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Liquid Crystals and Carbon Materials

MAR 01, 2000
The macroscopic properties of carbon materials are determined by their structure at the nanometer length scale, and there is great potential to tailor their structure during the liquid‐crystal phase of the synthesizing process.
Robert H. Hurt
Zhong‐Ying Chen

Carbon atoms can be found in a variety of structures, including the tetrahedra of diamond, the stacked planes of graphite, and the celebrated fullerene spheres and nanotubes. The graphite family alone includes a rich variety of materials, ranging from pencil “lead” to interstellar dust to chimney soot, and from metallurgical coke to activated charcoal for water filtration to lightweight composites for aerospace components—such as the nose cone of the space shuttle, for which carbon composites were chosen because of their high strength at elevated temperatures.

This article is only available in PDF format

More about the authors

Robert H. Hurt, Brown University, Providence, Rhode Island.

Zhong‐Ying Chen, Science Applications International Corp, McLean, Virginia.

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This Content Appeared In
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Volume 53, Number 3

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