A Course in Graduate Electrodynamics
by Mark Jarrell
Publisher: Louisiana State University 2000
Contents: Introduction to Electrostatics; Boundary-value Problems in Electrostatics; Multipoles; Macroscopic Media; Dielectrics; Static and Stationary Magnetic Fields; Maxwell's Equations; Plane Waves and Wave Propagation; The Special Theory of Relativity; Particle and Field Dynamics; Waveguides and Cavities; Radiation; Charged Particle Collisions, Energy Loss, Scattering; Radiation by Moving Charges.
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by Richard Fitzpatrick - The University of Texas at Austin
Covered topics: The relativistically invariant formulation of the laws of electromagnetism; The effect of dielectric and magnetic materials on electric and magnetic fields; The generation, propagation, and scattering of electromagnetic waves.
by Andrzej Wolski - arXiv
We discuss electromagnetic fields, with an emphasis on aspects relevant to radiofrequency systems in particle accelerators. We review Maxwell's equations and show that there are solutions representing the propagation of electromagnetic waves.
by Alexander Altland
The text covers the history and the apparatus of electrodynamics, electrostatics, magnetostatics, electromagnetic gauge field, field energy and momentum, electromagnetic radiation, macroscopic electrodynamics, relativistic invariance, etc.
by Roy McWeeny - Learning Development Institute
Contents: Charges at rest: Electrostatics; Electric currents; Magnetism; Getting it all together: Maxwell's equations; Dynamos, motors, and electric power; Waves that travel through empty space; More on electric circuits - making the waves.