- Fundamental Concepts
- Introduction to Waves
- Some Theorems and Concepts
- Plane Wave Functions
- The Wave Functions
- Plane Waves
- The Rectangular Waveguides
- Partially Filled Waveguide
- The Dielectric slab Guide
- Surface guided Waves
- Modal Expansions of Fields
- Cylindrical Wave Functions
- The Wave Functions
- The Circular Waveguide
- Radial Waveguides.
- The Circular Cavity
- Other Guided Waves
- Sources of Cylindrical Waves
- Two-dimensional Radiation Wave Transformations. Scattering by Cylinders Scattering by Wedges
- Three-dimensional Radiation
- Apertures in Cylinders.
- Apertures in Wedges
- Spherical Wave Functions
- The Wave Functions
- The Spherical Cavity
- Orthogonality Relationships
- Space as a Waveguide
- Other Radial Waveguides .
- Other Resonators
- Sources of Spherical Waves
- Wave Transformations. Scattering by Spheres
- Dipole and Conducting Sphere
- Perturbational and Variational Techniques
- Introduction
- Perturbations of Cavity-material
- Waveguide Perturbations . Stationary Formulas for Cavities. The Ritz Procedure.
- The Reaction Concept
- Stationary Formulas for Waveguides.
- Stationary Formulas for Impedance
- Stationary Formulas for Scattering
- Scattering by Dielectric Obstacles
- Transmission through Apertures.
- Microwave Networks
- Cylindrical Waveguides
- Modal Expansions in Waveguides The Network Concept
- One-port Networks.
- Two-port Networks.
- Obstacles in Waveguides
- Posts in Waveguides
- Small Obstacles in Waveguides Diaphragms in Waveguides Waveguide Junctions Waveguide Feeds
- Excitation of Apertures Modal Expansions in Cavities. Probes in Cavities
- Aperture Coupling to Cavities
- Appendix A. Vector Analysis
- Appendix B. Complex Permittivities
- Appendix C. Fourier Series and Integrals
- Appendix D. Bessel Functions .
- Appendix E. Legendre Functions