$\beta$-decay rates of ${}^{(115,117)}$Rh into ${}^{(115,117)}$Pd isotopes in the microscopic IBFM-2

Abstract

The structure of odd-$A$ ${}^{(115,117)}$Rh and ${}^{(115,117)}$Pd isotopes is studied by means of the neutron-proton Interacting Boson-Fermion Model (IBFM-2). $J^P={\frac{1}{2}}^{+}$ quantum number assignment for the ${}^{(115,117)}$Pd ground-states is critically discussed and the predicted energy levels are compared to the existing experimental data. The resulting nuclear wave functions are used to compute the $\beta$-decay $ft$ values of the transitions from ${}^{(115,117)}$Rh to ${}^{(115,117)}$Pd in the microscopic IBFM-2 and the results compared with the data.

References in corpus (4)

• Nuclear matrix elements for double-β decay
• $0\nu \beta \beta$ and $2\nu \beta \beta$ nuclear matrix elements, QRPA, and isospin symmetry restoration
• Beta decay of 71,73Co; probing single particle states approaching doubly magic 78Ni
• $\beta$ decay of odd-A nuclei with the interacting boson-fermion model based on the Gogny energy density functional

Cited by in corpus (7)

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• Simultaneous description of $\beta$ decay and low-lying structure of neutron-rich even- and odd-mass Rh and Pd nuclei
• Parameter dependence of the $\beta$-decay properties of neutron-rich Zr isotopes within the interacting boson model
• Sensitivity analysis of $\beta$-decay half-life predictions for Ge, As, Zr and Mo nuclei within the mapped interacting boson model
• Microscopic formulation of the interacting boson-fermion model using the nuclear energy density functional