Pressure of Electromagnetic Radiation on a Thin Linear Vibrator in a Waveguide

The problem of electromagnetic wave pressure on a thin conductive vibrator located in rectangular waveguide is solved. Wave H10 falls the vibrator. perpendicular to wide wall waveguide. current arising under action electric field calculated. distribution along almost uniform. microwave range depends little conductivity. Two components magnetic - longitudinal and transverse exist wave. When these interact with vibrator, forces arise, acting across it. magnitude force greatest when middle wall. It 2 times greater than free space at same average radiation intensity, length close half wavelength, maximum. determined by interaction component maximum distance ¼ from its middle. If less wavelength radiation, directed towards axis waveguide, otherwise opposite direction. possibility using create micromachines control position has been evaluated. This requires power several watts.