Gottfried sum from the ratioF2n/F2 | Zendy

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Gottfried sum from the ratioF2n/F2

Author(s) -

P. Amaudruz,

M. Arneodo,

A. Arvidson,

B. Badełek,

G. Baum,

J. Beaufays,

I. Bird,

M. Botje,

C. Broggini,

W. Brückner,

A. Brüll,

W.J. Burger,

J. Ciborowski,

Robert Crittenden,

R. van Dantzig,

H. Döbbeling,

J. Domingo,

J. Drinkard,

A. Dzierba,

H. Engelien,

M.I. Ferrero,

M. L. Fluri,

P. Grafström,

D. von Harrach,

Matthieu van der Heijden,

C. A. Heusch,

Q. Ingram,

A. Jacholkowska,

K. Janson,

M. de Jong,

E.M. Kabuß,

R. Kaiser,

T. Ketel,

F. Klein,

B. Korzen,

U. Krüner,

S. Kullander,

U. Landgraf,

F. Lettenström,

T. Lindqvist,

G.K. Mallot,

C. Mariotti,

G. van Middelkoop,

Y. Mizuno,

J. Nassalski,

D. Nowotny,

N. Pavel,

H. Peschel,

C. Peroni,

Bogdan Povh,

R. Rieger,

K. Rith,

K. Röhrich,

E. Rondio,

L. Ropelewski,

A. Sandacz,

Christoph Scholz,

R. A. Schumacher,

U. Sennhauser,

F. Sever,

T.-A. Shibata,

M. Siebler,

A. Simon,

A. Staiano,

G. N. Taylor,

M. Treichel,

J.-L. Vuilleumier,

Th. Walcher,

K. Welch,

R. Windmolders,

Frank Zetsche

Publication year - 1991

Publication title -

physical review letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 3.688

H-Index - 673

eISSN - 1079-7114

pISSN - 0031-9007

DOI - 10.1103/physrevlett.66.2712

Subject(s) - physics , large hadron collider , particle physics , function (biology) , algorithm , nuclear physics , computer science , evolutionary biology , biology

Experimental results obtained at the CERN Super Proton Synchrotron on the structure-function ratio Fn2/Fp2 in the kinematic range 0.004$<$x$<$0.8 and 0.4 $<$Q2$<$190 GeV2, together with the structure function Fd2 determined from a fit to published data, are used to derive the difference Fp2(x)-Fn2(x). The value of the Gottfried sum F(Fp2-Fn2)dx/x=0.240±0.016 is below the quark-parton-model expectation of 1/3

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