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Revision 462019-05-22 - GianlucaPicco

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Muon Performance

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Global Selections
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Quick links: Papers Confnotes Pubnotes

Papers and publications
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Revision 452017-11-18 - AndreasHoecker

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  Preliminary Muon Performance Public Plots are regularly updated with recent muon performance studies.
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Filter Results

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Revision 442017-11-16 - AndreasHoecker

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Revision 432017-11-13 - AndreasHoecker

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Link to Muon Performance Public Figures
https://twiki.cern.ch/twiki/bin/view/AtlasPublic/MuonPublicResults
Public plots are regularly updated with recent muon performance results and studies.
They can be shown by ATLAS speakers at conferences and similar events.
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Preliminary Muon Performance Public Plots are regularly updated with recent muon performance studies.
 

Filter Results

Revision 422017-11-09 - AndreasHoecker

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Muon Performance

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Muon Performance

 
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Public Muon Spectrometer Plots for Collision Data

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Introduction

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Approved plots that can be shown by ATLAS speakers at conferences and similar events.
Please do not add figures on your own. Contact the responsible project leader in case of questions and/or suggestions.

See the Muon combined performance public plots page for muon performance results.

Figures

Title Plots and more info Date
Muon Phase II TDR: Preliminary Public Plots Plots, more info; ATL-COM-PHYS-2017-1581 October 2017
Muon reconstruction early performance in 2017 collision data (15.4/fb) Plots, more info September 2017
Muon reconstruction performance in 2016 collision data (33.3/fb) Plots, more info March 2017
Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
Muon alignment performance for run 2 Plots, more info; ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  
Plots on RPC / L1 Muon Barrel Trigger Performance in 2015 Plots; ATL-COM-MUON-2016-005 Feb 2016
Performance plots on impact parameter reconstruction Plots, more info; ATL-COM-MUON-2015-099 Dec 2015
Performance plots based on the EOYE calibration Plots, more info; ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info; ATL-COM-MUON-2015-069 Oct 2015
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info; ATL-PHYS-PUB-2015-037 Jul 2015
More MCP public plots on 2015 collision data (6pb-1) Plots, more info; ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info; ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi and Z events to mu mu Plots, more info; Events Jul 2015
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info; ATL-COM-MUON-2015-013 May 2015
MDT Tube Resolution and Efficiency Plots, more info; ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info; ATL-COM-PHYS-2014-1329 Nov 2014
RPC cavern background plots Plots, more info; ATL-COM-MUON-2014-044 Feb 2014
L1 Rate Reduction by adding RPCs to BIS Plots, more info; ATL-COM-MUON-2014-008 Feb 2014
RPC efficiency, coverage, and timing in 2012 data Plots, more info; ATL-COM-MUON-2014-009 Feb 2014
RPC time resolution after off-line calibration in 2011 data Plots, more info; ATLAS-PLOT-MUON-2012-001 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info; ATLAS-PLOT-MUON-2012-001 Mar 2012
TGC alignment in 2011 data Plots, more info; ATLAS-PLOT-MUON-2012-004 May 2012
MDT drift tube spatial resolution Plots, more info; ATLAS-PLOT-MUON-2011-006 Nov 2011
Performance of the muon alignment system in 2011 data (release 16) Plots, more info; ATL-COM-PHYS-2011-460 May 2011
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info; ATLAS-PLOT-MUON-2011-002 June 2011
Performance of the muon alignment system in 2011 data (release 17) Plots, more info; ATLAS-PLOT-MUON-2011-003 Sep 2011
RPC Cavern Background measurements Plots, more info; ATLAS-PLOT-MUON-2011-005 Oct 2011

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers. muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers. muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events. muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events. muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events. muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010. muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time. muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants. muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV. muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual-radius.png

Links

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<!--Please add the name of someone who is responsible for this page so that he/she can be contacted if changes are needed.
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Muon Performance

 
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This page features public results from the ATLAS Muon Performance Group.

 
Changed:
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  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date:
    processing_vs_creation.png

  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png

  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png

  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png

  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
>
>
<!-- ***********************INCLUDE PLOT SECTION************************************* -->

Link to Muon Performance Public Figures
https://twiki.cern.ch/twiki/bin/view/AtlasPublic/MuonPublicResults
Public plots are regularly updated with recent muon performance results and studies.
They can be shown by ATLAS speakers at conferences and similar events.

Filter Results

Select the desired keywords to filter the results.
Selections within a section row are combined with a logical OR, while selections among different section rows are combined with a logical AND.

<!-- ***********************INCLUDE FILTER SECTION************************************* -->
Global Selections
CM Energy
Performance selections
Date :   Filter by date:

Filtered results: [Papers Confnotes Pubnotes ]



 
META FILEATTACHMENT attachment="muon-RT-function.png" attr="" comment="" date="1275650444" name="muon-RT-function.png" path="muon-RT-function.png" size="82205" stream="muon-RT-function.png" tmpFilename="/usr/tmp/CGItemp39286" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0-global-offset.png" attr="" comment="" date="1275650460" name="muon-T0-global-offset.png" path="muon-T0-global-offset.png" size="153804" stream="muon-T0-global-offset.png" tmpFilename="/usr/tmp/CGItemp39202" user="kortner" version="1"

Revision 402017-10-26 - FedericoSforza

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Figures

Title Plots and more info Date
Added:
>
>
Muon Phase II TDR: Preliminary Public Plots Plots, more info; ATL-COM-PHYS-2017-1581 October 2017
 
Muon reconstruction early performance in 2017 collision data (15.4/fb) Plots, more info September 2017
Muon reconstruction performance in 2016 collision data (33.3/fb) Plots, more info March 2017
Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
Line: 48 to 49
 
A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers. muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers. muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events. muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events. muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events. muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010. muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time. muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants. muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV. muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual-radius.png

Links

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Revision 392017-09-18 - StefanoRosati

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Figures

Title Plots and more info Date
Added:
>
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Muon reconstruction early performance in 2017 collision data (15.4/fb) Plots, more info September 2017
 
Muon reconstruction performance in 2016 collision data (33.3/fb) Plots, more info March 2017
Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
Muon alignment performance for run 2 Plots, more info; ATL-COM-MUON-2016-017 May 2016

Revision 382017-09-15 - StefanoRosati

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Revision 372017-03-16 - MassimilianoBellomo

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Figures

Title Plots and more info Date
Added:
>
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Muon reconstruction performance in 2016 collision data (33.3/fb) Plots, more info March 2017
 
Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
Muon alignment performance for run 2 Plots, more info; ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  

Revision 362017-03-03 - BenjaminSowden

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Figures

Title Plots and more info Date
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Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
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Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
 
Muon alignment performance for run 2 Plots, more info;ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  
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Plots on RPC / L1 Muon Barrel Trigger Performance in 2015 Plots;ATL-COM-MUON-2016-005 Feb 2016
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Plots on RPC / L1 Muon Barrel Trigger Performance in 2015 Plots; ATL-COM-MUON-2016-005 Feb 2016
 
Performance plots on impact parameter reconstruction Plots, more info;ATL-COM-MUON-2015-099 Dec 2015
Performance plots based on the EOYE calibration Plots, more info;ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Oct 2015
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info;ATL-PHYS-PUB-2015-037 Jul 2015
More MCP public plots on 2015 collision data (6pb-1) Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
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2015 J/Psi and Z events to mu mu Plots, more info;Events Jul 2015
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2015 J/Psi and Z events to mu mu Plots, more info; Events Jul 2015
 
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015
MDT Tube Resolution and Efficiency Plots, more info;ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info;ATL-COM-PHYS-2014-1329 Nov 2014
Line: 42 to 42
 
RPC Cavern Background measurements Plots, more info;ATLAS-PLOT-MUON-2011-005 Oct 2011

Figures

Deleted:
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A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
 
Added:
>
>
A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers. muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers. muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events. muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events. muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events. muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010. muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time. muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants. muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV. muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV. muon-segment-hit-residual-radius.png
 

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Changed:
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  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date:
    processing_vs_creation.png

  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png

  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png

  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png

  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
>
>
  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date:
    processing_vs_creation.png

  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png

  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png

  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png

  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
 
META FILEATTACHMENT attachment="muon-RT-function.png" attr="" comment="" date="1275650444" name="muon-RT-function.png" path="muon-RT-function.png" size="82205" stream="muon-RT-function.png" tmpFilename="/usr/tmp/CGItemp39286" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0-global-offset.png" attr="" comment="" date="1275650460" name="muon-T0-global-offset.png" path="muon-T0-global-offset.png" size="153804" stream="muon-T0-global-offset.png" tmpFilename="/usr/tmp/CGItemp39202" user="kortner" version="1"

Revision 352017-02-21 - MassimoCorradi

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Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
Muon alignment performance for run 2 Plots, more info;ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  
Added:
>
>
Plots on RPC / L1 Muon Barrel Trigger Performance in 2015 Plots;ATL-COM-MUON-2016-005 Feb 2016
 
Performance plots on impact parameter reconstruction Plots, more info;ATL-COM-MUON-2015-099 Dec 2015
Performance plots based on the EOYE calibration Plots, more info;ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Oct 2015

Revision 342016-07-28 - MassimilianoBellomo

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Figures

Title Plots and more info Date
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>
>
Muon reconstruction performance in 2016 collision data (10.6/fb) Plots, more info July 2016
 
Muon alignment performance for run 2 Plots, more info;ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  
Performance plots on impact parameter reconstruction Plots, more info;ATL-COM-MUON-2015-099 Dec 2015

Revision 332016-06-20 - PierreFrancoisGiraud

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Figures

Title Plots and more info Date
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>
>
Muon alignment performance for run 2 Plots, more info;ATL-COM-MUON-2016-017 May 2016
Muon reconstruction performance in early 2016 collision data Plots, more info;  
 
Performance plots on impact parameter reconstruction Plots, more info;ATL-COM-MUON-2015-099 Dec 2015
Performance plots based on the EOYE calibration Plots, more info;ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Oct 2015

Revision 322015-12-14 - MassimilianoBellomo

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Figures

Title Plots and more info Date
Added:
>
>
Performance plots on impact parameter reconstruction Plots, more info;ATL-COM-MUON-2015-099 Dec 2015
 
Performance plots based on the EOYE calibration Plots, more info;ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Oct 2015
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info;ATL-PHYS-PUB-2015-037 Jul 2015

Revision 312015-12-04 - GabriellaSciolla

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Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Octl 2015
>
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Performance plots based on the EOYE calibration Plots, more info;ATL-COM-MUON-2015-093 Dec 2015
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Oct 2015
 
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info;ATL-PHYS-PUB-2015-037 Jul 2015
More MCP public plots on 2015 collision data (6pb-1) Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015

Revision 302015-11-30 - GabriellaSciolla

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Figures

Title Plots and more info Date
Added:
>
>
Single hit resolution in Run 2 Plots, more info;ATL-COM-MUON-2015-069 Octl 2015
 
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info;ATL-PHYS-PUB-2015-037 Jul 2015
More MCP public plots on 2015 collision data (6pb-1) Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015

Revision 292015-09-16 - GabriellaSciolla

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Figures

Title Plots and more info Date
Added:
>
>
Plots for Summer 2015 PubNote (LeptonPhoton) based on 85 pb of 50 ns data Plots, more info;ATL-PHYS-PUB-2015-037 Jul 2015
 
More MCP public plots on 2015 collision data (6pb-1) Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi and Z events to mu mu Plots, more info;Events Jul 2015

Revision 282015-07-16 - GabriellaSciolla

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More MCP public plots on 2015 collision data (6pb-1) -- up for approval Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
>
>
More MCP public plots on 2015 collision data (6pb-1) Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
 
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi and Z events to mu mu Plots, more info;Events Jul 2015
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015

Revision 272015-07-14 - GabriellaSciolla

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>
>
More MCP public plots on 2015 collision data (6pb-1) -- up for approval Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
 
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi and Z events to mu mu Plots, more info;Events Jul 2015
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015

Revision 262015-07-10 - GabriellaSciolla

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First MCP public plots on 2015 collision data Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi --> mu mu event and Z--> mu mu events available through 2015 Event Displays Page [[https://twiki.cern.ch/twiki/bin/view/AtlasPublic/EventDisplayRun2Collisions][]];[[][]] Jul 2015
>
>
More MCP public plots on 2015 collision data (6pb-1) -- up for approval Plots, more info;ATL-COM-MUON-2015-030 Jul 2015
First MCP public plots on 2015 collision datan(6pb-1) Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi and Z events to mu mu Plots, more info;Events Jul 2015
 
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015
MDT Tube Resolution and Efficiency Plots, more info;ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info;ATL-COM-PHYS-2014-1329 Nov 2014

Revision 252015-07-03 - GabriellaSciolla

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Figures

Title Plots and more info Date
Added:
>
>

First MCP public plots on 2015 collision data Plots, more info;ATL-COM-MUON-2015-029 Jul 2015
2015 J/Psi --> mu mu event and Z--> mu mu events available through 2015 Event Displays Page [[https://twiki.cern.ch/twiki/bin/view/AtlasPublic/EventDisplayRun2Collisions][]];[[][]] Jul 2015
 
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015
MDT Tube Resolution and Efficiency Plots, more info;ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info;ATL-COM-PHYS-2014-1329 Nov 2014

Revision 242015-05-21 - MassimoCorradi

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Figures

Title Plots and more info Date
Added:
>
>
Acceptance plots for phase-II upgrade of the RPC L1 Barrel muon system Plots, more info;ATL-COM-MUON-2015-013 May 2015
 
MDT Tube Resolution and Efficiency Plots, more info;ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info;ATL-COM-PHYS-2014-1329 Nov 2014
RPC cavern background plots Plots, more info;ATL-COM-MUON-2014-044 Feb 2014

Revision 232014-12-03 - GabriellaSciolla

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Figures

Title Plots and more info Date
Changed:
<
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Performance of the muon alignment system in 2011 data (release 16) Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 19 Sep 2011
RPC Cavern Background measurements Plots, more info;ATLAS-PLOT-MUON-2011-005 5 Oct 2011
MDT drift tube spatial resolution Plots, more info;ATLAS-PLOT-MUON-2011-006 16 Nov 2011
RPC time resolution after off-line calibration in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 20 Feb 2014
L1 Rate Reduction by adding RPCs to BIS Plots, more info;ATL-COM-MUON-2014-008 24 Feb 2014
>
>
MDT Tube Resolution and Efficiency Plots, more info;ATL-COM-MUON-2014-046 Dec 2014
Upgrades: Expected Muon Momentum Resolution for Different High-Eta Extension Scenarios Plots, more info;ATL-COM-PHYS-2014-1329 Nov 2014
 
RPC cavern background plots Plots, more info;ATL-COM-MUON-2014-044 Feb 2014
Added:
>
>
L1 Rate Reduction by adding RPCs to BIS Plots, more info;ATL-COM-MUON-2014-008 Feb 2014
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 Feb 2014
RPC time resolution after off-line calibration in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 Mar 2012
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 May 2012
MDT drift tube spatial resolution Plots, more info;ATLAS-PLOT-MUON-2011-006 Nov 2011
Performance of the muon alignment system in 2011 data (release 16) Plots, more info;ATL-COM-PHYS-2011-460 May 2011
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 June 2011
Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 Sep 2011
RPC Cavern Background measurements Plots, more info;ATLAS-PLOT-MUON-2011-005 Oct 2011
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 222014-11-14 - GabriellaSciolla

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Revision 212014-09-04 - MassimoCorradi

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TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 20 Feb 2014
L1 Rate Reduction by adding RPCs to BIS Plots, more info;ATL-COM-MUON-2014-008 24 Feb 2014
Added:
>
>
RPC cavern background plots Plots, more info;ATL-COM-MUON-2014-044 Feb 2014
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 202014-03-12 - LorenzoMassa

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RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 20 Feb 2014
Changed:
<
<
L1 Rate Reduction by adding RPCs to BIS ATL-COM-MUON-2014-008 24 Feb 2014
>
>
L1 Rate Reduction by adding RPCs to BIS Plots, more info;ATL-COM-MUON-2014-008 24 Feb 2014
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 192014-02-25 - LorenzoMassa

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META TOPICPARENT name="WebHome"
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RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 20 Feb 2014
Added:
>
>
L1 Rate Reduction by adding RPCs to BIS ATL-COM-MUON-2014-008 24 Feb 2014
 

Figures

Changed:
<
<
A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
>
>
A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
 

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  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png
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  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png
 
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  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png
>
>
  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png
 
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  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date:
    processing_vs_creation.png
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    processing_vs_creation.png
 
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  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png
>
>
  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png
 
Changed:
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  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png
>
>
  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png
 
Changed:
<
<
  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png
>
>
  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png
 
Changed:
<
<
  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
>
>
  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
 
META FILEATTACHMENT attachment="muon-RT-function.png" attr="" comment="" date="1275650444" name="muon-RT-function.png" path="muon-RT-function.png" size="82205" stream="muon-RT-function.png" tmpFilename="/usr/tmp/CGItemp39286" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0-global-offset.png" attr="" comment="" date="1275650460" name="muon-T0-global-offset.png" path="muon-T0-global-offset.png" size="153804" stream="muon-T0-global-offset.png" tmpFilename="/usr/tmp/CGItemp39202" user="kortner" version="1"

Revision 182014-02-24 - LorenzoMassa

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META TOPICPARENT name="WebHome"
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  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png
Added:
>
>
  • L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of |DeltaEta|<0.04 it is possible to reject about 40% of background, especially low pT muons.:
    DeltaEta_segRoiMuon_BIS7.png
 
META FILEATTACHMENT attachment="muon-RT-function.png" attr="" comment="" date="1275650444" name="muon-RT-function.png" path="muon-RT-function.png" size="82205" stream="muon-RT-function.png" tmpFilename="/usr/tmp/CGItemp39286" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0-global-offset.png" attr="" comment="" date="1275650460" name="muon-T0-global-offset.png" path="muon-T0-global-offset.png" size="153804" stream="muon-T0-global-offset.png" tmpFilename="/usr/tmp/CGItemp39202" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0diff-2010-2009.png" attr="" comment="" date="1275650473" name="muon-T0diff-2010-2009.png" path="muon-T0diff-2010-2009.png" size="99354" stream="muon-T0diff-2010-2009.png" tmpFilename="/usr/tmp/CGItemp39225" user="kortner" version="1"

Revision 172014-02-22 - GabrieleChiodini

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META TOPICPARENT name="WebHome"
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RPC time resolution after off-line calibration in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
Added:
>
>
RPC efficiency, coverage, and timing in 2012 data Plots, more info;ATL-COM-MUON-2014-009 20 Feb 2014
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 162014-02-21 - LorenzoMassa

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META TOPICPARENT name="WebHome"
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META FILEATTACHMENT attachment="splitter_dqmf_plots.png" attr="" comment="Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261" date="1352761004" name="splitter_dqmf_plots.png" path="splitter_dqmf_plots.png" size="2500988" user="diehl" version="2"
META FILEATTACHMENT attachment="DriftTubeDeltaT0.png" attr="" comment="Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012" date="1352471928" name="DriftTubeDeltaT0.png" path="DriftTubeDeltaT0.png" size="2283204" user="diehl" version="1"
META FILEATTACHMENT attachment="Calibration_loop.png" attr="" comment="Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants" date="1352472061" name="Calibration_loop.png" path="Calibration_loop.png" size="242253" user="diehl" version="1"
Added:
>
>
META FILEATTACHMENT attachment="DeltaEta_segMuonHisto_BIS7.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows the difference between the Eta coordinate of mboy segments inside the BIS7 chamber and the Eta coordinate of L1MU20 ROIs associated to reconstructed muons with transverse momentum greater than 20 GeV, calculated using data from the physics muon stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Almost all the signal is concentrated in the region DeltaEta <0.04" date="1393005534" name="DeltaEta_segMuonHisto_BIS7.png" path="DeltaEta_segMuonHisto_BIS7.png" size="14277" user="lmassa" version="1"
META FILEATTACHMENT attachment="Geometrical_Coverage_positiveEta.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows the geometrical coverage in range 1< Eta <1.3, obtained drawing the Eta-Phi coordinates of reconstructed muons from the physics muon stream, associated with EndCap trigger and segments inside the EI, BIS6, BIS7, BIS8 chambers" date="1393005534" name="Geometrical_Coverage_positiveEta.png" path="Geometrical_Coverage_positiveEta.png" size="55622" user="lmassa" version="1"
META FILEATTACHMENT attachment="PassThrough_MuonPt_comparison2vs04_GeV.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows how the distribution of the transverse momentum of the reconstructed muons changes applying a different cut in DeltaEta between the segments inside the chambers and the L1_MU20 ROIs. The distribution obtained with DeltaEta < 0.2 is drawn in blue, while the one obtained with DeltaEta < 0.04. As can be seen, a thight cut in Dh permits to reject muons with transverse momentum smaller than 20 GeV, which is the nominal pT lower limit of the trigger." date="1393005534" name="PassThrough_MuonPt_comparison2vs04_GeV.png" path="PassThrough_MuonPt_comparison2vs04_GeV.png" size="12738" user="lmassa" version="1"
META FILEATTACHMENT attachment="PassThrough_real_Efficiency_comparison2vs04_GeV.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows the L1_MU20 Efficiency with respect to all reconstructed muons as a function of the muon momentum, for two different cuts in DeltaEta between the segments inside the chambers and the L1_MU20 ROIs. The curve obtained with DeltaEta < 0.2 is drawn in blue, while the one obtained with DeltaEta < 0.04 is drawn in red." date="1393005534" name="PassThrough_real_Efficiency_comparison2vs04_GeV.png" path="PassThrough_real_Efficiency_comparison2vs04_GeV.png" size="12514" user="lmassa" version="1"
META FILEATTACHMENT attachment="StackEfficiency_Eta_All.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows the Eta distribution of the reconstructed muons from the physics muon data stream. The hatched distribution is the one obtained with the actual trigger, while the full colored one shows how the distribution in EndCaps changes applying the request of RPCs in BIS6, BIS7 and BIS8. In transition region (1.05< Eta <1.24) the fraction with hits on EI or BIS chambers is 80.1%25." date="1393005534" name="StackEfficiency_Eta_All.png" path="StackEfficiency_Eta_All.png" size="18709" user="lmassa" version="1"
META FILEATTACHMENT attachment="StackRateReduction_Eta_All.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows the Eta distribution of the L1_MU20 ROIs from a 25 ns enhanced bias stream. The hatched distribution is the one obtained with the actual trigger, while the full colored one shows how the distribution in end caps changes applying the request of RPC hits in BIS6, BIS7 and BIS8. In transition region (1.05< Eta <1.24) the fraction that survives the new trigger request is 6.8%25." date="1393005534" name="StackRateReduction_Eta_All.png" path="StackRateReduction_Eta_All.png" size="20950" user="lmassa" version="1"
META FILEATTACHMENT attachment="DeltaEta_segRoiMuon_BIS7.png" attr="" comment="L1 Rate Reduction by Adding RPCs to BIS: The picture shows in black the difference between the Eta coordinate of mboy segments reconstrucet in BIS7 chamber and the Eta coordinate of L1MU20 ROIs, using data from a 25 ns enhanced bias stream. The DeltaEta calculated using ROIs associated to positive muons is drawn in red, while the one calculated using ROIs associated to negative muons is drawn in blue. Applying a cut of DeltaEta <0.04 it is possible to reject about 40%25 of background, especially low pT muons." date="1393006609" name="DeltaEta_segRoiMuon_BIS7.png" path="DeltaEta_segRoiMuon_BIS7.png" size="13891" user="lmassa" version="1"

Revision 152012-11-12 - EdwardDiehl

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META FILEATTACHMENT attachment="muon-TDC-spectrum.png" attr="" comment="" date="1275651026" name="muon-TDC-spectrum.png" path="muon-TDC-spectrum.png" size="98662" stream="muon-TDC-spectrum.png" tmpFilename="/usr/tmp/CGItemp44020" user="kortner" version="1"
META FILEATTACHMENT attachment="ntuple_latency_vs_time.png" attr="" comment="Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012" date="1352471302" name="ntuple_latency_vs_time.png" path="ntuple_latency_vs_time.png" size="165146" user="diehl" version="1"
META FILEATTACHMENT attachment="processing_vs_creation.png" attr="" comment="Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date" date="1352471519" name="processing_vs_creation.png" path="processing_vs_creation.png" size="329751" user="diehl" version="1"
Changed:
<
<
META FILEATTACHMENT attachment="splitter_dqmf_plots.png" attr="" comment="Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261" date="1352471652" name="splitter_dqmf_plots.png" path="splitter_dqmf_plots.png" size="2501006" user="diehl" version="1"
>
>
META FILEATTACHMENT attachment="splitter_dqmf_plots.png" attr="" comment="Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261" date="1352761004" name="splitter_dqmf_plots.png" path="splitter_dqmf_plots.png" size="2500988" user="diehl" version="2"
 
META FILEATTACHMENT attachment="DriftTubeDeltaT0.png" attr="" comment="Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012" date="1352471928" name="DriftTubeDeltaT0.png" path="DriftTubeDeltaT0.png" size="2283204" user="diehl" version="1"
META FILEATTACHMENT attachment="Calibration_loop.png" attr="" comment="Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants" date="1352472061" name="Calibration_loop.png" path="Calibration_loop.png" size="242253" user="diehl" version="1"

Revision 142012-11-09 - EdwardDiehl

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META TOPICPARENT name="WebHome"
AtlasPublicTopicHeader.png
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  • muon-TDC-spectrum.png:
    muon-TDC-spectrum.png
Added:
>
>
  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012:
    ntuple_latency_vs_time.png

  • Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date:
    processing_vs_creation.png

  • Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261:
    splitter_dqmf_plots.png

  • Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012:
    DriftTubeDeltaT0.png

  • Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants:
    Calibration_loop.png
 
META FILEATTACHMENT attachment="muon-RT-function.png" attr="" comment="" date="1275650444" name="muon-RT-function.png" path="muon-RT-function.png" size="82205" stream="muon-RT-function.png" tmpFilename="/usr/tmp/CGItemp39286" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0-global-offset.png" attr="" comment="" date="1275650460" name="muon-T0-global-offset.png" path="muon-T0-global-offset.png" size="153804" stream="muon-T0-global-offset.png" tmpFilename="/usr/tmp/CGItemp39202" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-T0diff-2010-2009.png" attr="" comment="" date="1275650473" name="muon-T0diff-2010-2009.png" path="muon-T0diff-2010-2009.png" size="99354" stream="muon-T0diff-2010-2009.png" tmpFilename="/usr/tmp/CGItemp39225" user="kortner" version="1"
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META FILEATTACHMENT attachment="muon-segment-hit-residual-radius.png" attr="" comment="" date="1275650674" name="muon-segment-hit-residual-radius.png" path="muon-segment-hit-residual-radius.png" size="293104" stream="muon-segment-hit-residual-radius.png" tmpFilename="/usr/tmp/CGItemp39290" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-segment-hit-resolution.png" attr="" comment="" date="1275650691" name="muon-segment-hit-resolution.png" path="muon-segment-hit-resolution.png" size="209824" stream="muon-segment-hit-resolution.png" tmpFilename="/usr/tmp/CGItemp39337" user="kortner" version="1"
META FILEATTACHMENT attachment="muon-TDC-spectrum.png" attr="" comment="" date="1275651026" name="muon-TDC-spectrum.png" path="muon-TDC-spectrum.png" size="98662" stream="muon-TDC-spectrum.png" tmpFilename="/usr/tmp/CGItemp44020" user="kortner" version="1"
Added:
>
>
META FILEATTACHMENT attachment="ntuple_latency_vs_time.png" attr="" comment="Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012" date="1352471302" name="ntuple_latency_vs_time.png" path="ntuple_latency_vs_time.png" size="165146" user="diehl" version="1"
META FILEATTACHMENT attachment="processing_vs_creation.png" attr="" comment="Distributions of times to create calibration ntuples at the Rome Calibration center for time period 15-Jul-2012 to 10-Oct-2012 vs date" date="1352471519" name="processing_vs_creation.png" path="processing_vs_creation.png" size="329751" user="diehl" version="1"
META FILEATTACHMENT attachment="splitter_dqmf_plots.png" attr="" comment="Example of MDT DQMF plots from produced with calibration stream on a calibration splitter for chamber BIL1A01, for run 208261" date="1352471652" name="splitter_dqmf_plots.png" path="splitter_dqmf_plots.png" size="2501006" user="diehl" version="1"
META FILEATTACHMENT attachment="DriftTubeDeltaT0.png" attr="" comment="Difference of T0s (T0 - initial T0) averaged over all MDT chambers for calibrations performed from April 8 2012 to Oct 15 2012" date="1352471928" name="DriftTubeDeltaT0.png" path="DriftTubeDeltaT0.png" size="2283204" user="diehl" version="1"
META FILEATTACHMENT attachment="Calibration_loop.png" attr="" comment="Diagram of ATLAS MDT calibration loop from the formation of the calibration stream in the level-2 trigger processors, transfer of calibration stream to calibration centers, ntuple creation and calibrations at calib centers, and loading of COOL DB with calibration constants" date="1352472061" name="Calibration_loop.png" path="Calibration_loop.png" size="242253" user="diehl" version="1"

Revision 132012-09-10 - JunWakabayashi

Line: 1 to 1
 
META TOPICPARENT name="WebHome"
AtlasPublicTopicHeader.png
Line: 22 to 22
 
MDT drift tube spatial resolution Plots, more info;ATLAS-PLOT-MUON-2011-006 16 Nov 2011
RPC time resolution after off-line calibration in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
Added:
>
>
TGC alignment in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-004 3 May 2012
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 122012-03-10 - GabrieleChiodini

Line: 1 to 1
 
META TOPICPARENT name="WebHome"
AtlasPublicTopicHeader.png
Line: 20 to 20
 
Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 19 Sep 2011
RPC Cavern Background measurements Plots, more info;ATLAS-PLOT-MUON-2011-005 5 Oct 2011
MDT drift tube spatial resolution Plots, more info;ATLAS-PLOT-MUON-2011-006 16 Nov 2011
Added:
>
>
RPC time resolution after off-line calibration in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
RPC efficiency, coverage, and timing in 2011 data Plots, more info;ATLAS-PLOT-MUON-2012-001 8 Mar 2012
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 112011-11-16 - FabrizioPetrucci

Line: 1 to 1
 
META TOPICPARENT name="WebHome"
AtlasPublicTopicHeader.png
Line: 16 to 16
 

Figures

Title Plots and more info Date
Performance of the muon alignment system in 2011 data (release 16) Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
Changed:
<
<
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
>
>
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
 
Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 19 Sep 2011
RPC Cavern Background measurements Plots, more info;ATLAS-PLOT-MUON-2011-005 5 Oct 2011
Changed:
<
<
>
>
MDT drift tube spatial resolution Plots, more info;ATLAS-PLOT-MUON-2011-006 16 Nov 2011
 

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png

Revision 102011-10-17 - MarcelloBindi

Line: 1 to 1
 
META TOPICPARENT name="WebHome"
AtlasPublicTopicHeader.png
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Performance of the muon alignment system in 2011 data (release 16) Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 19 Sep 2011
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Performance of the muon alignment system in 2011 data Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
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Performance of the muon alignment system in 2011 data (release 16) Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
 
MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
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Performance of the muon alignment system in 2011 data (release 17) Plots, more info;ATLAS-PLOT-MUON-2011-003 19 Sep 2011
 

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Please do not add figures on your own. Contact the responsible project leader in case of questions and/or suggestions.
 
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Title Plots and more info Date
Performance of the muon alignment system in 2011 data Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
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MDT calibrations in 2010 and early 2011 data taking periods Plots, more info;ATLAS-PLOT-MUON-2011-002 15 June 2011
 

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A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
 
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...
Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
 

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Performance of the muon alignment system in 2011 data Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
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Performance of the muon alignment system in 2011 data Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
 

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Performance of the muon alignment system in 2011 data Plots, more info;ATL-COM-PHYS-2011-460 05 May 2011
 
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Fig. 1: Drift time spectrum in the ATLAS MDT chambers.
muon-TDC-spectrum.png
Fig. 2: Space time relationship of the ATLAS MDT chambers.
muon-RT-function.png
Fig. 3: Occupancy in the MDT chambers in beam splash events.
muon-occupancy.png
Fig. 4: Raw TDC spectra for beams 1 and 2 in splash events.
muon-rawT0.png
Fig. 5: Comparison of the MDT chamber t0s obtained for beams 1 and 2 in splash events.
muon-T0diff-beam2-beam1.png
 
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Fig. 6: Comparison of the MDT chamber t0s obtained with beam splash events in 2009 and 2010.
muon-T0diff-2010-2009.png
Fig. 7: Maximum MDT drift time as measured by the gas monitor chamber as a function of the time.
muon-Tmax-monitor.png
Fig. 8: MDT chamber t0s obtained from segment fits using the beam spash t0 constants.
muon-T0-global-offset.png
Fig. 9: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 900 GeV.
muon-segment-hit-resolution.png
Fig. 10: MDT segment residuals with beam splash t0s. The hit under consideration is excluded from the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual.png
Fig. 11: MDT segment residuals with beam splash t0s as a function of the distance of the reconstructed segment from the anode wire of the tube under consideration. The hit under consideration is included in the segment fit. The fitted curve is a double Gaussian function. Centre-of-mass energy: 7 TeV.
muon-segment-hit-residual-radius.png
 

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Introduction

Approved plots that can be shown by ATLAS speakers at conferences and similar events.
Please do not add figures on your own. Contact the responsible project leader in case of questions and/or suggestions.

Figures

A clear-cut description of the figure on the right hand side. Link to figure, or direct upload to TWiki. Please provide a png (or gif, jpg) and an eps version. Do not forget the "ATLAS preliminary" label on the plot.
... ...

Links

<!--***********************************************************-->
<!--Do NOT remove the remaining lines, but add requested info as appropriate-->
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<!--Please add the name of someone who is responsible for this page so that he/she can be contacted if changes are needed.
The creator's name will be added by default, but this can be replaced if appropriate.
Put the name first, without dashes.-->
Responsible: Project leaders
<!--Once this page has been reviewed, please add the name and the date e.g. StephenHaywood - 31 Oct 2006 -->
Last reviewed by: Never reviewed
 
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