-------------------------------------------------------------- -------------------------------------------------------------- - data table for the D0 measurement - of dijet angular distributions - at sqrt(s)=1.96TeV - arXiv.0906.nnnn and submitted to PRL - June 25, 2009 -------------------------------------------------------------- -------------------------------------------------------------- - - The results are the bin-averaged values for - (1/sigma dsigma/dchi_dijet) for all 120 data points - where sigma is the dijet cross section integrated - over the respective dijet mass region. - (see Fig. 1 in the publication) - - The structure of the table is as follows - - For each data point: - * number of data point :: dijet mass region :: chi_dijet bin - * result and uncorrelated uncertainty (the latter in percent) - * non perturbative correction factor (to be multiplied to a - perturbative calculation in comparisons to the data) defined - as the product of hadronization and underlying event corrections - Attention: these are the corrections to the CROSS SECTION, - not to the normalized distribution - -> 76 up and down variations of uncertainty sources which - are correlated between all data points - for each source: - * source number, effects from up and down variations in percent - - # 1: JES uncertainty: EM energy scale - # 2: JES uncertainty: dead material - # 3: JES uncertainty: photon energy scale - # 4: JES uncertainty: photon sample purity - # 5: JES uncertainty: EM-jet background - # 6: JES uncertainty: high-pT extrapolation - # 7: JES uncertainty: PDF uncertaint at high pT - # 8: JES uncertainty: time stability - # 9: JES uncertainty: fit in CC (1) - #10: JES uncertainty: fit in CC (2) - #11: JES uncertainty: fit in CC (3) - #12: JES uncertainty: eta-intercalibration in CC - #13: JES uncertainty: eta-intercalibration in IC (1) - #14: JES uncertainty: eta-intercalibration in IC (2) - #15: JES uncertainty: eta-intercalibration in EC (1) - #16: JES uncertainty: eta-intercalibration in EC (2) - #17: JES uncertainty: eta-intercalibration in EC (3) - #18: JES uncertainty: eta-intercalibration in EC (4) - #19: JES uncertainty: JES resolution bias - #20: JES uncertainty: eta-fit in CC - #21: JES uncertainty: eta-fit in IC (1) - #22: JES uncertainty: eta-fit in IC (2) - #23: JES uncertainty: eta-fit in EC (1) - #24: JES uncertainty: eta-fit in EC (2) - #25: JES uncertainty: eta-fit in EC (3) - #26: JES uncertainty: eta-fit in EC (4) - #27: JES uncertainty: Zero suppression bias (ZSb) - #28: JES uncertainty: ZSb number of vertices - #29: JES uncertainty: Zsb jet matching - #30: JES uncertainty: MPF method bias (MPFb) - #31: JES uncertainty: MPFb MC model dependence - #32: JES uncertainty: MPFb scaling - #33: JES uncertainty: MPF jet matching - #34: JES uncertainty: Detector showering (Shw) - #35: JES uncertainty: Shw sample purity - #36: JES uncertainty: Shw scaling - #37: JES uncertainty: Shw jet matching - #38: JES uncertainty: Shw template fits - #39: JES uncertainty: Shw MC model dependence - #40: JES uncertainty: Closure - #41: JES uncertainty: MPFb for dijets (1) - #42: JES uncertainty: MPFb for dijets (2) - #43: JES uncertainty: Dijet CC response (1) - #44: JES uncertainty: Dijet CC response (2) - #45: JES uncertainty: Dijet CC response (3) - #46: JES uncertainty: Dijet CC response (4) - #47: JES uncertainty: Inclusive jet response - #48: JES uncertainty: Offset systematics - #49: pTres uncertainty: fit uncertainty - #50: pTres uncertainty: soft correction - #51: pTres uncertainty: particle-level pT imbalance - #52: pTres uncertainty: noise CC - #53: pTres uncertainty: noise IC - #54: pTres uncertainty: noise EC - #55: pTres uncertainty: noise forward - #56: pTres uncertainty: closure - #57: pTres uncertainty: statistical CC1 - #58: pTres uncertainty: statistical CC2 - #59: pTres uncertainty: statistical IC1 - #60: pTres uncertainty: statistical IC2 - #61: pTres uncertainty: statistical EC1 - #62: pTres uncertainty: statistical EC2 - #63: pTres uncertainty: statistical forward - #64: jet eta resolution uncertainty in 0.0