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beta-DELAYED gamma-RAY SPECTROSCOPY OF HEAVY NEUTRON RICH NUCLEI "SOUTH" OF LEAD

A. I. MoralesJ. BenlliureP. H. ReganZ PodolyákM. GórskaN. AlkhomashiS. PiétriRajesh KumarE. CasarejosJ. AgramuntA. AlgoraH. Álvarez-PolG. BenzoniA. BlazhevP. BoutachkovA. M. BruceL. CáceresD. M. CullenAna M. Denis-BacelarP. DoornenbalDesanka DragosavacM. E. EstévezG. FarrellyY. FujitaA. B. GarnsworthyW. GelletlyJ. GerlJ. GrȩboszR. HoischenNuclear physicsI. KojouharovN. KurzS. LalkovskiZ. LiuD. Pérez–LoureiroW. ProkopowiczC. MihaiF. MolinaD. MuecherB. RubioH. SchapffnerS. J. SteerA. TamiiS. TashenovJ.J. Valiente DobónS. VermaP. M. WalkerH. J. WollersheimP. J. Woods

Surrey Research Insight Open Access (The University of Surrey)repository2009en

ABI

Annotatsiya

Relativistic projectile fragmentation of a Pb-208 primary beam has been used to produce neutron-rich nuclei with proton-holes relative to the Z = 82 shell closure, i.e., "south" of Pb. beta-delayed gamma-ray spectroscopy allows to investigate the structural properties of such nuclei with A similar to 195 -> 205. The current work presents transitions de-exciting excited states in Au-204, which are the first spectroscopic information on this N = 125 isotone.

Mavzular

Nuclear Physics and Applications Nuclear physics research studies Nuclear reactor physics and engineering

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