黒鉛-銅-樹脂複合材の熱処理に伴う銅結晶子サイズと機械的特性の相関

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概要

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• The composite materials consisting of three components, graphite, copper and phenol resin (binder) were prepared and the change in the crystallite size of copper with heat treatment up to 1200℃ was studied by XRD measurement and SEM observation. Also the correlation between the dispersion state of these components and some properties of the composites such as resistivity, friction and brush wear was investigated. As a result it was found that the behavior of copper near the melting point of the metal (1083℃) predominantly influences these mechanical properties as well as the electrical property.

• 福井大学の論文
• 2006-03-31

著者

• 大上 三千男

  浪江日立化成工業

• 山田 能生

  材料開発工学科

• 平田 宙史

  大学院工学研究科材料開発工学専攻

• 河村 洋明

  日立化成工業

関連論文

• 黒鉛-銅-樹脂複合材の熱処理に伴う銅結晶子サイズと機械的特性の相関

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