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In-beam γ-ray spectroscopy above Sn100 using the new technique of recoil decay tagging

Research output: Contribution to journalArticle

  • E.S. Paul
  • R.D. Page
  • P.J. Sellin
  • C.W. Beausang
  • R.M. Clark
  • R.A. Cunningham
  • S.A. Forbes
  • D.B. Fossan
  • A. Gizon
  • J. Gizon
  • K. Hauschild
  • I.M. Hibbert
  • A.N. James
  • D.R. Lafosse
  • I. Lazarus
  • H. Schnare
  • J. Simpson
  • R. Wadsworth
  • M.P. Waring

Related Edinburgh Organisations

Original languageEnglish
Pages (from-to)78-87
Number of pages10
JournalPhysical Review C
Volume51
Issue number1
DOIs
Publication statusPublished - 1 Jan 1995

Abstract

A novel method of selecting γ-ray transitions in heavy nuclei (A>100) at the proton drip-line has been attempted. The characteristic charged-particle radioactivity of these nuclei (alpha decay, ground-state proton decay, and β-delayed proton emission) has been used to tag γ-ray transitions recorded by the highly efficient Eurogam spectrometer. The Ni58+54Fe and Ni58+58Ni fusion-evaporation reactions, at a beam energy of 240 MeV, have been used to populate specific states of these neutron-deficient nuclei and results are presented for Te108,109, I109, and Xe113, where γ-ray transitions have been identified. In the case of I109, this represents the first observation of γ-rays from a ground-state proton emitter.

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