Unpublished or preliminary data are for
internal use by H1 only!!
Reference  H1 preliminary  
2000 Shifted vertex data  NC double differential cross section and F2em  
Remark  The luminosity uncertainty of ??% is NOT included in errors 
Reference  H1 preliminary  
1999 minimum bias data  NC double differential cross section and F2em  
Remark  The luminosity uncertainty of ??% is NOT included in errors 
Reference  DESY 03038; Eur Phys J C30 (2003) 132 , 04/03  
Table 6  NC single differential cross section ds/dQ2 for y<0.9  
Table 7  CC single differential cross section ds/dQ2 for y<0.9  
Table 8  NC single differential cross section ds/dx for Q^2 > 1000 GeV^2, y<0.9  
Table 9  NC single differential cross section ds/dx for Q^2 > 10000 GeV^2, y<0.9  
Table 10  CC single differential cross section ds/dx for Q^2 > 1000 GeV^2, y<0.9  
Table 11  NC double differential cross section & F2em  
Table 12  CC double differential cross section  
Table 13  NC double differential cross section at highy for e^{} data  
Table 14  Proton structure function FL extracted for e^{} and e^{+} data  
Table 15  Proton structure function xF3 and xF3gamma/Z. This supercedes table 10 of DESY00187 below.  
Table F2em  Electromagnetic proton structure function F2 for combined
19942000 data For plotting purposes only! Otherwise use table 11 above, and F2 values given in seperate publications below  
Remark  The luminosity uncertainty of 1.5% is NOT included in errors 
Reference  DESY 00187; Eur. Phys. J. C19 (2001) 269288 , 12/00  
Table 1  NC single differential cross section ds/dx for Q^2 > 1000 GeV^2, y<0.9  
Table 2  NC single differential cross section ds/dx for Q^2 > 10000 GeV^2, y<0.9  
Table 3  CC single differential cross section ds/dx for Q^2 > 1000 GeV^2, y<0.9  
Table 4  NC single differential cross section ds/dQ2 for y<0.9  
Table 5  CC single differential cross section ds/dQ2 for y<0.9  
Table 6  NC reduced double differential cross section and F2em  
Table 7  NC reduced double differential cross section with full errors  
Table 8  CC double differential cross section  
Table 9  CC double differential cross section with full errors  
Table 10  xF3tilde (now superceded by table 15 in DESY03038 above)  
Remark  The luminosity uncertainty of 1.8% is NOT included in errors 
Reference  DESY 99107; Eur. Phys. J. C13 (2000) 609639 , 08/99  
Table 4  NC reduced double differential cross section and F2em  
Table 5  CC double differential cross section  
Table 6  NC single differential cross section ds/dQ2 for y<0.9  
Table 7  CC single differential cross section ds/dQ2 for y<0.9  
Table 8  NC double differential cross section with full errors  
Table 9  NC double differential cross section with full errors  
Remark  The luminosity uncertainty of 1.5% is NOT included in errors 
Reference  DESY 00181; Eur. Phys. J. C21 (2001) 3361 , 12/00  
Tables 9 & 10  NC reduced double differential cross section and F2 at low Q2  
ables 11 & 12  NC reduced double differential cross section and F2 at larger Q2  
Table 13 & 14  Derivatives dF2/dln(y)  
Table 15  Proton structure function FL  
Table 16 & 17 & 18  Derivatives dF2/dln(Q2)  
Table  Table of low Q2 data with full errors  
Table  Table of higher Q2 data with full errors  
Reference  DESY97042, Nucl.Phys. B497 (1997) 3  
Table  $H1\; F$_{2} measurement low Q^{2} shifted vertex 1995  
Table with full errors  NC F2  
Remark  All errors are relative errors given in %. 
Reference  DESY96236, Phys. Lett. 393B (1997) 452 , 11/96  
Table  $H1\; F$_{L} extraction (1994 data) 
Reference  DESY96039, Nucl. Phys B470 (1996) 3  
Table  $proton\; structure\; function\; F$_{2} measurement  
internal H1 table with full errors  NC F2  
Format of data file  imeth Q^{2} y R_{qcd} x F^{2}
dstat dtot dunc dcorr Ee+ Ee Theta+ Theta Had+ Had g/p+ g/p flag drc dmc_stat dv_eff other Explanation of abbreviations  
(I2, F7.1, F7.3, F7.2, F9.6, F7.3, 4F7.2, 13F5.1)  
Remark  All errors are relative errors given in %. 
Reference  DESY95006, Nucl.Phys. B439 (1995) 471 , 03/95  
Table  $H1\; F$_{2} measurement 1993  
Remark  Normalisation uncertainty of 4.5% is not included in errors. 
Reference  DESY97158, Z. Phys. C76 (1997) 613 , 08/97  
Table 3  $H1\; F$_{2}D(3) measurement 1994  
Format of data file  Q^{2} beta x xp*f2d3
dstat dsys Explanation of abbreviations  
Remark  Normalisation uncertainty of 4.8% and 6.0% is not included in errors. 
Filename  nmcf2p.dat  $NMC\; F$_{2} measurement protons at 4 beam energies (90 GeV, 120 GeV, 200 GeV, 280 GeV) 
Filename  nmcf2d.dat  $NMC\; F$_{2} measurement deuterons at 4 beam energies (90 GeV, 120 GeV, 200 GeV, 280 GeV) 
Reference  Nucl. Phys. B483 '97 3  
Format of data file  idat x q2 y d2sigma dE_in dE_out
daccept. dRC deff R_qcd f2 stat sys Explanation of abbreviations 

(I2,F6.2,F6.3,F5.2,F10.7,F6.3,4F6.2,13F5.1)  
Remark  The statistical and systematic errors are absolute errors. All other errors are relative errors given in %. 
Filename  bcdms_p.dat  $BCDMS\; F$_{2} proton merged beam energies with systematic errors 
Filename  bcdms_d.dat  $BCDMS\; F$_{2} deuteron merged beam energies with systematic errors 
Reference  CERNEP/8906  
Format of data file  x y Q^{2} F_{2} stat.error stat.+uncorr.error tot.error syst.error  
Remark  Only the systematic errors is given in %; the other errors are absolute errors. 