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### Contents

Electromagnetic theory and its applica | 1 |

the conformal transformation methods | 8 |

Propagation in straight waveguides | 23 |

Copyright | |

10 other sections not shown

### Common terms and phrases

admittance amplitude analysis approximation asymptotic attenuation axial boundary conditions capacitive contour corresponding cosec cross-section curl current filament curved define determined diaphragm dielectric div grad dominant mode effect electric field elliptic functions equa equivalent circuit expression factor ferrite field components Figure filament finite formula Fourier Fourier analysis given by equation gives guide wall Hankel functions Helmholtz equation Hence Hertzian vector imaginary impedance incident field inductive inserted involving limit loading magnetic field Maxwell's equations method mnx/a multiplying nD/a needed normalised nx/a obtained orthogonal parameters particle plane polynomial propagation propagation constant quasi-static radius range reactance rectangular waveguide reflection coefficient region relation replaced result rmy/b satisfied sin2 singular integral equation solution solved strip Substituting summation symmetrical tangential terms in equation tion transformation transverse vanishes variable variation wave equation wave impedance width zero