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Abstract
This paper presents a new hybrid method for the analysis of the penetration of electromagnetic field inside a metallic enclosure through slots. The model is based on a time domain approach and the solution of the electromagnetic problem is achieved by a hybrid method, characterized by the combination of the Finite Difference in Time Domain (FDTD), and the Method of Moments in Time Domain (MoMTD) that solves a magnetic field integral equation (MFIE); this technique allows to investigate the complex geometry of the problem and to evaluate the strong coupling between the source and the victim structure.
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