Theory of Waveguides: Techniques for the Solution of Waveguide Problems |
Contents
Electromagnetic theory and its applica | 1 |
Propagation in straight waveguides | 23 |
Propagation in corrugated and loaded | 39 |
Copyright | |
9 other sections not shown
Other editions - View all
Common terms and phrases
admittance amplitude analysis arbitrary asymptotic attenuation axial boundary conditions capacitive constant contour coordinates corresponding cosec cross-section curl current filament curved d₁ d₂ define determined diaphragm dielectric differential div grad dominant mode E₂ electric field equa equivalent circuit expression factor ferrite field components Figure finite formula Fourier function given by equation gives guide wall h₁ H₂ Hankel functions Hence imaginary impedance inductive inserted involving loading magnetic field Maxwell's equations method mïx/a multiplying normalised obtained parameters particle polynomial Poynting vector propagation propagation constant radius range reactance rectangular waveguide reflection coefficient region relation replaced result satisfied sin² singular integral equation solution solved strip Substituting surface wave symmetrical tangential terms in equation tion transformation transverse vanishes variable variation wave equation width zero