Project (51204105) supported by the National Natural Science Foundation of China;Project (11ZR1418000) supported by the Shanghai Natural Science Foundation, China
The friction and wear properties of the electrolessly-deposited Ni-P-Gr-SiC composites were investigated. The effects of graphite content, load and rotation speed on the friction coefficient and wear resistance of the...
Project 2006A021 supported by the Science Foundation of China University of Mining & Technology
Graphite antimony composites were prepared using a mechanical pressure infiltration method to force molten antimony into graphite preforms having a percolation micro-structure and a hop-pocket power filler. The micro-...