The design and performance of large arrays of escape suppressed germanium
spectrometers is described. These arrays have revolutionized the-ray spectroscopic study of …

A novel method of selecting γ-ray transitions in heavy nuclei (A> 100) at the proton drip-line
has been attempted. The characteristic charged-particle radioactivity of these nuclei (alpha …

One of the most interesting features of rotating nuclei is the possibility to study how specific
configurations, which show up as collective rotational bands at intermediate spin values …

States in the neutron-deficient Te 1 1 0, 1 1 2 isotopes have been populated following Ni
58+ 5 8, 6 0 Ni reactions. Gamma-ray coincidence data were acquired with the Eurogam …

Collective structures have been investigated via γ-ray studies in 1 1 7, 1 1 9 Sb. Previously
observed strongly coupled (π g 9/2)− 1 bands in both nuclei involving 1p-1h proton …

Intruder rotational bands have been investigated to high frequency in Sb 51 109. Five
decoupled (ΔI= 2) bands extending to rotational frequencies above 1.4 MeV/ħ have been …

High-spin states in the even 116 Xe and 118 Xe isotopes have been studied with the 58 Ni
(64 Zn) reaction at 265 MeV using the GAMMASPHERE array. Several new rotational bands …

The nucleus Te 114 has been studied in heavy-ion γ-ray spectroscopy experiments
performed with the early implementation of the GAMMASPHERE multidetector array. Three …

The excited levels of Te 122 to 3.3-MeV excitation have been studied using γ-ray
spectroscopy following inelastic neutron scattering. The decay characteristics of these levels …

High spin states have been populated in Sb 115 with the reaction Mo 100 (19 F, 4n) 115 Sb
at a beam energy of 82 MeV. Two intruder rotational bands (ΔI= 2) extending to spins 43/2 …