'Radiation length' diaporamas de présentation

Instrumentation

Instrumentation. Content Introduction Part 1: Passage of particles through matter Charges particles, Photons, Neutrons, Neutrinos Multiple scattering, Cherenkov radiation, Transition radiation, dE/dx

932 views • 55 slides

Instrumentation

Instrumentation. Content Introduction Part 1: Passage of particles through matter Charges particles, Photons, Neutrons, Neutrinos Multiple scattering, Cherenkov radiation, Transition radiation, dE/dx

685 views • 55 slides

Plans & Prospects for W Physics with STAR

Plans & Prospects for W Physics with STAR. Frank Simon, MIT for the STAR Collaboration. Parity Violating Spin Asymmetries at RHIC, BNL, April 27, 2007. Outline . STAR: Present Capabilities W Production and Detection Electron ID in the Calorimeter

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PHENIX results on the anisotropic flow of thermal photons

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F. Bosi - M. Massa INFN-Pisa on behalf of the Super-B SVT Group

463 views • 34 slides

HEP Tel Aviv University

Lumical. R&D progress report. Ronen Ingbir. Lumical - A F uture L inear C ollider detector. HEP Tel Aviv University. Outline. Prague follow up. 1.Phi bias 2. Delta theta 3. Real life approach 4. New selection mechanism. Luminosity study Future steps. Dense design.

489 views • 33 slides

High Energy Gamma Astronomy from space and from ground in the past and the forthcoming decades

High Energy Gamma Astronomy from space and from ground in the past and the forthcoming decades. Patrick Fleury Ecole Polytechnique (France) Caltech Jan 12 -2001. LIGO-G010063-00-R.

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Detector issues in the New Experiment: D. Hertzog

Detector issues in the New Experiment: D. Hertzog. Basic idea of measurement Review method from E821 Sedykh et al, NIM A 455 (2000) 346 Two complementary analysis streams: Q and T Status of new W / SciFi design Some slides from earlier on Electronics implications DAQ Budget. NA 2.

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Semiconductor detectors

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Experimental Particle Physics Particle Interactions and Detectors Lecture 3

Experimental Particle Physics Particle Interactions and Detectors Lecture 3. Interactions and Detectors. Last lecture Ionisation Losses and charged particle detectors This lecture Photon absorption Electromagnetic Showers Hadronic Showers Multiple Scattering. E. E 0. E 0 /e. x. X 0.

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An MPGD Application: Muon Tomography for Detection of Nuclear Contraband

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FMD: Forward multiplicity detectors

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Detector Description - Materials

Detector Description - Materials. http://cern.ch/geant4 The full set of lecture notes of this Geant4 Course is available at http://www.ge.infn.it/geant4/events/nss2003/geant4course.html. Materials. - The System of units & constants - Definition of elements - Materials and mixtures

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Methods of Experimental Particle Physics

Methods of Experimental Particle Physics. Alexei Safonov Lecture #15. Today Lecture. Coming back to detectors: Calorimeters Electromagnetic and Hadronic Calorimeters Particle Flow Next Time: Presentations Dzero Calorimeter CMS Calorimeter More on particle Flow

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PXL Cable Options

PXL Cable Options. LG. Cable Requirements. Provide an electrical readout path for the sensor outputs and control/clock signals from the ten sensors on a ladder to the buffer chips located on end of the ladder.

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Micro Channel Cooling at the GTK

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Common Detector R&D Plan for MeRHIC & MEIC

Common Detector R&D Plan for MeRHIC & MEIC. First ideas for a detector concept. Solenoid (4T). Dipole 3Tm. Dipole 3Tm. FPD. FED. //. //. ZDC. Dipoles needed to have good forward momentum resolution Solenoid no magnetic field @ r ~ 0 DIRC, RICH hadron identification ? p , K, p

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230 views • 10 slides

Radiation Length Distribution Aug 8, 2008 Maki Kurosawa RIKEN

250 views • 10 slides

The SLD Vertex Detector

The SLD Vertex Detector.

85 views • 2 slides