A test of the interacting boson approximation using electron scattering
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A test of the interacting boson approximation using electron scattering

F.W. Hersman,W. Bertozzi,T.N. Buti,J.M. Finn,C. Hyde-Wright,M.V. Hynes,J. Kelly,M.A. Kovash,S. Kowalski,J. Lichtenstadt,R. Lourie,B. Murdock,B. Pugh,F.N. Rad,C.P. Sargent,J.B. Bellicard;F.W. Hersman;W. Bertozzi;T.N. Buti;J.M. Finn;C. Hyde-Wright;M.V. Hynes;J. Kelly;M.A. Kovash;S. Kowalski;J. Lichtenstadt;R. Lourie;B. Murdock;B. Pugh;F.N. Rad;C.P. Sargent;J.B. Bellicard;
physics letters b 1983 Vol. 132 pp. 47-50
178
bellicard1983physicsa

Abstract

New electron scattering data are presented for levels of 154Gd. The study includes the three lowest-lying 2+ levels at 0.123, 0.816, and 0.996 MeV excitation energies. These data provide a test of the Interacting Boson Approximation (IBA) prediction that three electric quadrupole transition charge densities are clearly dependent. Deviation of the experimental densities from linear dependence is presented and discussed.

Keywords

experimental iba scattering lying charge interacting boson quadrupole lowest 154gd

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DOI:
10.1016/0370-2693(83)90219-8
URL:
https://sciprofiles.com/publication/view/fc08d7cab...

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