Isomer spectroscopy of neutron-rich 168Tb103
- Gurgi, Laila
- Regan, Patrick
- Söderström, P-A
- Watanabe, H
- Walker, Philip
- Podolyak, Zsolt
- Nishimura, S
- Berry, Thomas
- Doornenbal, P
- Lorusso, G
- Isobe, T
- Baba, H
- Xu, ZY
- Sakurai, H
- Sumikama, T
- Catford, Wilton
- Bruce, AM
- Browne, F
- Lane, GJ
- Kondev, FG
- Odahara, A
- Wu, J
- Liu, HL
- Xu, FR
- Korkulu, Z
- Lee, P
- Liu, JJ
- Phong, VH
- Yag, A
- Zhang, GX
- Alharbi, T
- Carroll, RJ
- Chae, KY
- Dombradi, Zs
- Estrade, A
- Fukuda, N
- Griffin, C
- Ideguchi, E
- Inabe, N
- Kanaoka, H
- Kojouharov, I
- Kubo, T
- Kubono, S
- Kurz, N
- Kuti, I
- Lalkovski, S
- Lee, EJ
- Lee, CS
- Lotay, Gavin
- Moon, C-B
- Nishizuka, I
- Nita, CR
- Patel, Z
- Roberts, OJ
- Schaffner, H
- Shand, Callum
- Suzuki, H
- Takeda, H
- Terashima, S
- Vajta, Zs
- Yoshida, S
- Valiente-Dòbon, JJ
DOIAbstract
In-flight fission of a 345 MeV per nucleon 238U primary beam on a 2 mm thick 9Be target has been used to produce and study the decays of a range of neutron-rich nuclei centred around the doubly mid-shell nucleus 170Dy at the RIBF Facility, RIKEN, Japan. The produced secondary fragments of interest were identified eventby- event using the BigRIPS separator. The fragments were implanted into the WAS3ABI position sensitive silicon active stopper which allowed pixelated correlations between implants and their subsequent β-decay. Discrete γ-ray transitions emitted following decays from either metastable states or excited states populated following beta decay were identified using the 84 coaxial high-purity germanium (HPGe) detectors of the EURIC...
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