Beta-decay study of proton-rich nucleus Mg
arXiv:1610.03003 · doi:10.1103/PhysRevC.95.014314
Abstract
The decay of the drip-line nucleus Mg gives important information on resonances in Na, which are relevant for the astrophysical -process. A detailed decay spectroscopic study of Mg was performed by a continuous-implantation method. A detection system was specially developed for charged-particle decay studies, giving improved spectroscopic information including the half-life of Mg, the excitation energies, the branching ratios, and the log values for the states in Na populated in the decay of Mg. A new proton branch was observed and the corresponding excited state in Na was proposed. The large isospin asymmetry for the mirror decays of Mg and O was reproduced, as well. However, no conclusive conclusion can be draw about the astrophysically interesting 2645~keV resonance in Na due to the limited statistics.
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- Deformation dependence of 2p-radioactivity half-lives: Probe with a new formula across the mass region with Z<82