| Lastname | Firstname | Title | Abstract |
| Baublis | Victor | CBM MUCH option based on corridor track matching method | Results on simulation of a simplified option of muon identification system for CBM experiment are presented. The system includes only 5 XY coordinate detectors and their resolution does not exceed 1 mm. It is shown a reasonable performance of proposed muon system for J/Psi and low mass vector mesons identification. |
| Iouri | Vassiliev | Vector meson (mu+ mu- pairs) simulations with CBM Much detector | A new way to reconstruct and identify with CBM Much detector vector mesons decaying to di-muons pairs describes in this presentation. An efficient tracking algorithm based on Kalman filter, allows significantly reduce background, produced mainly by pions, kaons and protons. |
| Kharlov | Yuri | "Concepts of calorimeter applications for electron and muon identification" | Calorimeters can identify different kinds of particles according to several criteria, among them are the total deposited energy, transverse and longitudinal shower profiles. These criteria, along with external tracking system, allow to distinguish electrons, hadrons and muons. Principles of transversly and longitudinally segmented sampling calorimeter system with scintillator as an active volume, are discussed in the context of integration within the CBM muon detector. |
| Malakhov | Alexander | An Experiment to Search Cumulative Muon Pairs. | Investigation of muon pairs production beyond the nucleon-nucleon kinematic is discussed. It is very important for understanding of the nature of nuclear cumulative effect. Results of a JINR experiment on this problem are presented. |
| Morsch | Andreas | Muon Identification in ALICE | |
| Nikulin | Vladimir | Comments on the MUCH detector options | Several options for the MUCH detector system are discussed: the advantages and drawbacks of CPC, micromegas, GEM and scintillator. The first attempt of the occupancy estimations together with the required granularity limitations are presented. The influence of the angular distributions on the achievable spatial resolutions and occupancy is presented. The approaches to the front-end electronics requirements are discussed. |
| Samsonov | Vladimir | Participation on discussion detector technologies, Muon proposal | |
| Schaetzel | Sebastian | The CALICE Calorimeters for the ILC | The CALICE Collaboration develops calorimeters for a linear electron positron collider up to 1 TeV. The calorimeters are optimised for high granularity to allow best exploitation of particle flow algorithms. One concept is build around 3x3 cm2 scintillator tiles read out in situ with small novel silicon photomultipliers. Prototypes of the calorimeters are currently being operated in electron and hadron test beams at DESY and CERN. I will report on the design principles behind the concepts, on operational experience and on first results. Details about CALICE can be found at the following web site: http://polywww.in2p3.fr/activites/physique/flc/calice.html |
| Schmidt | Burkhard | Muon Identification in LHCb | Brief description of the LHCb detector with special emaphasis on its muon system. Discussion of muon detector requirements and technologies (MWPC and GEM). Performance results will be shown based on testbeam and simulation studies. |
| Shahoyan | Ruben | Muon detection in NA60 experiment | The principles of NA60 (CERN,SPS) experiment operation will be presented with the emphasis on the muon detection and track matching before and after the absorber. The methods of background evaluation will be discussed |
| Singh | Bhartendu Kumar | Micropattern detectors and their possible applications | some recent development |
| Zaitsev | Yuri | The Muon Detector of the HERA-B Experiment | The muon detector or the HERA-B experiment at DESY was a gaseous detector that provided muon identification in a high-rate invironment in the momentum range from 5 up to 100 GeV/c and triggering muon pair from J/psi decay. Three different chamber types were employed for opperation. The overall design, performance and some physics results are discussed. |
Number of contributions: 12