par Boudard, Alain;Borne, Frédéric;Brochard, F.;Crespin, Sylvain;Drake, D.;Duchazeaubeneix, J.C.;Durand, Dominique;Durand, Jacques;Fréhaut, J.;Hanappe, Francis 
;Kowalski, Ludwik;Lebrun, Christian;Lecolley, François René;Lecolley, Jean François;Ledoux, Xavier;Lefebvres, F.;Legrain, Robert;Leray, Sylvie;Louvel, Michel;Martinez, Esteban;Meigo, S.I.;Ménard, Sonia;Milleret, G.;Patin, Y.;Petibon, E.;Plouin, François;Pras, P.;Schapira, Jean Paul;Stuttge, Louise;Terrien, Y.;Thun, John Erik;Uematsu, M.;Varignon, Cyril;Volant, Claude;Whittal, D.M.;Wlazło, W.
Référence Nuclear physics. A, 663-664, 1-2, page (1061c-1064c)
Publication Publié, 2000-01
;Kowalski, Ludwik;Lebrun, Christian;Lecolley, François René;Lecolley, Jean François;Ledoux, Xavier;Lefebvres, F.;Legrain, Robert;Leray, Sylvie;Louvel, Michel;Martinez, Esteban;Meigo, S.I.;Ménard, Sonia;Milleret, G.;Patin, Y.;Petibon, E.;Plouin, François;Pras, P.;Schapira, Jean Paul;Stuttge, Louise;Terrien, Y.;Thun, John Erik;Uematsu, M.;Varignon, Cyril;Volant, Claude;Whittal, D.M.;Wlazło, W.Référence Nuclear physics. A, 663-664, 1-2, page (1061c-1064c)
Publication Publié, 2000-01
Article révisé par les pairs
| Résumé : | Experiments performed at Lab. Nat. SATURNE on neutron produced by spallation from proton beams in the range 0.8 - 1.6 GeV are presented. Experimental data compared with codes show a significant improvement of the recent intra-nuclear cascade (J. Cugnon). This is also true in the same way for the neutron production from thick targets. However the model underestimates the energetic neutrons produced in the backward direction and other quantities as residual nuclei cross sections are not accurately predicted. |
