par Ashwood, N.I.;Freer, Martin;Angélique, Jean Claude;Bouchat, Virginie;Catford, Wilton;Clarke, Nicholas;Curtis, N.;Dorvaux, O.;Hanappe, Francis
;Kerckx, Yannick
;Labiche, Marc;Lecouey, Jean Luc;Marqués, Francisco Miguel;Materna, Thomas
;Ninane, A.;Normand, G.;Orr, Nigel;Pain, Steven;Soić, Neven;Stuttge, Louise;Timis, C.N.;Unshakova, A.;Ziman, V.A.
Référence Physical review. C. Nuclear physics, 70, 6, page (064607-1-064607-5)
Publication Publié, 2004-12



Référence Physical review. C. Nuclear physics, 70, 6, page (064607-1-064607-5)
Publication Publié, 2004-12
Article révisé par les pairs
Résumé : | Measurements of the breakup and the neutron removal reactions of 16C have been made at 46 MeV/A and the decay cross sections measured. A correlation between the cluster breakup channels and the reaction Q value suggests that the reaction mechanism is strongly linked to quasielastic processes. No enhancement of the two-body cluster breakup cross section is seen for 16C. This result would indicate that 16C does not have a well developed cluster structure in the ground state, in agreement with recent calculations. |