Research on the Tribological Property of Synthetic Multilayer MoS2/FeS Film under Dry Condition
Jia Jie Kang, Cheng Biao Wang, Hai Dou Wang, Bin Shi Xu, Jia Jun Liu, Guo Lu Li
Abstract
Jia Jie Kang, Cheng Biao Wang, Hai Dou Wang, Bin Shi Xu, Jia Jun Liu, Guo Lu Li
Abstract
In this paper, we adopted a novel method, namely, magnetron sputtering + low temperature ion sulfurizing composite technology to prepare synthetic MoS2/FeS multilayer film. The obtained film has a quite smooth surface with plenty of spherical particles. The friction tests were carried out on a ball-on-disc tester under dry condition. During the whole test, the friction coefficient of the MoS2/FeS multilayer film was always lower than that of the original 1045 steel and FeS film. In addition, the wear scar depth of the MoS2/FeS multilayer film was also low. It is undoubtedly that the synthetic MoS2/FeS multilayer film possesses excellent friction-reducing and wear-resisting behaviors.
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In this paper, we adopted a novel method, namely, magnetron sputtering + low temperature ion sulfurizing composite technology to prepare synthetic MoS2/FeS multilayer film. The obtained film has a quite smooth surface with plenty of spherical particles. The friction tests were carried out on a ball-on-disc tester under dry condition. During the whole test, the friction coefficient of the MoS2/FeS multilayer film was always lower than that of the original 1045 steel and FeS film. In addition, the wear scar depth of the MoS2/FeS multilayer film was also low. It is undoubtedly that the synthetic MoS2/FeS multilayer film possesses excellent friction-reducing and wear-resisting behaviors.
Key concepts: Materials science, Tribology, Friction coefficient, Composite material, Ball (mathematics), Dry friction, Sputter deposition, Composite number