Lederer-Woods, C.C.Lederer-WoodsWoods, P. J.P. J.WoodsDavinson, T.T.DavinsonEstrade, A.A.EstradeHeyse, J.J.HeyseKahl, D.D.KahlLonsdale, S. J.S. J.LonsdaleParadela, C.C.ParadelaSchillebeeckx, P.P.SchillebeeckxAberle, O.O.AberleAmaducci, S.S.AmaducciAndrzejewski, J.J.AndrzejewskiAudouin, L.L.AudouinBacak, M.M.BacakBalibrea, J.J.BalibreaBarbagallo, M.M.BarbagalloBečvář, F.F.BečvářBerthoumieux, E.E.BerthoumieuxBillowes, J.J.BillowesBosnar, D.D.BosnarBrown, A.A.BrownCaamaño, M.M.CaamañoCalviño, F.F.CalviñoCalviani, M.M.CalvianiCano-Ott, D.D.Cano-OttCardella, R.R.CardellaCasanovas, A.A.CasanovasCerutti, F.F.CeruttiChen, Y. H.Y. H.ChenChiaveri, E.E.ChiaveriColonna, N.N.ColonnaCortés, G.G.CortésCortés-Giraldo, M. A.M. A.Cortés-GiraldoCosentino, L.L.CosentinoCRISTALLO, SergioSergioCRISTALLODamone, L. A.L. A.DamoneDiakaki, M.M.DiakakiDomingo-Pardo, C.C.Domingo-PardoDressler, R.R.DresslerDupont, E.E.DupontDurán, I.I.DuránFernández-Domínguez, B.B.Fernández-DomínguezFerrari, A.A.FerrariFerreira, P.P.FerreiraFerrer, F. J.F. J.FerrerFinocchiaro, P.P.FinocchiaroFurman, V.V.FurmanGöbel, K.K.GöbelGarcía, A. R.A. R.GarcíaGawlik, A.A.GawlikGilardoni, S.S.GilardoniGlodariu, T.T.GlodariuGonçalves, I. F.I. F.GonçalvesGonzález-Romero, E.E.González-RomeroGriesmayer, E.E.GriesmayerGuerrero, C.C.GuerreroGunsing, F.F.GunsingHarada, H.H.HaradaHeinitz, S.S.HeinitzJenkins, D. G.D. G.JenkinsJericha, E.E.JerichaKäppeler, F.F.KäppelerKadi, Y.Y.KadiKalamara, A.A.KalamaraKavrigin, P.P.KavriginKimura, A.A.KimuraKivel, N.N.KivelKokkoris, M.M.KokkorisKrtička, M.M.KrtičkaKurtulgil, D.D.KurtulgilLeal-Cidoncha, E.E.Leal-CidonchaLeeb, H.H.LeebLerendegui-Marco, J.J.Lerendegui-MarcoLo Meo, S.S.Lo MeoMacina, D.D.MacinaManna, A.A.MannaMarganiec, J.J.MarganiecMartínez, T.T.MartínezMasi, A.A.MasiMassimi, C.C.MassimiMastinu, P.P.MastinuMastromarco, M.M.MastromarcoMaugeri, E. A.E. A.MaugeriMazzone, A.A.MazzoneMendoza, E.E.MendozaMengoni, A.A.MengoniMilazzo, P. M.P. M.MilazzoMingrone, F.F.MingroneMusumarra, A.A.MusumarraNegret, A.A.NegretNolte, R.R.NolteOprea, A.A.OpreaPatronis, N.N.PatronisPavlik, A.A.PavlikPerkowski, J.J.PerkowskiPorras, I.I.PorrasPraena, J.J.PraenaQuesada, J. M.J. M.QuesadaRadeck, D.D.RadeckRauscher, T.T.Rauscher2022-03-112022-03-1120212469-9985http://hdl.handle.net/20.500.12386/31554Neutron destruction reactions of the cosmic γ-ray emitter Al26 are of importance to determine the amount of Al26 ejected into our galaxy by supernova explosions and for Al26 production in asymptotic giant branch stars. We performed a new measurement of the Al26(n,α) reaction up to 160-keV neutron energy at the neutron time-of-flight facilities n_TOF at CERN and GELINA at EC-JRC. We provide strengths for ten resonances, six of them for the first time. We use our data to calculate astrophysical reactivities for stellar temperatures up to 0.7 GK. Our results resolve a discrepancy between the two previous direct measurements of this reaction, and indicate higher stellar destruction rates than the most recently recommended reactivity.STAMPAenArticle10.1103/PhysRevC.104.L0328032-s2.0-85116049311WOS:000704560300002https://journals.aps.org/prc/abstract/10.1103/PhysRevC.104.L032803https://api.elsevier.com/content/abstract/scopus_id/85116049311FIS/02 - FISICA TEORICA, MODELLI E METODI MATEMATICI