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利用一种新工艺可以制备纯度高、强度高且韧性好的涂层复合材料。要达到这些目的的关键是晶须和粒子在基体材料表面高度均匀地弥散。利用这种新工艺可以制备用于航天航空的陶瓷金属间化合物;用常规等离子雾化粉末方法生产硬质合金和陶瓷工具材料;高温磁性材料和电子材料,甚至可以使诸如钛和铌这样的间隙敏感材料合金化。至此,研究人员在空军材料技术实验室的援助下已经制备了粒径10～12/μm的钨、100μm的AlN、5μm的铝、
Using a new process can be prepared high purity, high strength and good toughness of the composite coating. The key to achieving these goals is the highly uniform dispersion of whiskers and particles on the surface of the matrix material. The new process allows the preparation of ceramic intermetallic compounds for aerospace applications; the production of cemented carbide and ceramic tool materials by conventional plasma atomization powder processes; the high temperature magnetic and electronic materials that can even allow gaps such as titanium and niobium Sensitive material alloying. So far, the researchers with the assistance of the Air Force Materials Technology Laboratory has prepared a particle size of 10 ~ 12 / m tungsten, 100μm AlN, 5μm aluminum,