Optimum design of electromagnetic shielding rooms with minimum usage of absorbing materials

Abstract

In this article, a novel method has been proposed to optimize the electromagnetic shielding rooms. This method is based on using minimum electromagnetic absorbing materials on the inner surface of the rooms. The positions of the absorbing materials are found optimally to produce a ''best'' performance for the shielding rooms. The ray-tracing method is used to predict the shielding effectiveness (SE) of the electromagnetic shielding rooms with apertures. The performance of the proposed method is verified by a comprehensive example.

Investigation of Electromagnetic Shielding Rooms With Metal Cabinet and Aperture

“…In [8], the use of double-layered walls for shielded enclosures is proposed to increase the shielding effectiveness of them. The other method for optimizing the electromagnetic shielding rooms utilizes as minimum as possible absorbing materials on the inner surface of the rooms [9].…”