'Turbulent transport' presentation slideshows

Turbulence & Transport in magnetised plasmas

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New Insights into Energetic Ion Transport by Instabilities: The importance of phase

New Insights into Energetic Ion Transport by Instabilities: The importance of phase. W.W. (Bill) Heidbrink* UC Irvine. *in collaboration with the DIII-D & LAPD teams, especially:. Shu Zhou, Xi Chen, Liu Chen, Yubao Zhu University of California, Irvine

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Turbulent properties: - vary chaotically in time around a mean value

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Turbulent Kinetic Energy (TKE)

Turbulent Kinetic Energy (TKE). An equation to describe TKE is obtained by multiplying the momentum equation for turbulent flow times the flow itself (scalar product). Total flow = Mean plus turbulent parts =. Same for a scalar:.

478 views • 32 slides

GLOBAL MODELS OF ATMOSPHERIC COMPOSITION Daniel J. Jacob Harvard University

GLOBAL MODELS OF ATMOSPHERIC COMPOSITION Daniel J. Jacob Harvard University. HOW TO MODEL ATMOSPHERIC COMPOSITION? Solve continuity equation for chemical mixing ratios C i ( x , t). U = wind vector P i = local source of chemical i L i = local sink. Eulerian form:. Lightning.

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AMS 691 Special Topics in Applied Mathematics

AMS 691 Special Topics in Applied Mathematics. James Glimm Department of Applied Mathematics and Statistics, Stony Brook University Brookhaven National Laboratory. 0-3 credits. For 2-3 credits, a term paper is required.

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An Overview of LH Transition and Future Perspectives

An Overview of LH Transition and Future Perspectives. Hogun Jhang WCI Center for Fusion Theory, NFRI, Korea Asia-Pacific Transport Working Group (APTWG 2012), May 15, South-Western Institute of Physics (SWIP), Chengdu, China. Outline. Introduction to H-mode: A reminder

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510 views • 21 slides

Impurity transport at JET On-going analysis from recent campaign

Impurity transport at JET On-going analysis from recent campaign. C. Giroud, C. Angioni, L. Carraro, P. Belo, I. Coffey, V. Naulin, M-E. Puiatti, M. Brix, H. Leggate, K. Lawson, A.D. Whiteford, M. Valisa. Experimental determination of transport coefficients.

295 views • 21 slides

GTC Status: Physics Capabilities & Recent Applications Y. Xiao for GTC team UC Irvine

GTC Status: Physics Capabilities & Recent Applications Y. Xiao for GTC team UC Irvine. Global Gyrokinetic Toroidal Code (GTC). Non-perturbative (full-f) & perturbative ( d f) simulation General geometry using EFIT & TRANSP data Kinetic electrons & electromagnetic simulation

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cattaneo@flash.uchicago.edu

Chicago 2003. Turbulent transport of magnetic fields. Fausto Cattaneo Center for Magnetic Self-Organization in Laboratory and Astrophysical Plasmas. cattaneo@flash.uchicago.edu. Chicago 2003. Motivation/Objective. Typically: present physical motivation for research (not the case here)

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Princeton Plasma Physics Laboratory Highlights of Theory Accomplishments and Plans

Princeton Plasma Physics Laboratory Highlights of Theory Accomplishments and Plans. Department of Energy Budget Planning Meeting March 13-15, 2001. Selected Theory Research Highlights.

132 views • 10 slides

Hurricanes Innovative Grid-Enable Multiple-scale Hurricane modeling system

Hurricanes Innovative Grid-Enable Multiple-scale Hurricane modeling system. Konstantinos Menelaou International Hurricane Research Center Department of Earth Sciences Florida International University. Physical structure of Hurricanes.

204 views • 8 slides