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This book not only provides readers with a good theoretical understanding of the elecromagnetic field equations but also treats a large number of its applications. Magnetic forces, torques, and electromagnetics are discussed in the context of electric motors and transformers; the applications discussed include super-efficient electric drivers, linear induction motors, stealth aero-space materials, and implantable transformers of life-sustaining devices. Many examples and exercises enable readers to further their understanding.

Ch1. Vector AlgebraCh2. Vector CalculusCh3. Coulomb's Law and the Electric FieldCh4. Gauss's Law and the Electric PotentialCh5. Boundary Value Problems: Analytic Methods of SolutionCh6. Boundary Value Problems: Numerical (Approximate) MethodsCh7. The Steady Electric CurrentCh8. The Static Magnetic FieldCh9. Magnetic Materials and PropertiesCh10. Faraday's Law and IntroductionCh11. Maxwell's EquationsCh12. Electromagnetic Waves and PropagationCh13. Reflection and Transmission of Plane WavesCh14. Theory of Transmission LinesCh15. The Smith Chart, Impedance Matching, and Transmission Line CircuitsCh16. Transients on Transmission LinesCh17. WaveguidesCh18. Antennas and Electromagnetic Radiation