'Energy deposition' diaporamas de présentation

Updates on requirements from previous TF meetings

Geant4 Technical Forum September 29 th , 2009 J. Apostolakis, M. Asai (SLAC) on behalf of Geant4 collaboration. Updates on requirements from previous TF meetings. p1. Outline and links. Outline Update on requirements for which the status has recently changed

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Use of Instrumentation in a Radiological Environment Christine Darve For the ASP2012

Use of Instrumentation in a Radiological Environment Christine Darve For the ASP2012. Headlines:. Instrumentation Identification Requirements Installation techniques Radiological Environment LHC measurements and Process. Instrumentation.

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Diagnostic Radiology IV

Diagnostic Radiology IV Factors affecting x-ray emission Power ratings and heat loading Factors affecting x-ray emission Output of an x-ray tube described by the terms quality, quantity and exposure Quality describes penetrability of an x-ray beam

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MCNPX Models and Applications Hadronic Shower Simulation Workshop

MCNPX Models and Applications Hadronic Shower Simulation Workshop. Laurie Waters J. W. Durkee, J. S. Hendricks, M. R. James, G. W. McKinney, D. B. Pelowitz, Los Alamos National Laboratory Los Alamos, NM F. X. Gallmeier Oak Ridge National Laboratory Oak Ridge, TN

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Geant4 Radiation Analysis for Space GRAS

Geant4 Radiation Analysis for Space GRAS . G.Santin 1 , V.Ivanchenko 2 , R.Lindberg 1 , H.Evans 1 , P. Nieminen 1 , E.Daly 1 1 Space Environments and Effects Analysis Section, ESA/ESTEC 2 PH SFT, CERN Geant4 Space Users Workshop Leuven, 5 Oct 2005. Outline. Motivation

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Early Work on Acoustic Detection of Neutrinos

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Scoring II

Geant4 v8.2p01. Scoring II. Makoto Asai (SLAC) Geant4 Tutorial Course. Contents. Sensitive detector and hit Hit class Sensitive detector class Touchable Use of G4HCofThisEvent class. Sensitive detector and hit. Sensitive detector and Hit.

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Monitoring p-p collision rates at LHC

Monitoring p-p collision rates at LHC. Monitoring p-p collision rates at LHC. E. Bravin CERN AB-BI. Many inputs from LBNL - US-LARP. Introduction. The aim of LHC is to produce collisions inside the 4 detectors: ATLAS , ALICE , CMS and LHC-b

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Detection of muons at 150 GeV/c and absolute energy calibration of a CMS Preshower Prototype

Detection of muons at 150 GeV/c and absolute energy calibration of a CMS Preshower Prototype. Panagiotis Kokkas Univ. of Ioannina On behalf of the CMS ECAL Collaboration IPRD06 10 th Topical Seminar on Innovative Particle and Radiation Detectors 1-5 October 2006 Siena, Italy.

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Computer Simulation for Emission Tomography: Geant4 and GATE

Computer Simulation for Emission Tomography: Geant4 and GATE. Xiao Han Aug. 2006. Outline. Introduction Geant4 GATE Conclusion. Introduction. Computer simulation is a necessary step in designing modern emission tomography instruments Evaluation of simulation packages

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Computer modeling of radiation effects

Computer modeling of radiation effects . 20th International CODATA Conference 25 October 2006, Beijing. Noriyuki B. Ouchi and Kimiaki Saito Radiation Effects Analysis Research Group, Nuclear Science and Engineering Directorate, J apan A tomic E nergy A gency. Table of Contents.

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Physics validation meeting W. Pokorski / CERN

Physics validation meeting W. Pokorski / CERN. Simulation Application for the LHC b Experiment. Physics validation. comparison to the test-beam data validation of Rayleigh scattering, Cherenkov radiation, photoelectric effect, energy loss in the Silicon for RICH detectors

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Detector Characteristics

Detector Characteristics. Detector Details. Vital Statistics. Overall detector area: 6.4 cm by 6.4 cm Wafer thickness: 400 m m Silicon: n-type substrate, p-type strips Large substrate resistivity: 5-8 k W Number of strips: 320 Strip pitch: 194 m m Strip width: 50 m m

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Search for rare decays of W bosons

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HEDLP FESAC Subpanel Workshop Washington, DC 25-27 August 2008

Creating warm and hot dense matter. Hot Dense Matter (implosion core). Hot Dense Matter (isochoric heating). HEDLP FESAC Subpanel Workshop Washington, DC 25-27 August 2008. S. P. Regan University of Rochester Laboratory for Laser Energetics. Summary.

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Plot Approval

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LS-DYNA

Target: repetition rate = 50 Hz; beam energy = 6 GeV; beam radius = target radius; beam offset = 0.5*target radius; 3 x 2 ns long bunches; pulse length = 20 ? s (2cm x 17cm), 25 ? s (3cm x 20cm); energy deposition = MARS. Wire: 0.5 mm diameter, 3 cm long;

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Exercise 10: Lattice

Exercise 10: Lattice. Beginners FLUKA Course. Exercise 10: Lattice. create a folder called ex8, download the solution of ex5 (only ex5.inp ) from the website, rename it to ex10.inp and open in flair

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Use of Neural Networks to find Evidence of

Extra Dimensions of Spacetime. Use of Neural Networks to find Evidence of. David M. Nisson Sponsor, Dr. John Conway. Department of Physics University of California, Davis, 95616 .

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