2003
AUTHORSV. Werner , P. von Brentano , C. Fransen , A. Gade , U. Kneissl , A. Linnemann , N. Pietralla , H. H. Pitz
ABSTRACTThe Interacting Boson Model (IBM-2) predicts a class of low-lying states, which are nonsymmetric with respect to the proton-neutron degree of freedom [1,2]. Such collective mixed-symmetric (MS) states have been identified in the nucleus 94Mo [3–5], which lies two neutrons above the N = 50 shell closure, applying a powerful combination of experimental techniques: real photon scattering, fusionevaporation reactions and a β-decay study. Thus, the onephonon MS 2ms+ state has been identified, as well as members of the multiplet resulting from the coupling of the symmetric (21+)and the MS (2ms+) one-phonon quadrupole excitations. The most prominent member of this multiplet is the two-phonon MS 1ms+ state, which is known as scissors mode [6] in axially deformed nuclei. The MS character of these states has also been confirmed by recent shell model calculations [7]. In the framework of a systematic study of MS states in nuclei around the N = 50 shell closure, the nucleus 96Mo has been of special interest for the investigation of the evolution of the 2ms+ state as a function of deformation. A photon scattering experiment has been performed at the Stuttgart Dynamitron accelerator. More... »
PAGES341-341
Exotic Nuclei and Atomic Masses
ISBN
978-3-642-62424-7
978-3-642-55560-2
http://scigraph.springernature.com/pub.10.1007/978-3-642-55560-2_128
DOIhttp://dx.doi.org/10.1007/978-3-642-55560-2_128
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