Shapes and β-decay in proton rich Ge, Se, Kr and Sr isotopes
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2021, Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy PhysicsCitation Excerpt :The idea, first introduced by I. Hamamoto and coworkers [10] and later developed by P. Sarriguren et al. [11], is based on the dependence of the β strength of the decay on the nuclear shape assumed for the parent state. Information on the deformation of the ground state of the decaying nucleus can be obtained from the comparison between experiment and theory in cases where the pattern of the theoretical strength distributions shows a clear dependence on the shape [12–16]. For a proper determination of the experimental β strength, these studies require the application of the total absorption gamma spectroscopy (TAGS) technique, that provides β-decay data free from the Pandemonium systematic error [17].
Self-consistent calculations of electron-capture decays in Z=118, 119, and 120 superheavy isotopes
2021, Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy PhysicsCitation Excerpt :Among the pure phenomenological approaches for the masses, the Weizsacker-Bethe (WB) nuclear mass formula [38] is used.
Nuclear Data Sheets for A=82
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