## The Normal Modes of a Gyro-plasma Filled Beam Waveguide |

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### Contents

A GyroMedium Filled FabryPerot | 31 |

B Huygens Principle for Gyro | 57 |

Equivalent Isotropic and Gyro | 75 |

4 other sections not shown

### Common terms and phrases

amplitude and phase analysis aperture asymptotic series attenuation beam diameter beam modes beam waveguide device beam waveguide resonator Chapter characteristic length circularly polarized plane circularly polarized waves confocal confocal resonator cyclotron frequency defined derived dispersion relation distribution function dpdq eigenvalue problem equivalent waveguide Fabry-Perot Resonator field distribution filled beam waveguide filled Fabry-Perot device given by equation Goubau and Schwering gyro-medium filled device gyro-medium filled Fabry-Perot hand circularly polarized Hankel transform Huygen's principle Ihp modes Ihp waves integration isotropic medium filled lens linearly polarized loss per iteration lossless magnetic field Maxwell's equations medium filled device method of stationary modal solutions mode structure necessary to maintain phase correcting lenses phase distributions phase terms phase transformers phase velocity plasma frequency polarized plane wave positive z direction quasi-confocal modes reflecting plates related algebraically rotating coordinates slow wave stationary phase thesis wave beam solutions wavelength waves traveling written