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3-7 juillet 2017
UPMC
Europe/Paris timezone

 

 

Objectives
This summer school (of CEA-EDF-INRIA type) focuses primarily on physical, mathematical and numerical aspects of electromagnetic wave propagation in fusion plasmas with strong background magnetic fields. The models are highly anisotropic, which is crucial to the mathematical theory.
Main topics will include advanced models, modern algorithmic
discretization, and numerical resolution of wave models with varying
coefficients since it is a bottleneck for future simulations.
This meeting will also be a great opportunity to discuss other modern
challenges in waves in plasmas, as well as various aspects of anisotropic wave propagation in different environments.
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Main lectures

- Simon Labrunie (Université de Lorraine):

"Foundations of Full-wave simulation of plasma heating"

abstract

- Lise-Marie Imbert-Gérard (Courant Institute-New York):

"Different models for wave propagation in plasmas"

- Emanuele Poli (IPP-Garching):

"Electron Cyclotron Waves in Fusion Plasmas (Basic Theory and Applications)"

abstract slides (lecture I) (lecture II)

- Omar Maj (IPP Garching): 

"Semiclassical methods for waves in hot magnetized plasmas".

abstract  slides (lecture I) (lecture II)

- Antoine Cerfon (Courant Institute-New York):

"Computing accurate MHD equilibria for plasma waves simulations"

abstract  slides


Afternoon research presentations

Laurent Colas (IRFM-CEA): 

Coupled RF wave propagation and DC plasma biasing in the SOL of tokamaks

abstract  slides

Adrien Fontaine (ENS Rennes):

Dispersion relations in magnetized plasmas

abstract slides

Lorenzo Guidi (IPP-Garching): 

A Monte-Carlo scheme for the wave kinetic equation
and the simulation of waves in a turbulent plasma

abstract  slides

Stéphane Heuraux (Univ. Lorraine):

Electromagnetic wave behaviour in turbulent plasmas as a possible support for diagnosing fusion plasma properties

slides

Maryna Kachanovska (ENSTA Poems):

Stable perfectly matched layers for anisotropic dispersive models

abstract

Olivier Lafitte (Univ. Paris XIII):

Hybrid frequency singularity in oblique incidence cold model plasmas

abstract  slides

Anouk Nicolopoulos (LJLL):

Mixed variational formulations for singular time harmonic Maxwell's equations

slides

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On line registration :    https://congres.upmc.fr/wafu2017/

Participants :  https://www.ljll.math.upmc.fr/~despres/BD_fichiers/participants.pdf

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Program

 

 

9h15-10h45

11h00-12h30

14h00-15h00

15h15-16h15

18h45-21h45

Monday

Labrunie

Cerfon

Lafitte

Nicolopoulos

 

 

Foundations of full-wave simulation of plasma heating I

Computing accurate MHD equilibria for plasma waves simulations I

Hybrid frequency singularity in oblique incidence cold model plasmas

Mixed variational formulations for singular time harmonic Maxwell's equations

 

Tuesday

Cerfon

Poli

Guidi

Heuraux

Social Dinner

 


Computing accurate MHD equilibria for plasma waves simulations II

Electron Cyclotron Waves in Fusion Plasmas (Basic Theory and
Applications) I

A Monte-Carlo scheme for the wave kinetic equation
and the simulation of waves in a turbulent plasma

Electromagnetic wave behaviour
in turbulent plasmas as a possible support for diagnosing fusion plasma properties

Cocktail in Zamansky tower

Wednesday

Poli 

Maj

Kachanovska

Colas

 

 

 

Electron Cyclotron Waves in Fusion Plasmas (Basic Theory and Applications) II

Semiclassical methods for waves in hot magnetized plasmas I

Stable perfectly matched layers for anisotropic dispersive models

Coupled RF wave propagation and DC plasma biasing in the SOL of magnetized plasmas

 

Thursday

Imbert-Gérard

Labrunie 

Fontaine

 

 

 

Different models for wave propagation in plasmas I

Foundations of full-wave simulation of plasma heating II

Dispersion relations in magnetized plasmas

 

 

Friday

Maj 

Imbert-Gérard

 

 

 

 

 

Semiclassical methods for waves in hot magnetized plasmas II

Different models for wave propagation in plasmas I

 

   

How to come : 

The meeting will be hosted by the LJLL, in the Jussieu campus of the UPMC. The main entrance of the campus is on the "place Jussieu".

The lectures and the talks will take place in the Seminar room of the LJLL. It is the room n. 309 in the corridor between the towers 15 and 16, on the floor n.3.

A map of the Jussieu campus indicating the LJLL (and the subway lines to come to the university) is available here : www.ljll.math.upmc.fr/fr/informations-pratiques/article/plan-d-acces

How to register :    https://congres.upmc.fr/wafu2017

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Scientific committee: 
Eric Sonnendrucker (IPP-Garching), Martin Campos-Pinto (CNRS-LJLL-UPMC), Lise-Marie Imbert-Gérard (Courant Institute-New York), Bruno Després (LJLL-UPMC)

 

Démarre 3 juil. 2017 08:00
Finit 7 juil. 2017 18:00
Europe/Paris
UPMC
Seminar room 15-16.309
corridor between the towers 15 and 16, floor n.3 (see the map for details) 4 place Jussieu 75005 Paris