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RESEARCH PRODUCT
Laser spectroscopy of gallium isotopes beyond N = 50
J. KrämerWilfried NörtershäuserK. KreimMark BissellP. VingerhoetsKieran FlanaganIain MooreIain MooreT.j. ProcterM. ŽáKováE. ManéMagda KowalskaGerda NeyensJ. PapugaH. Henry StrokeA. KriegerKlaus BlaumF.c. CharlwoodRainer NeugartD. H. ForestDeyan T. YordanovKara Marie LynchKara Marie LynchBradley ChealCh. GeppertMustafa RajabaliJ. Billowessubject
HistoryHyperfine structure of gallium isotopesIsotopes of copperCollinear laser spectroscopychemistry.chemical_elementMagnetic and quadrupole moments of gallium isotopeskiihdytinpohjainen fysiikkaEducationydinrakenneGalliumSpectroscopyNuclear ExperimentHyperfine structurenuclear spectroscopyIsotopeaccelerator-based physicsNuclear structureComputer Science ApplicationsCOLLAPS beam lineIsotopes of galliumchemistrynuclear structureydinspektroskopiaPhysics::Accelerator PhysicsAtomic physicsGround stateydinfysiikkadescription
The installation of an ion-beam cooler-buncher at the ISOLDE, CERN facility has provided increased sensitivity for collinear laser spectroscopy experiments. A migration of single-particle states in gallium and in copper isotopes has been investigated through extensive measurements of ground state and isomeric state hyperfine structures. Lying beyond the N = 50 shell closure, 82Ga is the most exotic nucleus in the region to have been studied by optical methods, and is reported here for the first time. ispartof: pages:012071-6 ispartof: Journal of Physics: Conference Series vol:381 issue:1 pages:012071-6 ispartof: Rutherford Centennial Conference on Nuclear Physics location:Manchester, UK date:8 Aug - 12 Aug 2011 status: published
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2012-09-18 |