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把热解氮化硼与各种金属和热解氮化硼本身置于滑动接触中进行了滑动摩擦实验和研究。利用俄歇发射光谱仪鉴测热解氮化硼和金属间的相互转移。结果表明,热解氮化硼与金属的摩擦系数与金属元素的活性(特别是金属的价键性)有关。除金和银以外,热解氮化硼能转移到其它所有的金属表面上去。当有金属氧化物存在时,则物质转移量减少。在空气中热解氮化硼与金属的摩擦比在真空中小。
Sliding friction experiment and research were carried out by placing the pyrolytic boron nitride in sliding contact with various metals and pyrolytic boron nitride themselves. Using Auger Emission Spectrometer to Detect the Mutation between Pyrolytic Boron Nitride and Metal. The results show that the friction coefficient between pyrolytic boron nitride and metal is related to the activity of metal elements (especially the valence of metal). In addition to gold and silver, pyrolytic boron nitride can be transferred to all other metal surfaces. When a metal oxide is present, the amount of material transferred decreases. Friction between boron nitride and metal in air is small in vacuum.