Pioneering carbon nanotube textile engineering & fashion technology

M. Schulz, Megha Chitranshi, Devika Chauhan, Ashley Kubley, Anuptha Pujari, Chenhao Xu, D. Chen, Sumeet Chaudhary, Guangfeng Hou, Gregory Bell, Brooke Brandewie, Rutvik Kaneria, Ronald Hudepohl
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引用次数: 12

Abstract

Carbon nanotubes (CNT) individually have extraordinary properties. However, macroscale fabric and tape made from CNTs have much reduced properties compared to individual CNTs. CNT in macroscale forms are also expensive to produce as the yield of the CNT synthesis process is low and assembling individual CNT into large size fabrics is complicated and expensive. Thus the two main barriers to putting CNT fabric into applications are to improve the material properties and to scale-up manufacturing yield to reduce cost. These aspects are discussed in this paper. Examples of CNT fabric and tape are shown in Figure 1. The tape can be twisted to form yarn which is stronger than tape.
开创性的碳纳米管纺织工程和时尚技术
碳纳米管(CNT)单独具有非凡的性能。然而,与单个碳纳米管相比,由碳纳米管制成的宏观织物和胶带的性能大大降低。宏观碳纳米管的生产成本也很高,因为碳纳米管合成过程的收率很低,而且将单个碳纳米管组装成大尺寸的织物既复杂又昂贵。因此,将碳纳米管织物投入应用的两个主要障碍是提高材料性能和扩大生产产量以降低成本。本文对这些方面进行了探讨。碳纳米管织物和胶带的示例如图1所示。这种胶带可以捻成比胶带更结实的纱线。
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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