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Per trigger normalized recoil jet yields associated to TT{20,30} and TT{6,7} and the corresponding Delta recoil spectrum as a function of azimuth in HM pp 13 TeV events

Figure Information
Scope: PWG
PWG-JE (Jets)
Energy
13 TeV
System
Pb-Pb
Figure Group
QM2019 h+jet correlations pp 13 TeV
Figure Image
Figure image (.eps)
2019-11-02-dphi_TTH20_30_JetPt20_30_HM_R04_Acut1_Rhokt.eps
Figure image (.pdf)
2019-11-02-2019-11-02-dphi_TTH20_30_JetPt20_30_HM_R04_Acut1_Rhokt.pdf
Figure Caption

Uncorrected per trigger normalized  recoil jet yields as a function of azimuthal opening angle in HM pp 13 TeV collisions. Trigger track selection was TT{20,30} and TT{6,7}.  Distribution is shown for jets with $15<p_{T,jet}^{ch}<20$ GeV/c.   Recoil jets were selected to be charged anti-kt R=0.4.  The figure also shows the corresponding uncorrected Delta recoil spectrum.    Statistical error bars are shown only.

 

Detail description

Uncorrected per trigger normalized  recoil jet yields as a function of azimuthal opening angle in HM pp 13 TeV collisions. Trigger track selection was TT{20,30} and TT{6,7}.  Distribution is shown for jets with $15<p_{T,jet}^{ch}<20$ GeV/c.   Recoil jets were selected to be charged anti-kt R=0.4 with area > 0.3.  The figure also shows the corresponding uncorrected Delta recoil spectrum.    Statistical error bars are shown only. HM events come from HM V0M trigger and have constrained  V0M/<V0M> multiplicity to cut away the turn-on region of the trigger (below 5) and the pile-up region (above 9) . Presented results correspond to integrated statistics from 2016, 2017 and 2018.