CMS Muon Results

Contacts

Muon POG conveners (cms-pog-conveners-MUONOSPAM@NOSPAMcernSPAMNOTNOSPAMPLEASE.ch)

Plots and Results

Muon identification and isolation efficiencies with 2017 and 2018 data NEW

Muon HLT Performance with 2018 Data NEW

Muon HLT Performance with 2016 data.

Muon Identification and Isolation efficiency on full 2016 dataset

  • Loose ID efficiencies vs η. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_LooseID_DEN_genTracks_PAR_eta_.png pdf

  • Medium ID efficiencies vs η. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_MediumID2016_DEN_genTracks_PAR_eta_.png pdf

  • High-pT ID efficiencies vs η. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_HighPtID_DEN_genTracks_PAR_eta_.png pdf

  • Tight ID efficiencies vs η. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_TightID_DEN_genTracks_PAR_eta_.png pdf

  • Tight Isolation efficiencies vs η, with respect to Tight ID. Error bars in the plot include only statistical uncertainty

TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_eta_.png pdf

  • Tight Isolation efficiencies vs pT, with respect to Tight ID. Error bars in the plot include only statistical uncertainty

TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_pt_.png pdf

  • Tight Isolation efficiencies vs vtx, with respect to Tight ID. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_vtx_.png pdf

  • Loose Tracker Isolation efficiencies vs η, with respect to High-pT ID. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_eta_.png pdf

  • Loose Tracker Isolation efficiencies vs pT, with respect to High-pT ID. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_newpt_.png pdf

  • Loose Tracker Isolation efficiencies vs vtx, with respect to High-pT ID. Error bars in the plot include only statistical uncertainty.

TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_vtx_.png pdf

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Performance of muon reconstruction including Alignment Position Errors for 2016 Collision Data

  • RMS width of residuals of the local-x position, given by the position of the muon segment with respect to the extrapolated tracker track, as a function of the muon station, for DT chambers in the barrel region (left) and CSCs in the endcap regions (right). Data (with asymptotic alignment) is compared with MC expectations.

rmsDx_DTstation_Data2016B_DYjetsMC.png pdf rmsDx_CSCstation_Data2016B_DYjetsMC.png pdf

  • RMS width of residuals of the local-x position for the track-to-segment match in the first muon station as a function of the muon pseudorapidity, with a requirement on momentum p > 90 GeV/c. Data (with asymptotic alignment) is compared with MC expectations.

rmsDx_eta_Data2016B_DYjetsMC_90.png pdf

  • RMS width of residuals of the local-x position for the track-to-segment match in the first muon station as a function of the muon momentum in different angular regions: BARREL |η| < 0.9, and ENDCAP 1.2 < |η| < 2.4. Data (with asymptotic alignment) is compared with MC expectations.

rmsDx_p_Data2016B_DYjetsMC_pr0.png pdf rmsDx_p_Data2016B_DYjetsMC_pr6.png pdf

  • MC muon generation flat in p, eta, phi. Selected range: 20 GeV < P < 500 GeV. Left: Number of muon hits in Global muon tracks selected with Tight quality cuts except for the quality cuts in the global track. Right: Normalized chi2 of the global muon track (tracker+muon hits) selected with Tight quality cuts except for the quality cuts in the global track.

nhitsGlb_eta_MuonGun.png pdf Chi2GLB_eta_MuonGun_Pmax500.png pdf

  • Gaussian width of the reconstructed q/p w.r.t. the MC truth, for a dedicated high-pT algorithm (picky muon reconstructor), including tracker and muon hits, for the various misalignment scenarios with and without APE. The ideal scenario is also shown. The performance of the tracker-only fit is shown for comparison.

SigmaQoverPres_P_barrel_MuonGun.png pdf SigmaQoverPres_P_endcap_MuonGun.png pdf

  • Number of muon hits in Global muon tracks selected with Tight quality cuts except for the quality cuts in the global track.

nhitsGlb_etam2p4_etap2p4_VsEta.png pdf

  • RMS of the pull between the reconstructed segment in the first muon station and the extrapolated tracker track. The most sensitive coordinate is considered (local-X position, corresponding to the bending coordinate in the transverse plane).

rmsPullX_p_Data2016B_DYjetsMC_pr6.png pdf

  • Impact of the muon Alignment Position Errors (APE) on the 2016 Startup HLT efficiency of the Mu20 trigger path.

muonEta_L31_muonEta_L1_pt_startup_vs_startupAPE.png pdf muonPt_endcaps_L31_muonPt_endcaps_L1_pt_startup_vs_startupAPE.png pdf

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Muon ID efficiencies and heavy flavour results in 2016 early data

Muon ID efficiencies in 2015 RunB data

  • DPS with plots approved on 12 August 2015: ppt pdf

Muon Isolation Performance with the Pile Up Per Interaction (PUPPI) method on 13 TeV Montecarlo

  • Collection of several PUPPI performance plots incl. muon isolation, approved on 5 August 2015: CMS DP-2015/034

Collection of heavy flavor distributions with dimuons in 2015 RunB data

Muon Reconstruction and Identification Improvements for Run-2 and First Results in 2015 RunB data

  • DPS with plots approved on 20 and 21 July 2015: ppt pdf

Double muon trigger efficiencies in 2012 data

  • DPS with plots : pdf

Muon ID performance: low-pT muon efficiencies

  • DPS with plots approved on 18 June 2014: pptx pdf

Muon Identification performance: hadron mis-Id measurements and RPC Muon selections

  • DPS with approved performance plots: pptx pdf
    • pion and proton mis-ID probabilities, approved on 16 April 2014 (pion results supersede those contained in the previous note CMS DP-2013/024)
    • RPC Muon ID results and other pion and kaon mis-ID probabilities, approved on 19 February 2014

New Pion and Kaon misID results and momentum calibration plots

  • DPS with plots approved on 18 September 2013: pptx pdf

Single Muon efficiencies (Identification, Isolation and Trigger) in 2012 data

  • DPS with approved performance plots: ppt pdf
    • Identification and Isolation efficiencies in 2012 RunABCD data (approved on 27 February 2013)
    • Trigger Efficiencies in 2012 RunD data (approved on 13 March 2013)

Muon ID and Isolation efficiencies in 2012 RunAB data (52X)

  • DPS approved on 10th October 2012: ppt pdf

Muon isolation efficiency in 2011 data (@ L~1.1 fb-1)

  • Isolation efficiency vs pT in the barrel (left), in the endcap (middle), and vs. the number of vertices in the event (right) for Particle-Flow muons with Tight Muon quality requirements. The isolation variable is calculated using the Particle-Flow algorithm; the isolation cone is 0.4 and the isolation cut is 0.15. The isolation algorithm uses only charged hadron tracks associated to the Z → μμ primary vertex (PfNoPileUp); no PU correction is applied to the neutral component. The measurement is done by applying the Tag&Probe method to Z → μμ events.

PF-Tight_comb-PF-Iso-015_barrel_pT.png pdf PF-Tight_comb-PF-Iso-015_endcap_pT.png pdf PF-Tight_comb-PF-Iso-015_nVtx.png pdf

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Muon trigger efficiency in 2011 data (@ L~1.1 fb-1)

  • HLT efficiency of single muon trigger not requiring isolation (HLT_Mu30/L1_Mu12, left) and the combined Level-1*HLT efficiency (L1_Mu12*HLT_Mu30, right) vs. η for Tight Muon selection with pT > 35 GeV obtained by applying the Tag&Probe method to Z → μμ events. Overall (|η| < 2.1) Level-1*HLT efficiency: 93.3% in data, 94.2% in MC; scale factor (data/MC)=0.991. Barrel (|η| < 0.9) Level-1*HLT efficiency: 95.0% in data, 96.8% in MC; scale factor=0.982. Endcap (0.9 < |η| < 2.1) Level-1*HLT efficiency: 89.9% in data, 89.0% in MC; scale factor=1.01

HLTMu30WrtL1Mu12VsEtaEPS11.png pdf HLTMu30VsEtaEPS11.png pdf

  • HLT_Mu30/L1Mu_12 (left) and L1_Mu12*HLT_Mu30 (right) efficiency vs. pT in Barrel (|η| < 0.9) for Tight Muon selection obtained by applying the Tag&Probe method to Z → μμ events. Level-1*HLT efficiency for pT > 35 GeV: 95.0% in data, 96.8% in MC; scale factor=0.982.

HLTMu30WrtL1Mu12VsPtBarrelEPS11.png pdf HLTMu30VsPtBarrelEPS11.png pdf

  • HLT_Mu30/L1_Mu12 (left) and L1_Mu12*HLT_Mu30 (right) efficiency vs. pT in Endcap (0.9 < |η| < 2.1) for Tight Muon selection obtained by applying the Tag&Probe method to Z → μμ events. Level-1*HLT efficiency for pT > 35 GeV: 89.9% in data, 89.0% in MC; scale factor=1.01.

HLTMu30WrtL1Mu12VsPtEndcapEPS11.png pdf HLTMu30VsPtEndcapEPS11.png pdf

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Muon identification efficiency in 2010 data

Efficiency of three benchmark muon selections as a function of muon pT in 2010 data (Lint = 40 pb-1) and simulation

The measurement is made by applying the tag-and-probe technique to muons from J/ψ → μμ in the range of pT < 20 GeV and from Z → μμ in the range of pT > 20 GeV.

  • Soft muon selection, abs(η) < 1.2 (left) and 1.2 < abs(η) < 2.4 (right). Efficiency in data is slightly higher than in simulation due to more conservative uncertainty estimates used.

TMOST_barrel.png pdf TMOST_endcaps.png pdf

  • Particle-flow muon selection, abs(η) < 1.2 (left) and 1.2 < abs(η) < 2.4 (right).

PF_barrel.png pdf PF_endcaps.png pdf

  • Tight muon selection, abs(η) < 1.2 (left) and 1.2 < abs(η) < 2.4 (right). In the endcaps, efficiency is slightly lower in data than in simulation because the latter does not take into account a few chambers that were not operational in 2010.

VBTF_barrel.png pdf VBTF_endcaps.png pdf

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Z → μμ invariant mass in 2010 data

Invariant mass distribution of Z → μμ candidates for Lint = 35 pb-1. The number of candidates observed in data is 11697; MC predictions (no data-driven corrections) are 11968 signal events and 52 background events.

Zmumu_35pb-1_lin.png pdf Zmumu_35pb-1_log.png pdf

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Jacobian peak of W boson in 2010 data

Transverse mass distribution, MT, of W → μν candidates for Lint = 35 pb-1. In the region MT > 50 GeV, the number of candidates observed in data is 144718, whereas the number of expected events is 144995.

Wmunu_35pb-1_lin.png pdf Wmunu_35pb-1_log.png pdf

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Y(nS) → μμ invariant mass in 2010 data

Invariant mass distribution of dimuons in the vicinity of the Y(nS) resonances, for an integrated luminosity of 40 pb-1 at 7 TeV

  • Invariant mass distribution integrated over the full rapidity range:

Y_40pb-1.png pdf

  • Invariant mass distribution for dimuons with both muons in the region of |η| < 1:

Y_40pb-1_etalt1.png pdf

Values correspond to Lint = 40 pb-1 Full rapidity range abs(η(muons)) < 1
Signal events Y(1S) 94161 564 23390 194
Signal events Y(2S) 28715 366 7298 133
Signal events Y(3S) 15109 330 3999 113

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J/ψ → μμ and ψ(2S) → μμ invariant mass in 2010 data

* J/ψ invariant mass distributions for |y(J/ψ and ψ(2S))| < 0.5:

JPsi_Psi2S40pb-1_barrel_Y05.png pdf

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J/ψ → μμ invariant mass in 2010 data

Invariant mass distribution of dimuons in the vicinity of the J/ψ resonance, for an integrated luminosity of 40 pb-1 at 7 TeV

  • J/ψ invariant mass distribution integrated over the full rapidity range (|y(J/ψ)| < 2.4):

JPsi40pb-1.png pdf

  • J/ψ invariant mass distributions for |y(J/ψ)| < 1.4 (left) and for 1.4 < |y(J/ψ)| < 2.4 (right):

JPsi40pb-1_endcap.png pdf JPsi40pb-1_endcap.png pdf

  • J/ψ invariant mass distributions for |y(J/ψ)| < 0.7 (left) and |Y(J/ψ)| < 0.5 (right):

JPsi40pb-1_barrel_Y07.png pdf JPsi40pb-1_barrel_Y05.png pdf

Values correspond to Lint = 40 pb-1 Full rapidity range abs(y(J/ψ)) < 0.5 abs(y(J/ψ)) < 0.7 abs(y(J/ψ)) < 1.4 1.4 < abs(y(J/ψ)) < 2.4
Signal events (2267.2 1.9)⋅103 (120.5 0.8)⋅103 (172.3 0.5)⋅103 (571.3 1.2)⋅103 (1726.8 4.2)⋅103
Sigma (MeV/c2) 44.5 0.2 (stat.) 19.9 0.6 (stat.) 21.2 0.4 (stat.) 31.4 0.2 (stat.) 49.9 0.7 (stat.)
M0 (GeV/c2) 3.0967 0.0001 (stat.) 3.0978 0.0001 (stat.) 3.0975 0.0001 (stat.) 3.0968 0.0001 (stat.) 3.0961 0.0001 (stat.)
S/B (M0 2.5σ) 5.6 44 39 18 4.3
χ2/ndof 2.5 1.4 1.3 1.9 1.6

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Invariant-mass spectra of opposite-sign muon pairs using 2010 and 2011 data

2011 data collected by early July, corresponding to an integrated luminosity of 1.1 fb-1, superposition of various dimuon trigger paths:

dimuMass_2011Run_1fb_20July2011.png pdf

2010 data, corresponding to an integrated luminosity of 40 pb-1, dimuon trigger path with no pT threshold:

dimuonSpectrum_40pb-1.png pdf

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Major results

Papers and PASes

CMS Notes

Performance Notes (collections of plots)

  • CMS DP-2010/001: Dimuons in 2009 collision data (pages 31-35).
  • CMS DP-2010/005: Dimuons in CMS at 900 and 2360 GeV.
  • CMS DP-2010/016: First two months of data taking at 7 TeV: J/ψ → μ μ, W → μ ν, Z → μ μ mass plots and displays of Z → μ μ candidates.
  • CMS DP-2010/020: Muons in minimum-bias events at 7 TeV: data-MC comparisons for a few basic kinematic distributions. Updated with more statistics on 19/07/2010: pdf, ppt.
  • CMS DP-2010/039: Comparisons of the Fast Simulation with the first LHC data.
  • CMS DP-2012/025: Muon ID and Isolation Efficiencies in 2012 RunAB.
  • CMS DP-2013/009: Single Muon efficiencies in 2012 Data.
  • CMS DP-2013/024: New Pion and Kaon misID results and momentum calibration plots.
  • CMS DP-2014/018 Muon Identification performance: hadron mis-Id measurements and RPC Muon selections.
  • CMS DP-2014/020 Muon ID performance: low-pT muon efficiencies.
  • CMS DP-2014/038 Double Muon Trigger efficiency in 2012 data.
  • CMS DP-2015/015 Muon Reconstruction and Identification Improvements for Run-2 and First Results with 2015 Run Data. NEW
  • CMS DP-2015/047 First Muon Identification Efficiencies with 13 TeV, 50 ns Data. NEW

Publications

Topic attachments
I Attachment History Action Size Date Who Comment
PDFpdf Chi2GLB_eta_MuonGun_Pmax500.pdf r1 manage 18.9 K 2016-11-01 - 17:34 AliciaCalderon  
PNGpng Chi2GLB_eta_MuonGun_Pmax500.png r1 manage 17.5 K 2016-11-01 - 17:34 AliciaCalderon  
PDFpdf DP2010_020_update2010_07_19.pdf r1 manage 537.9 K 2010-07-21 - 16:38 RiccardoBellan Updated results for CMS DP-2010/020 (PDF)
PowerPointppt DP2010_020_update2010_07_19.ppt r1 manage 645.0 K 2010-07-21 - 16:39 RiccardoBellan Updated results for CMS DP-2010/020 (PPT)
PDFpdf DP2014_018.pdf r1 manage 2297.3 K 2014-05-29 - 00:01 GiovanniAbbiendi Muon Identification performance: hadron mis-ID measurements and RPC Muon selections
PowerPointppt DP2014_018.ppt r1 manage 2547.0 K 2014-05-29 - 00:04 GiovanniAbbiendi Muon Identification performance: hadron mis-ID measurements and RPC Muon selections (ppt)
PDFpdf DP2014_020.pdf r1 manage 2201.8 K 2014-06-29 - 00:04 GiovanniAbbiendi Muon ID performance: low-pT muon efficiencies (pdf)
PowerPointppt DP2014_020.ppt r1 manage 2729.1 K 2014-06-29 - 00:07 GiovanniAbbiendi Muon ID performance: low-pT muon efficiencies (ppt)
PDFpdf HLTMu30VsEtaEPS11.pdf r1 manage 35.1 K 2011-09-29 - 11:47 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. eta at 1 fb-1 (pdf)
PNGpng HLTMu30VsEtaEPS11.png r1 manage 79.4 K 2011-09-29 - 11:48 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. eta at 1 fb-1 (png)
PDFpdf HLTMu30VsPtBarrelEPS11.pdf r1 manage 43.6 K 2011-09-29 - 14:23 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. pt for barrel at 1 fb-1 (pdf)
PNGpng HLTMu30VsPtBarrelEPS11.png r1 manage 105.8 K 2011-09-29 - 14:23 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. pt for barrel at 1 fb-1 (png)
PDFpdf HLTMu30VsPtEndcapEPS11.pdf r1 manage 43.2 K 2011-09-29 - 14:25 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. pt for endcap at 1 fb-1 (pdf)
PNGpng HLTMu30VsPtEndcapEPS11.png r1 manage 104.5 K 2011-09-29 - 14:26 IvanMikulec L1Mu12 * HLTMu30 efficiency vs. pt for endcap at 1 fb-1 (png)
PDFpdf HLTMu30WrtL1Mu12VsEtaEPS11.pdf r1 manage 36.3 K 2011-09-29 - 14:27 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. eta at 1 fb-1 (pdf)
PNGpng HLTMu30WrtL1Mu12VsEtaEPS11.png r1 manage 79.7 K 2011-09-29 - 14:27 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. eta at 1 fb-1 (png)
PDFpdf HLTMu30WrtL1Mu12VsPtBarrelEPS11.pdf r1 manage 43.3 K 2011-09-29 - 14:28 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. pt for barrel at 1 fb-1 (pdf)
PNGpng HLTMu30WrtL1Mu12VsPtBarrelEPS11.png r1 manage 120.9 K 2011-09-29 - 14:28 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. pt for barrel at 1 fb-1 (png)
PDFpdf HLTMu30WrtL1Mu12VsPtEndcapEPS11.pdf r1 manage 44.9 K 2011-09-29 - 14:29 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. pt for endcap at 1 fb-1 (pdf)
PNGpng HLTMu30WrtL1Mu12VsPtEndcapEPS11.png r1 manage 122.8 K 2011-09-29 - 14:29 IvanMikulec HLTMu30 efficiency wrt. L1Mu12 vs. pt for endcap at 1 fb-1 (png)
PDFpdf JPsi2.7pb-1.pdf r1 manage 20.4 K 2010-10-08 - 12:30 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1
PNGpng JPsi2.7pb-1.png r1 manage 23.6 K 2010-10-08 - 12:30 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1
PDFpdf JPsi2.7pb-1_barrel.pdf r1 manage 20.4 K 2010-10-08 - 12:33 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<1.4
PNGpng JPsi2.7pb-1_barrel.png r2 r1 manage 22.3 K 2010-10-08 - 12:32 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<1.4
PDFpdf JPsi2.7pb-1_barrel_Y05.pdf r2 r1 manage 20.2 K 2010-10-08 - 12:36 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi2.7pb-1_barrel_Y05.png r2 r1 manage 21.3 K 2010-10-08 - 12:36 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.5
PDFpdf JPsi2.7pb-1_barrel_Y07.pdf r2 r1 manage 20.3 K 2010-10-08 - 12:35 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.7
PNGpng JPsi2.7pb-1_barrel_Y07.png r2 r1 manage 21.8 K 2010-10-08 - 12:35 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.7
PDFpdf JPsi2.7pb-1_endcap.pdf r2 r1 manage 20.2 K 2010-10-08 - 12:33 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|>1.4
PNGpng JPsi2.7pb-1_endcap.png r2 r1 manage 21.7 K 2010-10-08 - 12:34 SlavaValuev JPsi invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|>1.4
PNGpng JPsi278nb-1.png r1 manage 23.2 K 2010-07-21 - 16:55 RiccardoBellan JPsi invariant mass distribution for L = 278 nb-1
PNGpng JPsi278nb-1_barrel.png r1 manage 21.4 K 2010-07-21 - 16:59 RiccardoBellan JPsi invariant mass distribution for L = 278 nb-1 for |Y(J/Psi)|<1.4
PNGpng JPsi278nb-1_barrel_Y05.png r1 manage 21.8 K 2010-07-21 - 17:00 RiccardoBellan JPsi invariant mass distribution for L = 278 nb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi278nb-1_barrel_Y07.png r1 manage 22.8 K 2010-07-21 - 16:59 RiccardoBellan JPsi invariant mass distribution for L = 278 nb-1 for |Y(J/Psi)|<0.7
PNGpng JPsi278nb-1_endcap.png r1 manage 22.3 K 2010-07-21 - 17:01 RiccardoBellan JPsi invariant mass distribution for L = 278 nb-1 for |Y(J/Psi)|>1.4
PDFpdf JPsi28pb-1.pdf r2 r1 manage 33.9 K 2010-11-17 - 12:20 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1
PNGpng JPsi28pb-1.png r2 r1 manage 27.5 K 2010-11-17 - 12:21 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1
PDFpdf JPsi28pb-1_barrel.pdf r2 r1 manage 33.8 K 2010-11-17 - 12:21 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<1.4
PNGpng JPsi28pb-1_barrel.png r2 r1 manage 27.6 K 2010-11-17 - 12:22 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<1.4
PDFpdf JPsi28pb-1_barrel_Y05.pdf r1 manage 35.1 K 2010-11-17 - 10:54 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi28pb-1_barrel_Y05.png r1 manage 28.9 K 2010-11-17 - 10:54 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.5
PDFpdf JPsi28pb-1_barrel_Y07.pdf r1 manage 34.7 K 2010-11-17 - 10:54 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.7
PNGpng JPsi28pb-1_barrel_Y07.png r1 manage 26.7 K 2010-11-17 - 10:55 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.7
PDFpdf JPsi28pb-1_endcap.pdf r1 manage 34.3 K 2010-11-17 - 10:55 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|>1.4
PNGpng JPsi28pb-1_endcap.png r1 manage 29.2 K 2010-11-17 - 10:55 SlavaValuev JPsi invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|>1.4
PDFpdf JPsi40pb-1.pdf r1 manage 33.6 K 2010-12-10 - 12:48 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1
PNGpng JPsi40pb-1.png r1 manage 25.1 K 2010-12-10 - 12:39 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1
PDFpdf JPsi40pb-1_barrel.pdf r1 manage 33.9 K 2010-12-10 - 12:49 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<1.4
PNGpng JPsi40pb-1_barrel.png r1 manage 27.5 K 2010-12-10 - 12:40 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<1.4
PDFpdf JPsi40pb-1_barrel_Y05.pdf r1 manage 34.5 K 2010-12-10 - 12:51 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi40pb-1_barrel_Y05.png r1 manage 25.8 K 2010-12-10 - 12:42 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.5
PDFpdf JPsi40pb-1_barrel_Y07.pdf r1 manage 34.9 K 2010-12-10 - 12:50 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.7
PNGpng JPsi40pb-1_barrel_Y07.png r1 manage 26.9 K 2010-12-10 - 12:41 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.7
PDFpdf JPsi40pb-1_endcap.pdf r1 manage 34.1 K 2010-12-10 - 12:51 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|>1.4
PNGpng JPsi40pb-1_endcap.png r1 manage 27.9 K 2010-12-10 - 12:43 RiccardoBellan JPsi invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|>1.4
PDFpdf JPsi_Psi2S2.7pb-1_barrel_Y05.pdf r1 manage 23.3 K 2010-09-28 - 17:40 RiccardoBellan JPsi and Psi(2S) invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi_Psi2S2.7pb-1_barrel_Y05.png r1 manage 18.7 K 2010-09-28 - 17:40 RiccardoBellan JPsi and Psi(2S) invariant mass distribution for L = 2.7 pb-1 for |Y(J/Psi)|<0.5
PDFpdf JPsi_Psi2S28pb-1_barrel_Y05.pdf r1 manage 29.7 K 2010-11-17 - 10:59 SlavaValuev JPsi and Psi(2S) invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi_Psi2S28pb-1_barrel_Y05.png r1 manage 22.6 K 2010-11-17 - 11:00 SlavaValuev JPsi and Psi(2S) invariant mass distribution for L = 28 pb-1 for |Y(J/Psi)|<0.5
PDFpdf JPsi_Psi2S40pb-1_barrel_Y05.pdf r1 manage 29.6 K 2010-12-10 - 18:20 RiccardoBellan JPsi and Psi(2S) invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.5
PNGpng JPsi_Psi2S40pb-1_barrel_Y05.png r1 manage 17.8 K 2010-12-10 - 18:19 RiccardoBellan JPsi and Psi(2S) invariant mass distribution for L = 40 pb-1 for |Y(J/Psi)|<0.5
PDFpdf PF-Tight_comb-PF-Iso-015_barrel_pT.pdf r1 manage 15.4 K 2011-09-29 - 15:05 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs pt in barrel 2011 data (pdf)
PNGpng PF-Tight_comb-PF-Iso-015_barrel_pT.png r1 manage 27.4 K 2011-09-29 - 15:07 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs pt in barrel 2011 data (png)
PDFpdf PF-Tight_comb-PF-Iso-015_endcap_pT.pdf r1 manage 15.4 K 2011-09-29 - 15:07 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs pt in endcap 2011 data (pdf)
PNGpng PF-Tight_comb-PF-Iso-015_endcap_pT.png r1 manage 27.2 K 2011-09-29 - 15:08 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs pt in endcap 2011 data (png)
PDFpdf PF-Tight_comb-PF-Iso-015_nVtx.pdf r1 manage 16.9 K 2011-09-29 - 15:08 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs number of vertices, 2011 data (pdf)
PNGpng PF-Tight_comb-PF-Iso-015_nVtx.png r1 manage 30.3 K 2011-09-29 - 15:09 IvanMikulec Combined rel. PF isolation (<0.15) eff. vs number of vertices, 2011 data (png)
PDFpdf PF_barrel.pdf r1 manage 14.8 K 2011-05-19 - 12:14 SlavaValuev Efficiency of PF muon selection in the barrel, 2010
PNGpng PF_barrel.png r2 r1 manage 26.1 K 2011-05-19 - 12:49 SlavaValuev Efficiency of PF muon selection in the barrel, 2010
PDFpdf PF_endcaps.pdf r1 manage 15.3 K 2011-05-19 - 12:15 SlavaValuev Efficiency of PF muon selection in the endcaps, 2010
PNGpng PF_endcaps.png r2 r1 manage 26.3 K 2011-05-19 - 12:49 SlavaValuev Efficiency of PF muon selection in the endcaps, 2010
PDFpdf PiKmisID-MomentumCalibration_PPD-General_18.9.2013.pdf r1 manage 597.4 K 2013-09-21 - 19:49 GiovanniAbbiendi New Pion and K misID results and momentum calibration plots (pdf)
Unknown file formatpptx PiKmisID-MomentumCalibration_PPD-General_18.9.2013.pptx r1 manage 351.2 K 2013-09-21 - 19:47 GiovanniAbbiendi New Pion and K misID results and momentum calibration plots (pptx)
PDFpdf PlotsForApproval_52XRunAB_final.pdf r1 manage 673.9 K 2012-10-15 - 14:57 SilviaGoyLopez DPS approved on 10th October 2012
Unknown file formatpptx PlotsForApproval_52XRunAB_final.pptx r1 manage 365.3 K 2012-10-15 - 14:59 SilviaGoyLopez DPS plots approved on 10th October 2012
PDFpdf SigmaQoverPres_P_barrel_MuonGun.pdf r1 manage 28.4 K 2016-11-01 - 17:37 AliciaCalderon  
PNGpng SigmaQoverPres_P_barrel_MuonGun.png r1 manage 23.6 K 2016-11-01 - 17:37 AliciaCalderon  
PDFpdf SigmaQoverPres_P_endcap_MuonGun.pdf r1 manage 29.6 K 2016-11-01 - 17:37 AliciaCalderon  
PNGpng SigmaQoverPres_P_endcap_MuonGun.png r1 manage 23.9 K 2016-11-01 - 17:37 AliciaCalderon  
PDFpdf SingleMuonEfficiencies_2012.pdf r1 manage 781.9 K 2013-03-27 - 11:07 GiovanniAbbiendi Single Muon Efficiencies in 2012 (including Identification, Isolation, Trigger)
PowerPointppt SingleMuonEfficiencies_2012_ppt.ppt r1 manage 1021.5 K 2013-03-27 - 11:14 GiovanniAbbiendi Single Muon Efficiencies in 2012 (including Identification, Isolation, Trigger) - ppt
PDFpdf TMOST_barrel.pdf r1 manage 14.9 K 2011-05-19 - 12:04 SlavaValuev Efficiency of soft muon selection in the barrel, 2010
PNGpng TMOST_barrel.png r2 r1 manage 26.7 K 2011-05-19 - 12:47 SlavaValuev Efficiency of soft muon selection in the barrel, 2010
PDFpdf TMOST_endcaps.pdf r1 manage 15.4 K 2011-05-19 - 12:12 SlavaValuev Efficiency of soft muon selection in the endcaps, 2010
PNGpng TMOST_endcaps.png r2 r1 manage 27.0 K 2011-05-19 - 12:48 SlavaValuev Efficiency of soft muon selection in the endcaps, 2010
PDFpdf TnP_MC_NUM_HighPtID_DEN_genTracks_PAR_eta_.pdf r1 manage 18.1 K 2017-04-03 - 19:17 AliciaCalderon  
PNGpng TnP_MC_NUM_HighPtID_DEN_genTracks_PAR_eta_.png r2 r1 manage 34.6 K 2017-04-03 - 19:28 AliciaCalderon  
PDFpdf TnP_MC_NUM_LooseID_DEN_genTracks_PAR_eta_.pdf r1 manage 18.0 K 2017-04-03 - 19:17 AliciaCalderon  
PNGpng TnP_MC_NUM_LooseID_DEN_genTracks_PAR_eta_.png r2 r1 manage 33.7 K 2017-04-03 - 19:28 AliciaCalderon  
PDFpdf TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_eta_.pdf r1 manage 18.0 K 2017-04-04 - 09:47 AliciaCalderon  
PNGpng TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_eta_.png r2 r1 manage 33.7 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_newpt_.pdf r1 manage 16.9 K 2017-04-04 - 09:47 AliciaCalderon  
PNGpng TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_newpt_.png r2 r1 manage 33.6 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_vtx_.pdf r1 manage 20.3 K 2017-04-04 - 09:47 AliciaCalderon  
PNGpng TnP_MC_NUM_LooseRelTkIso_DEN_HighPtIDandIPCut_PAR_vtx_.png r2 r1 manage 39.6 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf TnP_MC_NUM_MediumID2016_DEN_genTracks_PAR_eta_.pdf r1 manage 18.0 K 2017-04-03 - 19:17 AliciaCalderon  
PNGpng TnP_MC_NUM_MediumID2016_DEN_genTracks_PAR_eta_.png r2 r1 manage 34.7 K 2017-04-03 - 19:28 AliciaCalderon  
PDFpdf TnP_MC_NUM_TightID_DEN_genTracks_PAR_eta_.pdf r1 manage 18.1 K 2017-04-03 - 19:17 AliciaCalderon  
PNGpng TnP_MC_NUM_TightID_DEN_genTracks_PAR_eta_.png r2 r1 manage 34.6 K 2017-04-03 - 19:28 AliciaCalderon  
PDFpdf TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_eta_.pdf r1 manage 18.0 K 2017-04-04 - 09:47 AliciaCalderon  
PNGpng TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_eta_.png r2 r1 manage 33.6 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_pt_.pdf r1 manage 16.7 K 2017-04-04 - 09:49 AliciaCalderon  
PNGpng TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_pt_.png r2 r1 manage 33.0 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_vtx_.pdf r1 manage 20.5 K 2017-04-04 - 09:49 AliciaCalderon  
PNGpng TnP_MC_NUM_TightRelIso_DEN_TightIDandIPCut_PAR_vtx_.png r2 r1 manage 39.7 K 2017-04-04 - 09:58 AliciaCalderon  
PDFpdf VBTF_barrel.pdf r1 manage 14.9 K 2011-05-19 - 12:16 SlavaValuev Efficiency of tight muon selection in the barrel, 2010
PNGpng VBTF_barrel.png r2 r1 manage 26.5 K 2011-05-19 - 12:49 SlavaValuev Efficiency of tight muon selection in the barrel, 2010
PDFpdf VBTF_endcaps.pdf r1 manage 15.5 K 2011-05-19 - 12:17 SlavaValuev Efficiency of tight muon selection in the endcaps, 2010
PNGpng VBTF_endcaps.png r2 r1 manage 27.3 K 2011-05-19 - 12:50 SlavaValuev Efficiency of tight muon selection in the endcaps, 2010
GIFgif W254nb-1.gif r1 manage 162.8 K 2010-07-22 - 11:58 RiccardoBellan W transverse mass distribution for L = 254 nb-1
GIFgif W254nb-1_log.gif r1 manage 156.6 K 2010-07-22 - 11:59 RiccardoBellan W transverse mass distribution for L = 254 nb-1 (Log scale)
GIFgif Wmunu_1.1pb-1_lin.gif r1 manage 13.4 K 2010-08-26 - 11:01 SlavaValuev W transverse mass distribution for L = 1.1 pb-1 (lin scale)
GIFgif Wmunu_1.1pb-1_log.gif r1 manage 12.8 K 2010-08-26 - 11:02 SlavaValuev W transverse mass distribution for L = 1.1 pb-1 (log scale)
GIFgif Wmunu_2.9pb-1_lin.gif r1 manage 12.8 K 2010-09-20 - 16:15 SlavaValuev W transverse mass distribution for L = 2.9 pb-1 (lin scale)
PDFpdf Wmunu_2.9pb-1_lin.pdf r1 manage 20.5 K 2010-09-20 - 19:00 SlavaValuev W transverse mass distribution for L = 2.9 pb-1 (lin scale)
GIFgif Wmunu_2.9pb-1_log.gif r1 manage 14.2 K 2010-09-20 - 16:16 SlavaValuev W transverse mass distribution for L = 2.9 pb-1 (log scale)
PDFpdf Wmunu_2.9pb-1_log.pdf r1 manage 21.8 K 2010-09-20 - 19:01 SlavaValuev W transverse mass distribution for L = 2.9 pb-1 (log scale)
PDFpdf Wmunu_35pb-1_lin.pdf r2 r1 manage 19.6 K 2010-11-16 - 13:46 SlavaValuev W transverse mass distribution for L = 35 pb-1 (lin scale)
PNGpng Wmunu_35pb-1_lin.png r2 r1 manage 35.2 K 2010-11-16 - 13:46 SlavaValuev W transverse mass distribution for L = 35 pb-1 (lin scale)
PDFpdf Wmunu_35pb-1_log.pdf r2 r1 manage 25.4 K 2010-11-16 - 13:47 SlavaValuev W transverse mass distribution for L = 35 pb-1 (log scale)
PNGpng Wmunu_35pb-1_log.png r2 r1 manage 38.4 K 2010-11-16 - 13:47 SlavaValuev W transverse mass distribution for L = 35 pb-1 (log scale)
PNGpng Y280nb-1.png r1 manage 66.3 K 2010-07-23 - 12:27 SlavaValuev Y(nS) invariant mass distribution for L = 280 nb-1
PNGpng Y280nb-1_etalt1.png r1 manage 68.9 K 2010-07-23 - 12:28 SlavaValuev Y(nS) invariant mass distribution for L = 280 nb-1, both muons have |eta|<1
PNGpng Y_1.1pb-1.png r1 manage 17.1 K 2010-08-26 - 12:31 SlavaValuev Y(nS) invariant mass distribution for L = 1.1 pb-1
PNGpng Y_1.1pb-1_etalt1.png r1 manage 18.9 K 2010-08-26 - 12:32 SlavaValuev Y(nS) invariant mass distribution for L = 1.1 pb-1, both muons have |eta|<1
PDFpdf Y_3.1pb-1.pdf r1 manage 21.3 K 2010-09-20 - 18:56 SlavaValuev Y(nS) invariant mass distribution for L = 3.1 pb-1
PNGpng Y_3.1pb-1.png r1 manage 17.5 K 2010-09-20 - 09:26 SlavaValuev Y(nS) invariant mass distribution for L = 3.1 pb-1
PDFpdf Y_3.1pb-1_etalt1.pdf r1 manage 28.1 K 2010-09-20 - 18:57 SlavaValuev Y(nS) invariant mass distribution for L = 3.1 pb-1, both muons have |eta|<1
PNGpng Y_3.1pb-1_etalt1.png r1 manage 16.6 K 2010-09-20 - 09:26 SlavaValuev Y(nS) invariant mass distribution for L = 3.1 pb-1, both muons have |eta|<1
PDFpdf Y_40pb-1.pdf r1 manage 31.2 K 2010-11-16 - 10:09 SlavaValuev Y(nS) invariant mass distribution for L = 40 pb-1
PNGpng Y_40pb-1.png r1 manage 18.3 K 2010-11-16 - 10:09 SlavaValuev Y(nS) invariant mass distribution for L = 40 pb-1
PDFpdf Y_40pb-1_etalt1.pdf r1 manage 36.8 K 2010-11-16 - 10:10 SlavaValuev Y(nS) invariant mass distribution for L = 40 pb-1, both muons have |eta|<1
PNGpng Y_40pb-1_etalt1.png r1 manage 16.4 K 2010-11-16 - 10:11 SlavaValuev Y(nS) invariant mass distribution for L = 40 pb-1, both muons have |eta|<1
GIFgif Z254nb-1.gif r1 manage 129.0 K 2010-07-22 - 11:35 RiccardoBellan Z invariant mass distribution for L = 254 nb-1
GIFgif Z254nb-1_log.gif r1 manage 253.2 K 2010-07-22 - 11:36 RiccardoBellan Z invariant mass distribution for L = 254 nb-1 (Log scale)
GIFgif Zmumu_1.1pb-1_lin.gif r1 manage 9.2 K 2010-08-26 - 11:02 SlavaValuev Z invariant mass distribution for L = 1.1 pb-1 (lin scale)
GIFgif Zmumu_1.1pb-1_log.gif r1 manage 17.4 K 2010-08-26 - 11:03 SlavaValuev Z invariant mass distribution for L = 1.1 pb-1 (log scale)
JPEGjpg Zmumu_2.9pb-1_lin.jpg r1 manage 134.6 K 2010-09-20 - 16:16 SlavaValuev Z invariant mass distribution for L = 2.9 pb-1 (lin scale)
PDFpdf Zmumu_2.9pb-1_lin.pdf r1 manage 6.1 K 2010-09-20 - 17:22 SlavaValuev Z invariant mass distribution for L = 2.9 pb-1 (lin scale)
JPEGjpg Zmumu_2.9pb-1_log.jpg r1 manage 220.9 K 2010-09-20 - 16:17 SlavaValuev Z invariant mass distribution for L = 2.9 pb-1 (log scale)
PDFpdf Zmumu_2.9pb-1_log.pdf r1 manage 11.0 K 2010-09-20 - 17:22 SlavaValuev Z invariant mass distribution for L = 2.9 pb-1 (log scale)
PDFpdf Zmumu_35pb-1_lin.pdf r1 manage 15.6 K 2010-11-16 - 13:01 SlavaValuev Z invariant mass distribution for L = 35 pb-1 (lin scale)
PNGpng Zmumu_35pb-1_lin.png r1 manage 29.8 K 2010-11-16 - 13:01 SlavaValuev Z invariant mass distribution for L = 35 pb-1 (lin scale)
PDFpdf Zmumu_35pb-1_log.pdf r1 manage 22.6 K 2010-11-16 - 13:01 SlavaValuev Z invariant mass distribution for L = 35 pb-1 (log scale)
PNGpng Zmumu_35pb-1_log.png r1 manage 36.2 K 2010-11-16 - 13:02 SlavaValuev Z invariant mass distribution for L = 35 pb-1 (log scale)
PDFpdf dimuMass_2011Run_1fb_20July2011.pdf r1 manage 640.7 K 2011-07-27 - 11:44 SlavaValuev Dimuon invariant mass for L = 1fb-1 in 2011, superposition of various trigger paths
PNGpng dimuMass_2011Run_1fb_20July2011.png r2 r1 manage 23.7 K 2011-07-27 - 11:57 SlavaValuev Dimuon invariant mass for L = 1fb-1 in 2011, superposition of various trigger paths
PNGpng dimuonSpectrum280nb.png r1 manage 9.9 K 2010-07-23 - 12:54 SlavaValuev Full dimuon spectrum
PNGpng dimuonSpectrum280nb0-1000.png r1 manage 12.5 K 2010-07-30 - 14:20 SlavaValuev Full dimuon spectrum above 300 MeV
PNGpng dimuonSpectrum_1.25pb-1.png r1 manage 12.8 K 2010-08-26 - 12:33 SlavaValuev Full dimuon spectrum for L = 1.25 pb-1
PDFpdf dimuonSpectrum_3.1pb-1.pdf r1 manage 18.1 K 2010-09-20 - 18:56 SlavaValuev Full dimuon spectrum for L = 3.1 pb-1
PNGpng dimuonSpectrum_3.1pb-1.png r1 manage 12.8 K 2010-09-20 - 09:27 SlavaValuev Full dimuon spectrum for L = 3.1 pb-1
PDFpdf dimuonSpectrum_40pb-1.pdf r1 manage 155.0 K 2011-10-20 - 11:18 SlavaValuev Full dimuon spectrum for L = 40 pb-1
PNGpng dimuonSpectrum_40pb-1.png r2 r1 manage 8.4 K 2011-10-20 - 11:13 SlavaValuev Full dimuon spectrum for L = 40 pb-1
PDFpdf muonEta_L31_muonEta_L1_pt_startup_vs_startupAPE.pdf r1 manage 17.1 K 2016-11-01 - 17:42 AliciaCalderon  
PNGpng muonEta_L31_muonEta_L1_pt_startup_vs_startupAPE.png r1 manage 15.1 K 2016-11-01 - 17:42 AliciaCalderon  
PDFpdf muonPt_endcaps_L31_muonPt_endcaps_L1_pt_startup_vs_startupAPE.pdf r1 manage 17.1 K 2016-11-01 - 17:42 AliciaCalderon  
PNGpng muonPt_endcaps_L31_muonPt_endcaps_L1_pt_startup_vs_startupAPE.png r1 manage 15.9 K 2016-11-01 - 17:42 AliciaCalderon  
PDFpdf nhitsGlb_eta_MuonGun.pdf r1 manage 24.8 K 2016-11-01 - 17:34 AliciaCalderon  
PNGpng nhitsGlb_eta_MuonGun.png r1 manage 21.6 K 2016-11-01 - 17:34 AliciaCalderon  
PDFpdf nhitsGlb_etam2p4_etap2p4_VsEta.pdf r1 manage 18.8 K 2016-11-01 - 17:39 AliciaCalderon  
PNGpng nhitsGlb_etam2p4_etap2p4_VsEta.png r1 manage 16.8 K 2016-11-01 - 17:39 AliciaCalderon  
PDFpdf rmsDx_CSCstation_Data2016B_DYjetsMC.pdf r1 manage 13.3 K 2016-11-01 - 17:25 AliciaCalderon  
PNGpng rmsDx_CSCstation_Data2016B_DYjetsMC.png r1 manage 9.1 K 2016-11-01 - 17:25 AliciaCalderon  
PDFpdf rmsDx_DTstation_Data2016B_DYjetsMC.pdf r1 manage 13.4 K 2016-11-01 - 17:25 AliciaCalderon  
PNGpng rmsDx_DTstation_Data2016B_DYjetsMC.png r1 manage 9.2 K 2016-11-01 - 17:25 AliciaCalderon  
PDFpdf rmsDx_eta_Data2016B_DYjetsMC_90.pdf r1 manage 16.0 K 2016-11-01 - 17:29 AliciaCalderon  
PNGpng rmsDx_eta_Data2016B_DYjetsMC_90.png r1 manage 10.1 K 2016-11-01 - 17:29 AliciaCalderon  
PDFpdf rmsDx_p_Data2016B_DYjetsMC_pr0.pdf r1 manage 14.3 K 2016-11-01 - 17:29 AliciaCalderon  
PNGpng rmsDx_p_Data2016B_DYjetsMC_pr0.png r1 manage 10.3 K 2016-11-01 - 17:29 AliciaCalderon  
PDFpdf rmsDx_p_Data2016B_DYjetsMC_pr6.pdf r1 manage 14.0 K 2016-11-01 - 17:29 AliciaCalderon  
PNGpng rmsDx_p_Data2016B_DYjetsMC_pr6.png r1 manage 9.7 K 2016-11-01 - 17:29 AliciaCalderon  
PDFpdf rmsPullX_p_Data2016B_DYjetsMC_pr6.pdf r1 manage 15.5 K 2016-11-01 - 17:39 AliciaCalderon  
PNGpng rmsPullX_p_Data2016B_DYjetsMC_pr6.png r1 manage 15.2 K 2016-11-01 - 17:39 AliciaCalderon  
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