Dispersion characteristics and excitation of space-charge and cyclotron modes in inhomogeneous warm plasma waveguide

We study the Landau damping for electromagnetic waves in a inhomogeneous cylindrical plasma in the presence of a strong axial magnetic field. For this task we use the kinetic theory for plasmas. This kind of phenomena can not be studied using only macroscopic fluid models. The results of our work can be relevant to identify the behavior of different electromagnetic normal modes propagating through the system, in particular, the energy of the damped modes can be transferred to the plasma particles through resonant interactions and according to the mode polarization can be used in modern particle accelerators based in plasmas.

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Dispersion characteristics and excitation of space-charge and cyclotron modes in inhomogeneous warm plasma waveguide

Cited by 3 publications

References 38 publications

Electromagnetic wave propagation and minimizing energy losses in a rectangular waveguide filled with inhomogeneous movable plasma under the effect of a relativistic electron beam

Electromagnetic wave propagation and minimizing energy losses in a rectangular waveguide filled with inhomogeneous movable plasma under the effect of a relativistic electron beam

Numerical solution of the Vlasov-Maxwell system of equations for cylindrical plasmas

Landau damping in cilyndrical inhomogeneous plasmas

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