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Direct Reaction Measurements Using GODDESSopen access
- Authors
- Pain, S.D.[Pain, S.D.]; Ratkiewicz, A.[Ratkiewicz, A.]; Baugher, T.[Baugher, T.]; Febbraro, M.[Febbraro, M.]; Lepailleur, A.[Lepailleur, A.]; Ayangeakaa, A.D.[Ayangeakaa, A.D.]; Allen, J.[Allen, J.]; Anderson, J.T.[Anderson, J.T.]; Bardayan, D.W.[Bardayan, D.W.]; Blackmon, J.C.[Blackmon, J.C.]; Blanchard, R.[Blanchard, R.]; Burcher, S.[Burcher, S.]; Carpenter, M.P.[Carpenter, M.P.]; Cha, S.M.[Cha, S.M.]; Chae, K.Y.[Chae, K.Y.]; Chipps, K.A.[Chipps, K.A.]; Cizewski, J.A.[Cizewski, J.A.]; Engelhardt, A.[Engelhardt, A.]; Garland, H.[Garland, H.]; Jones, K.L.[Jones, K.L.]; Kozub, R.L.[Kozub, R.L.]; Lee, E.J.[Lee, E.J.]; Hall, M.R.[Hall, M.R.]; Hall, O.[Hall, O.]; Hu, J.[Hu, J.]; O'Malley, P.D.[O'Malley, P.D.]; Marsh, I.[Marsh, I.]; Rasco, B.C.[Rasco, B.C.]; Santiago-Gonzales, D.[Santiago-Gonzales, D.]; Seweryniak, D.[Seweryniak, D.]; Shadrick, S.[Shadrick, S.]; Sims, H.[Sims, H.]; Smith, K.[Smith, K.]; Smith, M.S.[Smith, M.S.]; Tai, P.-L.[Tai, P.-L.]; Thompson, P.[Thompson, P.]; Thornsberry, C.[Thornsberry, C.]; Varner, R.L.[Varner, R.L.]; Walter, D.[Walter, D.]; Wilson, G.L.[Wilson, G.L.]; Zhu, S.[Zhu, S.]
- Issue Date
- 2017
- Publisher
- Elsevier B.V.
- Keywords
- r process; Radioactive beams; Transfer reactions
- Citation
- Physics Procedia, v.90, pp.455 - 462
- Indexed
- SCOPUS
- Journal Title
- Physics Procedia
- Volume
- 90
- Start Page
- 455
- End Page
- 462
- ISSN
- 1875-3884
- Abstract
- GODDESS is a coupling of the charged-particle detection system ORRUBA to the gamma-ray detector array Gammasphere. This coupling has been developed in order to facilitate the high-resolution measurement of direct reactions in normal and inverse kinematics with stable and radioactive beams. GODDESS has been commissioned using a beam of 134Xe at 10 MeV/A, in a campaign of stable beam measurements. The measurement demonstrates the capabilities of GODDESS under radioactive beam conditions, and provides the first data on the single-neutron states in 135Xe, including previously unobserved states based on the orbitals above the N=82 shell closure. © 2017 The Authors.
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