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Polishing Experiment of Micro Rod by Ultrasonic with Abrasive Particles

机译:用磨料颗粒通过超声波抛光微杆的实验

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Micro rod is the important component of micro machines. Its surface quality directly influences many performances of the micro machines. In order to improve the surface quality of the micro rods, the preliminary experiments of ultrasonic polishing micro rod are carried out by using abrasive particles with the mode of slurry vibrating. The ultrasonic wave excites the slurry to produce acoustic streaming, and causes abrasive particles to scrap the surface of the micro rod and produce grooves. The length of the grooves is about two times of the ultrasonic amplitude. The width and depth of the grooves relate to the abrasive size. The space-between relates to the abrasive size and slurry concentration. After polished,, the surface and grooves become smooth, which is beneficial to the lubrication of the micro rod in the micro hole. The quality of the surface polished as the rod is inserted into the micro hole is higher than the one as the rod isn't inserted into the hole.
机译:微杆是微机器的重要组成部分。其表面质量直接影响微机器的许多性能。为了改善微杆的表面质量,通过使用具有浆料振动模式的磨料颗粒进行超声波抛光微杆的初步实验。超声波激发浆料以产生声学流,并导致磨料颗粒废料的颗粒并产生凹槽。凹槽的长度约为超声波幅度的两倍。凹槽的宽度和深度涉及磨料尺寸。间距与磨料尺寸和浆料浓度有关。抛光后,表面和凹槽变得光滑,这对微孔中的微杆的润滑是有益的。当杆抛光的表面的质量插入微孔中高于作为杆插入到孔中的一个。

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