… in dijet, γ + jet, Z + jet, and multijet events are used to correct any residual differences in
jet energy scale in data and simulation [36]. The jet energy resolution amounts typically to 15–20…

… The η resolution improves from roughly 0.06 to 0.045 at a jet pT of 20 GeV and from 0.03 to
… event generator after repeating the analysis with the derived calibration applied to data. The …

… level calibration [16, 18], lead to the final jet energy calibration … ECAL determines the
contribution to the energy resolution … energy charged hadrons, which can be produced in jets …

… The η resolution improves from roughly 0.06 to 0.045 at a jet pT of 20 GeV and from 0.03 to
… event generator after repeating the analysis with the derived calibration applied to data. The …

… The η resolution improves from roughly 0.06 to 0.045 at a jet pT of 20 GeV and from 0.03 to
… event generator after repeating the analysis with the derived calibration applied to data. The …

… The main purpose of this analysis is to make precise, detector… calibration steps before they
can be used for the analysis. … The PFlow jets have better energy and angular resolution, as …

… The jet energy calibration and the uncertainties associated … All data events considered in
this analysis have good detector … the jet energy resolution is improved and the sensitivity to jet …

… The working point selected for this analysis leads to a 65% b jet … jets by 5% in both directions
and repeating the analysis to … The jet energy resolution (JER) data-to-MC difference is …

… this analysis, inclusive jet measurements … Jet energy resolution uncertainties: Another major
measurement uncertainty arises from the unfolding calculation based on detector resolution. …

… to the jet and missing transverse energy resolutions from charged … ECAL determines the
contribution to the energy resolution … energy charged hadrons, which can be produced in jets …