CALINESCU, S.; CACERES, L.; GRÉVY, S.; SORLIN, O.; SOHLER, D.; STANOIU, M.; NEGOITA, F.; CLÉMENT, E.; ASTABATYAN, R.; BORCEA, C.; BORCEA, R.; BOWRY, M.; CATFORD, W.; DOMBRADI, Z.; FRANCHOO, S.; GARCIA, R.; GILLIBERT, R.; GUERIN, H.; THOMAS, J.C.; KUTI, I.; LUKYANOV, S.; LEPAILLEUR, A.; MASLOV, V.; MORFOUACE, P.; MRAZEK, J.; NIIKURA, M.; PERROT, L.; PODOLYAK, Z.; PETRONEA, C.; PENIONZHKEVICH, Y.; ROGER, T.; ROTARU, F.; STEFAN, I.; VAJTA, Z.; WILSON, E.

doi:10.5506/APhysPolB.45.199

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CALINESCU, S.

CACERES, L.

GRÉVY, S.
Noyaux exotiques [NEX]

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Communication dans un congrès

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2013-09-01, Piaski. 2014, vol. 45, p. 199

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The preliminary value of the reduced transition probability B(E2; 0+ ! 2+1 ) in 46Ar has been determined using the Coulomb excitation technique at intermediate energy. The 46Ar was produced in the fragmentation of a 48Ca beam at GANIL. The -rays following the Coulomb excitation of the 2+1 were emitted in-flight and detected by the 64 BaF2 detectors of the Château de Cristal array. The relatively low B(E2) value of 46Ar reported in this article supports the semi-magic character of this nucleus due to the persistence of the N = 28 shell closure at Z = 18.< Leer menos

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Study of the neutron-rich isotope $^{46}$Ar through intermediate energy Coulomb excitation

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