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Three-dimensional carbon nanowall structures
Authors
,
,
+4 more
BO Boskovic
ATH Chuang
KKK Koziol
J Robertson
Publication date
30 March 2007
Publisher
Abstract
The authors report the growth of carbon nanowalls in freestanding, three-dimensional aggregates by microwave plasma-enhanced chemical vapor deposition. Carbon nanowalls extrude from plasma sites into three-dimensional space. The growth is catalyst-free and not limited by nucleating surfaces. The growth mechanism is discussed and compared with similar carbon nanomaterials. High surface area of as-grown carbon nanowalls indicates a potential for electrochemical applications. Field emission measurements show a low field turn-on and long-term stability. The results establish a scalable production method and possible applications using field emission or high surface area. © 2007 American Institute of Physics
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CUED - Cambridge University Engineering Department
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Last time updated on 15/07/2020