'Particle' diaporamas de présentation

Early LHC Physics

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Lecture 5 Electron Cooling

Lecture 5 Electron Cooling. History, Concept, Demonstrations at Novosibirsk and Fermilab and Emerging Developments Swapan Chattopadhyay, Cockcroft Institute in collaboration with and based on major contributions from Sergei Nagaitsev, Fermilab. Electron cooling.

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Lecture 2. Why BEC is linked with single particle quantum behaviour over macroscopic length scales

http://cua.mit.edu/ketterle_group/. Quantised vortices in 4 He and ultra-cold trapped gases. Interference between separately prepared condensates of ultra-cold atoms. Lecture 2. Why BEC is linked with single particle quantum behaviour over macroscopic length scales.

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Option 1: Particle Physics

Option 1: Particle Physics. REVISION OF RADIOACTIVITY. What is Radioactive Decay? What is Radioactivity?. Radioactive Decay is the disintegration of an unstable nucleus with the emission of one or more types of radiation. Who Discovered Radioactivity?. Becquerel.

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Multiscale Simulations and Modeling of Particulate Flows in Oxycoal Reactors

Multiscale Simulations and Modeling of Particulate Flows in Oxycoal Reactors. Sourabh Apte Department of Mechanical Engineering Funding: DoE National Energy Technology Laboratory A Cihonski, M. Martin, E. Shams, J. Finn. National Energy Technology Lab. .

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Chris Quigg Symposium

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CBER Assessment of Porcine Circovirus in Vaccines

CBER Assessment of Porcine Circovirus in Vaccines. Philip R. Krause, M.D. FDA/CBER/OVRR 7 May 2010. Introduction. Historical Perspective SV40 and polio vaccines EAV in egg-derived vaccines TSE issues and vaccines Use of novel cell substrates for vaccines

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Finite Difference Approximations

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Chapter 9, System of Particles

Chapter 9, System of Particles. Center of Mass Linear Momentum and Conservation Impulse Rocket. Center of Mass for a System of Particles. The center of mass of a body or a system of bodies moves as though all of the mass were concentrated there and all external forces were applied there.

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Three-Dimensional Hydrodynamic Modeling of Sediment Transport in San Francisco Bay Using SUNTANS

Three-Dimensional Hydrodynamic Modeling of Sediment Transport in San Francisco Bay Using SUNTANS. By Yi-Ju Chou Collaborators: Sueann Lee, Vivien Chua, Oliver Fringer, Jeff Koseff, Stephen Monismith Environmental Fluid Mechanics Laboratory Stanford University.

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Lecture 4

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X-ray I maging and S pectroscopy of I ndividual N anoparticles

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Fractal Terrain Generation

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Particle Swarm Optimization (PSO)

Particle Swarm Optimization (PSO). ??????. ??. ?? ????????????????? ?? ???????????????????????????????????????????????????????????????????????????????????????????? ???????? ???????????? ????? ????????. ??????. Food. Global Best Solution. Past Best Solution. ??. ????? ????

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Introduction to Procedural Methods, Particles

Introduction to Procedural Methods, Particles. Glenn G. Chappell CHAPPELLG@member.ams.org U. of Alaska Fairbanks CS 481/681 Lecture Notes Monday, March 22, 2004. Where Are We? [1/2]. So far, we have covered: Organizing a 3-D Scene Drawable objects Tree representations Advanced HSR

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Practical Models of Solar Energetic Particle Transport

ID 86. Practical Models of Solar Energetic Particle Transport. Leon Kocharov Space Research Laboratory University of Turku, Finland http://www.srl.utu.fi Requirements A practical model intends to meet the following requirements:

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Classical Principles of Electromagnetism

Electric ( ) and magnetic field ( ) are caused by electric charges ( e - ) and derive from the same underlying vector field. e. Classical Principles of Electromagnetism. Maxwell Equations s.i . units. Charged particle (charge e , velocity ) in elm field.

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Higgs Boson

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