19 having an almost pure two-particle–two-hole deformed ground-state configuration.@article{ mendeley_6131977811,
isauthor = {1},
abstract = {Nuclear shell evolution in neutron-rich Na nuclei around N=20<math><mrow><mi>N<mo>=<mn>20 was studied by determining reduced transition probabilities, i.e., B(E2)<math><mrow><mi>B<mo>(<mi>E<mn>2<mo>) and B(M1)<math><mrow><mi>B<mo>(<mi>M<mn>1<mo>) values, in order to map the border of the island of inversion. To this end Coulomb-excitation experiments, employing radioactive 29,30<math><msup><mrow><mrow><mn>29<mo>,<mn>30Na beams with a final beam energy of 2.85 M<math><mi mathvariant="normal">MeV<math><mrow><mi mathvariant="normal">e<mi mathvariant="normal">V/nucleon, were performed at REX-ISOLDE, CERN. De-excitation γ<math><mi>γ rays were detected by the MINIBALL γ<math><mi>γ-ray spectrometer in coincidence with scattered particles in a segmented Si detector. Transition probabilities to excited states were deduced. The measured B(E2)<math><mrow><mi>B<mo>(<mi>E<mn>2<mo>) values agree well with shell-model predictions, supporting the idea that in the Na isotopic chain the ground-state wave function contains significant intruder admixture already at N=18<math><mrow><mi>N<mo>=<mn>18, with N=19<math><mrow><mi>N<mo>=<mn>19 having an almost pure two-particle–two-hole deformed ground-state configuration.},
month = {2},
added = {1392899723},
year = {2014},
isstarred = {0},
id = {6131977811},
discipline = {Physics},
deletionpending = {0},
title = {Coulomb excitation of 29,30Na: Mapping the borders of the island of inversion},
day = {19},
journal = {Physical Review C},
version = {1392899899},
folders_ids = {51848701},
number = {2},
url_pdf_0 = {http://www.mendeley.com/download/public/21287921/6131977811/598d87ec40b2d3d837001531f518218eea3facb5/dl.pdf},
url_mendeley = {http://www.mendeley.com/c/6131977811/p/21287921/seidlitz-2014-coulomb-excitation-of-2930na-mapping-the-borders-of-the-island-of-inversion/},
isread = {0},
author = {M. {Seidlitz} and P. {Reiter} and R. {Altenkirch} and B. {Bastin} and C. {Bauer} and A. {Blazhev} and N. {Bree} and B. {Bruyneel} and P. A. {Butler} and J. {Cederkäll} and T. {Davinson} and H. {De Witte} and D. D. {DiJulio} and J. {Diriken} and L. P. {Gaffney} and K. {Geibel} and G. {Georgiev} and R. {Gernhäuser} and M. {Huyse} and N. {Kesteloot} and T. {Kröll} and R. {Krücken} and R. {Lutter} and J. {Pakarinen} and F. {Radeck} and M. {Scheck} and D. {Schneiders} and B. {Siebeck} and C. {Sotty} and T. {Steinbach} and J. {Taprogge} and P. {Van Duppen} and J. {Van de Walle} and D. {Voulot} and N. {Warr} and F. {Wenander} and K. {Wimmer} and P. J. {Woods} and K. {Wrzosek-Lipska}},
pages = {024309},
volume = {89},
publisher = {American Physical Society},
doi = {10.1103/PhysRevC.89.024309},
url = {http://link.aps.org/doi/10.1103/PhysRevC.89.024309},
type = {Journal Article},
issn = {0556-2813},
modified = {1392899899},
short_title = {Phys. Rev. C},
citation_key = {Seidlitz2014},
subdiscipline = {Nuclear Physics},
journal = {Physical Review C},
dateaccessed = {20/02/14}
}

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To this end Coulomb-excitation experiments, employing radioactive 29,30<math><msup><mrow><mrow><mn>29<mo>,<mn>30Na beams with a final beam energy of 2.85 M<math><mi mathvariant=\"normal\">MeV<math><mrow><mi mathvariant=\"normal\">e<mi mathvariant=\"normal\">V/nucleon, were performed at REX-ISOLDE, CERN. De-excitation γ<math><mi>γ rays were detected by the MINIBALL γ<math><mi>γ-ray spectrometer in coincidence with scattered particles in a segmented Si detector. Transition probabilities to excited states were deduced. The measured B(E2)<math><mrow><mi>B<mo>(<mi>E<mn>2<mo>) values agree well with shell-model predictions, supporting the idea that in the Na isotopic chain the ground-state wave function contains significant intruder admixture already at N=18<math><mrow><mi>N<mo>=<mn>18, with N=19<math><mrow><mi>N<mo>=<mn>19 having an almost pure two-particle–two-hole deformed ground-state configuration.},\n month = {2},\n added = {1392899723},\n year = {2014},\n isstarred = {0},\n id = {6131977811},\n discipline = {Physics},\n deletionpending = {0},\n title = {Coulomb excitation of 29,30Na: Mapping the borders of the island of inversion},\n day = {19},\n journal = {Physical Review C},\n version = {1392899899},\n folders_ids = {51848701},\n number = {2},\n url_pdf_0 = {http://www.mendeley.com/download/public/21287921/6131977811/598d87ec40b2d3d837001531f518218eea3facb5/dl.pdf},\n url_mendeley = {http://www.mendeley.com/c/6131977811/p/21287921/seidlitz-2014-coulomb-excitation-of-2930na-mapping-the-borders-of-the-island-of-inversion/},\n isread = {0},\n author = {M. {Seidlitz} and P. {Reiter} and R. {Altenkirch} and B. {Bastin} and C. {Bauer} and A. {Blazhev} and N. {Bree} and B. {Bruyneel} and P. A. {Butler} and J. {Cederkäll} and T. {Davinson} and H. {De Witte} and D. D. {DiJulio} and J. {Diriken} and L. P. {Gaffney} and K. {Geibel} and G. {Georgiev} and R. {Gernhäuser} and M. {Huyse} and N. {Kesteloot} and T. {Kröll} and R. {Krücken} and R. {Lutter} and J. {Pakarinen} and F. {Radeck} and M. {Scheck} and D. {Schneiders} and B. {Siebeck} and C. {Sotty} and T. {Steinbach} and J. {Taprogge} and P. {Van Duppen} and J. {Van de Walle} and D. {Voulot} and N. {Warr} and F. {Wenander} and K. {Wimmer} and P. J. {Woods} and K. {Wrzosek-Lipska}},\n pages = {024309},\n volume = {89},\n publisher = {American Physical Society},\n doi = {10.1103/PhysRevC.89.024309},\n url = {http://link.aps.org/doi/10.1103/PhysRevC.89.024309},\n type = {Journal Article},\n issn = {0556-2813},\n modified = {1392899899},\n short_title = {Phys. Rev. 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To this end Coulomb-excitation experiments, employing radioactive 29,30<math><msup><mrow><mrow><mn>29<mo>,<mn>30Na beams with a final beam energy of 2.85 M<math><mi mathvariant=\"normal\">MeV<math><mrow><mi mathvariant=\"normal\">e<mi mathvariant=\"normal\">V/nucleon, were performed at REX-ISOLDE, CERN. De-excitation γ<math><mi>γ rays were detected by the MINIBALL γ<math><mi>γ-ray spectrometer in coincidence with scattered particles in a segmented Si detector. Transition probabilities to excited states were deduced. The measured B(E2)<math><mrow><mi>B<mo>(<mi>E<mn>2<mo>) values agree well with shell-model predictions, supporting the idea that in the Na isotopic chain the ground-state wave function contains significant intruder admixture already at N=18<math><mrow><mi>N<mo>=<mn>18, with N=19<math><mrow><mi>N<mo>=<mn>19 having an almost pure two-particle–two-hole deformed ground-state configuration."},"bibtype":"article","biburl":"http://www.bibbase.org/mendeley/b25232af25","downloads":0,"keywords":[],"search_terms":["coulomb","excitation","30na","mapping","borders","island","inversion","seidlitz","reiter","altenkirch","bastin","bauer","blazhev","bree","bruyneel","butler","cederkäll","davinson","de witte","dijulio","diriken","gaffney","geibel","georgiev","gernhäuser","huyse","kesteloot","kröll","krücken","lutter","pakarinen","radeck","scheck","schneiders","siebeck","sotty","steinbach","taprogge","van duppen","van de walle","voulot","warr","wenander","wimmer","woods","wrzosek-lipska"],"title":"Coulomb excitation of 29,30Na: Mapping the borders of the island of inversion","year":2014,"dataSources":["9QYBmPHoLyeAcFCvW"]}