Edinburgh Research Explorer

Masses and proton separation energies obtained from Q and Q measurements

Research output: Contribution to journalArticle

  • C.N. Davids
  • J.C. Batchelder
  • C.R. Bingham
  • D.J. Blumenthal
  • L.T. Brown
  • B.C. Busse
  • M.P. Carpenter
  • L.F. Conticchio
  • J. Deboer
  • S.J. Freeman
  • S. Hamada
  • D.J. Henderson
  • R.J. Irvine
  • R.V.F. Janssens
  • H.J. Maier
  • L. Müller
  • R.D. Page
  • H.T. Penttilä
  • G.L. Poli
  • D. Seweryniak
  • F. Soramel
  • K.S. Toth
  • W.B. Walters
  • B.E. Zimmerman

Related Edinburgh Organisations

Original languageEnglish
Pages (from-to)133-139
Number of pages7
JournalHyperfine Interactions
Volume132
Issue number1-4
DOIs
StatePublished - 1 Jan 2001

Abstract

Abstract. For many nuclei beyond the proton drip line in the Z > 72, N > 82 region, both proton and α emission are energetically allowed. In the case of some proton emitters, there are α-decay chains emanating from both parent and daughter nuclei. This means that if the mass excess of one member of an α-decay chain is known, then the mass excesses for all members of both chains can be obtained. In addition, proton separation energies may be derived for nuclei in the α-decay chain of the proton emitter. The method of time- and space-correlations also allows the identification of isomeric states in these nuclei. As an example, a large number of mass excesses and proton separation energies for ground and metastable states have been derived from Q and Q values obtained from the proton emitters Ir, Au, Tl, and their daughters.

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