- Linear Analysis
- Introduction
- Linear Space
- Inner Product Space
- Normed Linear Space
- Hilbert Space
- Best Approximation
- eqn(1.56), eqn(1.57),
- Example 1.21
- Example 1.22
- Example 1.23
- eqn(1.70)
- Operators in Hilbert Space
- eqn(1.76), eqn(1.77)
- Example 1.23
- eqn(1.80)
- Example 1.25
- eqn(1.81), eqn(1.83) to eqn(1.93)
- Method of Moments
- eqn(1.106) to eqn(1.128)***
- Appendix-Proof of Projection Theorem
- eqn(A.1) to eqn(A.10)
- Problems 1.1 to Prob. 1.31
- The Green’s Function Method
- Introduction
- Delta Function
- Sturm-Liouville Operator Theory
- Sturm-Liouville Problem of the First Kind
- Sturm-Liouville Problem of the Second Kind
- Sturm-Liouville Problem of the Third Kind
- The Spectral Representation Method
- Introduction
- Eigenfunctions and Eigenvalues
- Spectral Representations for SLPI and SLP2
- Spectral Representations for SLP3
- Green’s Functions and Spectral Representations
- Problems
- Electromagnetic Sources
- Introduction
- Delta Function Transformations
- Time-Harmonic Representations
- The Electromagnetic Model
- The Sheet Current Source
- The Line Source
- The Cylindrical Shell Source
- The Ring Source
- The Point Source
- Problems
- Electromagnetic Boundary Value Problems
- Introduction
- SLPI Extension to Three Dimensions
- SLPI in Two Dimensions
- SLP2 and SLP3 Extension to Three Dimensions
- The Parallel Plate Waveguide
- Iris in Parallel Plate Waveguide
- Aperture Diffraction
- Scattering by a Perfectly Conducting Cylinder
- Perfectly Conducting Circular Cylinder
- Dyadic Green’s Functions
- Problems