Isotope correlations as a probe for freeze-out characterization: central
  124Sn+64Ni, 112Sn+58Ni collisions

Alderighi M; Anzalone A; Auditore L; Baran V; Bartolucci M; Berceanu I; Blicharska J; Bonasera A; Borderie B; Bougault R; Bruno M; Brzychczyk J; Cardella G; Cavallaro S; Chbihi A; Cibor J; Colonna M; D'Agostino M; De Filippo E; Di Toro M; Geraci E; Giustolisi F; Grzeszczuk A; Guazzoni P; Guinet D; Iacono-Manno M; Kowalski S; La Guidara E; Lanzalone G; Lanzano G; Le Neindre N; Li S; Lo Nigro S; Maiolino C; Majka Z; Manfredi G; Paduszynski T; Pagano A; Papa M; Petrovici M; Piasecki E; Pirrone S; Politi G; Pop A; Porto F; Rivet MF; Rosato E; Russo S; Russotto P; Sechi G; Simion V; Sperduto ML; Steckmeyer JC; Trifiro A; Trimarchi M; Vannini G; Vigilante M; Wieleczko JP; Wilczynski J; Wu H; Xiao Z; Zetta L; Zipper W

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Isotope correlations as a probe for freeze-out characterization: central 124Sn+64Ni, 112Sn+58Ni collisions

Abstract

124Sn+64Ni and 112Sn+58Ni reactions at 35 AMeV incident energy were studied with the forward part of CHIMERA multi-detector. The most central collisions were selected by means of a multidimensional analysis. The characteristics of the source formed in the central collisions, as size, temperature and volume, were inspected. The measured isotopes of light fragments (3 <= Z <=8) were used to examine isotope yield ratios that provide information on the free neutron to proton densities.Comment: 4 pages, Contribution to 8th International Conference on Nucleus-Nucleus Collisions, Moscow 200

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