Measurement of the Inclusive e{\pm}p Scattering Cross Section at High Ineelasticity y and of the Structure Function $F_L$.

 F.D. Aaron et al. DESY-10-228, Dec 2010. 71pp.
 Published in Eur.Phys.J.C71:1579,2011.
 e-Print: arXiv:1012.4355 [hep-ex]
                   

Data files contain:
d10-228.syst_460_575.dat  -- combination of the Ep=460 GeV and Ep=575 GeV HERA-II data
d10-228.syst_820_920.dat  -- combination of the Ep=920 HERA-II and Ep=820, 920 GeV HERA-I

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Please note that the data in d10-228.syst_820_920.dat are NOT independent
of the H1+Zeus combined data in DESY-09-158, JHEP01 (2010) 109 and should
NOT be used together with them. 
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The bin numbers correspond to those in Tables 16-21 of DESY 10-228

Q^2 values are given in GeV^2. x,y are Bjorken x and inelasticity. Sr stands for the reduced cross section. 
F2 stands for the structure function F2. CME stands for centre-of-mass energy.

Errors are quoted in % of the reduced cross sections.

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stat           stands for the statistical uncertainty.
unc            stands for the uncorrelated systematic uncertainty.
corr           is the sum in quadrature of sysL1-sysL8 for 460-575 and sysN1-sysN47 for 820-920 sample. 
tot            is the sum of stat, unc and cor in quadrature, which is the total  uncertainty.
               
SysN1-SysN47,   
SysL1-SysL8    are the correlated systematic experimental systematic error sources.
               They are uncorrelated between 460-575 and 820-920 data.