EEAP 210: Electromagnetic Field Theory I
General Information
This Web site contains archival material for the above listed class.
The course textbook was Paul and Naser, Introduction to Electromagnetic
Fields.
Lecture notes
These are scans of nearly 20 year old material so the quality of some of the scans is not too good.
- Part 1 Vectors, divergence, curl,
circulation, vector fields, Gauss' Law, electrostatic potential, electric
dipole (PDF, 6.36 MB)
- Part 2 Conductors, dielectrics,
polarization, electric boundary conditions, Laplace and Poisson's equation,
capacitancem parallel plate capacitor (PDF, 2.96 MB)
- Part 3 Biot-Savart Law, Ampere's
Law, magnetic fields, coaxial lines, scalar potential, vector potential, magnetic
dipole, current loops, toroids, magnetization of matter, ferromagnets, magnetic
boundary conditions, reluctance, magnetic circuits, permanent magnets (PDF,4.87
MB)
- Part 4 Energy stgored in fields,
capacitance, inductance, electromagnetic forces, time dependent Maxwell's
equations, homopolar generator, transmission lines (PDF, 2.84 MB)
- Part 5 Crank diagram, reflection
coefficients and terminations, pulses on transmission lines, SWR, Laplace's
equation, boundary conditions, separation of variables (PDF, 3.60 MB)
- Part 6 Hemholtz equation, solutions
in cylindrical and spherical coordinates, unifrom plane waves, wave equation,
propagation in lossy media, group and phase velocity, Poynting vector, reflection
and transmission at dielectric interfaces, polarization, skin depth, reflection
from conductors, Fresnel equations (PDF, 4.41 MB)
-
Homework Assignments
- Homework - Single file containing all problem
solutions (PDF, 9.86 MB)
-
Exams
- Exams Solutions to three exams,
a makeup exam, and a final exam (PDF, 9.97 MB)
Created: 2002-3-9. Last Modified: 2002-3-9.