A precise measurement of the muon neutrino–nucleon inclusive charged current cross section off an isoscalar target in the energy range 2.5<Eν<40 GeV2.5<Eν<40 GeV by NOMAD

Qiulian Wu,S R Mishra,A Godley,R Petti,S Alekhin,P Astier,D Autiero,A Baldisseri, M Baldoceolin,M Banner,G Bassompierre,K Benslama,N Besson,I G Bird,B Blumenfeld,F Bobisut,J Bouchez,S Boyd,A Bueno,S A Bunyatov,L Camilleri, A Cardini,P W Cattaneo,V Cavasinni,A Cerveravillanueva, R E Challis,A Chukanov,G Collazuol,G Conforto, C Conta,M Contalbrigo,R Cousins,H Degaudenzi,T Del Prete,A De Santo,L Di Lella,E Do Couto E Silva,J Dumarchez,M Ellis,G J Feldman,R Ferrari,D Ferrere,V Flaminio, M Fraternali,J M Gaillard,E Gangler,A Geiser,D Geppert,D Gibin, S Gninenko,J J Gomezcadenas,J Gosset,C Gosling,M Gouanere,A Grant,G Graziani,A Guglielmi,C Hagner, J A Hernando,P Hurst,N Hyett,E Iacopini,C Joseph,F Juget,N Kent,J J Kim,M Kirsanov,O Klimov,J Kokkonen,A Kovzelev,A Krasnoperov,S A Kulagin,S Lacaprara,C Lachaud,B Lakic,A F Lanza,L La Rotonda,M Laveder,A Letessierselvon,J M Levy,J Ling,L Linssen, A Ljubic,Jonathan Long,A Lupi,V V Lyubushkin,A Marchionni,F Martelli, X Mechain,J P Mendiburu,J Meyer,M Mezzetto,G F Moorhead,D Naumov,P Nedelec,Y Nefedov,C Nguyenmau, D Orestano,Francesca Pastore,L S Peak,E Pennacchio,H Pessard,A Placci,G Polesello,D Pollmann,A Polyarush,C Poulsen,B Popov,L Rebuffi,J Rico,P Riemann,C Roda, A Rubbia,F Salvatore,O Samoylov,K Schahmaneche,B Schmidt,T Schmidt,A Sconza,M J Seaton,M E Sevior, D Sillou,F J P Soler,G Sozzi,Derek S Steele,U Stiegler,M Stipcevic,Th Stolarczyk,M Tarebreyes,G N Taylor,V Tereshchenko, A Toropin, A M Touchard,S N Tovey,M T Tran,E Tsesmelis,J Ulrichs,L Vacavant,M Valdatanappi,Vyacheslav Valuev,F Vannucci,K E Varvell,M Veltri,V Vercesi,G Vidalsitjes,J M Vieira,T Vinogradova,F V Weber,T Weisse,F F Wilson,L J Winton,B D Yabsley,H Zaccone,K Zuber,P Zuccon

Physics Letters B（2008）

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摘要

We present a measurement of the muon neutrino–nucleon inclusive charged current cross section, off an isoscalar target, in the neutrino energy range 2.5⩽Eν⩽40 GeV. The significance of this measurement is its precision, ±4% in 2.5⩽Eν⩽10 GeV, and ±2.6% in 10⩽Eν⩽40 GeV regions, where significant uncertainties in previous experiments still exist, and its importance to the current and proposed long baseline neutrino oscillation experiments.

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关键词

13.15.+g,13.85.Lg,14.60.Lm

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