Abstract The radiations of Ga 70 (21.1 min) have been investigated with beta-and gamma-
scintillation spectrometers. The principal mode of decay is a ground-state beta transition of …

The decay of Ga 72 has been investigated with scintillation spectrometers, both single and
in coincidence. Evidence has been found for the existence of levels in Ge 72 at 0.69, 0.84 …

The γ-ray decay scheme and nuclear energy levels in 72Ge have been studied from the
decays of 72Ga and 72As using a high-resolution 7 cm3 Ge (Li) detector as the central …

Directional correlations of coincident gamma transitions in Ge 72 have been measured
following the β− decay of Ga 72 (T 1/2= 14.1 h), using a spectrometer consisting of a Ge (Li) …

In the EURICA campaign aimed at exploration of the Ni 78 region, an isomeric state of Co 76
has been observed via γ-ray spectroscopy. The nuclei were produced by in-flight fission of a …

The decay of 19 min 67Ge to levels of 67Ga has been studied with large Ge (Li) detectors
and Ge (Li)-Ge (Li) coincidence experiments. A total of 56 γ-rays were observed and all but …

Energies and intensities for 25 γ-rays from 76As decay have been measured with Ge (Li)
detectors. New data on γ-rays at 563.5, 981.2 and 1213.5 keV plus β-γ and γ-γ coincidence …

The energies and intensities of the gamma rays following the positron and electron capture
decay of Ga 65 have been determined by means of scintillation spectrometry techniques. At …

The energy and intensity of the γ-ray transitions from the decay of 77.3 d 56Co and of 9.3 h
66Ga have been carefully measured using a high-resolution Ge (Li) detector in conjunction …

The β decay of 61 Ga to its mirror nucleus 61 Zn has been measured for the first time by
using on-line mass separation and β-delayed gamma-ray spectroscopy. The observed …