On Current and Prospective Use of Binary Thin Multilayers in Radar Absorbing Structures

Abstract

The main objective of the paper is to overview of the actual and potential capabilities of some complex multilayers to enhance, and control the microwave absorption. Going through available literature data we emphasize the role of interphase coupling, and material resonances in enhancing phenomena of importance for internal scattering, di usions, and intrinsic material absorption of propagating EM wave, especially in microwave and mm wave ranges. The theoretical background is consequently formulated in terms of transmissions line approach.

Enhancement of Microwave Absorption Properties of Hexaferrite/Epoxy Composites on the Addition of Non-magnetic Oxides

“…On the other hand, electromagnetic interference pollution causes several health problems such as anxiety, headache, sleeping disorder, etc. Electromagnetic wave absorption materials can absorb the microwave radiation energy generated from communication devices, commercial appliances and others and thereby attracted considerable attention as a promising candidate to replace metallic materials [1][2][3][4][5].…”