Characterization and First Test of an i-TED Prototype at CERN n_TOF
- Babiano-Suarez, V.
- Caballero, L.
- Domingo-Pardo, C.
- Ladarescu, I.
- Aberle, O.
- Alcayne, V.
- Amaducci, S.
- Andrzejewski, J.
- Audouin, L.
- Bacak, M.
- Barbagallo, M.
- Bécares, V.
- Bečvář, F.
- Bellia, G.
- Berthoumieux, E.
- Billowes, J.
- Bosnar, D.
- Brown, A.S.
- Busso, M.
- Caamaño, M.
- Calviani, M.
- Calviño, F.
- Cano-Ott, D.
- Casanovas, A.
- Cerutti, F.
- Chen, Y.H.
- Chiaveri, E.
- Colonna, N.
- Cortés, G.P.
- Cortés-Giraldo, M.A.
- Cosentino, L.
- Cristallo, S.
- Damone, L.A.
- Diakaki, M.
- Dietz, M.
- Dressler, R.
- Dupont, E.
- Durán, I.
- Eleme, Z.
- Fernández-Domíngez, B.
- Ferrari, A.
- Ferro-Gon calves, I.
- Finocchiaro, P.
- Furman, V.
- Gawlik, A.
- Gilardoni, S.
- Glodariu, T.
- Göbel, K.
- González-Romero, E.
- Guerrero, C.
- Gunsing, F.
- Heinitz, S.
- Heyse, J.
- Jenkins, D.G.
- Kadi, Y.
- Käppeler, F.
- Kimura, A.
- Kivel, N.
- Kokkoris, M.
- Kopatch, Y.
- Krtička, M.
- Kurtulgil, D.
- Lederer-Woods, C.
- Lerendegui-Marco, J.
- Lo Meo, S.
- Lonsdale, S.J.
- Macina, D.
- Manna, A.
- Martínez, T.
- Masi, A.
- Massimi, C.
- Mastinu, P.F.
- Mastromarco, M.
- Matteucci, F.
- Maugeri, E.
- Mazzone, A.
- Mendoza, E.
- Mengoni, A.
- Michalopoulou, V.
- Milazzo, P.M.
- Mingrone, F.
- Musumarra, A.
- Negret, A.
- Nolte, R.
- Ogállar, F.
- Oprea, A.
- Patronis, N.
- Pavlik, A.
- Perkowski, J.
- Piersanti, L.
- Porras, I.
- Praena, J.
- Quesada, J.M.
- Radeck, D.
- Ramos Doval, D.
- Rausher, T.
- Reifarth, R.
- Rochman, D.
- Rubbia, C.
- Sabaté-Gilarte, M.
- Saxena, A.
- Schillebeeckx, P.
- Schumann, D.
- Smith, A.G.
- Sosnin, N.
- Stamatopoulos, A.
- Tagliente, G.
- Tain, J.L.
- Talip, Z.
- Tarifeño-Saldivia, A.E.
- Tassan-Got, L.
- Tsinganis, A.
- Ulrich, J.
- Urlass, S.
- Valenta, S.
- Vannini, G.
- Variale, V.
- Vaz, P.
- Ventura, A.
- Vlachoudis, V.
- Vlastou, R.
- Wallner, A.
- Woods, P.J.
- Wright, T.J.
- Žugec, P.
DOIAbstract
International audienceNeutron capture cross section measurements are of fundamental importance for the study of the slow process of neutron capture, so called s-process. This mechanism is responsible for the formation of most elements heavier than iron in the Universe. To this aim, installations and detectors have been developed, as total energy radiation C$_{6}$ D$_{6}$ detectors. However, these detectors can not distinguish between true capture gamma rays from the sample under study and neutron induced gamma rays produced in the surroundings of the setup. To improve this situation, we propose (Domingo Pardo in Nucl Instr Meth Phys Res A 825:78–86, 2016, [1]) the use of the Compton principle to select events produced in the sample and disc...
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