The ability to provide fast muon triggering and efficient offline muon identification is an essential feature of the LHCb experiment. The muon detector is required to have a high efficiency over a large area and an appropriate time resolution to identify the bunch crossing for level–0 triggers. The LHCb muon detector consists of five stations equipped with 1368 Multi Wire Proportional Chambers and 12 Gas Electron Multiplier chambers. The technical design of the chambers is briefly presented and the Quality Control procedures during the various construction steps are described. The method developed for gas gain uniformity measurement is also described together with the results on efficiency of detectors fully equipped with the front–end elec...
Abstract The muon detector of the LHCb experiment consists of five tracking stations placed along ...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
The ability to provide fast muon triggering and efficient offline muon identification is an essentia...
The ability to provide fast muon triggering and efficient offline muon identification is an essentia...
The LHCb muon detector, part of the first LHCb trigger level (L0), has been built to provide a fast ...
In this paper is described the LHCb muon detector, which plays a fundamental role in the Level-0 (L0...
The LHCb Muon detector, being part of the first trigger level (L0), has been optimized in order to p...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
We present the detector design and performance of the LHCb Muon System. In order to fulfill the requ...
The work of this thesis practically opened three fronts of the LHCb muon system : the development of...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
Abstract The muon detector of the LHCb experiment consists of five tracking stations placed along ...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
The ability to provide fast muon triggering and efficient offline muon identification is an essentia...
The ability to provide fast muon triggering and efficient offline muon identification is an essentia...
The LHCb muon detector, part of the first LHCb trigger level (L0), has been built to provide a fast ...
In this paper is described the LHCb muon detector, which plays a fundamental role in the Level-0 (L0...
The LHCb Muon detector, being part of the first trigger level (L0), has been optimized in order to p...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
The muon detector of the LHCb experiment consists of five tracking stations placed along the beam ax...
We present the detector design and performance of the LHCb Muon System. In order to fulfill the requ...
The work of this thesis practically opened three fronts of the LHCb muon system : the development of...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
Abstract The muon detector of the LHCb experiment consists of five tracking stations placed along ...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...
The LHCb muon system will use Multi-Wire Proportional Chambers (MWPC) in all regions with a particle...