6533b827fe1ef96bd12871a3

RESEARCH PRODUCT

'beta'-decay studies of neutron-rich 'TL', 'PB', and 'BI' isotopes

D. BazzaccoR. MenegazzoT. EngertS. KluppEnrique CasarejosI. KojouharovS. PietriR. NicoliniO. WielandZs. DombradiA. AlgoraM. GórskaT.p.d. SwanJ. J. Valiente-dobónA. Y. DeoJ. BenlliureH. GeisselA. GottardoM. BowryPhilip M WalkerDirk RudolphF. FarinonAlison BruceW. ProkopowiczC. Domingo-pardoH. J. WollersheimH. WeickB. SitarF. NaqviF. NaqviJ. GreboszP. StrmenH. SchaffnerM. L. CortésG. F. FarrellyZs. PodolyákJ. GerlA. GadeaD. MengoniRoberto Vicençotto RibasN. AlkhomashiN. AlkhomashiI. SzarkaM. BunceE. SahinN. KurzM. DoncelT. HabermannC. A. UrA. I. MoralesR. JanikYassid AyyadF. RecchiaD. R. NapoliB. MillionE. GregorK. SteigerMatthew ReedF. C. L. CrespiM. PfütznerE. FarneaN. Al-dahanG. BenzoniA. SharmaRobert HoischenRobert HoischenA. M. Denis BacelarN. BlasiA. BraccoG. De AngelisA. CorsiC. NociforoP. BoutachkovA. ProchazkaK. EppingerDavinder SiwalS. LeoniP. R P AllegroJ. Alcántara NúñezS.k. MandalN. GoelF. CameraS. LunardiP. H. ReganP. H. Regan

subject

PhysicsNuclear and High Energy PhysicsIsotopeSHELL modelchemistry.chemical_elementUraniumBeta decayrelativistic projectile fragmentationRISING spectrometerIonizing radiationNuclear physicschemistrySPINDouble beta decaySubatomic Physicsr-processNeutronbeta decayAtomic physics

description

The fragmentation of relativistic uranium projectiles has been exploited at the Gesellschaft fur Schwerionenforschung laboratory to investigate the β decay of neutron-rich nuclei just beyond 208Pb. This paper reports on β-delayed γ decays of 211-213Tl, 215Pb, and 215-219Bi de-exciting states in the daughters 211-213Pb, 215Bi, and 215-219Po. The resulting partial level schemes, proposed with the help of systematics and shell-model calculations, are presented. The role of allowed Gamow-Teller and first-forbidden β transitions in this mass region is discussed. © 2014 American Physical Society.

yearjournalcountryeditionlanguage
2014-01-29
10.1103/physrevc.89.014324