Unveiling the durability, friction, and wear behaviour of nanodiamond composite films deposited on biased cemented carbide with varying Al interlayer thickness.
(2025)
Journal Article
DIAB, M.R., MURASAWA, K., WANG, M., OHMAGARI, S., NARAGINO, H., YOSHITAKE, T. and EGIZA, M. 2025. Unveiling the durability, friction, and wear behaviour of nanodiamond composite films deposited on biased cemented carbide with varying Al interlayer thickness. Surfaces and interfaces [online], 63, article number 106367. Available from: https://doi.org/10.1016/j.surfin.2025.106367
Nanodiamond composite (NDC) films were deposited on biased cemented carbide (WC−6 wt. % Co) substrates using a coaxial arc plasma deposition technique, incorporating sputtered aluminium (Al) interlayers with varying thicknesses (0,50, 100, 300, and 5... Read More about Unveiling the durability, friction, and wear behaviour of nanodiamond composite films deposited on biased cemented carbide with varying Al interlayer thickness..