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A novel vibration- and magnetic field-assisted polishing (VMAP) method for microstructured surface finishing

机译:用于微结构化表面精加工的新型振动和磁场辅助抛光(VMAP)方法

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In order to polish microstructured surface without deteriorating the profile of microstructures, a new vibration- and magnetic field-assisted polishing (VMAP) method is proposed. In this method, magnetic force guarantees that the magnetic abrasives can well contact the microstructured surface and access the corners of microstructures while vibration produces a relative movement between microstructures and abrasives. As the vibration direction is parallel to the microstructures, the profile of the microstructures will not deteriorate. The feasibility of this method was experimentally verified and the results show that after polishing a mirror surface finish was obtained while the profile of rectangular microstructures was well maintained.
机译:为了在不劣化微结构的情况下抛光微结构表面,提出了一种新的振动和磁场辅助抛光(VMAP)方法。在该方法中,磁力保证磁力磨料可以很好地接触微结构化表面并进入微结构的角落,而振动产生微结构和研磨剂之间的相对运动。随着振动方向平行于微结构,微结构的轮廓不会劣化。该方法的可行性是通过实验验证的,结果表明,在抛光镜面完成后,同时保持矩形微观结构的轮廓保持良好。

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