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Emergent Properties of Macroscale Assemblies of Carbon Nanotubes

机译:碳纳米管宏观组装的紧急性质

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摘要

Individually, carbon nanotubes are known to have outstanding electrical and optical properties. Assemblies of carbon nantoubes, however, typically underperform relative to their individual properties. Recently, advances in solution-based assembly methods show that assemblies can not only approach their predicted properties, but also demonstrate emergent properties not evidenced in individual carbon nanotubes. This article will highlight several of these methods and how the emergent properties of the resultant assemblies advance the state-of-the art for carbon nanotube electronics and optics.
机译:单独地,已知碳纳米管具有出色的电气和光学性质。然而,碳烟嘴的组件通常相对于其个性化性质的表现不佳。最近,基于解决方案的组装方法的进步表明,组件不仅可以接近其预测性质,还可以证明在单个碳纳米管中未证明的紧急性能。本文将突出这些方法中的几种方法以及所得组件的紧急性质如何推进碳纳米管电子和光学元件的最新技术。

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