課程概述

(Unit 1) Quasistatic Solution of Maxwell’s Equations
(Unit 2) Example of Electroquasistatic Solution
(Unit 3) Equi-Potential Surfaces of Two Line Charges
(Unit 4) External, Internal and Mutual Inductances
(Unit 5) Transmission-Line Solution in Parallel-Plate Waveguide
(Unit 6) Voltage and Current Waves in Transmission Line
(Unit 7) Reflection and Transmission Coefficients in Transmission Line
(Unit 8) Propagation in Cascaded Transmission Lines
(Unit 9) Lumped Capacitor at Junction of Two Transmission Lines
(Unit 10) Transmission-Line Solution in Time and Frequency Domains
(Unit 11) Transmission Line with Initial Waveform
(Unit 12) Transmission Line with Nonlinear Load
(Unit 13) Coupling between Transmission Lines
(Unit 14) Resonant Modes and Wave Impedance in Transmission Line
(Unit 15) Transmission-Line Solution in Frequency Domain
(Unit 16) Transmission-Line Resonator
(Unit 17) Partial Standing-Wave in Transmission Line
(Unit 18) Smith Chart and Impedance Matching
(Unit 19) Wave Equation in Frequency Domain
(Unit 20) Radiation Field of Hertzian Dipole
(Unit 21) Linear Array of Hertzian Dipoles
(Unit 22) Reflection and Transmission of TE Plane Wave at Planar Interface
(Unit 23) Reflection and Transmission of TM Plane Wave at Planar Interface
(Unit 24) Total Reflection and Goos-Hanschen Shift
(Unit 25) Reflection of Plane Wave with Arbitrary Polarization
(Unit 26) Lossy Transmission-Line Equations Derived from Circuit Theory
(Unit 27) Solution in Lossy Transmission Line
(Unit 28) Wave Modes in Parallel-Plate Waveguides
(Unit 29) Phase Velocity and Group Velocity
(Unit 30) Dielectric Slab Guide, Even TE Modes
(Unit 31) Dielectric Slab Guide, Odd TE Modes
(Unit 32) Propagation in Graded-Index Guide
(Unit 33) Field Decomposition Method in Cartesian Coordinate
(Unit 34) Solution in Rectangular Waveguide
(Unit 35) Solution in Rectangular Cavity Resonator
(Unit 36) Conductor Loss in Waveguide and Cavity
(Unit 37) TM Wave Modes in Cylindrical Waveguide and Cavity Resonator
(Unit 38) TE Wave Modes in Cylindrical Waveguide and Cavity Resonator
(Unit 39) Pulse Broadening in Dispersive Medium
(Unit 40) Plane Wave Propagation in Anisotropic Medium
(Unit 41) Faraday Rotation
(Unit 42) Basic Properties of Antennas
(Unit 43) Reciprocity and Radar Range Equation
(Unit 44) Electric Polarization in Dielectric Medium
(Unit 45) Rayleigh Scattering
(Unit 46) Cylindrical Dielectric Guide

課程目標

To guide the students through basic theories of electromagnetism.

課程要求

Prerequisite: Calculus.

成績評量方式

Grading: midterm (40%), final (40%), quiz (10%), homework (10%), micro-project (5%).

指定閱讀

Textbook: N. N. Rao, Elements of Engineering Electromagnetics, Prentice Hall, 6th ed.