Feasibility of tungsten electropolishing in sulfuric acid – methanol electrolyte 硫酸–甲醇体系钨电解抛光的可行性研究
Electropolishing and Its Application in Electron Backscatter Diffraction Technology 电解抛光技术在电子背散射衍射分析中的应用
Simultaneous determination of sulfamic acid and DL-malic acid in environmental friendly electropolishing solution by ion chromatography 离子色谱法同时测定环保型电镀抛光液中氨基磺酸和DL-苹果酸
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。
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。
The mechanism of the electropolishing has been discussed. 探讨了铜在H3PO4溶液中电抛光机理。
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。
Investigation of electropolishing for high-carbon steel 高碳钢的电化学抛光研究
Electropolishing technique for iron and steel 钢铁材料电解抛光技术
Chromium Free Electropolishing of Aluminium and Aluminium Alloy 铝及铝合金无铬电解抛光
Research progress of electropolishing technology 电解抛光技术研究进展
Study on Nitinol Electropolishing 钛镍形状记忆合金电化学抛光研究
Experiments indicate that acetone exhibits the best degreasing effect and that well-arranged porous anodic alumina film is obtained without annealing and electropolishing. 实验结果表明,采用丙酮除油效果最好,不经高温退火和电化学抛光仍能得到高度有序的多孔阳极氧化铝膜,使制备工艺得到了简化。
In this paper the mechanism of pulse electropolishing and the treating technique for surface of the molybdenum grid are briefly discussed. 本文介绍了脉冲电解抛光的原理和脉冲电解抛光电火花加工钼栅网表面的处理工艺。
Study on Electropolishing Process for Stainless Steel Precious Part 不锈钢精密件电抛光工艺的研究
The effect of anodic voltage, anodizing time, the temperature of the electrolyte, the electropolishing technology, the heat treatment of aluminium foil and the cathode materials were studied systemically in the two-step anodizing process. 系统地研究了二次阳极氧化过程中氧化电压、氧化时间、电解液温度、电化学抛光、对铝箔的热处理和阴极材料对多孔膜有序性的影响;
A advanced method of pure gold ( 99.99% Au) electropolishing in sulfuric acid based electrolyte was proposed in this paper. 提出了一种在硫酸基电解液中纯金的电化学抛光方法,讨论了电解液组成浓度及工艺操作参量对纯金电化学抛光表面质量的影响。
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。
The experimental results showed that the method is also suitable for determination of Cr(ⅵ) ion concentration in electropolishing baths for copper, aluminium or nickel. 实验表明,此法也适用于测定铜、铝、镍的铬酸电抛光液中Cr(Ⅵ)的浓度。
Electropolishing of Cubic Texture Ni Substrate for Coated Conductor 涂层导体用立方织构Ni基带的电化学抛光
The electropolishing of the high speed tool steel ( W9Mo3Cr4V) is discussed and the relations between roughness and parameters such as current, time and temperature are investigated. The optimal conditions for electropolishing process are obtained with orthogonal experiment method. 讨论了高速工具钢(W9Mo3Cr4V)电抛光,分别研究了电流密度、抛光时间和抛光温度与粗糙度之间的关系,并应用正交实验找出了一组适合高速工具钢电抛光的最佳工艺条件。
Industrial application of electropolishing process of stainless steel 不锈钢电解抛光工艺的研究与工业应用
Investigation of chromic acid-free Electropolishing of aluminium alloys 铝合金无铬电化学抛光研究
Electropolishing is superior to mechanical polishing in efficiency and cost. 电化学抛光比机械抛光琦生产效率高而且成本也较低,尤其适用于形状复杂的零件。
Electropolishing Technology of Aluminum Alloy 铝合金电化学抛光工艺
The Electropolishing of Aluminum and Its Alloys 铝及其合金的电解抛光
Electropolishing of High Speed Tool Steel 高速工具钢电化学抛光
The results showed that there were many advantages in alkaline electropolishing, especial in the pulse-electropolishing. The technology had better application prospect for low cost and operation temperature, long-life and little pollution, and high reflectivity of aluminum surface. 结果表明采用碱性电解抛光法特别是碱性脉冲电解抛光法有很大的优点:成本低,操作温度低,抛光液寿命长,污染小,获得的表面反射率高,有较大的应用前景。
The influence of annealing, degreasing, electropolishing on the morphology of porous anodic alumina was investigated. 对铝的预处理工艺进行了研究,详细探讨了高温退火、除油及电化学抛光等对多孔阳极氧化铝形貌的影响。
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。