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Lecture # |
Title |

0 | Cover page. |

1 | Maxwell's equations, constitutive relations, and boundary conditions. |

2 | Power and energy. Time-harmonic electromagnetic fields. |

3 | Wave equation and solutions in the Cartesian coordinate system. |

4 | Transverse electromagnetic waves. Complex Poynting vector. |

5 | Plane waves in lossless media at oblique angles. |

6 | Transverse electromagnetic waves in lossy media. |

7 | Polarization of TEM waves. |

8 | Uniform plane waves normally incident on a lossless half space. |

9 | E polarized UPW obliquely incident on a lossless half space. |

10 | H polarized UPW obliquely incident on a lossless half space. Duality. |

11 | Brewster angle of incidence. |

12 | Critical angle of incidence. |

13 | Lossy media. UPW normally incident on a dielectric-conductor interface. Skin depth. |

14 | UPW scattering by a single slab layer. |

15 | UPW scattering by multiple slab layers. |

16 | Low reflection, multi-layer slab design. |

17 | Some applications of multi-slab UPW theory. |

18 | Physical optics approximation. |

19 | Source/field relationships. |

20 | Green's functions and the solutions to ... |

21 | 2-D geometries: Solution of the wave equation in cylindrical coordinates. |

22 | Green's functions for 2-D sources. |

23 | Far-field calculations and echo width for 2-D problems. |

24 | Physical optics results for PEC strips. |

25 | Rectangular metallic waveguides: TE^{z} and TM^{z}
modes. |

26 | General behavior of rectangular waveguides. |

27 | Fields of rectangular waveguides. |

28 | Equivalent voltage, current, and impedance for waveguides. |

29 | Rectangular waveguide resonant cavities. |

30 | Grounded dielectric slab waveguides. |

31 | Solutions to characteristic equation for a grounded dielectric slab waveguide. |

32 | Circular metallic waveguides. |

33 | TE^{z} and TM^{z} modes in circular waveguides. |

- Homework #1.
- Homework #2.
- Homework #3.
- Homework #4.
- Homework #5.
- Homework #6.
- Homework #7.
- Homework #8.
- Homework #9.
- Homework #10.
- Homework #11.

- Report grade sheet.
- Computer Assignment #1.
- Computer Assignment #2.
- Computer Assignment #3.

- Exam #1 cover pages.
- Final exam cover pages.