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研究了不同硬度基底上离子渗硫层和磁控溅射 Ｍｏ Ｓ２ 涂层的抗微动损伤能力．结果表明：在高硬度基底上沉积低摩擦系数的减摩涂层，可以有效提高减摩效果、持久性和耐磨性；当基底硬度较低时，在低载和低循环次数下减摩涂层的效果明显；在高载和高循环次数下，涂层的耐磨性明显降低
The anti-fretting damage ability of ionized sulfur layer and magnetron sputtered Mo S2 coating on different hardness substrates was studied. The results show that the antifriction coating with low coefficient of friction deposited on the substrate with high hardness can effectively improve the antifriction effect, durability and wear resistance. When the substrate hardness is low, antifriction coating under low load and low cycle Layer effect is obvious; at high load and high cycle times, the wear resistance of the coating significantly reduced