Field
theoretical methods in fluid and plasma theory
Part 1: Elements of mathematical structures involved in field theory formulations of fluid and plasma models |
(version of January 17, 2008, morning) |
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Part 2: Field theoretical formulations for two-dimensional a.
fluids: Euler equation b.
plasmas: Charney-Hasegawa-Mima equation |
(version of January 24, 2008) |
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Part3: Applications
to large scale vorticity self-organisation in tokamak and in atmosphere |
(version of January 29, 2008) |
Answer to questions: No_H_in_Phi.pdf
A safe return to classical models.
Supplementary
chapters
The zero-curvature formulation of
the field-theoretical model for the Euler equation |
The Seminar
at the Centre de Physique Theorique, Luminy, Marseille
April
2nd, 2008, at 14.00, Amphiteater 5 (Announcement.html)
The seminar was based on a
collection that juxtaposes almost all the slides I have ever prepared on this
subject (de
omni re scibili –Pico de la
Mirandola,
et quibusdam aliis, Voltaire).
Naturally only a part have been shown the others were prepared for
discussions and questions. Small additions are scattered
along the text : the energy, the currents, etc. Something new at the end, about
on why we take ρ as exp(ψ), just a flavor. |
it is a large pdf, 2.7 mega |
Connection
between vorticity and density in fluids and plasmas
Draft of a text on elementary aspects of connection vorticity-density (Version
of February 20, updated on March 21st , 2008) Density_Omega.pdf Seminar :
Only on request (two persons except the speaker).
There were several requests and therefore there was a seminar, on
March 21st , 2008
At PIIM, Universite de Provence, St.Jerome Can be downloaded here seminar_21march2008.pdf |
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Notes
on Neoclassics
Draft of the FIRST
PART of Notes on Elementary Neoclassical Theory
(Version of
March 17, 2008) Notes_Neoclassics_1.pdf
Seminar :
There will be no seminar on this first part, it does not deserve.
Vortex
nucleation, saturation of zonal flows and origin of filamentary ELMs
Ceci n’est pas un texte. Eight pages prepared for IAEA 2008 |
Normally there is a small movie here. Electrons running poloidally. |