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关于摩擦表面的摩擦原理问题,及摩擦作用的规律性问题,已经有了许多研究发见;特别是,接触物体的物理性质对磨损的影响,以及摩擦体的表面情况、微粒形状、摩擦速度、气体介质,应力情祝、及变形等等因素对磨损的影响。然而至目前为止,对金属物体在干燥摩擦及半液态摩擦中所发生的发电现象,还没有什麽研究。这现象在互相接触的机器另件作摩擦时都可发现。实验时,不论同种金属或不同金属,摩擦时均会发生电流。同种金属摩擦时所发生的电压,大都比不同金属摩擦时所生电压大好几倍。此时同种金属的差别, 仅只在于物理性质的不同而已(例如淬火钢与非淬火钢)。电流的发生原因,是由于在两摩擦金属物体的
There have been many studies on the friction principle of the friction surface and the regularity of the friction effect. In particular, the physical properties of the contact object affect the wear as well as the surface condition of the friction body, the shape of the particles, the friction speed, Gas medium, the stress of the situation I wish, and deformation and other factors on the wear and tear. However, until now, there has been no research on the power generation phenomenon of metal objects in dry friction and semi-liquid friction. This phenomenon can be found when the parts of the machine touching each other are rubbed. Experiment, regardless of the same metal or different metals, friction will occur when the current. The same type of metal friction occurs when the voltage, mostly than when different metal friction voltage generated several times better. At this point the same kind of metal differences only in the physical properties of different only (such as hardened steel and non-hardened steel). The reason for the current is due to the two friction metal objects