'Collision rate' diaporamas de présentation

Triggering CMS

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High Level Triggering

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Kinetic Theory for Gases and Plasmas: Lecture 2: Plasma Kinetics

Kinetic Theory for Gases and Plasmas: Lecture 2: Plasma Kinetics. Russel Caflisch IPAM Mathematics Department, UCLA. Review of First Lecture. Velocity distribution function Molecular chaos Boltzmann equation H-theorem (entropy) Maxwellian equilibrium Fluid dynamic limit DSMC

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24. Electric Current

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C hallenges with decay vertex detection in CBM using an ultra-thin pixel detector system

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Multiscale Methods for Coulomb Collisions in Plasmas

Multiscale Methods for Coulomb Collisions in Plasmas. Russel Caflisch IPAM Mathematics Department, UCLA. Collaborators. UCLA Richard Wang Yanghong Huang Livermore Labs Andris Dimits Bruce Cohen U Ferrarra Lorenzo Pareschi Giacomo Dimarco. Outline. Coulomb collision in plasmas

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Chapter 12: Kinetics; Outline 1. Introduction ?

Chapter 12: Kinetics; Outline 1. Introduction ? 2. macroscopic determination of rate (experimental) define rate ? define rate law, rate constant, reaction order ? rate determination via expt: initial rate ? integrated rate laws ? first order; half-lives ? second order; half-lives ?

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Update on background conditions in ALICE

A. Alici (Centro Fermi,INFN Bologna) , A. Di Mauro (CERN) LBS, 18/06/12. Update on background conditions in ALICE. ALICE vacuum layout. A. C. A side. 70 m 69.7 m. VGPB.623.4L2. VGI.500.4L2. 120m. C side. 70 m 69.7 m. VGPB.623.4R2. VGI.500.4R2. 120m. 17/05/2012. 2.

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accelerator centers worldwide

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Adaptive Fair Channel Allocation for QoS Enhancement in IEEE 802.11 WLANs

Adaptive Fair Channel Allocation for QoS Enhancement in IEEE 802.11 WLANs. Mohammad Malli Qiang Ni, Thierry Turletti, Chadi Barakat PLANETE group, INRIA Sophia-Antipolis. Outline. Introduction : MAC methods Motivation : limitations of EDCF Our scheme: Adaptive Fair EDCF

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Multiple Aggregations over Data Stream

Multiple Aggregations over Data Stream. Rui Zhang, Nick Koudas, Beng Chin Ooi Divesh Srivastava. SIGMOD 2005. Outline. Introduction to Giga-Scope DSMS Multiple Aggregations Problem The proposed approach - choice of phantoms - space allocation problem Conclusion. Giga-Scope.

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Automation Experience At THE RELATIVISTIC HEAVY ION COLLIDER

Christopher Zimmer Brookhaven National Laboratory, Upton, NY USA. Automation Experience At THE RELATIVISTIC HEAVY ION COLLIDER. Outline. -Overview of the RHIC complex -Examples of automation types -Need for automation -Reasons why our methods of automation have been successful

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20 B Week VI Chapters 18 Chemical Kinetics

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State Route 246 & Purisima Road Safety Improvement Project Paul Valadao, Caltrans District 5 April 22, 2009

State Route 246 & Purisima Road Safety Improvement Project Paul Valadao, Caltrans District 5 April 22, 2009 Lompoc City Hall. Purisima Project Purpose, Need, and Status. State Route 246 & Purisima Road Safety Improvement Project.

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Maxwell-Boltzmann Distribution Physical interpretation

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THOMAS ROAD STREETSCAPE 73 RD STREET TO HAYDEN ROAD PROJECT NO. T0606

THOMAS ROAD STREETSCAPE 73 RD STREET TO HAYDEN ROAD PROJECT NO. T0606. City of Scottsdale. PURPOSE. Provide connectivity and improved safety for bicyclists and pedestrians Enhance aesthetics by providing landscaping and public art components. PROPOSED IMPROVEMENTS.

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Minuit vertex finder recent development

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Pressure

Pressure. LO: explain how the pressure of a gas depends on the motion of its particles use the equation P/T = constant for a gas in a sealed container. Starter. How do you define gas pressure? What causes a balloon to pop?. Pressure and particles. What causes pressure in gases?.

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Protection of ALICE against head on collisions Introduction

Protection of ALICE against head on collisions Introduction. A. Di M auro (CERN) MPP meeting, 16/05/2014. ALICE requirements for RUN2. Physics Minimum bias ~ 2?10 29 Hz/cm 2 (rate ~ 15 kHz) If bkgd rate >> collision rate ? MB ~ 2 ? 10 30 Hz/cm 2

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Constraints on Nuclear Fusion Reactions

Constraints on Nuclear Fusion Reactions. Binary reactions dominate Energy Conservation (Energy release) Charge conservation (d= 2 H nucleus) pp ? d+e + +Energy +?? Angular momentum conservation Proton, electron spin = (1/2)[h/(2?)] Deuteron spin = h/(2?) Neutrino predicted by E.Fermi

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