Noncollective single-proton states in odd-Z (Eu, Tb, Ho, Tm, Lu, Ta, Ir and Au) rare-earth
nuclei have been calculated using the shell correction method with an average Woods …

The particle-rotor model using strong coupling basis functions is briefly reviewed. Recent
developments are discussed. For example, a formalism for odd-odd nuclei (and negative …

The hyperfine structure and isotope shifts of short-lived gold isotopes with 185⩽ A⩽ 190 and
the 11 2− isomer of 189Au have been investigated by application of on-line resonance …

The last decade has seen a rapid growth in our understanding of the microscopic origins of
shape coexistence, assisted by the new data provided by the modern radioactive ion beam …

Excited states in the proton-unbound 173,175,177 Au nuclei were identified for the first time.
Level structures associated with three different shapes were observed in 175Au. While the …

The hyperfine structure splitting and the isotope shift of the neutron-deficient gold isotopes
194− 191Au in the optical transition 5 d 9 6 s 22D 3 2→ 5 d 10 6 p 2P 1 2 (627.8 nm) have …

High-spin states were studied in 1 8 1, 1 8 3 Au and resulted in the identification of several
new prolate rotational bands based on π i 1 3/2, π h 9/2, π f 7/2, and π h 1 1/2 …

The level scheme of 17175Re96, has been studied using (heavy ion, xnyp) reactions.
Rotational bands associated with the one-quasiproton Nilsson configurations 5 2+[402], 1 …

High spin gamma-ray spectroscopy of 185Tl and 187Tl has been performed with the
reactions 154Gd (35Cl, 4n) and 159Tb (32S, 4n). Positive γ-ray identification with the …

High-spin states in the transitional nucleus 184Pt were populated via the reactions 154Sm
(34S, 4n) 184Pt and 172Yb (16O, 4n) 184Pt. The yrast band was extended up to I= 28 ħ and …