The odd-odd Cs isotopes 128− 134 Cs have been investigated in search of chiral doublet
bands. Two nearly degenerate bands built on the π h 1 1/2⊗ ν h 1 1/2 configuration have …

The signature inversion in the πh11/2⊗ νh11/2 rotational bands of the odd–odd Cs and La
isotopes and the πh11/2⊗ νi13/2 bands of the odd–odd Tb, Ho and Tm nuclei is investigated …

According to the argument of excitation energy systematics, new spin values are assigned to
the lowest observed states of the π h 1 1/2⊗ ν h 1 1/2 bands for doubly odd nuclei La 1 2 4, 1 …

The candidate chiral doublet bands recently observed in Cs 126 have been extended to
higher spins, several new linking transitions between the two partner members of the chiral …

Rotational bands with (π h 11 2) 1 (ν h 11 2) 1 configurations are studied using a particle-
rotor model in which a proton and a neutron quasiparticle interacting through a zero-range …

Based on the arguments of excitation energy systematics and alignment additivity rule, the
spins of the lowest observed states of the (h 1 1/2) p (i 1 3/2) n bands in Tb 156, Ho 158, Lu …

The excitation energy systematics of π h 1 1/2⊗ ν h 1 1/2 yrast bands of odd-odd isotopes
118–132 Cs are studied, and as a result of this study we suggest that the spin values of …

The nucleus 124Cs has been studied by in-beam γ-and e−-spectroscopy techniques with
the fusion–evaporation reaction 115In (12C, 3nγ) at 57 MeV. Multipolarities of the main low …

The signature inversion in odd-odd nuclei is studied in terms of the interacting boson-fermi-
on model (IBFM). Energy levels and electromagnetic matrix elements are calculated in the …

A fusion-evaporation reaction has been employed to search for isomeric states in the N= 77
isotope 63 140 Eu near the proton-drip line. The recoiling nuclei were implanted into a …