Author:
Bottoni S.,Cieplicka-Oryńczak N.,Bocchi G.,Leoni S.,Fornal B.,Colò G.,Bortignon P.F.,Benzoni G.,Blanc A.,Bracco A.,Crespi F.C.L.,Jentschel M.,Köster U.,Michelagnoli C.,Million B.,Mutti P.,Soldner T.,Türler A.,Ur C.A.,Urban W.,
Abstract
Recent results on the structure of 47Ca will be presented. The nucleus of interest was populated via the cold-neutron capture 46Ca(n,γ) reaction, on a rare 46Ca target, during the EXILL experimental campaign at the nuclear reactor of Institut Laue- Langevin in Grenoble. High-resolution γ-ray spectroscopy, performed with a composite array of HPGe detectors, enabled the identification of new transitions deexciting states between the neutron-capture level and the ground state. Experimental data will be compared with a novel microscopic theoretical model, currently under development, specifically designed to describe the low-lying structure of odd-mass nuclei with one valence particle/hole outside a spherical doubly-magic core, using the Skyrme effective interaction self-consistently.
Cited by
3 articles.
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