本文叙述了阳极氧化工艺对稀土铝锰合金电解着色膜物理化学性能的影响。
The influence of technology of anodic oxidation on the physicochemical properties of rare earth Al-Mn alloy electrolytic coloured membrane is recited.
氧化膜表面具有轻微的渗透性，因此可以用有机或无机染料着色。
The slightly porous nature of the surface of the oxide film allows it to be colored with either organic or inorganic dyes.
氧化膜厚度是影响铝材表面封孔和着色均一性的主要因素。
The thickness of oxidized film is a principal factor which influences the pore-sealing and dyeing uniformity of aluminium products' surface.
对采用化学着色法在溶液中不锈钢氧化色膜的生成速度、颜色转换控制、膜层的结构及其抗蚀性能进行了试验研究。
The Color film was made on stainless steel through chemical coloring, and the formation rate, color conversion controlling and corrosion resistance of color film were also studied.
结果表明，铝阳极氧化膜经磷酸溶液交流扩孔后，氧化膜的电解着色性能发生了明显变化。
The results show that, after being treated by ac phosphoric pore broadening, the electrolytic coloring performance of the anodizing aluminium film varies obviously.
研究了不同电解液体系和不同着色剂对氧化膜颜色的影响，确定了制备彩色膜的基础电解液组成。
The effects of different electrolyte systems and different stain on the color of ceramic coating were investigated, and the basis composition of the micro-arc oxidation electrolyte were established.
铝阳极氧化着色膜随电解着色时间不同而呈现黄色膜和黑色膜。
The color of the aluminum-anodic-oxidized membrane will be yellow or black due to different electrolytic tinction time.
摘要：本文从铝合金阳极氧化膜电解着色工艺与添加剂使用的角度，对着色工艺及其发展趋势进行简单的阐述。
Abstracts: the article describes the rendering technology and its development trend from the anodic oxide film of aluminum alloy electrolytic coloring process and additives used.
本文介绍一种新的阳极氧化铝膜的电解着色法。
This article introduce a new excellent means of electrolytic multicoloring on anodised aluminium.
通过电子能谱分析着色层表面，推断出黄铜的着色膜主要组成为氧化铜，锡的着色膜主要由硒化铜和硒化锡构成。
The main compositions of black coloring films of brass and tin surfaces were deduced through the EDX analysis. The black film on brass should be constructed mainly by copper oxide, and that o...
结果表明：电源波形是钛合金阳极氧化着色过程的关键因素之一，选择脉冲直流电源可以获得较好的着色膜性能；
Electric wave form was one of the key factors in anodizing, and selecting pulse DC power enabled the oxidizing film to have good quality;
结果表明：电源波形是钛合金阳极氧化着色过程的关键因素之一，选择脉冲直流电源可以获得较好的着色膜性能；
Electric wave form was one of the key factors in anodizing, and selecting pulse DC power enabled the oxidizing film to have good quality;
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