Smoothness of the metal surface is one of the primary and most advantageous effects of electropolishing.
金属表面的平滑是电解抛光主要的和最有优势的效应之一。
A home-made twin-jet electropolishing device for preparing transmission electron microscope(TEM)samples is reported.
为克服现有的透射电镜试样双喷电解减薄仪的缺点，自制了双喷电解减薄装置。
Physical testing and chemical analysis and electropolishing test were made to study the reasons of occurring of surface veins.
对灯罩表面水纹状进行了理化检验和电解抛光试验。
The tip of specimen for FIM analysis is prepared by "thin layer" electropolishing. A Clean tungsten tip about 500 A radius was prepared.
描述了场离子显微镜样品的制备，并得到曲率半径为500（?），表面光洁的钨针尖。
The mechanisms of aluminum's alkaline electropolishing were analyzed, and a long-life and good effective electrolyte solution was obtained by experiment.
对碱性环境下铝的电解抛光机理进行了分析，通过实验获得了寿命长抛光效果好的电解液。
The connections between the spherical gaps in the sponge are then enlarged, using a technique called electropolishing to dissolve the surface layer of the metal.
通过采用一种叫电解抛光的技术来溶解金属的表层，使得海绵中球体间隙的连接被扩大了。
The smooth interior surface is achieved through mechanical polishing and generally followed by electropolishing, which removes the surface layer and its impurities.
平滑的内表面是通过取出表面层和杂质的机抛和在次之后再电抛得到的。
After that, a layer of nickel was electrodeposited on the opal, which was then etched away. The porosity of the nickel layer was then increased using electropolishing.
然后，在猫眼石结构表面用电沉积法镀上一层镍膜，之后把猫眼石蚀刻掉，再经过电解抛光，增加这些镍膜空隙度。
The current status, characteristic and polishing principle of electropolishing technology were introduced. The main factors affecting workpiece's surface roughness are analyzed.
介绍了电解抛光技术的研究现状﹑特点及抛光原理，分析了工件表面粗糙度的主要影响因素。
Hydrofluoric acid (HF), a colorless inorganic acid with mild irritating odor, is used extensively in various industries, such as the semiconductor industry and the electropolishing of metal.
氢氟酸(HF)为一无色略带刺激味的无机酸，普遍地被使用于各种工业，如半导体工业及金属除锈等。
The promotion effect of intensity ultrasonic wave on electropolishing process and the influence of ultrasonic wave on polishing quality were analyzed, and better processing parameters were obtained.
分析了功率超声波对电化学抛光过程的促进作用及电流密度对抛光效果的影响，获得了较为合理的工艺参数。
The promotion effect of intensity ultrasonic wave on electropolishing process and the influence of ultrasonic wave on polishing quality were analyzed, and better processing parameters were obtained.
分析了功率超声波对电化学抛光过程的促进作用及电流密度对抛光效果的影响，获得了较为合理的工艺参数。
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