Synthesis of composite materials with conductive and/or lossy spherical inclusions

In this study, an analytical procedure to synthesize a biphasic composite panel with spherical inclusions is developed. The procedure is based on the knowledge of a frequency dependent Debye parameters associated to a homogeneous material with desired shielding performance. The proposed procedure is validated by applying the analytical expression to different biphasic composite structures with different inclusion size and location. The 3D model simulations of panels with random spherical inclusions synthesized throughout the proposed procedure agree well to the SE profile of the initial homogeneous material.