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Study of nuclear effects in nucleon structure functions up to and beyond the kinematic limit

Bardin, D.Yu. (Dubna, JINR) ; Dodokhov, V.Kh. ; Efremov, A.V. ; Fadeev, N.G. ; Genchev, V. ; Golutvin, I.A. ; Karzhavin, V.Yu. ; Kazarinov, M.Yu. ; Khabarov, V.S. ; Kiryushin, Yu.T. ; Kisselev, V.S. ; Kosarev, I.G. ; Krivokhizin, V.G. ; Kukhtin, V.V. ; Lednicky, R. ; Lohmann, W. ; Lysyakov, V.N. ; Nemecek, S. ; Panebratsev, Yu.A. ; Reimer, P. ; Savin, I.A. ; Skachkov, N.B. ; Semenyushkin, A.I. ; Smirnov, G.I. ; Smolin, D.A. ; Sultanov, G. ; Todorov, P. ; Vishnevsky, A.V. ; Vlasov, N.V. ; Volodko, A.G. ; Zarubin, A.V. ; Zamyatin, N.I. ; Baranov, S.P. ; Grushin, V.F. ; Komar, A.A. ; Shikanyan, A.A. ; Telyukov, E.V. ; Cvach, J. ; Hladky, J. ; Strachota, J.

Published in: Czech.J.Phys.
Year: 1986
Vol.: 36
Page No: 1288-1302
Pages: 15

Abstract: An experiment on deep inelastic muon nucleon scattering in order to study the x-dependence of nucleon structure functions and their ratios over a range of Q$^2$ = 50 - 200 GeV$^2$ and x = 0.4 - 2.0 is proposed. Such measurements performed on a number of nuclei with atomic weights from 2 to 207 provide new information for detailed studies of the EMC effect and test models explaining the x-behaviour of the nucleon structure functions and their ratios. The measurements are decisive for the proof that a quark-parton model of the nucleus describes adequately nuclear structure probed at high energies. The upgraded high luminosity BCDMS spectrometer with improved resolution in transferred energy ν can be used for the measurements.

Web-Page: http://adsabs.harvard.edu/abs/1986CzJPh..36.1288B

Total numbers of views: 768
Numbers of unique views: 320
DOI: 10.1007/BF01598030
 Record created 2015-08-31, last modified 2015-08-31

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