Investigation of the Pu 240 (n,f) reaction at the n_TOF/EAR2 facility in the 9 meV-6 MeV range
- Stamatopoulos A.
- Tsinganis A.
- Colonna N.
- Kokkoris M.
- Vlastou R.
- Diakaki M.
- Zugec P.
- Schillebeeckx P.
- Gunsing F.
- Sabate-Gilarte M.
- Barbagallo M.
- Aberle O.
- Andrzejewski J.
- Audouin L.
- Becares V.
- Bacak M.
- Balibrea J.
- Barros S.
- Becvar F.
- Beinrucker C.
- Belloni F.
- Berthoumieux E.
- Billowes J.
- Bosnar D.
- Brugger M.
- Caamano M.
- Lo Meo S.
- Calvino F.
- Calviani M.
- Cano-Ott D.
- Cerutti F.
- Chiaveri E.
- Cortes G.
- Cortes-Giraldo M. A.
- Cosentino L.
- Damone L. A.
- Deo K.
- Domingo-Pardo C.
- Dressler R.
- Dupont E.
- Duran I.
- Fernandez-Dominguez B.
- Ferrari A.
- Ferreira P.
- Finocchiaro P.
- Frost R. J. W.
- Furman V.
- Gobel K.
- Garcia A. R.
- Gheorghe I.
- Glodariu T.
- Goncalves I. F.
- Gonzalez-Romero E.
- Goverdovski A.
- Griesmayer E.
- Guerrero C.
- Harada H.
- Heftrich T.
- Heinitz S.
- Hernandez-Prieto A.
- Heyse J.
- Jenkins D. G.
- Jericha E.
- Kappeler F.
- Kadi Y.
- Katabuchi T.
- Kavrigin P.
- Ketlerov V.
- Khryachkov V.
- Kimura A.
- Kivel N.
- Knapova I.
- Krticka M.
- Leal-Cidoncha E.
- Lederer C.
- Leeb H.
- Lerendegui-Marco J.
- Licata M.
- Losito R.
- Macina D.
- Marganiec J.
- Martinez T.
- Massimi C.
- Mastinu P.
- Mastromarco M.
- Matteucci F.
- Mendoza E.
- Mengoni A.
- Milazzo P. M.
- Mingrone F.
- Mirea M.
- Montesano S.
- Musumarra A.
- Nolte R.
- Palomo-Pinto F. R.
- Paradela C.
- Patronis N.
- Pavlik A.
- Perkowski J.
- Plompen A.
- Porras J. I.
- Praena J.
- Quesada J. M.
- Rauscher T.
- Reifarth R.
- Riego-Perez A.
- Robles M.
- Rubbia C.
- Ryan J. A.
- Saxena A.
- Schmidt S.
- Schumann D.
- Sedyshev P.
- Smith A. G.
- Suryanarayana S. V.
- Tagliente G.
- Tain J. L.
- Tarifeno-Saldivia A.
- Tassan-Got L.
- Valenta S.
- Vannini G.
- Variale V.
- Vaz P.
- Ventura A.
- Vlachoudis V.
- Wallner A.
- Warren S.
- Weigand M.
- Weiss C.
- Wright T.
DOIAbstract
Background: Nuclear waste management is considered amongst the major challenges in the field of nuclear energy. A possible means of addressing this issue is waste transmutation in advanced nuclear systems, whose operation requires a fast neutron spectrum. In this regard, the accurate knowledge of neutron-induced reaction cross sections of several (minor) actinide isotopes is essential for design optimization and improvement of safety margins of such systems. One such case is Pu240, due to its accumulation in spent nuclear fuel of thermal reactors and its usage in fast reactor fuel. The measurement of the Pu240(n,f) cross section was previously attempted at the CERN n_TOF facility EAR1 measuring station using the time-of-flight technique. Du...
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