BRIGHAM YOUNG UNIVERSITY
Search BYU
Contact
|
Help
ECEn Home
ECEn 560
Navigation Menu
Overview
Schedule
Info
Educational Objectives
ECEn 560: Electromagnetic Wave Theory
ECEN 560
Schedule - Winter 2016
Note: When printing pdf notes, select the "Document and comments" option so that corrections show up
Date 
Topic
Homework
Notes
Propagation in Media
Jan. 5
Introduction
HW1
Review
,
Links
7
(No class)
HW2
Anisotropic
12
Anisotropic Media, Uniaxial media
HW3
Examples
14
Gyrotropic, bianisotropic media
HW4
Green's Functions, Radiation, Antennas
19
Green's functions - Helmholtz equation
HW5
Scalar
21
Green's functions - Maxwell's equation
HW6
Maxwell
26
Dyadic Green's function
HW7
Dyadic
,
Far Field
28
Far field, antennas
HW8
Antennas
Feb. 2
Antenna parameters, linear antennas
Arrays
4
Exam 1 (in class)
practice
Review
9
Linear arrays, Dolph-Chebyshev arrays, Pattern Synthesis
Elliot
Hansen
(no class, but complete HW9 for Thursday)
HW9
Arrays 2
11
Dipole in layered media
HW10
Layered Media
16
(No class - Monday instruction)
18
Dipole in layered media
HW11
Layered Media R/T
23
Contour integration
HW12
Complex
25
Asymptotic integration
HW13
Asymptotic
Mar. 1
Vertical magnetic dipole
HW14
VMD
Theorems and Principles
3
Uniqueness, duality, and image theorems, equivalence principle
HW15
Theorems
8
Reaction and reciprocity
HW16
Reciprocity
10
Reaction and reciprocity
HW17
Green Theorem Paper
Reciprocity 2
15
Huygens' principle
HW18
Huygens
17
Fresnel diffraction
HW19
Diffraction
Lithography
22
Fraunhofer
diffraction, Gaussian beams, exam review
Review
,
HW20
Gaussian
Exam 2 (Testing Center, March 28-30)
practice
24
Gaussian beams, lithography, scattering
Scattering
29
Scattering
HW21
Scattering
31
Scattering, review exam
HW22
Scattering 2
Apr. 5
Metamaterials
7
Special topics
HW23
Nanoelectromagnetics
12
Review for Final
Nanoelectromagnetics
,
THz Papers
18
Final exam (in class, 2:30-5:30pm)
Maintained by Prof. Karl F. Warnick
Copyright © 1994-2007. Brigham Young University. All Rights Reserved.