The aluminum often needs to carry on chemical polishing processing before the electrolytic oxidation, increases its surface smooth finish and the radiance. 铝件在电解氧化前往往需要进行化学抛光处理,以增加其表面光洁度和光亮度。
A Research on Environment Friendly Smokeless Chemical Polishing Technology for Aluminum Alloy 铝合金环保型无烟化学抛光工艺的研究
Application of chemical polishing treatment of sample surface to the analysis of oxygen in steel sheet 样品表面化学抛光处理法应用于薄板钢中氧的分析
The Study of Non-nitric Acid Chemical Polishing Bright Agent of Aluminum and Its Alloys 铝及铝合金无硝酸化学抛光光亮剂研究
Mechanism research on thermo-chemical polishing of diamond 金刚石热化学抛光的机理研究
The results showed that chemical polishing was composed of the etching, polishing and pitting stage. 结果表明,紫铜的化学抛光过程由浸蚀,光亮和过腐蚀三个阶段组成。
The chemical polishing solution was composed by hydrofluoric acid: nitric acid: additional: 1: X. 适用于口腔铸钛修复体的化学抛光液的成份和配比为:氢氟酸:硝酸:添加齐-乙1:X。
The chemical polishing process of stainless steel mainly composed of sulfate acid was studied. 研究了以硫酸为主的不锈钢化学抛光工艺。
A study of the effect of the chemical polishing on pure titanium castings 口腔纯钛铸件化学抛光效果的研究
Based on the Marangoni interface effect, the theory and test of the removal function of numerically controlled chemical polishing are studied. Wet etching of optics surface is adopted in large optical components manufacture. 利用基于Marangoni界面效应对化学抛光去除函数的理论及实验进行研究,提出采用湿法化学抛光(刻蚀)方法为大口径高精度光学元件的加工提供新的解决途径。
Study of Chemical Polishing for Brass by Reflectivity and Gravimetric Method 光反射率和重量法研究黄铜的化学抛光
Traditional Chemical Polishing is etching aluminum products in intermixture of phosphoric acid, sulfuric acid and nitric acid. 传统的化学抛光是将铝制品在三酸(磷酸-硫酸-硝酸)溶液中浸蚀。
Status and Development of Research on Chemical Polishing Solution for Stainless Steel 不锈钢化学抛光液的研究现状与发展
The Study of Stainless Steel Chemical Polishing Technology 不锈钢化学抛光技术的研究
Process formulas of two kinds of currently used chemical polishing systems of copper and its alloy-series of nitric acid and its salt and series of hydrogen peroxide were introduced. 介绍了目前常用的两种铜及铜合金化学抛光体系&硝酸及其盐系列和过氧化氢系列的工艺配方。
In order to improve the methods of surface treatment of titanium castings frameworks efficiently, the chemical polishing, electro chemical polishing and anodization of titanium castings were studied in this paper, which will enhance the qualities and esthetics of titanium dentures. 为了改善钛义齿的表面处理工艺,提高钛义齿的表面质量和加工效率,增进钛义齿的色彩美,本科题对钛铸件的化学研磨、电解抛光和阳极氧化着色工艺进行了系列研究。
In this paper mechanical polishing; Chemical polishing and hydrogen reduction methods used im cleaning bearing steel surface for oxygen determination have been studied. 本文研究了用机械抛光、化学抛光和氢还原法处理轴承钢表面对测定氧的影响。
Conclusion: The chemical polishing of titanium has a clinical applying value, and is worth of spread. 结论:纯钛铸件的化学抛光法具有临床应用和推广价值。
Mechanism of the bright agent in alkaline chemical polishing of aluminum 铝的碱性化学抛光光亮剂作用的机理研究
The process flow of chemical polishing of hydrogen peroxide series and attention items in using formula ( 1) were all given. 同时介绍了过氧化氢系列化学抛光工艺流程,提出了其配方(1)的使用注意事项。
Studies on Chemical Polishing for Aluminium Alloy Using Phosphoric Acid Sulfuric Acid System Polishing Solution 磷酸-硫酸体系抛光液对铝型材化学抛光的研究
Main solutions of chemical polishing for stainless steel and the problems in practice were introduced. 叙述了一般不锈钢化学抛光溶液的基本类型和在实际应用过程中存在的问题。
Objective: The purpose of this study was to investigate the effects of chemical polishing on pure titanium castings. 目的:探讨纯钛铸件的化学抛光效果。
High Temperature Chemical Polishing Technology for Low and Medium Carbon Steels 低、中碳钢材料高温化学抛光工艺
Study on Surface Chemical Polishing Processes Used for Copper Materials 铜材表面化学抛光工艺研究
Objective To seek the optimal technology of the chemical polishing of titanium ( TA2). 目的寻求钛(TA2)化学抛光的最佳工艺。
Chemical mechanical polishing ( CMP) is more widely used in the current processing technology, it is a technology of polishing processes to achieve super-smooth surface, and it is the combination of chemical polishing and mechanical polishing. 化学机械抛光技术(CMP)在目前的加工工艺中使用较为广泛,它是实现超光滑表面抛光的工艺过程,是化学抛光和机械抛光技术的结合。
The experiment showed that the degree of corrosion of different materials was different in the same chemical polishing solution. 实验证明不同的材料在相同化学抛光液中腐蚀程度不同。
Chemical polishing methods can fabricate non-damage surface. 但化学加工方法可获得无损表面。