Reduced quadrupole transition probabilities for low-lying transitions in neutron-rich Se 84,
86 are investigated with a recoil distance Doppler shift (RDDS) experiment. The experiment …

The lifetime of the 2+ and 9−, 11−, 13−, 15− states in the neutron-deficient Te 110 was
measured for the first time using the recoil distance Doppler shift technique. The reported …

Shell-model calculations are performed for bound 0+ states of Ca 42 and Ni 58. The neutron
configurations 1 f 7 2, 2 p 3 2, 2 p 1 2, 1 f 5 2, and 1 g 9 2 are included, as well as states in …

Shell-model calculations for the A= 24, T= 2 system are presented which use an empirically
modified version of Kuo's realistic two-body interaction and a large, but truncated, sd-shell …

Background: In neutron-rich nuclei around N= 40 rapid changes in nuclear structure can be
observed. While Ni 68 exhibits signatures of a doubly magic nucleus, experimental data …

Background: The chain of Sm isotopes exhibits a wide range of nuclear shapes and
collective behavior. While the onset of deformation for N> 82 has been well studied both …

Lifetimes of high-spin states in the N= 50 nucleus 95Rh were measured using the recoil-
distance Doppler-shift technique. The nuclei were produced via the reaction 58Ni (40Ca, 3p) …

Shell-model calculations are presented for neutron-rich nuclei in the mass region A= 35–41
using two new interactions. The usefulness and reliability of the interactions are evaluated …

Lifetimes or lifetime limits of a small number of excited states of the sulfur isotopes with mass
numbers A= 35, 36, 37, and 38 have been measured using the differential recoil-distance …

The low-lying, low-spin levels of Se 76 were studied with the (n, n′ γ) reaction. Gamma-ray
excitation function measurements were performed at incident neutron energies from 2.0 to …