摘要
In order to improve the wear resistance of elastic metallic-plastic thrust bearing pad, micro-assembling PTFE/Al2O3 multi-layer film was developed by alternating radio frequency（RF） magnetron sputtering PTFE and Al2O3 targets. For enhancing the adhesion of the interfaces between PTFE and Al2O3 film, N+ implantation was employed. The structure, mechanical and micro-tribological properties were studied by XPS, X-ray photoelectron spectrometer and atomic force and friction force microscope （AFM/FFM）. The results show that the multi-layer consists of Al2O3 component and crystalline PTFE. The hardness of the multi-layer modified by ion implantation is less than that of Al2O3,but its toughness is greatly improved. The friction coefficient of PTFE/ Al2O3 multi-layer modified by ion implantation is much lower than that of Al2O3 film, and its resistance to wear is much greater than that of PTFE film. Therefore the wear resistance of elastic metallic-plastic thrust bearing pad is greatly improved.
In order to improve the wear resistance of elastic metallic-plastic thrust bearing pad, micro-assembling PTFE/Al_2O_3 multi-layer film was developed by alternating radio frequency(RF) magnetron sputtering PTFE and Al_2O_3 targets. For enhancing the adhesion of the interfaces between PTFE and Al_2O_3 film, N^+ implantation was employed. The structure, mechanical and micro-tribological properties were studied by XPS, X-ray photoelectron spectrometer and atomic force and friction force microscope (AFM/FFM). The results show that the multi-layer consists of Al_2O_3 component and crystalline PTFE. The hardness of the multi-layer modified by ion implantation is less than that of Al_2O_3,but its toughness is greatly improved. The friction coefficient of PTFE/ Al_2O_3 multi-layer modified by ion implantation is much lower than that of Al_2O_3 film, and its resistance to wear is much greater than that of PTFE film. Therefore the wear resistance of elastic metallic-plastic thrust bearing pad is greatly improved.
出处
《中国有色金属学会会刊：英文版》
CSCD
2003年第6期1381-1384,共4页
Transactions of Nonferrous Metals Society of China
基金
Project(2 0 0 2AA5CG0 23)supportedbytheScientificTackleKeyProblemofHarbin,China
