PPT-TGC for Muon Trigger of ATLAS DETECTOR

sLHC PROPOSAL for FRONT END ELECTRONICS Upgrading for Phase 1 122011 1 Nachman Lupu 122011 Nachman Lupu 2 PADS PLANE STRIPS PLANE A CHAMBER HAS 4 GAS VOLUMS IN A SANDWICH EACH GAS VOLUME HAS WIRES. Consequences of climate and disturbance changes for the Carbon feedback in Interior Alaska. Patrick . Endres. , AK . photographics. Genet H., Zhang Y., McGuire A.D., He Y., Johnson K., . D’Amore. D., Zhou X., Bennett A., . F. Marinho. Overview. UED . Model. . reminder. Motivation for . trigger. . studies. Trigger efficiency vs . muon. P. T. Trigger Paths (. Leptonic. & . Hadronic. ). Background. The UED model. All. Nick Barlow. (University of Cambridge). on behalf of the ATLAS collaboration. Contents. Motivation . for searching for long-lived particles.. Very. quick look at a couple of . signal models. .. The ATLAS detector and the 2011 dataset.. Lumi. Blocks. Enrico & . Nicoletta. Lumi. Block (LB). ATLAS data taking runs divided into intervals of time: . Lumi. Blocks. 1 minute long last year. Data events within a LB (should) have been generated with same conditions. S. . Hou. 2014/08/29. Academia Sinica. 2. Muon System. . p. T. measurement : . Monitored Drift Tube (MDT). Cathode Strip Chamber (CSC). Measure deflection by . toroidal. field. Barrel Trigger : . Dr. Matthew . Fike. Department of English. HMXP 102-003. Outline. Epigraph. Structure. Writing in Class. Concepts. Images. What lies beneath. Themes. Parents’ contradictions. The Glass Castle. The Moral. Heavy Neutral Leptons at the SPS. (CERN-SPSC-2013-024 / SPSC-EOI-010. ). On behalf of:. 1. Theoretical motivation. Discovery of the 126 . GeV. Higgs boson .  . Triumph of the Standard Model. . The SM may work successfully up to Planck scale !. Sanghwa Park. (SNU/RIKEN). PHENIX Run12 510GeV . 5 weeks. The first PHYSICS run: March 18. th. The last PHYSICS run: April 18. th. 2012/1. 2012/2. 2012/3. 2012/4. PP200GeV. PP510GeV. MuTRG. -FEE(Front-End-Electronics). Muon. talk #4 on Trigger & Electronics. The speaker (Masaya . Ishino. from ATLAS) has 20 . min, . to cover . 4. . LHC . experiments.. CMS points for . phase-2 . muon. trigger and electronics. Alexei . Safonov. CMS . Muon. Upgrades. CMS Technical Proposal in its part related to . muon. systems lists following:. MEX/1 electronics upgrade (needed to keep up with L1 rate and latency. GE1/1 detector (“early Phase-2” to aid forward . Global Trigger (. AU). , TTC… (CERN). Global . Muon. Trigger (. AU). , Global Calorimeter Trigger (UK). Drift Tube Track Finder (IT,GR,ES), CSC Track Finder (US), . RPC Trigger (IT,PL), Regional Calorimeter Trigger (. Status, Future Activities, and Responsibilities. Andy White. University of Texas at Arlington. Tile Data Preparation Workshop,. September 30, 2013. 9/28/2013. 1. A. White ATLAS TileCal DP Muon Studies. Set Up. , Measurements, and Dry Run Testing. Cooper Wagner. With Ethan . Cannaert. , Ezra Lesser, . Zhe. Yang. Professor Bing Zhou, UM Physics. UM ATLAS Project. UM REU Symposium, August 10, 2017. The ATLAS Precision Muon Detector is made to measure the momentum and positions of high energy muons produced by proton-proton collisions in the LHC. It is the largest experiment at CERN, and uses solenoid and toroidal magnets to generate a 2T-4T magnetic field to measure the muon momentum with . SLAC. Outline. Introduction. Run1, Long Shutdown 1 and beginning of Run 2. A new readout system for the Cathode Strip Chambers (CSC). Limitations of the previous system. The RCE. Commissioning and first results.