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Gamow-Teller Strengths in Proton-Rich Exotic Nuclei Deduced in the Combined Analysis of Mirror Transitions
52
Citations
18
References
2005
Year
Nuclear PhysicsMirror TransitionsIsospin SymmetryLepton-nucleon ScatteringHigh Temperature QcdCombined AnalysisNuclear DecayIsobaric Analogous TransitionsGt StrengthsHigh-energy Nuclear ReactionPhysicsNon-perturbative QcdQuantum ChemistryNuclear AstrophysicsDouble Beta DecayNatural SciencesParticle PhysicsApplied PhysicsShort-range CorrelationsGamow-teller Strengths
Isospin symmetry is expected for the T(z)=+/-1-->0 isobaric analogous transitions in isobars with mass number A, where T(z) is the z component of isospin T. Assuming this symmetry, strengths of analogous Gamow-Teller (GT) transitions within A = 50 isobars were determined from a high energy-resolution study at 0 degrees in combination with the decay Q value and lifetime from the beta decay. This method can be applied to other pf-shell nuclei and can be used to study GT strengths of astrophysical interest.
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