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Molecular mechanisms of self-organization at friction - part III: hypothetical mechanisms of reduction in viscosity fluid structured in hydrodynamic clearance

机译:摩擦时自组织的分子机理-第三部分:流体动力学间隙中结构化的粘度流体降低的假想机理

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摘要

Models were developed to account for a reduction in viscosity of structurally ordered fluid at hydrodynamic lubrication. The models link the bifurcation point on friction force-load curve and the change of mass and momentum transfer from vacancy to relay-race mechanism. To a first approximation, these mechanisms are similar to the mechanisms of monomolecular S{sub}N1 and bimolecular S{sub}N2 substitution.
机译:开发模型以解决流体动力润滑时结构性有序流体粘度降低的问题。这些模型将摩擦力-载荷曲线上的分叉点与从空位到接力竞赛机制的质量和动量传递的变化联系起来。初步近似,这些机制类似于单分子S {sub} N1和双分子S {sub} N2取代的机制。

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