has been established up to a maximum spin and excitation energy of 23ℏ and 9511.3 keV, respectively, by including 53 new transitions. The negative parity ΔI=1 band, developed on the 6536.3 keV 15− level, has been conjectured to be a magnetic rotation band following a semiclassical analysis and comparing the systematics of similar bands in the neighboring nuclei. The said band is proposed to have a four quasiparticle configuration of . Other band structures are interpreted in terms of multi-quasiparticle configurations, based on Total Routhian Surface (TRS) calculations. For the low and medium spin states, a shell model calculation using a realistic two body interaction has been performed using the code OXBASH.
