This work deals with simulations of wave propagation in magnetospheric plasmas, particularly with numerical ray tracing. It mentions some of the earlier ray tracing implementations that were used in studies of wave propagation in Earth's magnetosphere. The most important parts of linear plasma wave theory are outlined. Some of the existing numerical methods for solving the hot plasma dispersion relation are described. A new ray tracing program, NPR, is presented. It is capable of ray-tracing simulations in cold plasmas and also in non-relativistic hot plasmas via the WHAMP procedure
This work deals with the linear analysis of plasma waves, especially with the methods of solution of...
Ray-tracing techniques are commonly used for calculating the paths taken by electromagnetic waves in...
For more than fifty years simulations of electromagnetic (EM) wave propa- gation are used to study t...
A three-dimensional (3-D) ray tracing computer program has been developed, which is applicable to bo...
Electromagnetic (EM) waves in plasma influence the dynamics of plane- tary magnetospheres and affect...
The first results from the program HOTRAY for ray tracing electrostatic and electromagnetic waves in...
International audienceThe ray trajectories of waves in the very low frequency (VLF) range in the cas...
Équipe 107 : Physique des plasmas chaudsInternational audienceThe understanding of wave propagation ...
This work will lead to ray theory and ray tracing formulation. To deal with this problem the theory ...
International audienceA method to study waves in a hot plasma is presented. It is based on the conce...
International audienceStudying electromagnetic waves in a magnetospheric plasma, it is often importa...
Ray tracing techniques are commonly used for calculating the path of an electromagnetic signal in a ...
Abstract—Modeling electromagnetic wave propagation in the upper atmosphere is important for space we...
A new ray-tracing code named C3PO has been developed to study the propagation of arbitrary electroma...
Wave-particle interactions in the Earth's mag- netosphere Abstract: In this work we analyse wave-par...
This work deals with the linear analysis of plasma waves, especially with the methods of solution of...
Ray-tracing techniques are commonly used for calculating the paths taken by electromagnetic waves in...
For more than fifty years simulations of electromagnetic (EM) wave propa- gation are used to study t...
A three-dimensional (3-D) ray tracing computer program has been developed, which is applicable to bo...
Electromagnetic (EM) waves in plasma influence the dynamics of plane- tary magnetospheres and affect...
The first results from the program HOTRAY for ray tracing electrostatic and electromagnetic waves in...
International audienceThe ray trajectories of waves in the very low frequency (VLF) range in the cas...
Équipe 107 : Physique des plasmas chaudsInternational audienceThe understanding of wave propagation ...
This work will lead to ray theory and ray tracing formulation. To deal with this problem the theory ...
International audienceA method to study waves in a hot plasma is presented. It is based on the conce...
International audienceStudying electromagnetic waves in a magnetospheric plasma, it is often importa...
Ray tracing techniques are commonly used for calculating the path of an electromagnetic signal in a ...
Abstract—Modeling electromagnetic wave propagation in the upper atmosphere is important for space we...
A new ray-tracing code named C3PO has been developed to study the propagation of arbitrary electroma...
Wave-particle interactions in the Earth's mag- netosphere Abstract: In this work we analyse wave-par...
This work deals with the linear analysis of plasma waves, especially with the methods of solution of...
Ray-tracing techniques are commonly used for calculating the paths taken by electromagnetic waves in...
For more than fifty years simulations of electromagnetic (EM) wave propa- gation are used to study t...