首页> 外文期刊>Journal of Friction and Wear >Molecular mechanisms of self-organization during friction: part II. orientational ordering of the supporting film during self-organization under condition of hydrodynamic lubrication
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Molecular mechanisms of self-organization during friction: part II. orientational ordering of the supporting film during self-organization under condition of hydrodynamic lubrication

机译:摩擦过程中自组织的分子机制:第二部分。流体动力润滑条件下自组织过程中支撑膜的取向排序

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摘要

The fact that the friction force during hydrodynamic lubrication is minimal with progressively increasing load or sliding velocity was physically substantiated. This process occurs in the highspeed flow gradient with structurization of the lubricant whose oblong microparticles (molecules and colloidal particles) are ordered owing to orientation. As a result, the self-organization of supporting film takes place.
机译:从物理上证实了流体动力润滑过程中的摩擦力随负载或滑动速度的逐渐增加而最小的事实。该过程发生在高速流动梯度中,伴随着润滑剂的结构化,该润滑剂的椭圆形微粒(分子和胶体颗粒)由于取向而有序排列。结果,发生了支撑膜的自组织。

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