Comparison on the tribological behavior of carbide-derived carbon and graphite in air

Fei Gao; Jin Jun Lu; Wei Min Liu

Comparison on the tribological behavior of carbide-derived carbon and graphite in air

Fei Gao
, Jin Jun Lu
, Wei Min Liu

CAS - Lanzhou Institute of Chemical Physics
University of Chinese Academy of Sciences

科研成果: 期刊稿件 › 文章 › 同行评审

5 引用（Scopus）

摘要

A coating of carbide-derived carbon on SiC was prepared using chlorination at 1000°C. The tribological behaviors of untreated SiC, commercial graphite and CDC coating were investigated in air with a relative humidity of 49%-50%. The results show that CDC is good solid lubricant and it exhibited better tribological performance than commercially available graphite. CDC showed excellent wear resistance at both low load and high speed. The nano-structured nature and interface between CDC and SiC might contribute to the superior tribological performance of CDC.

源语言	英语
页（从-至）	102-105
页数	4
期刊	Mocaxue Xuebao/Tribology
卷	27
期	2
出版状态	已出版 - 3月 2007
已对外发布	是

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abstract = "A coating of carbide-derived carbon on SiC was prepared using chlorination at 1000°C. The tribological behaviors of untreated SiC, commercial graphite and CDC coating were investigated in air with a relative humidity of 49\%-50\%. The results show that CDC is good solid lubricant and it exhibited better tribological performance than commercially available graphite. CDC showed excellent wear resistance at both low load and high speed. The nano-structured nature and interface between CDC and SiC might contribute to the superior tribological performance of CDC.",

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AU - Lu, Jin Jun

AU - Liu, Wei Min

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N2 - A coating of carbide-derived carbon on SiC was prepared using chlorination at 1000°C. The tribological behaviors of untreated SiC, commercial graphite and CDC coating were investigated in air with a relative humidity of 49%-50%. The results show that CDC is good solid lubricant and it exhibited better tribological performance than commercially available graphite. CDC showed excellent wear resistance at both low load and high speed. The nano-structured nature and interface between CDC and SiC might contribute to the superior tribological performance of CDC.

AB - A coating of carbide-derived carbon on SiC was prepared using chlorination at 1000°C. The tribological behaviors of untreated SiC, commercial graphite and CDC coating were investigated in air with a relative humidity of 49%-50%. The results show that CDC is good solid lubricant and it exhibited better tribological performance than commercially available graphite. CDC showed excellent wear resistance at both low load and high speed. The nano-structured nature and interface between CDC and SiC might contribute to the superior tribological performance of CDC.

KW - Carbide-derived carbon

KW - Graphite

KW - Tribological property

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Comparison on the tribological behavior of carbide-derived carbon and graphite in air

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