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通过对纳米材料的筛选、预处理，并与普通固体润滑剂充分研磨、搅拌等一系列工艺措施，开发出纳米材料固体润滑干膜。进行了纳米材料固体润滑干膜的摩擦磨损实验，表明纳米Al2O3可以大幅度提高固体润滑干膜的耐磨性，延长了固体润滑干膜的使用寿命，拓宽了固体润滑材料的应用范围，为纳米材料固体润滑干膜的广泛应用提供了有力依据。
Through the screening of nanomaterials, pretreatment, and a full range of common solid lubricant grinding, mixing and other measures to develop a dry film of solid lubricant nano-materials. The friction and wear experiments of the dry film of the nano-material solid lubricant were carried out, which showed that the nano-Al2O3 can greatly improve the wear resistance of the dry film and prolong the service life of the dry film and broaden the application range of the solid lubricant, Material solid lubrication dry film provides a strong basis for a wide range of applications.