PPT-ATLAS EM Calorimeter

Jackson Choate ATLAS Calorimeters The Science Behind It Highenergy electrons and photons lose energy primarily through Bremsstrahlung and pair production respectively Bremsstrahlung and pair production produce more electrons and photons at lower energies. Peilong Wang, Southern Methodist University. For PHYS 5380 Fall 2014. Outline. Physics requirements for the ATLAS . LAr. Calorimeter. Structure of the ATLAS . LAr. Calorimeters. Electromagnetic Calorimeters. Jin Huang. Los Alamos National Lab. Calorimeter defines the inner-R edge of large-angle acceptance. The proposal assumed a 2.5 degree polar angle gap (14.5-17). Calorimeter Group Communications. Jin Huang. Mr. . Dvorsky. SCH 4U1. A calorimeter is an object used for measuring the heat of a chemical reaction or physical change. . Can be as simple as a pair of cups and a thermometer, or as complex as a device attached to the Large Hadron Collider.. τ. Reconstruction . In High Luminosity LHC(HL-LHC. ). With a High Granularity Endcap Calorimeter. A. . Izadi. Rad (Sharif University of Technology, Iran), P. . Tereziu. (Faculty of Natural Sciences, University of Tirana). Jon Butterworth (UCL) for the ATLAS collaboration. First look with a new detector. First look in a new kinematic regime. Soft (-. ish. ) physics and tuning. Hard physics and cross sections. QCD plus…. during Fall . GMp. run. February 24. th. 2016. Alexandre . Camsonne. DVCS setup. Stand has range from 10 to 16 degrees. Z position from 1.5 m to 5.5 m. Carrier about 2 m x 1m. 208 channels of RG 213 signal going in HRS. TileCal. ) at the LHC is used to measure the hadrons produced with polar angles >21. 0 . and the energy deposition of ~20MeV to ~1.3TeV in the detector cells. The total readout channels are ~10K and the required readout dynamic range is 16-bit. The front-end readout electronics of the ATLAS . Roger Rusack – The University of Minnesota. 3/19/14. rusack@physics.umn.edu. 1. Contributing Institutions. 3/19/14. 2. Athens, Beijing, CERN, . Demokritos. , Imperial College, . Iowa, LLR, Minnesota, SINP (Kolkata) & UC Santa Barbara. Hadronic. Final State Reconstruction in Collider Experiments. (Supplement to Part IV: . The ATLAS Calorimeter System). Peter Loch. University of Arizona. Tucson, Arizona. USA. ATLAS: A General Purpose Detector For LHC. by . N.Coyne. McDermott. Central Catholic High School. 2015-2016. Purpose. To find out if Calorie counts posted by two food chains for their most popular sandwiches are correct and how the Calorie counts differ with different methods of Calorie measurement.. cal. /g·°C) to consume the drink?.  . a. Calculate . the energy expended (in . Cal. ) to consume a 12-oz beer (about 355 mL) if the beer is initially at 4.0°C. Assume the drink is mostly water and its density is 1.01 g/. Engine. . Hands. -on Session. Mobile Computing - CNT 5517-5564. Dr. . Sumi. . Helal. Professor . Computer & Information Science & Engineering Department. University of Florida, Gainesville, FL 32611. Richard Pardo. May 16, 2014. ATLAS USERS MEETING: AMS at ATLAS R. Pardo. 1. Outline. Features of ATLAS for AMS. ‘High’ beam energy. Sophisticated detector systems allow unique ‘Z’ ID into A~150 . Poster session. David Hitlin. Caltech. Frontier Detectors for Frontier. Physics. Elba. May 26, 2009. Crystals for Dual-Readout Calorimetry . . Gabriella Gaudio. Measurement of the Detection Efficiency of a Lead-Scintillating Fiber Calorimeter to Neutrons from .