本文对复合材料的电磁特性进行了分析，并提出了防护措施。
Electromagnetic properties of composites are analyzed in the paper, and the protection measures are presented.
为了能够更加深入的对电磁场进行研究，首先必须能够精确的测量出磁性材料的磁化特性。
In order to deeply study the electromagnetic field, first we must measure the magnetization characteristic of magnetic material with high accuracy.
致动器为例，简述了磁路法计算电磁参数时对铁磁材料特性的处理方法及其局限性。
Taking a common solenoid actuator for an example, different treating ways to deal with material property and their disadvantages in calculation of magnetic circuit are briefly described in this paper.
研究结果显示了纳米金属磁性多层膜材料的微结构空间位置相关性和电磁输运过程奇异的非定域特性。
The microstructure space dependence and non-localization electromagnetic transmission were found, which demonstrated the mesoscopic characteristic of the nanometer magnetic multilayers materials.
基于复合材料媒质间的电磁传播特性，提出了微波无损检测技术应用于复合材料检测时的局限性和不足。
According to the spreading characteristic of electromagnetic wave, the limitation and deficiency of microwave measuring in composite material were pointed out.
袁惠群。李成英。周卓稀土超磁致伸缩材料应力与电磁耦合特性的实验研究。
Li C Y. Yuan H Q. Yang L S Measurements of the mechanical and electromagnetic properties of rare earth giant magnetostriction materials.
非晶材料则具有很高的强度，良好的电磁特性和耐腐蚀特性。
Amorphous materials have high strength and good properties of electromagnetism and corrosion-resistant.
本文首先从吸波材料的隐身机理出发阐述了碳纳米管的电磁波吸收特性。
Based on the stealthy mechanism of wave-absorbed materials, the character of electromagnetic wave-absorption has been discussed in this paper at first.
“旋磁材料中的非线性电磁波”主要研究电磁波与旋磁介质相互作用中出现的各种非线性传播特性以及应用途径。
The study of electromagnetic waves in nonlinear gyromagnetic materials is mainly focused on the properties and potential applications of nonlinear waves.
研究了单一结构和复合结构吸波材料电磁特性的计算方法。
The method of calculating effective permittivity and permeability of single and complex structure absorbent materials were given.
复合材料的强吸收特性预示了其作为电磁波吸收材料的潜在应用前景。
Strong absorption properties of the composites indicate its potentially application as electromagnetic wave absorption material.
在研究了建筑材料的特性之后，本文分析了电磁波的传播机制和电参数对传播机制的影响。
Following the characterizing of building materials the mechanisms of electromagnetic wave propagation and the effect of parameters on these mechanisms are presented.
在研究了建筑材料的特性之后，本文分析了电磁波的传播机制和电参数对传播机制的影响。
Following the characterizing of building materials the mechanisms of electromagnetic wave propagation and the effect of parameters on these mechanisms are presented.
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