Mode conversion in the resonance region of parallel plate magnetoplasma waveguides

ABSTRACT:The nonreciprocal properties of lossy GaAs magnetoplasma ridged parallel-plate waveguides are assessed at 250 GHz using a gyroelectric performance factor. The optimum phase shift for a twolayer structure is predicted when the magnetoplasma semiconductor is in a superstrate position with a low-permittivity dielectric substrate below a half-height ridge. This arrangement exhibits TEM to TM 01 mode conversion.

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Phase shift in GaAs magnetoplasma ridged parallel-plate waveguides

Tio

Gibson

Davis

et al. 2005

Microw. Opt. Technol. Lett.

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Determination of dispersion diagram of symmetric modes for the cylindrical magnetoplasmonic waveguides

Hosseinzadeh

2012

Optik

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Mode conversion in the resonance region of parallel plate magnetoplasma waveguides

Cited by 2 publications

References 11 publications

Phase shift in GaAs magnetoplasma ridged parallel-plate waveguides

Phase shift in GaAs magnetoplasma ridged parallel-plate waveguides

Determination of dispersion diagram of symmetric modes for the cylindrical magnetoplasmonic waveguides

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