SUMMARY
The discussion centers on the best resources for learning Classical Electromagnetic Scattering, specifically for forward and inverse modeling. Key recommendations include "Advanced Electromagnetic Theory" by Balanis and "Mathematical Foundations of Imaging, Tomography and Wavefield Inversion" by Devaney. The focus is on applied perspectives suitable for Electrical Engineers working on 2D and 3D electromagnetic scattering from dielectric media. The goal is to simulate forward scattering data and enhance inverse methods for media profile reconstruction.
PREREQUISITES
- Understanding of Classical Electromagnetic Theory
- Familiarity with forward and inverse modeling techniques
- Knowledge of dielectric media properties
- Basic skills in numerical simulation methods
NEXT STEPS
- Explore advanced topics in "Electromagnetic Scattering Theory"
- Research numerical methods for simulating electromagnetic waves
- Study inverse scattering techniques in "Mathematical Foundations of Imaging"
- Investigate software tools for electromagnetic simulation, such as COMSOL Multiphysics
USEFUL FOR
This discussion is beneficial for Electrical Engineers, researchers in electromagnetic theory, and professionals involved in modeling and analyzing electromagnetic scattering phenomena.