[PDF] Top 20 Drift Chambers Simulations in BM@N Experiment
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Drift Chambers Simulations in BM@N Experiment
... the experiment setup to measure the centrality of the nucleus-nucleus collisions as well as to form a trigger signal based on the properties of the deposited energy ... See full document
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Sans Merce, Marta (2001): Development of drift chambers and physics simulations for the COMPASS experiment. Dissertation, LMU München: Fakultät für Physik
... The assembly method plays a very important role for the precision of the chamber, for the speed of the mass production, for the size of the production area and the costs. The errors in precision inside the plane had to ... See full document
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Search for η-mesic nuclei in the SRC/BM@N experiment at the Nuclotron
... In order to reconstruct the beam direction and monitor the beam position, multiwire pro- portional chambers (MWPCs) located right after the last quadrupole lens were used. The 30 cm long liquid hydrogen target and ... See full document
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The BmnRoot framework for experimental data processing in the BM@N experiment at NICA
... the experiment is wide, it requires a high precision level when extracting characteristics of particles produced in heavy-ion ...requirement, BM@N is constructed as a set of different sub-detector ... See full document
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The fixed target experiment for studies of baryonic matter at the Nuclotron (BM@N)
... the experiment is shown in fig. 4. The experiment combines high precision track measurements with time-of-flight information for particle identification and total energy measurements for the analysis of the ... See full document
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The Unified Database for BM@N experiment data handling
... the BM@N is constructed as a set of different types of ...The BM@N setup divides detectors into inner tracker, such as Silicon detectors and GEMs, and outer tracker, such as Drift ... See full document
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Study of the GEM detector performance in BM@N experiment
... two chambers the Lorentz shift value exceeds the average shift by factors ...these chambers. That leads to an enlargement of the drift gap due to gas flow, which in turn leads to an increase of the ... See full document
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First glance at the tracking detectors data collected in the first BM@N SRC run
... last BM@N data taking period took place in spring ...The BM@N setup at the Nuclotron is a unique place for SRC studies as it allows performing of the residual nucleus for the first ...The ... See full document
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BM@N and MPD experiments at NICA
... bers (98000 channels in total) located at the both end faces. As an alternative read out technology for an upgraded TPC version GEM detectors are considered. For the midrapidity tracks the TPC will provide up to 53 ... See full document
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Lambda polarization feasibility study at BM@N
... A sketch of the proposed experimental setup is shown in figure 1. It combines high precision track measurements with time-of-flight information for par- ticle identification and total energy measurements for event ... See full document
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Study of the Efficiency and Resolution of the New sMDT Chambers at the ATLAS Experiment
... side, drift tubes do not always work as they should, and there are times when Athena expects a certain tube on a track to register a physical particle hit, but in reality there were no measured hits on that ... See full document
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Performance of the BM@N GEM/CSC tracking system at the Nuclotron beam
... the BM@N experimental setup is shown in Fig. 1. The experiment combines high-precision track measurements with the time-of-flight information for particle identifica- tion and calorimetry for the ... See full document
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The Community Rating System: Assessing Indicators of Community Participation, A Dasymetric and Sovi Approach
... CLAS drift chamber system supports path reconstruction with 2-mrad an- gular precision (polar and azimuthal) and δp/p ≤ ...using drift chambers for momentum determination is ...1 drift ... See full document
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Status of the NICA project at JINR
... The BM@N setup includes: the existing wide aperture dipole magnet; a tracking system consisting of 12 planes of high resolution gem chambers (GEM) and 8 planes of drift chambers (DCH); ... See full document
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Analysis of the experimental data measured by BM@N drift chambers
... these drift times to the distances of the closest approach (DCA) of tracks to the anode wires, a radius-time calibration curve must be ...the drift time ... See full document
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Tracking system performance of the BM@N experiment
... using simulations of electron shower propagation in a gaseous medium under electric field ...[5]. Simulations were confirmed by laboratory tests ...the BM@N experiment was performed ... See full document
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Event reconstruction in the BM@N experiment
... These simulations use geometry characteristics of the GEM detector (distances between amplifying gaps), magnitude and orientation of electric and magnetic fields inside the gaps, composition of gas mixture as ... See full document
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Hyperons at the BM@N experiment: first results
... the BM@N setup is shown in Fig. 2. The detailed description of the BM@N geometry can be found in ...on drift chambers (DCH) and cathode strip chambers (CSC), ... See full document
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Drift chambers in BM@N Experiment
... transverse planes and therefore subtracted from all the ϕ xz angles in 3 employed to estimate the beam momentum p . The final value of deuteron momentum is thus 8 . 4 ± 0 . 1 GeV / c which is somewhat lower than nominal ... See full document
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Simulation of the GEM detector for BM@N experiment
... The BM@N central tracking system is comprised of GEM chambers with two-coordinate micro-strip readout [4]. Each GEM chamber registers the ionization trail left by charged particle in the sensitive ... See full document
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