PPT-Simulation Study of Muon Scattering For Tomography Reconstruction
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Simulation Study of Muon Scattering For Tomography Reconstruction D Mitra A Banerjee S White S Waweru R Hoch K Gnanvo M Hohlmann Florida Institute of Technology
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Simulation Study of Muon Scattering For Tomography Reconstruction: Transcript
Simulation Study of Muon Scattering For Tomography Reconstruction D Mitra A Banerjee S White S Waweru R Hoch K Gnanvo M Hohlmann Florida Institute of Technology 10272009 1 IEEE NSSMIC 2009 Orlando FL. Wishlist. ”. V. Blackmore. CM38. 23rd February 2014. 1/11. Purpose of this talk.... Review the topics we’re looking at in the context of Step IV, V and VI.. Review which topics are covered (or not covered.). V. Blackmore. CM38. 23rd February 2014. 1/14. Purpose of this talk.... You will hear about. Our (physics) readiness for carrying out Step IV. Our (physics) preparations for Step V or Step VI. This talk is what you . Non-scanning CT (computerized tomography). Standard CT system. CT(computerized tomography) creates 3D views of what is inside. General medical imaging technique to look inside of a patient’ body. Background. The objective of this project is to apply the Finite Element Modeling technique in COMSOL . Multiphysics. to create computational simulations that mimic real-world environmental situations. This study examines numerous simulations of many real-world scenarios. Parametric modeling and testing of hypothetical situations using the following properties; frequency, depth of landmines, shape of objects, profile of subsurface, soil composition, and boundary conditions were conducted in COMSOL . MINERvA. Kevin McFarland. University of Rochester. NuINT11, Dehradun. 8 March 2011. ν. Goddess′. μ. To India . via. Indiana. Thank you to the organizers . for their efforts to allow me to attend . Scattering. . of. sound. Point . spread. . function. Medt8007 . 2015. Tonni Franke Johansen. Hans Torp. Outline. Scattering. . of. single . sphere. (. Cobbold. . ch. 5.1-5.3). Scattering. . from a . Introduction. Spiral Cone-beam CT. Interior Tomography. Multi-scale CT. Work in Progress. Integrated Biomedical . Research Program. 3 . Medical Schools. 1 Vet-Med College. 10 . Institutes/Centers. 51 Faculty (17 Primary). Smoke and Fog. What is Ray Tracing?. Recall from Day 1: Computer Graphics is the inverse of Computer Vision, Kajiya Equation. Given 3D data, figure out the 2D image with cameras and lighting. Ray tracing is an alternative solution to the fixed-function/GLSL pipeline (mostly). Background. Extremely important diagnostic tool – eliminates need for “exploratory surgery”. X-Ray Computed Tomography (CT). 3 Steps. Injection of radio-opaque dye (iodine). Acquisition and 3D reconstruction of 2D images. M. . . Bruzzi. 1,2. , D. Bonanno. 3. , M. Brianzi. 2. , M. Carpinelli. 4,9. , G.A.P. Cirrone. 5. , C. Civinini. 2. , G. Cuttone. 5. , D. Lo Presti. 3,8. ,G. Maccioni. 4. ,. S. . . Pallotta. 2,7,8. 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 . The Beijing Electron Positron Collider II BEPCII the upgrade of BEPC is a multi-bunch ee- collider that is scheduled to provide collisions in 2007 The BESIII 1 is a general-purpose detector being buil MINERvA. Experiment. Tammy Walton. New Perspectives Meeting. Hampton University. June 10-11, 2013 . 1. Outline. Motivation. Overview of the Analysis. Conclusions. 2. 3. n. m. n. m. J.A. Formaggio and G.P. Zeller, Rev. Mod. Phys. 84, 1307-1341, 2012. Why study the anomalous magnetic moment of the muon?. Because, is one of the most precisely measured quantities in particle physics.. It put severe limits in deviations from the Standard Model and opens a window .
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