...议的征文范围有：形状记忆合金及聚合物、电致活性聚合物(EAP)、压电材料、多功能材料、智能复合材料、手性材料(Chiral materials)、电（磁）流变材1a8e料、电（磁）致..
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chiral stealth materials 复合隐身材料
chiral stealthy materials 手征隐身材料
chiral mesoporous materials 手性介孔材料
The stealth mechanism of the combinations of camoudlage materials, including ferrite materials,electro-conducting polymer ,ceramic materials ,nano materials ,chiral materials and intelligent materials is discussed in detail in this paper. The latest research is also presented.
综述了国内外雷达吸收剂的研究进展,较详细地介绍了铁氧体材料、高聚物吸收材料、陶瓷吸收材料、纳米吸收材料、手性材料和智能材料等吸收剂的吸收机理和最新研究状况。
参考来源 - 雷达吸收剂研究进展A method is described for the extraction of the three constitutive parameters, the permittivity, permeability and chirality, of the chiral materials, using measurements of scattering parameters of a slab in free-space. Numerical simulation is fulfilled.
本文给出了一种通过自由空间法测量平板样品的S参量，进而获得旋波材料的介电率、导磁率和旋波参量三个微波参数的方法，并进行了模拟计算。
参考来源 - 旋波材料微波参数自由空间测试方法的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The use of chiral materials is extensive in our life.
手性物质具有广泛的用途。
Chiral materials exhibit electromagnetic wave rotation.
手性材料具有旋波性。
We have discussed the mechanism of wave-absorbed of chirality materials and the chiral carbon nanotubes, and how to realize wide frequency absorption by adjusting their chirality parameters.
我们探讨了手性材料以及手性碳纳米管的吸波机理，以及如何通过调整其手性参数来实现宽频吸波。
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