Difference: ApprovedPlotsTileEnergyDepositionOfJets (1 vs. 2)

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Introduction

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Energy deposition of jets

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This page lists the public plots illustrating energy deposition of jets.
 
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Energy deposition of jets.
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Energy deposition of jets

 

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ApprovedPlotsTileEnergyDepositionOfJets

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Introduction

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Energy deposition of jets

Energy deposition of jets.

Ratio of jet energy E(jet) at the electromagnetic scale in Tile calorimeter to true jet energy in the central pseudorapidity region as a function of true-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo- clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile.eps.png
eps version of the figure
The fraction of jet energy at the electromagnetic scale (EM) measured in the central pseudorapidity region as a function of true-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo- clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_em.eps.png
eps version of the figure
Fraction of jet energy at the electromagnetic scale measured in the A-layer of TileCal as a function of truth-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_A.eps.png
eps version of the figure
Fraction of jet energy measured in the BC-layer of TileCal as a function of truth-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_BC.eps.png
eps version of the figure
Fraction of jet energy measured in the D-layer of TileCal as a function of truth-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal. The increase in RMS for the last bin is due to small statistics in this bin.

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_D.eps.png
eps version of the figure
Ratio of jet energy Ejet(EM) in the A-layer of Tile calorimeter to true jet energy in the central pseudorapidity region as a function of true-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal.

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_true_A.eps.png
eps version of the figure
Ratio of jet energy Ejet(EM) in the BC-layer of Tile calorimeter to true jet energy in the central pseudorapidity region as a function of true-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal.

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_true_B.png
eps version of the figure
Ratio of jet energy Ejet(EM) in the D-layer of Tile calorimeter to true jet energy in the central pseudorapidity region as a function of true-level jet transverse momentum. Jets are reconstructed with the anti-kt algorithm with distance parameters R=0.4 using topo-clusters after local calibration. The plot shows the full ATLAS detector simulation using Pythia8 Monte Carlo generator for 8 TeV pp collision energy. The error bars show statistical uncertainties on the mean values while the shaded band show RMS of the energy fluctuations in TileCal.

Contact: Sergei Chekanov
Reference: ATL-COM-TILECAL-2015-058
Date: 28 Sep 2015

pub_jet_tile_true_D.eps.png
eps version of the figure

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