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A High-Resolution Study of the Tc-110 Ru-110 -> Rh-110 -> Pd-110 Decay Chain with the GRETINA Array

S. Jazrawi,D. T. Doherty,J. M. Allmond,P. H. Regan,R. V. F. Janssens,W. Korten,S. Zhu,M. Zielinska,D. Radford,S. Ansari,K. Auranen,B. Bucher,M. P. Carpenter,W. N. Catford,K. Hadynska-Klek,J. Henderson,M. Hendricks,M. Komorowska,F. G. Kondev,T. Lauritsen,J. Li,G. Lotay,P. J. Napiorkowski,E. Padilla-Rodal,R. C. Pardo,B. C. Rasco,W. Reviol,D. G. Sarantites,D. Seweryniak,D. Santiago-Gonzalez,G. Savard,P. Singh,S. M. Stolze,R. Vondrasek,G. Wilson,C. Y. Wu,J. Wu

27TH INTERNATIONAL NUCLEAR PHYSICS CONFERENCE (INPC2019)（2020）

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Abstract
Spectroscopic data, such as precise gamma-ray branching and E2/M1 multipole-mixing ratios, provide vital constraints when performing multi-dimensional Coulomb-excitation analyses. Consequently, as part of our new Coulomb-excitation campaign aimed at investigating the role of exotic non-axial (triaxial) deformations in the unstable refractory Ru-Mo isotopes, additional beta-decay data was obtained. These measurements make use of ANL's CARIBU facility, which provides intense beams of radioactive refractory isotopes along with the excellent efficiency and angular resolution of the GRETINA gamma-ray tracking array. In this article, we report on the analysis of the A = 110 decay chain, focussing on the identification of previously unreported states in Ru-110 following the decay of Tc-1(10).
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