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Decay spectroscopy of 160Sm: The lightest four-quasiparticle K isomer.

Patel, Z*; Podolyak, Z*; Walker, P M*; Regan, P H; Soderstrom, P A*; Watanabe, H*; Ideguchi, E*; Simpson, G S*; Nishimura, S*; Browne, F*; Doornenbal, R*; Lorusso, G; Rice, S*; Sinclair, L*; Sumikama, T*; Wu, J*; Xu, Z Y*; Aoi, N*; Baba, H*; Garrote, F L B*; Benzoni, G*; Daido, R*; Dombradi, Z*; Fang, Y*; Fukuda, N*; Gey, G*; Go, S*; Gottardo, A*; Inabe, N*; Isobe, T*; Kameda, D*; Kobayashi, K*; Kobayashi, M*; Komatsubara, T*; Kojouharov, I*; Kubo, T*; Kurz, N*; Kuti, I*; Li, Z*; Liu, H L*; Matsushita, M*; Michimasa, S*; Moony, C B*; Nishibata, H*; Nishizuka, I*; Odahara, A*; Sahin, E*; Sakurai, H*; Schaffner, H*; Suzuki, H*; Takeda, H*; Tanaka, M*; Taprogge, J*; Vajta, Z*; Xu, F R*; Yagi, A*; Yokoyama, R* (2016) Decay spectroscopy of 160Sm: The lightest four-quasiparticle K isomer. Phys. Lett. B, 753. pp. 182-186.

Full text not available from this repository.

Abstract

The decay of a new four-quasiparticle isomeric state in 160Sm has been observed using gamma-ray spectroscopy at the RIBF RIKEN. The alf-life of the 11+ state is measured to be 1.8(4) microseconds.

Item Type: Article
Keywords: Nuclear data, gamma-ray spectrometry, HPGe detectors, nuclear structure physics, nuclear metastable excited states, electromagnetic transition rates, K quantum number
Subjects: Ionising Radiation
Ionising Radiation > Radioactivity
Identification number/DOI: 10.1016/j.physletb.2015.12.026
Last Modified: 02 Feb 2018 13:13
URI: http://eprintspublications.npl.co.uk/id/eprint/6985

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