Neutron cross-sections for next generation reactors: New data from n_TOF
- Colonna, N.
- Abbondanno, U.
- Aerts, G.
- Álvarez, H.
- Álvarez-Velarde, F.
- Andriamonje, S.
- Andrzejewski, J.
- Assimakopoulos, P.
- Audouin, L.
- Badurek, G.
- Baumann, P.
- Becvar, F.
- Berthoumieux, E.
- Calviani, M.
- Calviño, F.
- Cano-Ott, D.
- Capote, R.
- Carrillo De Albornoz, A.
- Cennini, P.
- Chepel, V.
- Chiaveri, E.
- Cortes, G.
- Couture, A.
- Cox, J.
- Dahlfors, M.
- David, S.
- Dillman, I.
- Dolfini, R.
- Domingo-Pardo, C.
- Dridi, W.
- Duran, I.
- Eleftheriadis, C.
- Ferrant, L.
- Ferrari, Anthony
- Ferreira-Marques, R.
- Frais-Koelbl, H.
- Fujii, K.
- Furman, W.
- Goncalves, I.
- González-Romero, E.
- Goverdovski, A.
- Gramegna, F.
- Griesmayer, E.
- Guerrero, C.
- Gunsing, F.
- Haas, B.
- Haighta, R.
- Heil, M.
- Herrera-Martinez, A.
- Igashiraa, M.
- Isaev, S.
- Jericha, E.
- Käppeler, F.
- Kadi, Y.
- Karadimos, D.
- Karamanis, D.
- Kerveno, M.
- Ketlerov, V.
- Koehlera, P.
- Konovalov, V.
- Kossionidesa, E.
- Krticka, M.
- Lampoudis, C.
- Leeb, H.
- Lindote, A.
- Lopes, I.
- Lozano, M.
- Lukic, S.
- Marganiec, J.
- Marques, L.
- Marrone, S.
- Martínez, T.
- Massimia, C.
- Mastinu, P.
- Mengoni, A.
- Milazzo, P.M.
- Moreau, C.
- Mosconi, M.
- Neves, F.
- Oberhummer, H.
- O'Brien, S.
- Oshimaa, M.
- Pancin, J.
- Papachristodoulou, C.
- Papadopoulosa, C.
- Paradela, C.
- Patronis, N.
- Pavlika, A.
- Pavlopoulos, P.
- Perrot, L.
- Pigni, M.T.
- Plag, R.
- Plompena, A.
- Plukis, A.
- Poch, A.
- Pretel, C.
- Quesada, J.
- Rauschera, T.
- Reifartha, R.
- Rosettia, M.
- Rubbia, C.
- Rudolf, G.
- Rullhusena, P.
- Salgado, J.
- Sarchiapone, L.
- Savvidis, I.
- Stephan, C.
- Tagliente, G.
- L. Tain, J.
- Tassan-Got, L.
- Tavora, L.
- Terlizzi, R.
- Vanninia, G.
- Vaz, P.
- Ventura, A.
- Villamarin, D.
- Vicente, M.C.
- Vlachoudis, V.
- Vlastoua, R.
- Voss, F.
- Walter, S.
- Wendler, H.
- Wiescher, M.
- Wisshak, K.
DOIAbstract
In 2002, an innovative neutron time-of-flight facility started operation at CERN: n_TOF. The main characteristics that make the new facility unique are the high instantaneous neutron flux, high resolution and wide energy range. Combined with state-of-the-art detectors and data acquisition system, these features have allowed to collect high accuracy neutron cross-section data on a variety of isotopes, many of which radioactive, of interest for Nuclear Astrophysics and for applications to advanced reactor technologies. A review of the most important results on capture and fission reactions obtained so far at n_TOF is presented, together with plans for new measurements related to nuclear industry
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