'Particle collisions' diaporamas de présentation

Cheryl M. Lam Advisor: Mark A. Cappelli Stanford Plasma Physics Laboratory

AXIAL-AZIMUTHAL HYBRID FLUID-PIC SIMULATIONS OF COHERENT FLUCTUATION-DRIVEN ELECTRON TRANSPORT IN A HALL THRUSTER. Cheryl M. Lam Advisor: Mark A. Cappelli Stanford Plasma Physics Laboratory Mechanical Engineering Department Dissertation Proposal Meeting December 20, 2013.

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Dark Matter, Black Holes, and the Search for Extra Dimensions

Dark Matter, Black Holes, and the Search for Extra Dimensions. Jonathan Feng Department of Physics and Astronomy Physical Sciences Breakfast Lecture Series 27 January 2004. Physical Sciences. Mathematics. Physics and Astronomy. Chemistry. Earth System Science. Particle Physics.

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Lavezzo V., Soldati A.

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IGCSE Chemistry

IGCSE Chemistry. Rates of Reactions Teacher Version. What is a rate?. Rate measures how fast or slow a chemical reaction occurs Who cares about rates of reactions? Chemical engineers must know how long a reaction takes and how much product is produced Chemical reactions in fireworks

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Kinetic Theory

Kinetic Theory. - explains the effects of temperature and pressure on matter. Kinetic Theory. 1.) All matter is composed of small particles. 2.) These particles are in constant motion. Kinetic Theory.

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The Large Hadron Collider

The Large Hadron Collider. is the world's largest and highest-energy particle accelerator. What is it, LHC?. The LHC lies in a tunnel 27 kilometres (17 mi) in circumference, as much as 175 metres (574 ft) beneath the Franco-Swiss border near Geneva, Switzerland. When the project began?.

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Statistical Data Analysis: Lecture 4

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Anatomy of Accelerators

Anatomy of Accelerators. Marty Peters Summer 2006. Linear Accelerators. The 3 km long linear accelerator at Stanford. Photo: Stanford Linear Accelerator Center. Source: http://nobelprize.org/physics. Fermi National Accelerator Laboratory.

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The Composition of the Atmosphere

The Composition of the Atmosphere. Dry Atmosphere at Sea Level (% by Volume). Nitrogen 78.084 Oxygen 20.948 Argon 0.934 Carbon dioxide 0.033 (increasing yearly) Neon 0.00182 Hydrogen 0.0010 Helium0.0052 Methane 0.0002* Krypton 0.0001 Xenon 0.000008 Carbon monoxide, ozone, ammonia,

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The Conservation of Momentum Section 9.2

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Particle Accelerators inside Spinning Black Hole

Particle Accelerators inside Spinning Black Hole. Chih-Ching Chen 2010/03/24. Ref. 0909.0169 Kerr Black Holes as Particle Accelerators to Arbitrarily High Energy 0911.2243 Comment on "Kerr Black Holes as Particle Accelerators to Arbitrarily High Energy"

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Temperature and particle collisions

Temperature and particle collisions. The effect of temperature on rate. Concentration and particle collisions. The effect of concentration on rate.

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