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Shell Structure and Shape Changes in Neutron Rich Krypton Isotopes

D. MücherJ. IwanickiJ. JolieNuclear physicsI. ŞtefânescuNuclear physicsJ. Van de WalleNuclear physicsF. BeckerU. BergmannA. BlazhevE. BouchezNuclear physicsP. A. ButlerJ. CederkällNuclear physicsT. CzosnykaT. DavinsonJ. EberthNuclear physicsT. FaestermannS. FranchooC. FransenNuclear physicsJ. GerlNuclear physicsR. GernhäuserNuclear physicsD. HabsNuclear physicsR.-D. HerzbergM. HuýseNuclear physicsD JenkinsNuclear physicsGraeme JonesO. KesterNuclear physicsW. KortenJ. KownackiNuclear physicsT. KröllR. KrückenNuclear physicsZ. LiuS. MandalP. NapiorkowskiT. NilssonN. PietrallaG. RainovskiH. ScheitA. ScherilloD. SchwalmNuclear physicsT. SieberCh. TheisenP. Van DuppenN. WarrD. WeisshaarNuclear physicsF. WenanderB. WolfP. J. WoodsM. ZielińskaNuclear physicsAndreas ZilgesNigel Warr

AIP conference proceedingsjournal2009en

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Annotatsiya

B(E2;21+→01+) values have been measured for the unstable nuclei 88Kr (N = 52) and 92Kr (N = 56) using projectile Coulomb excitation at ISOLDE, CERN. With this experiment the local maximum in E(21+) in 92Kr and the role of the N = 56 subshell closure can be studied.

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

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DOI: 10.1063/1.3087095

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