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An integrated tool for the optimal design and characterization of multilayer transparent coatings is developed. The coatings consist of thermal control films or nanometric metallo-dielectric layers. Electromagnetic shielding, optical transmittance, heat control, and thermal de-icing are the multifunctional performances of the proposed coatings. A circuit approach is developed for the prediction of...
The paper deals with the prediction of the electromagnetic shielding performances of resistive transparent thin film coatings. The electromagnetic problem of loaded apertures is analysed by an approximated method based on equivalent circuits to model the propagation of the main field components. Simple test cases of magnetic and plane wave shielding problems are presented to show the efficiency of...
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