Physique des plasmas de fusion [Fusion plasma physics]
Théorie cinétique et modélisation des processus de transport dans les plasmas. Etude théorique et numérique de la turbulence dans les plasmas confinés magnétiquement. Influence du chauffage par injection d'ondes électromagnétiques sur les plasmas dans les tokamaks. Caractérisation des trajectoires de particules chargées dans des champs électromagnétiques complexes. Simulation gyrocinétiques. [Kinetic theory and modelling of transport processes. Theoretical and numerical study of turbulence in magnetically confined plasmas. Influence of radio-frequency heating on tokamaks plasmas. Characterisation of charged particle trajectories in complex electromagnetic fields. Gyrokinetic simulations.]

Weyssow, B., Misguich, J. and Balescu, R. / Chaotic Diffusion across a Magnetic Island due to a single Low-frequency Electrostatic Wave / Plasma Phys. Contr. Fusion, 33, p. 763

Misguich, J., Weyssow, B. and Balescu, R. / Dynamical Conservation of Invariants by Toroidal Trajectories of Guiding centers / Rapport EUR-CEA-FC 1438

Weyssow, B. / Non Maxwellian Solution of a Fokker-Planck Equation Including a Heating Term / in : J. Misguich, Pelletier, Schuck (eds.), Statistical Description of Transport in Plasma, Astro and Nuclear Physics, Les Houches Series

Weyssow, B. / A new procedure for building Symplectic Integrators / EURATOM-CEA-FC report 1555

Weyssow, B. / Minority ion Distribution Function of a Plasma Under Fundamental and Second Harmonic Ion Cyclotron Heating / J.Plasma Phys., Vol. 53, p. 3

Weyssow, B. / Diffusion of guiding centres due to a stochastic magnetic field and a two-state stochastic acceleration / Proceeding of the Conf. : Transport, Chaos and Plasma Physics 2 Marseille 10-21 July

Weyssow B. / ExB guiding centre motion in three electrostatic waves: statistics of separatrix crossings / J. Plasma Phys. 59, p. 761