Technique for Resolving Low-lying Isomers in the Experimental Storage Ring (ESR) and the Occurrence of an Isomeric State in <sup>192</sup>Re
- Reed, M.
- Walker, P.
- Cullen, I.
- Litvinov, Y.
- Blaum, K.
- Bosch, F.
- Brandau, C.
- Carroll, J.
- Cullen, D.
- Deo, A.
- Detwiler, B.
- Dimopoulou, C.
- Dracoulis, G.
- Farinon, F.
- Geissel, H.
- Haettner, E.
- Heil, M.
- Kempley, R.
- Knöbel, R.
- Kozhuharov, C.
- Kurcewicz, J.
- Kuzminchuk, N.
- Litvinov, S.
- Liu, Z.
- Mao, R.
- Nociforo, C.
- Nolden, F.
- Plaß, W.
- Prochazka, A.
- Scheidenberger, C.
- Shubina, D.
- Steck, M.
- Stöhlker, T.
- Sun, B.
- Swan, T.
- Trees, G.
- Weick, H.
- Winckler, N.
- Winkler, M.
- Woods, P.
- Yamaguchi, T.
Publication date
September 2012
DOIAbstract
A recent experiment using projectile fragmentation of a <sup>197</sup> Au beam on a <sup> 9</sup> Be target, combined with the fragment recoil separator and experimental storage ring at ring at GSI, has uncovered an isomeric state in <sup>192</sup> Re at 267(10) keV with a half-life of ~60 s. The data analysis technique used to resolve the isomeric state from the ground state is discussed
Add to ORKG