Electromagnetic Wave Theory for Boundary-Value Problems : An Advanced Course on Analytical Methods

electromagnetic Wave Theory Is Based On Maxwell's Equations, And Electromagnetic Boundary-value Problems Must Be Solved To Understand Electromagnetic Scattering, Propagation, And Radiation. Electromagnetic Theory Finds Practical Applications In Wireless Telecommunications And Microwave Engineering. This Book Is Written As A Text For A Two-semester Graduate Course On Electromagnetic Wave Theory. As Such, Electromagnetic Wave Theory For Boundary-value Problems Is Intended To Help Students Enhance Analytic Skills By Solving Pertinent Boundary-value Problems. In Particular, The Techniques Of Fourier Transform, Mode Matching, And Residue Calculus Are Utilized To Solve Some Canonical Scattering And Radiation Problems. Front Matter....Pages I-XVI Electromagnetic Basics....Pages 1-20 Plane Wave Propagation....Pages 21-48 Waveguides....Pages 49-81 Cavity Resonators and Coupler....Pages 83-109 Propagation in Anisotropic Media....Pages 111-123 Electromagnetic Theorems....Pages 125-145 Wave Scattering....Pages 147-180 Green’s Functions: Fundamentals....Pages 181-212 Green’s Functions: Applications....Pages 213-233 Antenna Radiation....Pages 235-275 Radiation Above Half Space....Pages 277-291 Back Matter....Pages 293-314