Author:
Chatillon A.,Boutoux G.,Gorbinet T.,Grente L.,Martin J.-F.,Pellereau E.,Taieb J.,Alvarez-Pol H.,Audouin L.,Ayyad Y.,Bélier G.,Benlliure J.,Caamaño M.,Casarejos E.,Cortina-Gil D.,Ebran A.,Farget F.,Fernández-Domínguez B.,Heinz A.,Johansson H. T.,Jurado B.,Kelić-Heil A.,Kurz N.,Laurent B.,Loeher B.,Nociforo C.,Paradela C.,Pietri S.,Prochazka A.,Ramos D.,Rodríguez-Sànchez J. L.,Rodriguez C.,Rossi D.,Simon H.,Tassan-Got L.,Toernqvist H.,Vargas J.,Voss B.,Weick H.
Abstract
Low energy fission of 234,235,236,238U and 237,238Np radioactive beams, provided by the GSI/FRS facility, has been studied using the R3B/SOFIA setup. The latter allows, on an event-by-event basis, to simultaneously identify, in terms of their mass and atomic numbers, the fissioning nucleus in coincidence with both fission fragments after prompt-neutron emission. This presentation reports on new results on elemental, isobaric and isotopic yields.