6533b828fe1ef96bd1288da0
RESEARCH PRODUCT
High-Kstructure inFm250and the deformed shell gaps atN=152andZ=100
S. JuutinenPeter M. JonesD. RostronP. ChowdhuryM. NymanC. ScholeyMatti LeinoM. VenhartPaul GreenleesG. D. JonesJuha UusitaloR. JulinT. L. KhooR-d HerzbergJan SarénP. A. ButlerC. Gray-jonesT. GrahnSteffen KetelhutS. MoonJuha SorriJanne PakarinenS. K. TandelP. Rahkilasubject
PhysicsNuclear and High Energy PhysicsShell (structure)Structure (category theory)Order (ring theory)medicine.anatomical_structureQuality (physics)medicineNeutronAtomic physicsNuclear ExperimentNucleusExcitationSpin-½description
The structure of high-spin and nonyrast states of the transfermium nucleus $^{250}\mathrm{Fm}$ has been studied in detail. The isomeric nature of a two-quasiparticle excitation has been exploited in order to obtain spectroscopic data of exceptional quality. The data allow the configuration of an isomer first discovered over 30 years ago to be deduced, and provide an unambiguous determination of the location of neutron single-particle states in a very heavy nucleus. A comparison to the known two-quasiparticle structure of $^{254,252}\mathrm{No}$ confirms the existence of the deformed shell gaps at $N=152$ and $Z=100$.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2008-08-11 | Physical Review C |