6533b860fe1ef96bd12c3bb8
RESEARCH PRODUCT
(208)po populated through EC/beta(+) decay
M BrunetTa BerryZs PodolyakRj CarrollR LicaCh SottyAn AndreyevMjg BorgeJg CubissLm FraileHou FynboE GambaP GreenlessLj Harkness-brennanM HuyseDs JudsonJ KonkiJ KurcewiczI LazarusM MadurgaN MargineanR MargineanI MarroquinC MihaiE NacherA NegretS PascuRd PageA PereaJ PhrompaoM PiersaV PucknellP RahkilaE RapisardaPh ReganF RotaruM RudigierCm ShandR ShearmanEc SimpsonT StoraO TengbladP Van DuppenV VediaS VinalsR WadsworthN WarrH De WitteIop Publishingsubject
HistoryHorizon (archaeology)010308 nuclear & particles physicsIndustrial strategy01 natural scienceslanguage.human_language3100Computer Science ApplicationsEducationGermanPolitical science0103 physical scienceslanguageEconomic historymedia_common.cataloged_instanceFísica nuclearNuclear Physics - ExperimentEuropean union010306 general physicsydinfysiikkapoloniummedia_commondescription
The structure of 208Po resulting from the EC/β + decay of 208At was studied at CERN’s ISOLDE Decay Station (IDS). The high statistics afforded by the high yield of 208At and the high efficiency HPGe clusters at the IDS allowed for greater insight into lower intensity transitions and thus significant expansion of the 208Po level scheme. Furthermore, investigation into the isomeric state yielded a new half life 377(9) ns in addition to uncovering new transitions populating the state.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2020-01-01 |