Aprile, E.E.AprileAalbers, J.J.AalbersAgostini, F.F.AgostiniAlfonsi, M.M.AlfonsiAmaro, F. D.F. D.AmaroAnthony, M.M.AnthonyArneodo, F.F.ArneodoBarrow, P.P.BarrowBaudis, L.L.BaudisBauermeister, B.B.BauermeisterBenabderrahmane, M. L.M. L.BenabderrahmaneBerger, T.T.BergerBreur, P. A.P. A.BreurBrown, A.A.BrownBrown, E.E.BrownBruenner, S.S.BruennerBruno, G.G.BrunoBudnik, R.R.BudnikBütikofer, L.L.BütikoferCalvén, J.J.CalvénCardoso, J. M. R.J. M. R.CardosoCervantes, M.M.CervantesCichon, D.D.CichonCoderre, D.D.CoderreColijn, A. P.A. P.ColijnConrad, J.J.ConradCussonneau, J. P.J. P.CussonneauDecowski, M. P.M. P.Decowskide Perio, P.P.de Periodi Gangi, P.P.di Gangidi Giovanni, A.A.di GiovanniDiglio, S.S.DiglioEurin, G.G.EurinFei, J.J.FeiFerella, A. D.A. D.FerellaFieguth, A.A.FieguthFulgione, W.W.FulgioneGallo Rosso, A.A.Gallo RossoGalloway, M.M.GallowayGao, F.F.GaoGarbini, M.M.GarbiniGeis, C.C.GeisGoetzke, L. W.L. W.GoetzkeGreene, Z.Z.GreeneGrignon, C.C.GrignonHasterok, C.C.HasterokHogenbirk, E.E.HogenbirkItay, R.R.ItayKaminsky, B.B.KaminskyKazama, S.S.KazamaKessler, G.G.KesslerKish, A.A.KishLandsman, H.H.LandsmanLang, R. F.R. F.LangLellouch, D.D.LellouchLevinson, L.L.LevinsonLin, Q.Q.LinLindemann, S.S.LindemannLindner, M.M.LindnerLombardi, F.F.LombardiLopes, J. A. M.J. A. M.LopesManfredini, A.A.ManfrediniMaris, I.I.MarisMarrodán Undagoitia, T.T.Marrodán UndagoitiaMasbou, J.J.MasbouMassoli, F. V.F. V.MassoliMasson, D.D.MassonMayani, D.D.MayaniMessina, M.M.MessinaMicheneau, K.K.MicheneauMolinario, A.A.MolinarioMorâ, K.K.MorâMurra, M.M.MurraNaganoma, J.J.NaganomaNi, K.K.NiOberlack, U.U.OberlackPakarha, P.P.PakarhaPelssers, B.B.PelssersPersiani, R.R.PersianiPiastra, F.F.PiastraPienaar, J.J.PienaarPizzella, V.V.PizzellaPiro, M. -C.M. -C.PiroPlante, G.G.PlantePriel, N.N.PrielRauch, L.L.RauchReichard, S.S.ReichardReuter, C.C.ReuterRizzo, A.A.RizzoRosendahl, S.S.RosendahlRupp, N.N.RuppDos Santos, J. M. F.J. M. F.Dos SantosSartorelli, G.G.SartorelliScheibelhut, M.M.ScheibelhutSchindler, S.S.SchindlerSchreiner, J.J.SchreinerSchumann, M.M.SchumannScotto Lavina, L.L.Scotto LavinaSelvi, M.M.SelviShagin, P.P.ShaginSilva, M.M.SilvaSimgen, H.H.SimgenSivers, M. V.M. V.SiversStein, A.A.SteinThers, D.D.ThersTiseni, A.A.TiseniTRINCHERO, GIAN CARLOGIAN CARLOTRINCHEROTunnell, C.C.TunnellVargas, M.M.VargasWang, H.H.WangWang, Z.Z.WangWei, Y.Y.WeiWeinheimer, C.C.WeinheimerWulf, J.J.WulfYe, J.J.YeZhang., Y.Y.Zhang.Farmer, B.B.FarmerXenon Collaboration2021-02-032021-02-0320172470-0010http://hdl.handle.net/20.500.12386/30183We report on weakly interacting massive particles (WIMPs) search results in the XENON100 detector using a nonrelativistic effective field theory approach. The data from science run II (34 kg ×224.6 live days) were reanalyzed, with an increased recoil energy interval compared to previous analyses, ranging from (6.6 -240 ) keV<SUB>nr</SUB> . The data are found to be compatible with the background-only hypothesis. We present 90% confidence level exclusion limits on the coupling constants of WIMP-nucleon effective operators using a binned profile likelihood method. We also consider the case of inelastic WIMP scattering, where incident WIMPs may up-scatter to a higher mass state, and set exclusion limits on this model as well.STAMPAenArticle10.1103/PhysRevD.96.0420042-s2.0-85029119274000408704800001https://journals.aps.org/prd/abstract/10.1103/PhysRevD.96.0420042017PhRvD..96d2004AFIS/01 - FISICA SPERIMENTALE