Electromagnetic Fields : Theory and Applications (Hardcover)

1.Introduction 2. Applications 3. Coordinate Systems and Vector Algebra 4. Vector Calculus 5. Electric Field Intensity 6. Electric Flux Density 7. Electric Potential 8. Fields in Electrical Materials 9. Electrostatic Boundary Value Problems Involving Laplacian Fields 10. Electrostatic Boundary Value Problems Involving Poisson’s Fields 11. Steady Magnetic Fields 12. Fields in Magnetic Materials 13. Magnetic Circuits and Energy Stored 14. Magneto static Boundary Value Problems 15. Time Varying Fields 16. Plane Waves 17. Reflection, Refraction and Diffraction 18. Transmission Lines 19. Wave guides and Cavity Resonators 20. Radiation Mechanism 21. Eddy Currents 22. Electromagnetic Compatibility