6533b874fe1ef96bd12d653b
RESEARCH PRODUCT
Collective excitations in the transitional nuclei 163Re and 165Re
T. R. Davis-merryD. T. JossR. D. PageJ. SimpsonE. S. PaulF. A. AliL. BiancoR. J. CarrollB. CederwallI. G. DarbyM. C. DrummondSarah EeckhaudtS. ErtürkM. B. Gómez-hornillosTuomas GrahnPaul GreenleesB. HadiniaUlrika JakobssonPeter JonesRauno JulinSakari JuutinenSteffen KetelhutMatti LeinoPäivi NieminenMarkus NymanD. O'donnellJanne PakarinenPauli PeuraPanu RahkilaJ. P. RevillPanu RuotsalainenMikael SandzeliusP. J. SappleJan SarénB. SayğiCatherine ScholeyJuha SorriJ. ThomsonJuha Uusitalosubject
Nuclear Theoryneutron-deficient nucleirheniumNuclear Experimentdescription
Excited states in the neutron-deficient nuclei 163 75 Re88 and 165 75 Re90 were populated in the 106Cd(60Ni, p2nγ ) and 92Mo(78Kr, 3p2nγ ) fusion-evaporation reactions at bombarding energies of 270 and 380 MeV, respectively. γ rays were detected at the target position using the JUROGAM spectrometer while recoiling ions were separated in-flight by the RITU gas-filled recoil separator and implanted in the GREAT spectrometer. The energy level schemes for 163Re and 165Re were identified using recoil-decay correlation techniques. At low spin, the yrast bands of these isotopes consist of signature partner bands based on a single πh11/2 quasiproton configuration. The bands display large energy splitting consistent with the soft triaxial shape typical of transitional nuclei above N = 82. The configurations of the excited states are proposed within the framework of the cranked shell model. peerReviewed
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2015-01-01 |