An optimization technique based on the microgenetic algorithm(MGA) is presented for the design of multilayered radar absorbing materials made of tetrapod-shaped ZnO whisker.

A triple-layer radar absorbing coatings composed of dielectric and magnetic materials were prepared according to resistance matching principal,which is then further coated with an infrared and visible light camouflage coatings.

Characteristics of attenuating and absorbing of super wideband radar surface wave by means of radar absorbing coatings as well as radar absorbing coatings combined with frequency selective surfaces are studied and then reported here.

In this paper, the mechanism of radar absorbing coatings is described.

A kind of thin triple-layer radar absorbing coatings were prepared according to resistance matching principal.

The tri-layer composite radar absorbing coatings with impedance-graded structure were prepared by using absorbing reagents such as strong magnetic loss,resistance and dielectric materials.

Multi-objective optimization of radar absorbing coating was designed using the genetic algorithm in this paper.

Influence of surface reflection in coating absorbing material and optimum design;