♥Materials availabe in Chinese.
(Spring Semester) Week 1-14 (3/2-6/4) Tue. 1-2, Fri. 5-6, E. Bld. 1 - 328 (Xingqing Campus).
冯慈璋，马西奎主编. 《工程电磁场导论》. 北京：高等教育出版社，2000.
Regular (Homeworks 10% + Experiments 10%) + Final exam (80%).
| Week | Date | Topics | Supplemental Materials | Homeworks | Notes | Last Update Date |
|---|---|---|---|---|---|---|
| 1 | 3/2 | Introduction (HO.) | 3/12 | |||
| Field, contour/vector/stream lines (HO.) | 3/12 | |||||
| Curvlinear coordinates, coordinate transformation (HO.) | Introduction to differential geometry (HO.) | 3/12 | ||||
| Gradient, divergence and curl (HO.) | 3/12 | |||||
| 3/5 | Divergence-free, curl-free and harmonic fields (HO.) | 3/12 | ||||
| Helmholtz theorem (HO.) | 3/12 | |||||
| Vector algebra, vector calculus and vector derivative identities (HO.) | 3/12 | |||||
| 2 | 3/9 | Basic concepts in electrostatics (HO.) | 3/12 | |||
| Divergence and curl of electrostatic field in vacuum (HO.) | 3/13 | |||||
| 3/12 | Static electric fields in conductors (HO.) | HW-01(asgmt. 3/14; due 3/23) | 3/13 | |||
| Static electric fields in dielectrics (HO.) | 3/13 | |||||
| 3 | 3/16 | Fundamental equations of electrostatics, boundary conditions (HO.) | HW-02(asgmt. 3/21; due 3/30) | 3/16 | ||
| Boundary value problem (BVP), theorem of uniqueness (HO.) | Green's function and BVPs (HO.) | 3/17 | ||||
| 3/19 | Special techniques for electrostatics - method of image (HO.) | Green's reciprocity theorem (HO.) | HW-03(asgmt. 3/23; due 4/2) | 3/23 | ||
| 4 | 3/23 | Method of image: parallel lines (HO.) | 3/29 | |||
| Capacitance and capacitors (HO.) | HW-04(asgmt. 3/29; due 4/9) | 3/29 | ||||
| 3/26 | Engery and forces in electrostatic fields (HO.) | 3/29 | ||||
| 5 | 3/30 | Current density, Ohm's law and Joule's law (HO.) | HW-05(asgmt. 4/3; due 4/16) | 4/3 | ||
| Electromotive force (EMF) and KVL, equation of continuity and KVL (HO.) | 4/3 | |||||
| 4/2 | Steady electric field: Fundamental equations, boundary equations and analogue to the electrostatic fields (HO.) | 4/3 | ||||
| (partial) Conductance, earthing and step voltage (HO.) | 4/3 | |||||
| 6 | 4/6 | Introduction to steady magnetic field and fundamental postulates of magnetostatics (HO.) | HW-06(asgmt. 4/11; due 4/25) | 4/6 | ||
| Vector magnetic potential, Biot-Savart law and its applications (HO.) | Vector magnetic potential due to current loop (HO.) | 4/9 | ||||
| 4/9 | Magnetic dipole, magnetization and equivalent current density (HO.) | 4/10 | ||||
| Magnetic field intensity, fundamental equations of magnetostatics and boundary conditons (HO.) | 4/10 | |||||
| 7 | 4/13 | Revisiting vector magnetic potential, scalar magnetic potential and their BVPs (HO.) | HW-07(asgmt. 4/18; due 5/1) | 4/13 | ||
| Inductance and inductors (HO.) | 4/13 | |||||
| 4/16 | Engery, force and torque in magnetostatics (HO.) | 4/16 | ||||
| Magnetic circuits (HO.) | 4/16 | |||||
| 8 | 4/20 | Faraday's law of electromagnetic induction, Ampere's law (HO.) | 5/6 | |||
| Maxwell equations, potential functions and boundary conditions (HO.) | 5/6 | |||||
| 4/23 | Class suspended due to University's sport game. | |||||
| 9 | 4/27 | Potential; solutions to the wave eqautions (HO.) | HW-08 (asgmt. 5/6; due 5/15) | 5/6 | ||
| Poynting theorem (HO.) | 5/6 | |||||
| 4/30 | Time-harmonic electromagnetic fields (HO.) | 5/6 | ||||
| Quasi-static electromagnetic fields (HO.) | 5/10 | |||||
| 10 | 5/4 | Class re-scheduled. | ||||
| 5/7 | Magneto-quasi-static electromagnetic fields and circuits (HO.) | HW-09 (asgmt. 5/10; due 5/20) | 5/10 | |||
| Electro-quasi-static electromagnetic fields and relaxation of charges (HO.) | 5/10 | |||||
| 5/8 | Skin effects, eddy current and the AC impedance of conductors (HO.) | 5/10 | ||||
| Proximaty effects and electromagnetic shielding (HO.) | 5/10 | |||||
| 11 | 5/11 | Electromagnetic wave equations and plane waves (HO.) | HW-10 (asgmt. 5/17; due 5/25) | 5/16 | ||
| Uniform plane waves in dielectrics (HO.) | 5/16 | |||||
| 5/14 | Uniform plane waves in lossy media (HO.) | 5/16 | ||||
| Polarization of electromagnetic waves (HO.) | 5/16 | |||||
| 12 | 5/18 | Reflection and refraction of plane waves (HO.) | HW-11 (asgmt. 5/21; due 5/30) | 5/18 | ||
| 5/21 | Plane wave at normal incidence and standing waves (HO.) | 5/21 | ||||
| 13 | 5/25 | Governing equations of uniform lossless transmission lines (HO.) | HW-12 (asgmt. 5/29; due 6/7) | 5/25 | ||
| Propagation characteristics of transmission lines (HO.) | 5/25 | |||||
| Reflection and transmission of waves in transmission lines (HO.) | 5/25 | |||||
| 5/28 | Input impedance of transmission lines (HO.) | 5/28 | ||||
| Impedance matching (HO.) | 5/28 | |||||
| Nonuniform transmission lines (HO.) | 5/28 | |||||
| 14 | 6/1 | Introduction to guided waves and waveguides (HO.) | HW-13 (asgmt. 6/6; due 6/14) | 6/6 | ||
| Rectangular waveguides (HO.) | 6/6 | |||||
| 6/4 | Dielectric (slab) waveguides (HO.) | 6/6 | ||||
| Resonant cavity (HO.) | 6/6 | |||||