Accurate measurements of fission-fragment yields in $^{234,235,236,238}$U(γ,f) with the SOFIA set-up
- CHATILLON, A.
- TAÏEB, J.
- MARTIN, J.-F.
- PELLEREAU, E.
- BOUTOUX, G.
- GORBINET, T.
- GRENTE, L.
- BÉLIER, G.
- LAURENT, B.
- ALVAREZ-POL, H.
- AYYAD, Y.
- BENLLIURE, J.
- CAAMANO, M.
- AUDOUIN, L.
- CASAREJOS, E.
- CORTINA-GIL, D.
- FARGET, F.
- FERNÁNDEZ-DOMÍNGUEZ, B.
- HEINZ, A.
- JURADO APRUZZESE, Beatriz
- KELIC-HEIL, A.
- KURZ, N.
- LINDBERG, S.
- LÖHER, B.
- NOCIFORO, C.
- PARADELA, C.
- PIETRI, S.
- RAMOS, D.
- RODRIGUEZ-SANCHEZ, J.-L.
- RODRIGUEZ-TAJES, C.
- ROSSI, D.
- SCHMIDT, K.-H.
- SIMON, H.
- TASSAN-GOT, L.
- TÖRNQVIST, H.
- VARGAS, J.
- VOSS, B.
- WEICK, H.
- YAN, Y.
DOIAbstract
SOFIA (Studies On Fission with Aladin) is a new experimental setup dedicated to accurate measurement of fission-fragments isotopic yields. It is located at GSI, the only place to use inverse kinematics at relativistic energies in order to study the (γ,f) electromagnetic-induced fission. The SOFIA setup is a large-acceptance magnetic spectrometer, which allows to fully identify both fission fragments in coincidence on the whole fission-fragment range. This paper will report on fission yields obtained in 234,235,236,238 U(γ,f) reactions
Add to ORKG