Level properties of 96Mo investigated via multiple coulomb excitation, Ge(Li)Ge(Li) directional correlations and the decay of 96Nb and 96m, gTc

Barrette, J.; Barrette, M.; Boutard, A.; Lamoureux, Guillaume; Renaud, Gilbert; Monaro, S.

doi:10.1016/0375-9474(71)90115-1

Cited by 31 publications

(1 citation statement)

References 16 publications

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“…Table XII shows the present results for some of the more intense γ rays emitted in the decay of 4.28-d 96 Tc. A summary of the previously measured γ -ray energies and intensities may be found in the NDS [34], taken mostly from the measurements reported by Barrette et al [35]. A more precise determination of the γ -ray energies in the 96 Mo daughter was obtained from the decay of 96 Nb by Meyer [36].…”

Section: Rh Decaymentioning

confidence: 99%

Neutron capture by Ru: Neutron cross sections ofRu96,102,104andγ-ray spectroscopy in the

Krane

2010

Phys. Rev. C

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Cross sections for radiative capture of neutrons have been measured for stable isotopes of Ru with mass numbers 96, 102, and 104. From separate irradiations using thermal and epithermal neutrons, independent values for the thermal cross section and effective resonance integral have been determined. Spectroscopic studies of the γ rays emitted in the decays of 97,103,105 Ru have enabled improvements in the precision of the energies and intensities of the radiations along with corresponding improvements in the β-decay feeding intensities and the energies of the levels in the respective daughter nuclei. Similar spectroscopic measurements of the decays of 105 Rh (daughter of 105 Ru) and 96 Tc (produced from n, p reactions on 96 Ru) have resulted in improved γ -ray energies and intensities in those decays.

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Section: Rh Decaymentioning

confidence: 99%