Design and measurement of structural absorbing material with multilayer

Guizhen Lu, Juanjuan Gao
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Abstract

The research of broadband absorbing materials is of great importance in engineering application. In this paper, a broadband structural absorbing material with multilayer is studied. Different proportions of graphite and iron powders added into the cement materials, which forms the absorbing material with a multilayer sandwich structure. Firstly, in order to measure this multilayer structural absorbing material, we developed the original method of measuring electromagnetic parameters,which is independent of the reference plane. A novel nonlinear equation for parameter extraction is presented. Compared with the original equation, the convergence rate of the iterative solution is improved. Secondly, a formula for choosing the initial confidence region of the nonlinear equation is given. At last, the equivalent electromagnetic parameters of the multilayer structure absorbing material were measured and analyzed, and the efficient permittivity and permeability were obtained.
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多层结构吸波材料的设计与测量
宽带吸波材料的研究在工程应用中具有重要意义。本文研究了一种多层宽带结构吸波材料。在水泥材料中加入不同比例的石墨和铁粉,形成具有多层夹心结构的吸波材料。首先,为了测量这种多层结构吸波材料,我们开发了独立于参考平面的电磁参数测量方法。提出了一种新的非线性参数提取方程。与原方程相比,提高了迭代解的收敛速度。其次,给出了非线性方程初始置信域的选择公式。最后,对多层结构吸波材料的等效电磁参数进行了测量和分析,得到了有效介电常数和磁导率。
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