利用粉末冶金工艺,采用两种混料方法制备了弥散铜-MoS2复合材料,对制备的试样进行了物相、显微组织和力学性能分析,并探讨了制备工艺对该复合材料组织与性能的影响。结果表明,该复合粉末经高能球磨后,聚集了大量的畸变能、缺陷能以及表面能,并储存在细化后的复合粉末颗粒表面、晶界以及缺陷中,致使球磨机混料法制备的材料密度、硬度和导电率低于用常规混料方法制备的材料性能。 Using powder metallurgy process, two kinds of mixed materials were used to prepare the diffused Cu-MoS2 composites. The phase, microstructure and mechanical properties of the prepared samples were analyzed. The effects of preparation process on microstructure and properties Impact. The results show that the composite powders have a large amount of distortion energy, defect energy and surface energy accumulated by high energy ball milling and are stored in the surface, grain boundaries and defects of the refined composite powder particles, resulting in the ball mill mixing material Density, hardness and electrical conductivity are lower than those of materials prepared by conventional compounding methods.