Gottfried sum from the ratio F2n/F2p

P Amaudruz; M Arneodo; A Arvidson; B Badelek; G Baum; J Beaufays; IG Bird; M Botje; C Broggini; W Br̈ckner; A Br̈ll; WJ Burger; J Ciborowski; R Crittenden; R Van Dantzig; H Döbbeling; J Domingo; J Drinkard; A Dzierba; H Engelien; MI Ferrero; ML Fluri; P Grafstrom; D Von Harrach; M Van Der Heijden; C Heusch; Q Ingram; A Jacholkowska; K Janson; M De Jong; EM Kabuss; R Kaiser; TJ Ketel; F Klein; B Korzen; U Kr̈ner; S Kullander; U Landgraf; F Lettenström; T Lindqvist; GK Mallot; C Mariotti; G Van Middelkoop; Y Mizuno; J Nassalski; D Nowotny; N Pavel; H Peschel; C Peroni; B Povh; R Rieger; K Rith; K Röhrich; E Rondio; L Ropelewski; A Sandacz; C Scholz; R Schumacher; U Sennhauser; F Sever; TA Shibata; M Siebler; A Simon; A Staiano; G Taylor; M Treichel; JL Vuilleumier; T Walcher; K Welch; R Windmolders; F Zetsche

Journal article

Gottfried sum from the ratio F2n/F2p

P Amaudruz, M Arneodo, A Arvidson, B Badelek, G Baum, J Beaufays, IG Bird, M Botje, C Broggini, W Br̈ckner, A Br̈ll, WJ Burger, J Ciborowski, R Crittenden, R Van Dantzig, H Döbbeling, J Domingo, J Drinkard, A Dzierba, H Engelien Show all

Physical Review Letters | AMER PHYSICAL SOC | Published : 1991

DOI: 10.1103/PhysRevLett.66.2712

Abstract

Experimental results obtained at the CERN Super Proton Synchrotron on the structure-function ratio F2n/F2p in the kinematic range 0.004

Gottfried sum from the ratio F2n/F2p

Abstract

University of Melbourne Researchers

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