Ion Implantation Modification and Induced Ultra Low Friction of WC-Co

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概要

• 論文の詳細を見る

• Various ion species including C, N, O and Ar are implanted into WC-6.5%Co cermet samples to study surface modification of tribological properties for industrial applications of the cermet tools. Ultra low friction coefficient down to 0.04 is found under high-load WC-self wearing for low-beam-current high-dose C-ion implanted samples. In order to achieve an excellent compromise of a combination of low friction, high hardness and high wear resistance for WC-Co tooling applications with superior performance of tooling harder materials, C-ion implantation using low beam currents and to higher doses is found to be the best choice. The C-ion-implantation induced modifications of the mechanical properties of the cermet have been attributed to physical interactions such as microstructural fining.

• 一般社団法人 表面技術協会の論文
• 2003-11-01

著者

• Yu L.

  Fast Neutron Research Facility Department Of Physics Faculty Of Science Chiang Mai University

• SHUY G.

  Materials Research Laboratory, Industrial Technology Research Institute

• VILAITHONG T.

  Fast Neutron Research Facility, Department of Physics, Faculty of Science, Chiang Mai University

• Shuy G.

  Materials Research Laboratory Industrial Technology Research Institute

関連論文

• Ion Implantation Modification and Induced Ultra Low Friction of WC-Co

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