EPJ Web of Conferences (Oct 2011)

Fusion of 8He with 206Pb around Coulomb barrier energies

  • Raabe R.,
  • Pierroutsakou D.,
  • Pesudo V.,
  • Patronis N.,
  • Pakou A.,
  • Mazzocco M.,
  • Marquis M.,
  • Labrador J.A.,
  • Keeley N.,
  • Gomez Camacho J.,
  • Fernández Martínez B.,
  • Fernandez Garcia J.P.,
  • Cubero M.,
  • Cruz C.,
  • Chbihi A.,
  • Borge M.J.G.,
  • Beaumel D.,
  • Alvarez M.A.G.,
  • Padilla A.,
  • Bolívar J.P.,
  • Flores J.L.,
  • Dueñas J.,
  • Berjillos R.,
  • Acosta L.,
  • Sánchez-Benítez A.M.,
  • Martel I.,
  • Marquinez G.,
  • Parkar V.V.,
  • Rusek K.,
  • Silvestri R.,
  • Standylo Ł.,
  • Strojek I.,
  • Soic N.,
  • Tengblad O.,
  • Wolski R.,
  • Ziad A.H.

DOI
https://doi.org/10.1051/epjconf/20111716009
Journal volume & issue
Vol. 17
p. 16009

Abstract

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The experimental study of the fusion of light neutron-rich nucleus 8He with 206Pb is reported in this work. A fusion stack of 206Pb targets has been used for this study. The most prominent evaporation residue (210Po), which has half-life of 138 days and decays by alpha emission, is populated in the reaction. Radiochemical analysis technique is used to extract the yield of this evaporation residue.