A measurement of the photon structure function F2γ at Q2 = 6.8 GeV2

T. Kojima,T. Nozaki,K. Abe,Y. Fujii,Y. Kurihara,M.H. Lee,A. Maki,T. Omori,H. Sagawa,Y. Sakai,Takashi Sasaki,Y. Sugimoto,Y. Takaiwa,S. Terada,P. Kirk,T. J. Wang,A. Abashian,K. Gotow,L. E. Piilonen,S.-K. Choi,C. Rosenfeld,L.Y. Zheng,R. Breedon,W. Ko,R. Lander,Jeff Rowe,S.L. Olsen,Saroj Kumar Sahu,K. Miyano,Hitoshi Miyata,N. Nakajima,Masahiro Sato,M. Shirai,N. Takashimizu,Y. Yamashita,S. Schnetzer,S. Behari,S. Kobayashi,A. Murakami,J. S. Kang,D.Y. Kim,S. S. Myung,Hyo-sung Ahn,S. K. Kim,Koji Ueno,S. Matsumoto,Tsukasa Aso

A measurement of the photon structure function F2γ at Q2 = 6.8 GeV2

1997

Abstract The photon structure function F 2 γ has been measured at an average Q 2 value of 6.8 GeV 2 using data collected by the AMY detector at the TRISTAN e + e − collider. The measured F 2 γ is compared with several QCD-based parton density models.

Keywords:

Collider
Particle physics
Quantum chromodynamics
Parton
Detector
Photon structure function
Physics
Nuclear physics

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