Generation of short pulse radiation from magnetized wake in gas-jet plasma and laser interaction.
Moreover, an axially magnetized plasma column surrounded by a dielectric or by free space is able to guide waves propagating in this frequency range.
The effect of a beam of radio waves of very high brightness passing through a cold, magnetized, electron-positron plasma is discussed.
Due to the magnetizing effect the thermal diffusion length is limited.
In this paper we restrict our attention to a simple case in which the ambient plasma is assumed to be a cold, magnetized electron-positron plasma.
The resonant interaction between three waves in a uniform magnetized plasma is considered.
Note that the separation of longitudinal and transverse correlation scales plays an important role for the description of turbulent transport in strongly magnetized plasma.
A two-dimensional double simple wave solution is given for both weakly and highly magnetized non-relativistic plasmas moving across the magnetic field.
