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E-cloud study in SNS

E-cloud study in SNS

E-cloud study in SNS. By Pivi. By Ohmi. A H. 2nC/m. A L. Electron Line density. Ohmi. The stability criterion is given by the dispersion relation as follows. If U >0, unstable. For SNS, U L =0.1, U H =4.0. Wake field of the e-cloud.

By glen
(108 views)

M. Pivi

M. Pivi

M. Pivi. LHC electron cloud studies – Apr 2003. Secondary electron yield (SEY) model. Fig. 1 Secondary electron yield model as described in [1]. Fig. 1_zoom. Details of the simulated SEY at low incident electron energy.

By magee-berger
(136 views)


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electron density

electron density

i. structure factor. r. F hkl. f. electron density. Crystallography. | F hkl | (amplitude). ϕ hkl (phase). i ϕ. Centrosymmetric structures ϕ = 0 or π Non-centrosymmetric structures ϕ = 0 - 2π.

By hang (69 views)

Understanding Electron Charge Density

Understanding Electron Charge Density

Understanding Electron Charge Density. Experimenting with Quantum Theory. Procedure. Drop 100 darts/marbles on a target Analyze the data. Analysis. Conclusion Questions: . a. For each ring, plot number of hits on y-axis against average distance on x-axis. Connect to 0,0.

By abbott (178 views)

Electron Density in Crystals

Electron Density in Crystals

Electron Density in Crystals. Since the crystal is made up of repeating unit cells, the electron density in the cell must be periodic! This is called the Charge Density Wave. In 1-dimension, the length of the charge density wave is the cell length. One-Dimensional Crystal. Charge Density Wave.

By chavez (170 views)

Topological Analysis of Electron Density

Topological Analysis of Electron Density

Jyväskylä Summer School on Charge Density August 2007. Topological Analysis of Electron Density. Louis J Farrugia. Jyväskylä Summer School on Charge Density August 2007. What is topological analysis ?.

By dora-sellers (166 views)

Electron Density Distribution in HSX

Electron Density Distribution in HSX

Electron Density Distribution in HSX. C. Deng, D.L. Brower Electrical Engineering Department University of California, Los Angeles J. Canik, S.P. Gerhardt, D.T. Anderson, P. Probert, F.S.B. Anderson The HSX Plasma Laboratory University of Wisconsin-Madison.

By rafer (108 views)

Search in electron density using Molrep

Search in electron density using Molrep

Search in electron density using Molrep. Andrey Lebedev CCP4. Molecular Replacement. ≈ 35% PHASER ≈ 20% MOLREP ≈ 10% AMORE ≈ 1% EPMR. Molrep. http://www.ysbl.york.ac.uk/~ alexei /. Molrep. molrep -h. +-----------------------------------------+

By kerem (158 views)

Probabilistic Methods for Interpreting Electron-Density Maps

Probabilistic Methods for Interpreting Electron-Density Maps

Probabilistic Methods for Interpreting Electron-Density Maps. Frank DiMaio University of Wisconsin – Madison Computer Sciences Department dimaio@cs.wisc.edu. 3D Protein Structure. backbone. backbone sidechain. backbone sidechain C -a l p h a. ALA. LEU. PRO. VAL. ARG. ?. ?. ?.

By brent-ford (118 views)

Teaching AP Chemistry with Electron Density Models

Teaching AP Chemistry with Electron Density Models

Paul D. Price Trinity Valley School Fort Worth, TX 76132 pricep@trinityvalleyschool.org. Teaching AP Chemistry with Electron Density Models. Teaching AP Chemistry with Electron Density Models. The Scope of AP Chemistry. The Scope of AP Chemistry. Testing Knowledge and Skills.

By cdenise (0 views)

Density Functional Theory (introduced for many-electron systems)

Density Functional Theory (introduced for many-electron systems)

Density Functional Theory (introduced for many-electron systems). Assume that another functional F’ with the ground state  ’ gives rise to the same density  Unless F’ - F =const,  ’   since they satisfy different Schroedinger equations.

By adelinet (0 views)