Synthesis of Nano-WC by High-Energy Ball Milling
作者： Le Yang Dai , Shao Fen Lin , Jing Feng Chen , Wen Chun Wang
DOI: 10.4028/WWW.SCIENTIFIC.NET/MSF.745-746.327
关键词:
摘要: Nanosized tungsten carbide (nanoWC) has been widely studied and applied in many industries as hard materials since it good combination of high hardness strength. Thermal mechanical alloying method consisting high-energy ball milling subsequent carbonization is a common synthetic approach to prepare nanoWC. In this paper, special process reviewed, which the dielectric barrier discharge plasma (DBDP) introduced, for preparation The DBDP renders W+C powders with specific flake-like structure possible owing cooperative effect milling. obtained are activated significantly within shortened period. Furthermore, pure nanoWC can be synthesized after at lowered temperature. demonstrated an efficient way synthesize
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