THE SIMULATION MODEL FOR EVALUATING THE ACCURACY OF MEASURING THE ELECTROPHYSICAL PARAMETERS OF METAMATERIALS BY THE METHOD OF SURFACE ELECTROMAGNETIC WAVES

A. I. Kaz’min, P. A. Fedjunin
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Abstract

In this paper the simulation model that allows one to evaluating a accuracy and reliability of measuring the local values of electrophysical and geometric parameters of any types of flat-layered samples of metamaterials on a metal substrate by the method of surface electromagnetic waves. The simulation model is implemented on the basis of the CST Microwave studio electrodynamic modeling system and the Matlab system. The results of simulation modeling on the measurement of metamaterial parameters based on rectangular SRR-elements with a region of negative refraction in the frequency range 10.06…10.64 GHz are presented. Numerical verification has shown that the local values of the effective electrophysical parameters of the studied metamaterial differ from the calculated ones by no more than 10 %.
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建立了表面电磁波法测量超材料电物理参数精度的仿真模型
本文建立了用表面电磁波法测量金属基板上任意类型的超材料平层样品的电物理和几何参数局部值的准确性和可靠性的仿真模型。该仿真模型是在CST Microwave studio电动力学建模系统和Matlab系统的基础上实现的。给出了在10.06 ~ 10.64 GHz频率范围内负折射矩形srr单元测量超材料参数的仿真建模结果。数值验证表明,所研究的超材料的有效电物理参数的局部值与计算值相差不超过10%。
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