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New neutron-rich isotopes in the scandium-to-nickel region,produced by fragmentation of a 500 MeV/u86Kr beam
Authors:M. Weber  C. Donzaud  J. P. Dufour  H. Geissel  A. Grewe  D. Guillemaud-Mueller  H. Keller  M. Lewitowicz  A. Magel  A. C. Mueller  G. Münzenberg  F. Nickel  M. Pfützner  A. Piechaczek  M. Pravikoff  E. Roeckl  K. Rykaczewski  M. G. Saint-Laurent  I. Schall  C. Stephan  K. Sümmerer  L. Tassan-Got  D. J. Vieira  B. Voss
Affiliation:1. Department of Physics and Astronomy, Iowa State University, 50011, Ames, IA, USA
Abstract:
We have measured production cross-sections of the new neutron-rich isotopes58Ti,61V,63Cr,66Mn,69Fe,71Co and neighbouring isotopes that have been identified as projectile fragments from reactions between a 500 MeV/u86Kr beam and a beryllium target. The isotope identification was performed with the zero-degree magnetic spectrometer FRS at GSI, using in addition time-of-flight and energy-loss measurements. The experimental production cross-sections for the new nuclides and neighbouring isotopes are compared with an empirical parametrization. The resulting prospects for reaching even more neutron-rich isotopes, such as the doubly-magic nuclide78Ni, are discussed.This work is part of the Ph.D. Thesis of M. Weber
Keywords:PACS 25.70.Np  27.50. + e
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