6533b82efe1ef96bd1294566
RESEARCH PRODUCT
Transition probability studies in175Au
J. SimpsonA. DewaldDavid O'donnellJan SarénMarcus ScheckJ. OllierJanne PakarinenJ. P. RevillUlrika JakobssonH. V. WatkinsP. J. SapplePaul GreenleesM. NymanRauno JulinMatti LeinoJuha UusitaloR. D. PagePauli PeuraP. MaierbeckS. JuutinenSusan RigbyTh KöllPanu RuotsalainenM. VenhartRaymond J. CarrollTh. PissullaP. RahkilaN. M. LumleyJuha SorriD. T. JossM. HacksteinT. GrahnSteffen KetelhutR. KrückenM. LabicheR.-d. HerzbergC. ScholeyPaivi NieminenPeter M. JonesW. Rothersubject
HistoryAngular momentumChemistryYrastNuclear structureFunction (mathematics)Computer Science ApplicationsEducationRecoilQuadrupoleRange (statistics)Physics::Atomic PhysicsAtomic numberAtomic physicsdescription
Transition probabilities have been measured between the low-lying yrast states in 175Au by employing the recoil distance Doppler-shift method combined with the selective recoil-decay tagging technique. Reduced transition probabilities and magnitudes of transition quadrupole moments have been extracted from measured lifetimes allowing dramatic changes in nuclear structure within a low excitation-energy range to probed. The transition quadrupole moment data are discussed in terms of available systematics as a function of atomic number and aligned angular momentum.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2013-03-25 | Journal of Physics: Conference Series |