不锈钢表面钝化膜影响苯胺聚合的起始电位。
Original polymerization potential of aniline had related with the passive film of stainless steel.
该过程能去除不锈钢表面的有机物膜和微粒子残骸。
The process will remove organic films and particulate debris from the surface of the stainless steel.
若不锈钢表面有发纹加工时，请沿着研磨方向清洗。
If the stainless steel surface of the hair pattern processing, please follow the direction of abrasive cleaning.
冷电浆沉积有机膜于不锈钢表面以改善其抗蚀性并。
Cold Plasma Deposition Organic Film on Stainless Steel to Improve Corrosion...
研究了不锈钢表面镍铬激光熔敷层的组织与耐磨性能。
The microstructure and wear resiStance of laser cladding layers of Ni and Cr onthe surface of stainless Steel were studied.
利用强流脉冲电子束对不锈钢表面进行了快速钛合金化。
The rapid surface alloying of AISI 316L stainless steel by high current pulsed electron beam(HCPEB) was investigated.
采用化学着色法在不锈钢表面获得蓝色和金黄色化学转化膜。
The blue and yellow stainless steel colored film are obtained by chemical coloring.
通过分析热连轧不锈钢表面冷划伤和热划伤的产生过程和危害。
Analyse the emerging process and harm of hot scratching and cold scratching on the surface of hot rolling stainless steel.
研究了在连续CO_2激光辐照下不锈钢表面的温度涨落特性。
The temperature fluctuation of the stainless steel irradiated by a CW CO_2 laser is studied.
用胶水棒一旁的皮大衣轻轻模板适用于清洗不锈钢表面让它干燥。
With a glue stick, lightly coat one side of the paper template and apply it to the cleaned stainless surface, and allow it to dry.
该氧化物层能使得不锈钢表面不活泼并不具反应性从而不易于腐蚀。
This oxide layer is what renders the stainless steel passive and non-reactive to corrosion.
通过为不锈钢表面提供一个氧化环境的化学处理，钝化膜可以得到增强。
The passive film may be augmented by chemical treatments that provide an oxidizing environment for the stainless steel surface.
低温离子渗碳处理是一种能改善奥氏体不锈钢表面力学性能的有效方法。
After low temperature plasma carburizing, the surface hardness, wear resistance and fatigue capability of austenitic stainless steels are largely increased.
实验证明，在不同温度和时间条件下，不锈钢表面可获得各种不同色彩。
The experiment results prove that surfaces of stainless steel products can obtain different colors under condition of suitable coloring temperature and time.
在阈值以上激光作用下不锈钢表面形成镜面，而在阈值以下则出现氧化层。
As the laser fluence exceeds the threshold a mirror surface appears, otherwise, an oxide layer will be formed.
为去除不锈钢表面的氧化物膜，研制了一种常温快速清洗的新型固体除锈剂。
A new solid agent for quickly pickling stainless steel oxide layers at room temperature was developed.
不锈钢表面氧化皮成分及其与基体的界面结合强弱直接决定了酸洗的难易程度。
Composition of the oxide scale formed on the stainless steel surface and the bonding strength between the layer and substrate directly determines the difficulty of pickling.
随着不锈钢表面的钝化、电位朝正方向移动，然后回复到通常的电偶腐蚀行为。
When the stainless steel became passivated, the potential of the couple shifted towards positive and then resumed normal galvanic corrosion condition.
论述了低温或无铬环保型不锈钢表面抛光和着色工艺的现状、各种抛光和着色方法。
The actuality of polishing and coloring with no chromic or at low temperature on stainless steel surface was discussed, and the methods of polishing and coloring were reviewed.
因此，对不锈钢表面必须进行定期的清洁保养，以保持其华丽的表面及延长使用寿命。
Therefore, the surface of stainless steel must be regularly cleaned and maintained in order to maintain its gorgeous surface and extend the service life.
通过允许氧气均衡地接触到不锈钢表面，不锈钢表面污染的清洗将会有助于自动钝化。
The cleaning of these contaminants from the stainless steel surface will facilitate the spontaneous passivation by allowing the oxygen uniform access to the surface.
激光辐照试验表明，在不锈钢表面沉积B4 C涂层，可以明显改善其抗激光辐照性能。
Laser ablation test shows that the laser irradiation resistance is improved significantly for stainless steel after being deposited by B4C coating.
指出激光表面处理与传统工艺相结合的无铬环保型不锈钢表面处理技术具有广阔的发展前景。
A green, chromium free surface treatment technology for stainless steel, which combines the laser surface treatment w...
化学处理，例如重铬酸钠溶液，可以促进无氧化膜和杂质不锈钢表面的钝化膜更快速度的生成。
Chemical treatments, such as sodium dichromate solutions, may facilitate the more rapid formation of the passive film on a stainless steel surface already free of scale or foreign matter.
在铬镍不锈钢表面形成一个钝化的表面或膜是非常重要的，它可以将材料的抗腐蚀性提高到最大。
Establishing a passive surface or film on austenitic SS is essential to maximize the corrosion resistance that the metals offer.
抛光的混凝土、玻璃、光亮的黑檀木和不锈钢表面相互辉映，与白色的建筑墙面在触觉和感官上相互对照、衬托。
Polished concrete, glass, polished ebony and stainless steel surfaces play off each other, bringing texture and lightness to the spaces.
抛光的混凝土、玻璃、光亮的黑檀木和不锈钢表面相互辉映，与白色的建筑墙面在触觉和感官上相互对照、衬托。
Polished concrete, glass, polished ebony and stainless steel surfaces play off each other, bringing texture and lightness to the spaces.
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