PhD Subjects 2023

You should soon click on each subject to obtain a description. If you are interested by a subject or if you merely wish more information, send him/her an email. Most of the subjects are written in French but the supervisors will provide you with English versions on request. An M2 internship is usually associated and the question of funding is to be discussed with the supervisor.

PhD Subjects 2023

Supervisor Title Phone:
+33 (0)4 42 25…
Alexandre Torre Design of a High Temperature Superconductor toroidal field magnet for compact fusion tokamak 74 42
Floriane Leblond Measuring H and He concentrations in Eurofer97 using picosecond LIBS: application to hydrogen permeation 38 23
Patrick Tamain Heat exhaust modelling in high power burning plasma seeded ITER scenarios 26 16
Hugo Bufferand, G. Ciraolo Modeling of the plasma-wall interaction during a full plasma discharge in non axi-symmetric magnetic configuration (ripple / stellarator) 77 04
Peter Donnel,
Yanick Sarazin
Understanding the critical impact of magnetic geometry on turbulence and transport: towards improved plasma confinement regimes 73 19
F. Clairet, S. Hacquin, G. Dif-Pradalier Turbulence characterization by synthetic diagnostic of a fast swept reflectometer 23 74
Laure Vermare Characterizing turbulence and velocity of density fluctuations in fusion plasmas 49 92
Eric Nardon Simulating runaway electron generation during ITER disruptions  46 97
Roland Sabot, Yassir Moudden Real time reflectometry for a density profile sensor in WEST plasma control system 61 63
Pascal Devynck A.I. assisted bolometry: conception and application to plasma radiation in tokamak plasmas 61 72
Laurent Colas Sheath grinding: realistic modeling in metallic and insulating environment 65 32
Yann Corre, G. Ciraolo Tungsten erosion and migration pathways in a fully actively cooled divertor 49 81
C. Bourdelle, J-F Artaud, P. Manas Validating the gyrokinetic quasi-linear neural network transport model GKNN-QL against ITER-relevant WEST plasmas 61 36
Jonathan Gaspar (IUSTI, université aix marseille) Emissivity behavior of materials submitted to hostile conditions 04 91 10 68 86

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