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Nuclear structure functions in carbon nearx=1 |
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| Authors: | Benvenuti A C Bollini D Camporesi T Monari L Navarria F L Argento A Cvach J Lohmann W Piemontese L Genchev V I Hladky J Golutvin I A Kirvushin Yu T Kiselev V S Krivokhizhin V G Kukhtin V V Nemeček S Peshekhonov D V Reiner P Savin I A Smirnov G I Sultanov S Volodko A G Začek J Jamnik D Kopp R Meyer-Berkhout U Staude A Teichert K -M Tirler R Voss R Zupančič Č Feltesse J Misztajn A Ouraou A Rich-Hennion P Sacquin Y Smadja G Verrecchia P Virchaux M |
| Institution: | A. C. Benvenuti, D. Bollini, T. Camporesi, L. Monari, F. L. Navarria, A. Argento, J. Cvach, W. Lohmann, L. Piemontese and V. I. Genchev, et al. |
| Abstract: | Data from deep inelastic scattering of 200 GeV muons on a carbon target with squared four-momentum transfer 52 GeV2 Q
2200 GeV2 were analysed in the region of the Bjorken variable close tox=1, which is the kinematic limit for scattering on a free nucleon. At this value ofx, the carbon structure function is found to beF
2
C
 1.2·10–4. Thex dependence of the structure function forx>0.8 is well described by an exponentialF
2
C
 exp(–sx) withs=16.5±0.6.Deceased |
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