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28 March 2024
 
  » pubmed » pmid15323623

 Article overview


Shell structure of the near-dripline nucleus 23O
D Cortina-Gil ; J Fernandez-Vazquez ; T Aumann ; T Baumann ; J Benlliure ; M J G Borge ; L V Chulkov ; U Datta Pramanik ; C Forssén ; L M Fraile ; H Geissel ; J Gerl ; F Hammache ; K Itahashi ; R Janik ; B Jonson ; S Mandal ; K Markenroth ; M Meister ; M Mocko ; G Münzenberg ; T Ohtsubo ; A Ozawa ; Y Prezado ; V Pribora ; K Riisager ; H Scheit ; R Schneider ; G Schrieder ; H Simon ; B Sitar ; A Stolz ; P Strmen ; K Sümmerer ; I Szarka ; H Weick ;
Date 6 Aug 2004
Journal Phys Rev Lett, 93 (6), 062501
AbstractBreakup reactions were used to study the ground-state configuration of the neutron-rich isotope 23O. The 22O fragments produced in one-nucleon removal from 23O at 938 MeV/nucleon in a carbon target were detected in coincidence with deexciting gamma rays. The widths of the longitudinal momentum distributions of the 22O fragments and the one-neutron removal cross sections were interpreted in the framework of a simple theoretical model which favors the assignment of Ipi = 1/2+ to the 23O ground state.
Source PubMed, pmid15323623
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