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Measurement of the structure functionsF 2 andxF 3 and comparison with QCD predictions including kinematical and dynamical higher twist effects
Author(s) -
K. E. Varvell,
A. M. Cooper-Sarkar,
M. A. Parker,
R.A. Sansum,
M. Aderholz,
N. Armenise,
J.P. Baton,
F.W. Bullock,
M. Berggren,
Daniel Bertrand,
V. Brisson,
W. Burkot,
M. Calcchio,
E. F. Claytoh,
T. Coghen,
O. Erriquez,
P. J. Fitch,
G. Gerbier,
J. Guy,
P. O. Hulth,
G. Iaselli,
G. T. Jones,
P. Kasper,
H. Klein,
C. Kochowski,
P. Marage,
M. Mermikides,
R. P. Middleton,
D.R.O. Morrison,
M. M. Mobayyen,
S. Natali,
M. Neveu,
S. Nuzzo,
S.W. OʼNeale,
P. Petiau,
A. Petrides,
F. Ruggieri,
J. Sacton,
E. Simopoulou,
C. Vallée,
A. Vayaki,
W. Vénus,
H. Wachsmuth,
James D. Wells,
W. Wittek
Publication year - 1987
Publication title -
zeitschrift für physik c
Language(s) - English
Resource type - Journals
eISSN - 1431-5858
pISSN - 0170-9739
DOI - 10.1007/bf01556159
Subject(s) - twist , quantum chromodynamics , physics , statistical physics , mechanics , particle physics , mathematics , geometry
The isoscalar nucleon structure functions F2(x, Q2) and xF3(x, Q2) are measured in the range 0

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