EPJ Web of Conferences (Jan 2015)

Isospin transport phenomena and odd-even staggering in 84Kr+112,124Sn collisions at 35 AMeV

  • Piantelli S.,
  • Casini G.,
  • Maurenzig P.R.,
  • Olmi A.,
  • Barlini S.,
  • Bini M.,
  • Carboni S.,
  • Pasquali G.,
  • Poggi G.,
  • Stefanini A.A.,
  • Valdré S.,
  • Bougault R.,
  • Bonnet E.,
  • Borderie B.,
  • Chbihi A.,
  • Frankland J.D.,
  • Gruyer D.,
  • Lopez O.,
  • Le Neindre N.,
  • Parlog M.,
  • Rivet M.-F.,
  • Vient E.,
  • Rosato E.,
  • Spadaccini G.,
  • Vigilante M.,
  • Bruno M.,
  • Marchi T.,
  • Morelli L.,
  • Cinausero M.,
  • Degerlier M.,
  • Gramegna F.,
  • Kozik T.,
  • Twarog T.,
  • Alba R.,
  • Maiolino C.,
  • Santonocito D.

DOI
https://doi.org/10.1051/epjconf/20158800029
Journal volume & issue
Vol. 88
p. 00029

Abstract

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Experimental results concerning isospin transport phenomena and odd-even staggering in Z and N distributions are presented. Data refer to 84Kr+112,124Sn collisions at 35AMeV and they were collected with a high resolution FAZIA telescope, able to isotopically resolve ions up to Z ∼ 20. Evidences of isospin diffusion and drift obtained from the /Z behaviour of the detected fragments are discussed. The odd-even staggering both in Z and N is compared with experimental data available in literature, finding that it shows a common trend in different reaction types.