Time Domain Solutions for Electromagnetic Coupling.
Final technical rept. 26 Aug 77-26 Mar 78,
IIT RESEARCH INST CHICAGO ILL
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This research program investigated a new tool for the analysis of electro-magnetic coupling and shielding problems the finite-difference, time-domain FD-TD solution of Maxwells equations. The objective of the program was to evaluate the suitability of the FD-TD solution to determine the amount of electromagnetic coupling through an aperture into an enclosed conducting container. Two specific geometries were used for the evaluation. The first, a conducting cylinder with one open end. The other, the guidance section of a missile. Each of the two geometries was modeled to calculate the electro-magnetic field coupled into the structure and the results were compared to data previously obtained by other techniques. Author
- Guided Missiles
- Radiofrequency Wave Propagation