High-spin isomers in (96)Ag : Excitations across the Z=38 and Z=50, N=50 closed shells
- Boutachkov, P.
- Gorska, M.
- Grawe, H.
- Blazhev, A.
- Braun, N.
- Brock, T. S.
- Liu, Z.
- Singh, B. S. Nara
- Wadsworth, R.
- Pietri, S.
- Domingo-Pardo, C.
- Kojouharov, I.
- Caceres, L.
- Engert, T.
- Farinon, F.
- Gerl, J.
- Goel, N.
- Grbosz, J.
- Hoischen, R.
- Kurz, N.
- Nociforo, C.
- Prochazka, A.
- Schaffner, H.
- Steer, S. J.
- Weick, H.
- Wollersheim, H. -J
- Faestermann, T.
- Podolyak, Zs.
- Rudolph, D.
- Atac, A.
- Bettermann, L.
- Eppinger, K.
- Finke, F.
- Geibel, K.
- Gottardo, A.
- Hinke, C.
- Ilie, G.
- Iwasaki, H.
- Jolie, J.
- Kruecken, R.
- Merchan, E.
- Nyberg, Johan
- Pfuetzner, M.
- Regan, P. H.
- Reiter, P.
- Rinta-Antila, S.
- Scholl, C.
- Söderström, Per-Anders
- Warr, N.
- Woods, P. J.
- Nowacki, F.
- Sieja, K.
DOIAbstract
Excited states in (96)Ag were populated in fragmentation of an 850-MeV/u (124)Xe beam on a 4-g/cm(2) Be target. Three new high-spin isomers were identified and the structure of the populated states was investigated. The level scheme of (96)Ag was established, and a spin parity of (13(-)), (15(+)), and (19(+)) was assigned to the new isomeric states. Shell-model calculations were performed in various model spaces, including pi nu(p(1/2), g(9/2), f(5/2), p(3/2)) and the large-scale shell-model space pi nu(gds), to account for the observed parity changing M2 and E3 transitions from the (13(-)) isomer and the E2 and E4 transitions from the (19(+)) core-excited isomer, respectively. The calculated level schemes and reduced transition strengths a...
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