New Structural Biocomposite of Flax Laminate Materials for Antennas Applications

A. Sennouni, Adnane Labdouni, J.M. Floc’h, S. Guéret, F. Callebert, A. Tarot
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Abstract

Natural fiber matrix composite materials exhibiting a promising dielectric properties with lightweight are developed. The bio-based composites provide the ability to embed radiofrequency features, such as microwave antennas, for smart load-bearing structures. The dielectric characteristics of biocomposites at microwave range are fundamental parameters in many applications, and needs to be investigated systematically. The measurement is conducted in the frequency range of (2GHz-16GHz) using a free-space method, which is more suitable and convenient for the developed materials. This work will present also a proof of concept to develop a new generation of biosourced antenna based on the sustainable natural fiber of flax with compatible thermosetting resins.
新型结构生物复合材料在天线中的应用
开发了具有良好介电性能和轻质特性的天然纤维基复合材料。生物基复合材料为智能承重结构提供了嵌入射频特性(如微波天线)的能力。生物复合材料在微波范围内的介电特性是许多应用中的基本参数,需要系统地研究。采用自由空间法在(2GHz-16GHz)频率范围内进行测量,对所研制的材料更加适合和方便。这项工作也将展示开发新一代生物源天线的概念证明,该天线基于亚麻的可持续天然纤维和兼容的热固性树脂。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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