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Influence of electric potentials on friction of sliding contacts lubricated by an ionic liquid

机译:电位对离子液体润滑的滑动触点摩擦的影响

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摘要

Tribological investigations on the macroscopic scale revealed that friction can be influenced in situ by applying electric potentials, if electrically conductive fluid such as an ionic liquid is used as a lubricant. Enrichment of charged ions at a steel interface occurs by applying electric surface potentials in a three-electrode setup. As a consequence, the lubrication conditions change. It is supposed that electrically influenced surface adsorption and electrokinetic effects are the main mechanisms by which friction is varied.
机译:宏观上的摩擦学研究表明,如果使用导电液体(例如离子液体)作为润滑剂,则可以通过施加电势来原位影响摩擦。通过在三电极设置中施加表面电势,可在钢界面上富集带电离子。结果,润滑条件改变。认为电影响的表面吸附和电动效应是改变摩擦的主要机理。

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