FDTD surface impedance model for coated conductors

@article{Karkkainen2004FDTDSI,
  title={FDTD surface impedance model for coated conductors},
  author={M P Karkkainen},
  journal={IEEE Transactions on Electromagnetic Compatibility},
  year={2004},
  volume={46},
  pages={222-233}
}
  • M P Karkkainen
  • Published 2004 in
    IEEE Transactions on Electromagnetic…
A new finite-difference time-domain (FDTD) model of dielectric and conductive layers on conductive surfaces is developed. The model is based on surface impedance boundary condition, allowing the coating and the conductive backing to be removed from the computational space. The proposed model extends the previous FDTD models, which are formulated for coatings on perfect electric conductors (PEC), to coatings on more general dielectric and conductive materials. On the other hand, the model can… CONTINUE READING

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