PPT-Multiple Scattering

CM34 RAL Timothy Carlisle 1 Intro MICE performance predicted using the cooling formula CF G4MICE CF see prev CMs Simulation disagrees with CF by up to 20 MS calc typically approx . plewis@geog.ucl.ac.uk. . GEOGG141/ GEOG3051. Principles & Practice of Remote Sensing (PPRS). Radiative Transfer Theory at . o. ptical wavelengths applied to vegetation canopies: part . 2. Dr. Mathias (Mat) Disney. 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 . Particle Detection:. Part 2. Overview. Lecture 1:. Concepts of particle detection: what can we detect?. Basic design of particle detectors. Energy loss of charged particles in matter: Bethe Bloch formula. . 7 TeV . pp data. T. . . Csörgő. 1,2. , . R. J. . Glauber. 3. , F. . . Nemes. 1. , J. Velasco. 4. 1. Wigner RCP, Budapest, Hungary. 2. KRF, Gyöngyös, Hungary. 3. Harvard University, Cambridge, MA, USA. Nanoparticle. Dispersions”. By. : PD Dr. Wolfgang . Schaertl. Institut für Physikalische Chemie, Universität Mainz, . Welderweg. 11, 55099 Mainz, Germany. schaertl@uni-mainz.de. Parts from the new book of the same title, published by Springer in July 2007. & 24 keV neutrons Subsurface scattering. Model of light transport in translucent materials . Marble, jade, milk, skin. Light penetrates material and exits at different point . Not simple reflection. Light absorbed the further it travels into material. Miao Tian. A.J. Gasiewski . University of Colorado. Department of Electrical Engineering. Center for Environmental Technology . Boulder, CO, USA. Part I: Motivation. Part II: Unified Microwave Radiative Transfer. Principles & Practice of Remote Sensing (PPRS). Radiative Transfer Theory at . o. ptical wavelengths applied to vegetation canopies: part 2. Notes adapted from Prof. P. Lewis . plewis@geog.ucl.ac.uk. . 7 TeV . pp data. T. . . Csörgő. 1,2. , . R. J. . Glauber. 3. , F. . . Nemes. 1. , J. Velasco. 4. 1. Wigner RCP, Budapest, Hungary. 2. KRF, Gyöngyös, Hungary. 3. Harvard University, Cambridge, MA, USA. Simone . Tanelli. , Gerry . Heymsfield. and Lin . Tian. The . Dual Wavelength Ratio knee: . a . signature . of . multiple scattering . in . airborne . K. u. -. K. a. observations. Paper now out in . Boston University. Outline. Thomson Scattering.. Scattering from a collection of electrons.. Coherent Scattering.. Incoherent Scattering.. Plasma waves approach to study the received signal.. Shape of the ion line.. Master Thesis. Andre S. Ferreira. Advisor: Dr. Arthur B. Weglein. November . 15, . 2011. Outline. Introduction and problem. Objectives. Theory. Data processing. Multiple attenuation. Conclusion. Introduction and problem.