par Pluta, Jan Marian J.;Wosińska, K.;Leszczyński, Piotr;Miller, Kristi;Pawlak, Tomasz Jan T.;Przewłocki, Michał;Staranowicz, Aaron;Basrak, Z.;Bizard, G.;Durand, Dominique;Lecolley, François René;Tamain, Bernard;Benoit, Bénédicte 
;Hanappe, Francis ;Désesquelles, Pierre;Dorvaux, O.;Erazmus, Barbara;Lebrun, Christian;Jakobsson, Bo;Noren, Bertil;Lednicky, Richard;Mikhailov, Konstantin;Stavinskiy, Aleksey;Skeppstedt, Ö ̈ O.̈.;Stuttge, Louise
Référence European Physical Journal A. Hadrons and Nuclei, 9, 1, page (63-68)
Publication Publié, 2000
;Hanappe, Francis ;Désesquelles, Pierre;Dorvaux, O.;Erazmus, Barbara;Lebrun, Christian;Jakobsson, Bo;Noren, Bertil;Lednicky, Richard;Mikhailov, Konstantin;Stavinskiy, Aleksey;Skeppstedt, Ö ̈ O.̈.;Stuttge, LouiseRéférence European Physical Journal A. Hadrons and Nuclei, 9, 1, page (63-68)
Publication Publié, 2000
Article révisé par les pairs
| Résumé : | Two-neutron correlation functions are measured in the 40Ar + 197 Au reaction at 60 MeV/nucleon to study the space-time characteristics of neutron emitting sources. The source temperatures and velocities are deduced by fitting the single-neutron energy spectra with a three-source model. A comparison of the correlation data with the predictions of the model of moving sources and with the dynamical Landau-Vlasov model suggests the relevance of a multisource description. Particular care has been paid to the influence of the relative source abundance on the shape of the correlation function. |
