'Quasi stationary' diaporamas de présentation

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The Gallium Arsenide Wafer Problem

The Gallium Arsenide Wafer Problem

The Gallium Arsenide Wafer Problem. Industrial Needs versus Mathematical Capabilities. Margarita Naldzhieva joint work with Wolfgang Dreyer, Barbara Niethammer. DFG Research Center M ATHEON Mathematics for key technologies.

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604 views • 45 slides
Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability. David M. Straus George Mason University Center for Ocean-Land-Atmosphere Studies. Acknowledgements Susanna Corti (Institute of Atmospheric Sciences and Climate - National Research Council - Bologna, Italy)

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409 views • 31 slides
Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability. David M. Straus George Mason University Center for Ocean-Land-Atmosphere Studies. Acknowledgements Susanna Corti (Institute of Atmospheric Sciences and Climate - National Research Council - Bologna, Italy)

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390 views • 31 slides
Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability

Circulation Regimes: Bridging Weather and Climate Predictability. David M. Straus George Mason University Center for Ocean-Land-Atmosphere Studies. Acknowledgements Susanna Corti (Institute of Atmospheric Sciences and Climate - National Research Council - Bologna, Italy)

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338 views • 31 slides
Huw C. Davies & Mischa Croci-Maspoli Institute for Atmospheric and Climate Science,

Huw C. Davies & Mischa Croci-Maspoli Institute for Atmospheric and Climate Science,

A Characterization of Atmospheric Blocking. Huw C. Davies & Mischa Croci-Maspoli Institute for Atmospheric and Climate Science, ETH Zurich, Switzerland & MeteoSwiss, Zurich, Switzerlan d. OUTLINE. I Spatial Structure - Basis for the characterization II Temporal Features

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364 views • 29 slides
Status of Advanced Tokamak Modes for FIRE

Status of Advanced Tokamak Modes for FIRE

Status of Advanced Tokamak Modes for FIRE. C. Kessel, PPPL NSO/PAC Meeting, MIT, January 17-18, 2001. Advanced Tokamak Modes for FIRE. AT modes could be divided into 4 major areas: Transient (significant inductive component) Quasi-stationary (small if any inductive component)

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297 views • 18 slides
Advanced Tokamak Modeling for FIRE

Advanced Tokamak Modeling for FIRE

Advanced Tokamak Modeling for FIRE. C. Kessel, PPPL NSO/PAC Meeting, University of Wisconsin, July 10-11, 2001. Systems Analysis of Burning AT Plasmas in FIRE. Using the FIRE baseline (R=2.0 m, A=3.8) solutions are found which satisfy: Power balance with Q=10

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172 views • 17 slides

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