In-beam study of 80Kr; Quasiparticle excitations in nuclei around mass 80
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Cited by (78)
γ-ray spectroscopy in the decays of <sup>80m</sup>Br and <sup>82g</sup>Br
2011, Applied Radiation and IsotopesCitation Excerpt :Other in-beam work has reported somewhat higher values for the γ -ray energies that are in better agreement with the present results: 617.0(3), 639.9(3), and 1256.6(3) keV (Sastry et al.,1981; energy uncertainties have been assigned in the Nuclear Data Sheets compilation), and 616.8(2), 639.8(2), and 1256.5(3) keV (Döring et al. 1995). The present data are in better agreement with these latter two works, although the disagreements with Funke et al. 1981 are at the level of two standard deviations and thus not particularly serious. The present search for the decays of the 1449.4 keV level in 80Se has enabled a considerable improvement in the upper limit on a possible β-decay branch to that level.
Stopping power of Nd, Pm and Sm ions in Cd determined with γ-ray lineshape analysis
2009, Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated EquipmentNuclear data sheets for A = 80
2005, Nuclear Data SheetsProton and neutron g<inf> 9 2</inf> alignments in the N = 46 isotones <sup>86</sup>Zr and <sup>87</sup>Nb
1995, Nuclear Physics, Section ANuclear data sheets update for A = 80
1992, Nuclear Data SheetsNeutron-core excitations in the N=50 nucleus <sup>89</sup>Y
1992, Nuclear Physics, Section A
Copyright © 1981 Published by Elsevier B.V.