Abstract
Electromagnetic energy rotation around a cylindrical metallic rod placed into an infinite plasma, parallel to an external static uniform magnetic field, is studied. Angular phase velocity and angular velocity of energy transport are introduced and analyzed as functions of the plasma waveguide parameters: rod radius, plasma particle density, azimuthal wave number, and external static axial magnetic field. These angular velocities are compared with the case of wave propagation in cylindrical metallic waveguides entirely filled by magnetoactive plasma.
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