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