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Relationship between Abrasive Grains and Rotational Magnetic Field in Polishing of Inner Capillary Walls using Magnetic Compound Fluid (MCF)

机译:磁性复合液(MCF)抛光毛细管内壁时磨粒与旋转磁场的关系

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摘要

Phenomena related to polishing of a capillary inner wall made from a non-magnetic material using abrasive particles were investigated by visual observation of the polishing liquid and analysis of the magnetic field. Investigation of the relationship between the formation of abrasive particles and the magnetic field distribution revealed that abrasive grains aggregate in regions of low magnetic field intensity due to the magnetic pressure.
机译:通过目视观察抛光液并分析磁场,研究了与使用磨料颗粒抛光非磁性材料制成的毛细管内壁有关的现象。对磨料颗粒的形成与磁场分布之间关系的研究表明,由于磁压,磨料颗粒聚集在低磁场强度的区域。

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