BROADBAND NEGATIVE PERMEABILITY BY HYBRIDIZED SYMMETRIC STRUCTURE METAMATERIALS USED TO SIMULATED METHOD

Abstract

In our recent work [10] [11], we have shown that a broad negative refraction band can be achieved by using combine structure two layer with hybridized metamaterials. By exploiting the interaction between two identical CWP monomers, a hybridized magnetic resonanceis predicted to split up and the frequency range that shows a negative permeability becomes wider. However, with CWP two layer the extension area is strongly dependent on the polarization of electromagnetic waves. In this report, we present the results of the optimization study of the magnetic resonance structure extension to overcome the above limitations. These results are useful for conducting experiments to obtain the hybridization effects of Metamaterials on applications.