The Sm 150 nucleus, populated through the β decays of Eu m 150 and Pm 150, was
investigated by means of γ-γ coincidence and γ-γ angular correlation studies using an array …

The investigation of N= 90 nuclei have been the subject of many experimental studies.
These isotones, such as 154Gd and 152Sm, lie at the center of a region of rapid shape …

Low and medium spin collective structures in 158 Er have been studied using the 150 Sm
(12 C, 4nγγ) fusion-evaporation reaction at a beam energy of E lab= 65 MeV. A band built on …

Historically, low-lying excitations in deformed nuclei have presented unique challenges in
the context of nuclear structure. Early formulations of a geometric model surmise that …

The nuclei around N= 90 and with proton number close to the Z= 64 subshell closure are
known to exhibit deformed structures. A rapid evolution of shapes and deformation are …

Low and medium spin collective structures in 158Er have been studied using the 150Sm
(12C, 4nγγ) fusion-evaporation reaction at a beam energy of Elab= 65 MeV. A band built on …

The investigation of low-lying level structure of nearly spherical and deformed nuclei have
been carried out at the University of Kentucky Accelerator Laboratory (UKAL)[1]. The nearly …

The stable N= 90 isotones 150Nd, 152Sm, and 154Gd lie in a region of rapid shape change
and can be expected for displaying complex collective structure. Although the level structure …

0.0 7− 3 0.75 0.85 5670 100.0 Stable 01Tu07 75Ve08 742.05 (4) 3− 1 0.40 0.51 6700 2.8
(1) ps 01Tu07 81To05 1228.0 (1) 13+ 6 0.45 6.79 (2) ns 08Ka01 75Ve08 01Tu07 1305.9 (1) …