- Chapter 1 Basic Concepts
- Chapter 2 Circuit theory and EM
- Chapter 3 Coulomb's Law and Electric Field
- Chapter 4 Electric Scalar Potential
- Chapter 5 Gauss' law
- Chapter 6 Conductors in the electrostatic field
- Chapter 7 Dielectrics in the electrostatic field
- Chapter 8 Capacitance and related concepts
- Chapter 9 Energy, forces, and pressure in the electrostatic field
- Chapter 10 Time-invariant electric current in solid and liquid conductors
- Chapter 11 Some applications of electrostatics
- Chapter 12 Magnetic field in a vacuum
- Chapter 13 Magnetic field in materials
- Chapter 14 Electromagnetic induction and Faraday's law
- Chapter 15 Inductance
- Chapter 16 Energy and forces in the magnetic field
- Chapter 17 Some examples and applications of time-invariant and slowly time-varying magnetic fields
- Chapter 18 Transmission lines
- Chapter 19 Maxwell's equations
- Chapter 20 The skin effect
- Chapter 21 Uniform plane electromagnetic waves
- Chapter 22 Reflection and refraction of plane waves
- Chapter 23 Waveguides and Resonators
- Chapter 24 EM Wave Radiation and Antennas
- Chapter 25 Practical Aspects of EM Waves
- Appendices and Index

Errata (Rev. 04-19-2012)

INTRODUCTORY

ELECTROMAGNETICS

Zoya PopoviÄ‡ & Branko D. PopoviÄ‡

Prentice Hall (2000)

ELECTROMAGNETICS

Zoya PopoviÄ‡ & Branko D. PopoviÄ‡

Prentice Hall (2000)