Cross section measurements of 155,157Gd(n,γ) induced by thermal and epithermal neutrons
- MASTROMARCO M.
- MANNA A.
- ABERLE O.
- ANDRZEJEWSKI J.
- AUDOUIN L.
- BACAK M.
- BALIBREA J.
- BARBAGALLO M.
- BECVÁR F.
- BERTHOUMIEUX E.
- BILLOWES J.
- BOSNAR D.
- BROWN A.
- CAAMANO M.
- CALVIÑO F.
- CALVIANI M.
- CANO-OTT D.
- CARDELLA R.
- CASANOVAS A.
- CASTELLUCCIO D. M.
- CERUTTI F.
- CHEN Y. H.
- CHIAVERI E.
- CLAI G.
- COLONNA N.
- CORTES G.
- CORTES-GIRALDO M. A.
- COSENTINO LUIGI
- DAMONE L.
- DIAKAKI M.
- DOMINGO-PARDO C.
- DRESSLER R.
- DUPONT E.
- DURAN I.
- FERNANDEZ-DOMINGUEZ B.
- FERRARI A.
- FERREIRA P.
- FINOCCHIARO PAOLO
- FURMAN V.
- GÖBEL K.
- GARCIA A. R.
- GAWLIK A.
- GILARDONI S.
- GLODARIU T.
- GONCALVES I.
- GONZALEZ-ROMERO E.
- GRIESMAYER E.
- GUERRERO C.
- GUNSING F.
- GUGLIELMELLI A.
- HARADA H.
- HEINITZ S.
- HEYSE JAN
- JENKINS D. G.
- JERICHA E.
- KAEPPELER F.
- KADI Y.
- KALAMARA A.
- KAVRIGIN P.
- KIMURA A.
- KIVEL NIKO
- KNAPOVA I.
- KOKKORIS M.
- KRTIČKA M.
- KURTULGIL D.
- LEAL-CIDONCHA E.
- LEDERER C.
- LEEB H.
- LERENDEGUI-MARCO J.
- LONSDALE S.
- MACINA D.
- MARGANIEC J.
- MARTÍNEZ T.
- MASI A.
- MASSIMI C.
- MASTINU P.
- MAUGERI E.
- MAZZONE A.
- MENDOZA E.
- MENGONI A.
- MILAZZO P. M.
- MINGRONE F.
- MUSUMARRA A.
- NEGRET A.
- NOLTE R.
- OPREA A.
- PATRONIS N.
- PAVLIK ANDREAS
- PERKOWSKI J.
- PORRAS I.
- PRAENA J.
- QUESADA J.
- RADECK D.
- RAUSCHER T.
- REIFARTH R.
- ROCCHI F.
- RUBBIA C.
- RYAN J.
- SABATE-GILARTE M
- SAXENA A.
- SCHILLEBEECKX PETER
- SCHUMANN D.
- SEDYSHEV P.
- SMITH A. G.
- SOSNIN N. V.
- STAMATOPOULOS A.
- TAGLIENTE G.
- TAIN J. L.
- TARIFENO-SALDIVIA A.
- TASSAN-GOT L.
- VALENTA S.
- VANNINI G.
- VARIALE V.
- VAZ P.
- VENTURA A.
- VLACHOUDIS V.
- VLASTOU R.
- WALLNER A.
- WARREN S.
- WEISS C.
- WYNANTS RUUD
- WOODS P. J.
- WRIGHT T. J.
- ZUGEC P.
DOIAbstract
Neutron capture cross section measurements on 155Gd and 157Gd were performed using the time-of-flight technique at the n_TOF facility at CERN on isotopically enriched samples. The measurements were carried out in the n_TOF experimental area EAR1, at 185 m from the neutron source, with an array of 4 C6D6 liquid scintillation detectors. At a neutron kinetic energy of 0.0253 eV, capture cross sections of 62.2(2.2) and 239.8(8.4) kilobarn have been derived for 155Gd and 157Gd, respectively, with up to 6% deviation relative to values presently reported in nuclear data libraries, but consistent with those values within 1.6 standard deviations. A resonance shape analysis has been performed in the resolved resonance region up to 181 eV and 307 eV, ...
Add to ORKG