钛基复合材料的开发钛合金具有高比强度、高韧性和高耐蚀性等许多优越的性能，但其干式抗磨性极差且化学活性大、传热率低、硬度也不太高，以致严重影响了它的广泛应用。为了全面改善钛合金的使用性能，日本住友金属工业公司开发成功就地颗粒弥散复合法生产碳化钛颗粒弥散... Development of titanium-based composite materials Titanium alloy with high strength, high toughness and high corrosion resistance and many other superior properties, but its dry wear resistance and poor chemical activity, low heat transfer rate, the hardness is not too high , So seriously affected its wide application. In order to fully improve the performance of titanium alloy, Sumitomo Metal Industries, Japan successfully developed in situ particle dispersion composite production of titanium carbide particles dispersed ...