Add to ORKGThe ATLAS detector allows for the precise and efficient reconstruction of muons. Muon tracks are reconstructed with 97% efficiency and a momentum resolution about 2% for most of the range and better than 10% for transverse momenta up to 1 TeV/c up to |eta|<2.7. We present methods which allow us to measure the performance of the muon identification during the operation of the ATLAS detector. The muon reconstruction efficiency and the momentum resolution can be determined with muons from Z and J/psi decays. The Z and the J/psi resonance can also be used to refine the magnetic field map
The ATLAS muon reconstruction performance during the LHC run I at $\sqrt(s)= 7$ and 8 TeV was recent...
Muon identification and high momentum measurement accuracy is crucial to fully exploit the physics p...
We present a measurement of the ATLAS muon reconstruction and trigger efficiencies using decay muons...
The ATLAS detector allows for the precise and efficient reconstruction of muons. Muon tracks are rec...
The ATLAS detector allows for the precise and efficient reconstruction of muons. Muon tracks are r...
The ATLAS detector is designed for efficient muon identification and high precision momentum measure...
The measurement of the muon reconstruction efficiency in the ATLAS experiment based on the “tag and ...
The muon spectrometer of the LHC detector ATLAS provides an independent and precise muon track measu...
Muon reconstruction and identification play a fundamental role in many analyses of central importanc...
This poster summarizes the performance of the ATLAS muon reconstruction with the data from pp collis...
We present the muon reconstruction algorithms used in ATLAS during the LHC run-1 and their performan...
Of all detectable Standard Model particles produced through proton-proton collisions at the LHC, muo...
This article documents the performance of the ATLAS muon identification and reconstruction using the...
Muon reconstruction and identification play a fundamental role in many analyses of central importanc...
In Run-2, the ATLAS reconstruction algorithm has been improved and extended compared to the one used...
The ATLAS muon reconstruction performance during the LHC run I at $\sqrt(s)= 7$ and 8 TeV was recent...
Muon identification and high momentum measurement accuracy is crucial to fully exploit the physics p...
We present a measurement of the ATLAS muon reconstruction and trigger efficiencies using decay muons...
The ATLAS detector allows for the precise and efficient reconstruction of muons. Muon tracks are rec...
The ATLAS detector allows for the precise and efficient reconstruction of muons. Muon tracks are r...
The ATLAS detector is designed for efficient muon identification and high precision momentum measure...
The measurement of the muon reconstruction efficiency in the ATLAS experiment based on the “tag and ...
The muon spectrometer of the LHC detector ATLAS provides an independent and precise muon track measu...
Muon reconstruction and identification play a fundamental role in many analyses of central importanc...
This poster summarizes the performance of the ATLAS muon reconstruction with the data from pp collis...
We present the muon reconstruction algorithms used in ATLAS during the LHC run-1 and their performan...
Of all detectable Standard Model particles produced through proton-proton collisions at the LHC, muo...
This article documents the performance of the ATLAS muon identification and reconstruction using the...
Muon reconstruction and identification play a fundamental role in many analyses of central importanc...
In Run-2, the ATLAS reconstruction algorithm has been improved and extended compared to the one used...
The ATLAS muon reconstruction performance during the LHC run I at $\sqrt(s)= 7$ and 8 TeV was recent...
Muon identification and high momentum measurement accuracy is crucial to fully exploit the physics p...
We present a measurement of the ATLAS muon reconstruction and trigger efficiencies using decay muons...