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/ EEM7106 - APPLIED ELECTROMAGNETIC THEORY
GENERAL INFORMATION ABOUT THE COURSE
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Course Title
Theoretical
Practical
ECTS
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Course Objective
The application of the classical electromagnetic theory to engineering problems.
Brief Content of the Course
Maxwell's equations. Uniqueness theorem, Reciprocity theorem and duality. Waves in stratified and inhomogeneous environments. Cylindrical and spherical wave functions. Green's functions. Spectral representation of sources. High-frequency methods: the steepest descent method (Saddle point) method. Huygens' principle and extinction theorem. Integral equations and the Method of Moment. Periodic structures and Floquets theorem. Electromagnetic scattering from conducting and dielectric objects. Inverse scattering problems
Prerequisites
Course Objectives
Course Objectives
1
Analyze the basic theorems of electromagnetics in terms of engineering
2
Adressing problems related to stratified an inhomogeneous media
3
Introduction the Green's function
4
Introduction the integral equations and Method of Moment
5
Adressing direct and inverse scattering problems
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Expertise /Field Courses