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
E
LECTROMAGNETICS
Zoya Popović & Branko D. Popović
Prentice Hall (2000)