電磁場(chǎng)與電磁波課件(電子科大)_FWEJ-Contents

1、Name： Electromagnetic Fields and WavesProperty： Specialized basic courseTextbook：Robert R. G. Yang & Thomas T. Y. Wong： Electromagnetic Fields and Waves, Beijing：Higher Education Press，2006Specialty：Electronic Information EngineeringProducer：Rugui Yang Electromagnetics Institute Southwest Jiaoto

2、ng UniversitySynopsis1. Directional Derivative and Gradient of Scalar Fields2. Flux and Divergence of Vector Fields 3. Circulation and Curl of Vector Fields4. Solenoidal and Irrotational Fields5. Greens Theorems 6. Uniqueness Theorem for Vector Fields7. Helmholtzs Theorem 8. Orthogonal Curvilinear C

3、oordinates Chapter 1Vector AnalysisPrefaceChapter 2Static Electric Fields1. Field intensity, Flux, and Field lines2. Equations for Electrostatic Fields in Free Space3. Electric Potential and Equipotential surfaces4. Polarization of Dielectrics5. Equations for Electrostatic Fields in Dielectrics6. Bo

4、undary Conditions for Dielectric Interfaces7. Boundary Conditions for Dielectric-Conducting Interface8. Capacitance9. Energy in Electrostatic Field10. Electric ForcesChapter 3 Boundary-Value Problems for Electrostatic Fields 1. Differential Equations for Electric Potential2. Method of Images3. Metho

5、d of Separation of Variables in Rectangular Coordinates4. Method of Separation of Variables in Cylindrical Coordinates5. Method of Separation of Variables in Spherical Coordinates Chapter 4 Steady Electric Current1. Current and Current Density2. Electromotive Force3. Principle of Electric Current Co

6、ntinuity4. Boundary Conditions for Steady Electric Current Fields5. Energy Dissipation in Steady Electric Current Fields6. Electrostatic Field Simulation Chapter 5 Steady Magnetic Fields1. Flux Density, Flux and Field Lines2. Equations for Static Magnetic Fields in Free Space3. Vector and Scalar Mag

7、netic Potentials4. Magnetization of Media5. Equations for Steady Magnetic Fields in Medium6. Boundary Conditions for Static Magnetic FieldsChapter 6 Electromagnetic Induction1. Law of Electromagnetic Induction2. Inductances3. Energy in Steady Magnetic Fields4. Magnetic ForcesChapter 7 Time-varying E

8、lectromagnetic Fields1. Displacement Electric Current2. Maxwells Equations3. Boundary Conditions for Time-varying EM Fields4. Scalar and Vector Potentials5. Solution of Equation for Potentials 6. Energy Density and Energy Flow Density Vector 7. Uniqueness Theorem 8. Time-harmonic Electromagnetic Fie

9、lds9. Complex Maxwells Equations10. Complex Potentials11. Complex Energy Density and Energy Flow Density VectorChapter 8 Plane Electromagnetic Waves1. Wave Equations2. Plane Waves in Perfect Dielectrics3. Plane Waves in Conducting Media4. Polarizations of Plane Waves5. Normal Incidence on A Planar S

10、urface6. Normal Incidence at Multiple Boundaries7. Plane Waves in Arbitrary Directions8. Oblique Incidence at Boundary between Perfect Dielectric9. Null and Total Reflections10. Oblique Incidence at Conducting Boundary11. Oblique Incidence at Perfect Conducting Boundary12. Plane Waves in Plasma13. P

11、lane Waves in Ferrite Chapter 9 Guided Electromagnetic Waves1. TEM, TE, and TM Waves2. Equations for Electromagnetic Waves in Rectangular Waveguides3. Characterization of Electromagnetic Waves in Rectangular Waveguides4. TE10 Wave in Rectangular Waveguides5. Group Velocity 6. Circular Waveguides7. Transmitted power and Loss in Waveguides8. Resonant Cavity9. Coaxial LinesChapter 10 Electromagnetic Radiation and Principles 1. Radiation by An Electric Current Element2. Directivity of Antennas3. Radiation by Symmetrical Antennas 4. Radiat