'Line density' diaporamas de présentation

Issues in the Formation and Dissipation of the Electron Cloud Miguel A. Furman, LBNL

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Model Construction

Model Construction. The atmosphere connects the star to the outside world. All energy generated in the star has to pass through the atmosphere which itself usually does not produce additional energy.

493 views • 35 slides

Chapter 17: Electric Forces and Fields

Chapter 17: Electric Forces and Fields. Objectives. Understand the basic properties of electric charge. Differentiate between conductors and insulators. Distinguish between charging by contact, charging by induction, and charging by polarization. Electric Charge.

474 views • 30 slides

Status of the PS2

Status of the PS2. Michael Benedikt for the PS2 Working Group. Contents. Performance requirements Main machine parameters, implementation and geometry RF and lattice design status Machine performance. Performance requirements. Beam brightness for LHC luminosity upgrade:

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Overview of TJ-II experiments

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Electron Clouds in Present and Future High Intensity Hadron Machines

Electron Clouds in Present and Future High Intensity Hadron Machines. Mike Blaskiewicz SNS/BNL Accelerator Physics Thanks to: P.Channell, V.A. Danilov, R. Davidson, W. Fischer, M. Furman, K. Harkay, H.C Hseuh, G. Lambertson, Y.Y. Lee,

332 views • 24 slides

Precision Spectroscopy: some considerations

Precision Spectroscopy: some considerations. S. Deustua STSCI 2014 STSCI Calibration Workshop. Calibrate these spectra!. As you wish. Spectroscopic Measurements. Precision Spectroscopy Requirements depend on the science goals Precision radial velocities ~m/s (cm /s?)

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Automation (21-541)

Automation (21-541). Advanced Manufacturing Laboratory Department of Industrial Engineering Sharif University of Technology Session # 6. Session Schedule. Computer-Aided Design (CAD) Introduction Graphic primitives. 2.

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Lecture 14 - Intabilities I

Lecture 14 - Intabilities I. ACCELERATOR PHYSICS HT14 2013 E. J. N. Wilson. Please refer to the following paper by Karlheinz Schindl for more information during this lecture. http://cas.web.cern.ch/cas/Loutraki-Proc/PDF-files/I-Schindl/paper2.pdf. Instabilities I.

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Electrostatic field painted by Simulation

Electrostatic field painted by Simulation. School of Electronics & Applied Physics, Hefei University of Technology. Teaching purposes and requirements. 1. Learn the method to use the electric current field to simulate the electrostatic field.

253 views • 10 slides

Density vs Hot Spot Analysis

Density vs Hot Spot Analysis. Density. Density analysis takes known quantities of some phenomenon and spreads them across the landscape based on the quantity that is measured at each location and the spatial relationship of the locations of the measured quantities.

370 views • 9 slides

Ladder design of SVD2

Ladder design of SVD2. Y.Yamada in SVD meeting on Apr. 5, 2001. Gravitational sag of ladder supported at both edge : sagS = 5wL 4 /384EI ~ 28 m m for SVD1-3rd-layer fixed at both edge : sagF = wL 4 /384EI ~ 6 m m for SVD1-3rd-layer

229 views • 4 slides