In this paper the problem of scattering off a fusion plasma is approached from the point of view of integral equations. Using the volume equivalence principle an integral equation is derived which describes the electromagnetic fields in a plasma. The equation is discretized with MoM using conforming basis functions. This reduces the problem to solving a dense matrix equation. This can be done iteratively. Each iteration can be sped up using FFTs
An outstanding problem in the field of nuclear fusion research is the precise mechanism by which a h...
Development of a computational model to study the interaction of high frequency electromagnetic (EM)...
This master's thesis assesses the possibility of using the nite element method to solve the electrom...
In this paper the problem of scattering off a fusion plasma is approached from the point of view of ...
Accurate simulations of the behavior of RF waves in hot, magnetized fusion plasmas have traditionall...
A volume integral (VI) equation method based on the fast Fourier transform (FFT) is proposed for the...
In a fusion plasma, the ions have to be heated to reach fusion relevant temperatures. One possibilit...
Fusion energy has the potential to provide a sustainable solution for generating large quantities of...
An algorithm for modeling two species plasmas, which evolves the number density, flow velocity, and ...
A newly developed generic electro-magnetic (EM) simulation tool for modeling RF wave propagation in ...
International audienceAt very high temperature electrons leave the atom to which they are attached a...
Équipe 107 : Physique des plasmas chaudsInternational audienceFirstly, a brief overview will be give...
In order to model a broader range of phenomena taking place in three-dimensional plasmas, the LEMan ...
A volume potential-integral-equation formulation for electromagnetic scattering by dielectric object...
An outstanding problem in the field of nuclear fusion research is the precise mechanism by which a h...
Development of a computational model to study the interaction of high frequency electromagnetic (EM)...
This master's thesis assesses the possibility of using the nite element method to solve the electrom...
In this paper the problem of scattering off a fusion plasma is approached from the point of view of ...
Accurate simulations of the behavior of RF waves in hot, magnetized fusion plasmas have traditionall...
A volume integral (VI) equation method based on the fast Fourier transform (FFT) is proposed for the...
In a fusion plasma, the ions have to be heated to reach fusion relevant temperatures. One possibilit...
Fusion energy has the potential to provide a sustainable solution for generating large quantities of...
An algorithm for modeling two species plasmas, which evolves the number density, flow velocity, and ...
A newly developed generic electro-magnetic (EM) simulation tool for modeling RF wave propagation in ...
International audienceAt very high temperature electrons leave the atom to which they are attached a...
Équipe 107 : Physique des plasmas chaudsInternational audienceFirstly, a brief overview will be give...
In order to model a broader range of phenomena taking place in three-dimensional plasmas, the LEMan ...
A volume potential-integral-equation formulation for electromagnetic scattering by dielectric object...
An outstanding problem in the field of nuclear fusion research is the precise mechanism by which a h...
Development of a computational model to study the interaction of high frequency electromagnetic (EM)...
This master's thesis assesses the possibility of using the nite element method to solve the electrom...