Beta decay of neutron-rich $\chem{^{118}Rh}$ and the lowest excited states in $\chem{^{118}Pd}$

A. Jokinen; J.C. Wang; J. Äystö; P. Dendooven; S. Nummela; J. Huikari; V. Kolhinen; A. Nieminen; K. Peräjärvi; S. Rinta-Antila

doi:doi:10.1007/s100500070049

EPJ

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2019 Impact factor 2.176

Hadrons and Nuclei

Eur. Phys. J. A 9, 9-12

Short note

Beta decay of neutron-rich $\ensuremath{\mathsf{^{118}Rh}}$ and the lowest excited states in $\ensuremath{\mathsf{^{118}Pd}}$

A. Jokinen - J.C. Wang - J. Äystö - P. Dendooven - S. Nummela - J. Huikari - V. Kolhinen - A. Nieminen - K. Peräjärvi - S. Rinta-Antila

Department of Physics, University of Jyväskylä, P.O. Box 35 (Y5), FIN-40351 Jyväskylä, Finland

Received: 19 June 2000
Communicated by D. Schwalm

Abstract
Beta decay of a refractory isotope $\ensuremath{\mathsf{^{118}Rh}}$ produced in symmetric fission and mass separated by the ion guide technique has been applied for the study of low-lying excited states of $\ensuremath{\mathsf{^{118}Pd}}$ . The yrast band in $\ensuremath{\mathsf{^{118}Pd}}$ has been observed up to a 6⁺ state and the lowest states of the asymmetric $\gamma$ -band have been identified. The measured half-life of $\ensuremath{\mathsf{^{118}Rh}}$ is $(300\pm60)$ ms. The systematics of the excited states in neutron-rich $\ensuremath{\mathsf{Pd}}$ -isotopes implies the saturation towards an O(6)symmetry at N=70.