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手性碳纳米管具有良好的力、热、电学性能,由于其具有螺旋结构,所以手性碳纳米管具有比普通碳纳米管更优越的吸波性能。目前,有关手性碳纳米管的研究主要集中在其结构的探索及其吸波机理的推测,有关手性碳纳米管吸波性能的实验研究较少。通过国内外有关手性碳纳米管的结构及其吸波机理方面的综述,旨在为手性碳纳米管的应用及吸波性能研究提供有益的借鉴。
Chiral carbon nanotubes have good mechanical, thermal and electrical properties. Due to their helical structure, chiral carbon nanotubes have better absorbing properties than ordinary carbon nanotubes. At present, the research on chiral carbon nanotubes mainly focuses on the exploration of its structure and the speculation of its absorption mechanism. There are few experimental studies on the chiral absorption properties of chiral nanotubes. Through the review of the structure of chiral nanotubes at home and abroad and the mechanism of their absorption, this paper aims to provide useful references for the application of chiral nanotubes and the study of microwave absorbing properties.