Table of Contents
Movie Demonstrations
Movie Demonstrations
MATLAB® software is required to run the .m files in this section.Media player software, such as Quicktime Player, RealOne Player, or Windows Media Player, is required to run the .mpeg files in this section.
This section contains the movies and demos that are related to the course. These movies were developed with MATLAB®. The movie/demo files and corresponding MATLAB® files are provided, along with the relevant lecture or recitation session during which the topics are covered. The following link also contains demos from a previous offering of the course: Physical Demonstrations of Faraday's Law, Electrostatics, and Radiation.
| Demo [1.1] Ref [Lecture 2] This movie demonstrates the phase difference and the amplitude decay of the E and H field in freespace. [MPEG - 1.6 MB] [MATLAB® script] |  |
| Demo [1.2] Ref [Recitation 4] This movie demonstrates a right-handed elliptically polarized wave [MPEG - 1.2 MB] [MATLAB® script] |  |
| Demo [1.3] Ref [Recitation 4] This movie demonstrates a left-handed elliptically polarized wave [MPEG - 1.2 MB] [MATLAB® script] |  |
| Demo [1.4] Ref [Lecture 4] This movie demonstrates the array radiation pattern for 4 dipoles [MPEG - 1.2 MB] [MATLAB® script] |  |
| Demo [1.5] Ref [Lecture 6] This movie demonstrates the propagation of a UPW through a rectangular aperture [MPEG] |  |
| Demo [1.6] Ref [Lecture 6] This movie demonstrates the propagation of a UPW through a slotted rectangular aperture [MPEG] |  |
| Demo [1.7] Ref [Lecture 7] This movie demonstrates the propagation of a modulated pulse through a dispersive plasma media [MPEG - 1.7 MB] |  |
| Demo [1.8] Ref [Lecture 7] This movie demonstrates the phase difference and the amplitude decay of the E and H field in a very lossy medium. [MPEG - 1 MB] [MATLAB® script] |  |
| Demo [1.9] Ref [Lecture 7] This movie demonstrates the phase difference and the amplitude decay of the E and H field in a plasma medium. [MPEG] [MATLAB® script] |  |
| Demo [1.10] This movie demonstrates the VSWP of a quarter wave transfromer for the matched case. [MPEG-4] |  |
| Demo [1.11] This movie demonstrates the VSWP of a quarter wave transfromer for the mismatched case. [MPEG-4] |  |
| Demo [1.12] This movie demonstrates the VSWP of a resonator(high Q). [MPEG-4 - 5.5 MB] |  |
| Demo [1.13] This movie demonstrates the VSWP of a resonator(low Q). [MPEG-4 - 5.5 MB] |  |
| Demo [1.14] This movie demonstrates the particle position and differential pressure of sound wave. [MPEG-4 - 1.1 MB] |  |
| Demo [1.15] This movie demonstrates the total voltage on a transmission line with different load and source termination. [MPEG - 4.4 MB] |
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