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- Low cost and simple to use. Obtain cyber-flashing effect on alloy surface. 无需电流,简便易用,成本低廉,可得银闪幼沙面。
- This was achieved by the formation of a conversion film on the alumium alloy surface and by the inhibition of cathodic process. 这种缓蚀作用主要是通过在铝合金表面形成一种化学转化膜和抑制阴极过程实现的。
- The theory calculation of hydroxyl preferential absorption for Ti on TiNi alloy surface is completed by DVM- Xa. 通过基于密度泛函理论的离散变分Xa方法的理论计算,确定了在TiNi合金表面,羟基会优先与Ti吸附。
- The results showed that dodecylamine inhibited corrosion of the alloy by monolayer adsorption on the alloy surface. 结果表明:十二胺在合金表面形成单分子层吸附膜而起到缓蚀作用。
- Deposition ZL301 on ZM5 magnesium alloy surface by high energy micro arc process was performed. 使用高能微弧火花沉积机在ZM5镁合金表面上沉积ZL301合金。
- This paper investigates improving corrosion resistance of AZ91 magnesium alloy surface by permeating rare earths. 研究了采用稀土多元共渗方法提高AZ91镁合金表面耐腐蚀性能的作用。
- Microstructure refinement surface layer was obtained in TC4 Titanium Alloy surface treated by a high-energy shot peering(HESP) technique. 利用高能振动喷丸法对TC4钛合金进行了表面细化的研究。
- Intermetallic compound foam reinforced aluminium alloy surface composite layer are obtained by solution treatment after low pressure Casting. 通过低压铸造后固溶处理的方法,获得了网状金属间化合物增强铝合金表面复合层。
- Anodizing in phosphoric acid modified sulphuric acid/boric acid bath for structural bonding of aluminum alloy,Surface and coating technology, (SCI). 一种铝合金结构粘接用混合酸阳极氧化方法.;发明专利
- A thermal barrier coating (TBC) consisting of CoNiCrAlY bonding layer and ZrO_2+Y_2O_3 surface layer was formed on the TiAl alloy surface by plasma spraying. 采用等离子喷涂方法在TiAl合金表面喷涂 ,得到由CoNiCrAlY粘结层和 (ZrO2 +Y2 O3)陶瓷外层组成的双层结构的热障涂层。
- Investigation of hydrogen adsorption on AB 2 alloy surfaces using UPS. AB2型储氢材料表面吸氢的光电子谱研究。
- A comparison of corrosion behavior is made between magnesium alloy surface oxide films formed by micro-arc and chemical black oxidation with electrochemical method and CASS. 通过电化学分析和盐雾腐蚀试验,对镁合金微弧氧化和黑色化学氧化后表面膜的耐蚀性能进行了比较。
- Using the double glow plasma hydrogen-free carburizing method carry through surface strengthen to enhance titanium alloy surface intension,Can avoid brittleness. 采用双层辉光离子无氢渗碳的方法对钛合金进行表面强化处理,提高了钛合金的表面强度,改善了其耐磨性;同时避免了氢脆的产生。
- The results show the method can effectively enhance uniform and pitting corrosion resistance of magnesium alloy surface, improve stability under moist atmosphere corrosion. 结果表明,该方法可以有效地改善镁合金表面耐全面腐蚀、点蚀的性能,提高镁合金表面在温热潮湿环境下的稳定性。
- Using the double glow plasma hydrogen-flee carburizing method carry through surface strengthen to enhance titanium alloy surface intension,Can avoid brittleness. 采用双层辉光离子无氢渗碳的方法对钛合金进行表面强化处理,提高了钛合金的表面强度,改善了其耐磨性;同时避免了氢脆的产生。
- antimon cesium 锑铯合金
- Process formula and operation steps of magnesium alloy surface alloying were discussed. 讨论了镁合金表面合金化的工艺配方及其操作步骤。
- The process flows of magnesium alloy surface alloying and electrophoretic coating were introduced. 介绍了镁合金表面合金化及电泳涂装工艺流程。
- The gas bubbled to the surface of the water. 气体变成气泡升上水面。
- The surface of the liquid gradually crusted over. 液体表面渐渐地结了一层皮。