CMS Muon Results

Contacts

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

Papers and PASes

  • Papers
  • 2010 JINST 5 T03022: "Performance of CMS Muon Reconstruction in Cosmic-Ray Events". (Also published as arXiv:0911.4994.) Analysis of a large data sample of cosmic-ray muons recorded in 2008.
  • Phys. Lett. B 692, 83104 (2010): "Measurement of the charge ratio of atmospheric muons with the CMS detector". Based on samples of cosmic-ray muons recorded in 2006 and 2008. A longer version can be found here: CMS PAS MUO-10-001.
  • CMS MUO-10-002: Performance of muon identification in pp collisions at √s = 7 TeV
  • 2012 JINST 7 P10002 (based on CMS MUO-10-004): "Performance of CMS muon reconstruction in pp collision events at sqrt(s) = 7 TeV".
  • 2013 JINST 8 P11002 (CMS MUO-11-002): The performance of the CMS muon detector in pp collisions at √s = 7 TeV
  • 2018 JINST 13 P06015 (CMS MUO-16-001): Performance of the CMS muon detector and muon reconstruction with pp collisions at √s = 13 TeV
  • 2020 JINST 15 P02027 (CMS MUO-17-001): Performance of the reconstruction and identification of high-momentum muons in pp collisions at √s = 13 TeV NEW
  • (CMS MUO-19-001): Performance of the CMS muon trigger system in pp collisions at √s = 13 TeV NEW

Detector Performance Notes

  • 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.
  • CMS DP-2015/047: First Muon Identification Efficiencies with 13 TeV, 50 ns Data.
  • CMS DP-2016/027: Muon performance in early 2016 collision data (June 2016).
  • CMS DP-2016/067: Performance of muon reconstruction including Alignment Position Errors for 2016 Collision Data (November 2016).

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

  • CMS DP-2017/007: 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

Plots without DP notes

  • 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

  • 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

  • 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

  • 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

  • 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

  • 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

  • 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

  • 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

  • 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

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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