Technique for Resolving Low-lying Isomers in the Experimental Storage Ring (ESR) and the Occurrence of an Isomeric State in 192Re

Reed, MatthewWalker, Philip MCullen, I JLitvinov, Yu.A.Blaum, K.Bosch, F.Brandau, C.Carroll, J.J.Cullen, D MDeo, A.Y.Detwiler, B.Dimopoulou, C.Dracoulis, GeorgeFarinon, F.Geissel, H.Haettner, E.Heil, M.Kempley, R.S.Knobel, R.Kozhuharov, C.Kurcewicz, J.Kuzminchuk, N.Litvinov, S.Liu, ZMao, R.Nociforo, C.Nolden, F.Plass, W.R.Prochazka, A.Scheidenberger, C.Shubina, D.Steck, M.Stohlker, Th.Sun, B.Swan, T.P.D.Trees, G.Weick, H.Winckler, N.Winkler, M.Woods, P.J.Yamaguchi, T.2015-12-10August 8-11742-6596http://hdl.handle.net/1885/58977A recent experiment using projectile fragmentation of a 197Au beam on a 9Be target, combined with the fragment recoil separator and experimental storage ring at ring at GSI, has uncovered an isomeric state in 192Re at 267(10) keV with a half-life of ∼60Author/s retain copyrightKeywords: Data analysis techniques; Experimental storage rings; Isomeric state; Projectile fragmentation; Recoil separators; Nuclear physics; Storage ringsTechnique for Resolving Low-lying Isomers in the Experimental Storage Ring (ESR) and the Occurrence of an Isomeric State in 192Re201210.1088/1742-6596/381/1/0120582016-02-24