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Low-energy Coulomb excitation of $^{96,98}$Sr beams

The structure of neutron-rich $^{96,98}$Sr nuclei was investigated by low-energy safe Coulomb excitation of radioactive beams at the REX-ISOLDE facility, CERN, with the MINIBALL spectrometer. A rich set of transitional and diagonal E2 matrix elements, including those for non-yrast structures, has be...

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Autores principales: Clément, E, Zielińska, M, Péru, S, Goutte, H, Hilaire, S, Görgen, A, Korten, W, Doherty, D T, Bastin, B, Bauer, C, Blazhev, A, Bree, N, Bruyneel, B, Butler, P A, Butterworth, J, Cederkäll, J, Delahaye, P, Dijon, A, Ekström, A, Fitzpatrick, C, Fransen, C, Georgiev, G, Gernhäuser, R, Hess, H, Iwanicki, J, Jenkins, D G, Larsen, A C, Ljungvall, J, Lutter, R, Marley, P, Moschner, K, Napiorkowski, P J, Pakarinen, J, Petts, A, Reiter, P, Renstrøm, T, Seidlitz, M, Siebeck, B, Siem, S, Sotty, C, Srebrny, J, Stefanescu, I, Tveten, G M, Van de Walle, J, Vermeulen, M, Voulot, D, Warr, N, Wenander, F, Wiens, A, De Witte, H, Wrzosek-Lipska, K
Lenguaje:eng
Publicado: 2016
Materias:
Acceso en línea:https://dx.doi.org/10.1103/PhysRevC.94.054326
http://cds.cern.ch/record/2261134
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author Clément, E
Zielińska, M
Péru, S
Goutte, H
Hilaire, S
Görgen, A
Korten, W
Doherty, D T
Bastin, B
Bauer, C
Blazhev, A
Bree, N
Bruyneel, B
Butler, P A
Butterworth, J
Cederkäll, J
Delahaye, P
Dijon, A
Ekström, A
Fitzpatrick, C
Fransen, C
Georgiev, G
Gernhäuser, R
Hess, H
Iwanicki, J
Jenkins, D G
Larsen, A C
Ljungvall, J
Lutter, R
Marley, P
Moschner, K
Napiorkowski, P J
Pakarinen, J
Petts, A
Reiter, P
Renstrøm, T
Seidlitz, M
Siebeck, B
Siem, S
Sotty, C
Srebrny, J
Stefanescu, I
Tveten, G M
Van de Walle, J
Vermeulen, M
Voulot, D
Warr, N
Wenander, F
Wiens, A
De Witte, H
Wrzosek-Lipska, K
author_facet Clément, E
Zielińska, M
Péru, S
Goutte, H
Hilaire, S
Görgen, A
Korten, W
Doherty, D T
Bastin, B
Bauer, C
Blazhev, A
Bree, N
Bruyneel, B
Butler, P A
Butterworth, J
Cederkäll, J
Delahaye, P
Dijon, A
Ekström, A
Fitzpatrick, C
Fransen, C
Georgiev, G
Gernhäuser, R
Hess, H
Iwanicki, J
Jenkins, D G
Larsen, A C
Ljungvall, J
Lutter, R
Marley, P
Moschner, K
Napiorkowski, P J
Pakarinen, J
Petts, A
Reiter, P
Renstrøm, T
Seidlitz, M
Siebeck, B
Siem, S
Sotty, C
Srebrny, J
Stefanescu, I
Tveten, G M
Van de Walle, J
Vermeulen, M
Voulot, D
Warr, N
Wenander, F
Wiens, A
De Witte, H
Wrzosek-Lipska, K
author_sort Clément, E
collection CERN
description The structure of neutron-rich $^{96,98}$Sr nuclei was investigated by low-energy safe Coulomb excitation of radioactive beams at the REX-ISOLDE facility, CERN, with the MINIBALL spectrometer. A rich set of transitional and diagonal E2 matrix elements, including those for non-yrast structures, has been extracted from the differential Coulomb-excitation cross sections. The results support the scenario of a shape transition at N=60, giving rise to the coexistence of a highly deformed prolate and a spherical configuration in $^{98}$Sr, and are compared to predictions from several theoretical calculations. The experimental data suggest a significant contribution of the triaxal degree of freedom in the ground state of both isotopes. In addition, experimental information on low-lying states in $^{98}$Rb has been obtained.
id oai-inspirehep.net-1501159
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2016
record_format invenio
spelling oai-inspirehep.net-15011592020-05-15T15:29:40Zdoi:10.1103/PhysRevC.94.054326http://cds.cern.ch/record/2261134engClément, EZielińska, MPéru, SGoutte, HHilaire, SGörgen, AKorten, WDoherty, D TBastin, BBauer, CBlazhev, ABree, NBruyneel, BButler, P AButterworth, JCederkäll, JDelahaye, PDijon, AEkström, AFitzpatrick, CFransen, CGeorgiev, GGernhäuser, RHess, HIwanicki, JJenkins, D GLarsen, A CLjungvall, JLutter, RMarley, PMoschner, KNapiorkowski, P JPakarinen, JPetts, AReiter, PRenstrøm, TSeidlitz, MSiebeck, BSiem, SSotty, CSrebrny, JStefanescu, ITveten, G MVan de Walle, JVermeulen, MVoulot, DWarr, NWenander, FWiens, ADe Witte, HWrzosek-Lipska, KLow-energy Coulomb excitation of $^{96,98}$Sr beamsNuclear Physics - ExperimentThe structure of neutron-rich $^{96,98}$Sr nuclei was investigated by low-energy safe Coulomb excitation of radioactive beams at the REX-ISOLDE facility, CERN, with the MINIBALL spectrometer. A rich set of transitional and diagonal E2 matrix elements, including those for non-yrast structures, has been extracted from the differential Coulomb-excitation cross sections. The results support the scenario of a shape transition at N=60, giving rise to the coexistence of a highly deformed prolate and a spherical configuration in $^{98}$Sr, and are compared to predictions from several theoretical calculations. The experimental data suggest a significant contribution of the triaxal degree of freedom in the ground state of both isotopes. In addition, experimental information on low-lying states in $^{98}$Rb has been obtained.oai:inspirehep.net:15011592016
spellingShingle Nuclear Physics - Experiment
Clément, E
Zielińska, M
Péru, S
Goutte, H
Hilaire, S
Görgen, A
Korten, W
Doherty, D T
Bastin, B
Bauer, C
Blazhev, A
Bree, N
Bruyneel, B
Butler, P A
Butterworth, J
Cederkäll, J
Delahaye, P
Dijon, A
Ekström, A
Fitzpatrick, C
Fransen, C
Georgiev, G
Gernhäuser, R
Hess, H
Iwanicki, J
Jenkins, D G
Larsen, A C
Ljungvall, J
Lutter, R
Marley, P
Moschner, K
Napiorkowski, P J
Pakarinen, J
Petts, A
Reiter, P
Renstrøm, T
Seidlitz, M
Siebeck, B
Siem, S
Sotty, C
Srebrny, J
Stefanescu, I
Tveten, G M
Van de Walle, J
Vermeulen, M
Voulot, D
Warr, N
Wenander, F
Wiens, A
De Witte, H
Wrzosek-Lipska, K
Low-energy Coulomb excitation of $^{96,98}$Sr beams
title Low-energy Coulomb excitation of $^{96,98}$Sr beams
title_full Low-energy Coulomb excitation of $^{96,98}$Sr beams
title_fullStr Low-energy Coulomb excitation of $^{96,98}$Sr beams
title_full_unstemmed Low-energy Coulomb excitation of $^{96,98}$Sr beams
title_short Low-energy Coulomb excitation of $^{96,98}$Sr beams
title_sort low-energy coulomb excitation of $^{96,98}$sr beams
topic Nuclear Physics - Experiment
url https://dx.doi.org/10.1103/PhysRevC.94.054326
http://cds.cern.ch/record/2261134
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