镀铝

Because our laboratory use helicon sputtering system that is MBE-like to deposit aluminium nitride film experience for many years , and control to the understanding and quality of the aluminium nitride film has sutible confidence . Comprehensive above-mentioned material advantages , we choose aluminium nitride as the high dielectric constant material in our research .

此外由於本实验室使用具有类MBE成长机制之回旋溅镀系统成长氮化铝薄膜已有多年经验，使得氮化铝成为本研究中的高介电值材料。

The main products are: aluminum net, steel net, stainless steel wire mesh, black wire cloth, galvanized steel wire, iron aluminum net Luo, mining screen mesh, paper net, gas-liquid to worry too much about networks, conveyor belt net, hexagonal wire mesh, welded wire mesh , Chain Link Fence, audio network, nylon net, ethylene network, network brass, copper network, pre-curved flat screen flat-topped, plastic-coating Garden Wai block and sample processing a variety of special-shaped network is widely used in petroleum, chemical , rubber, automotive, medical, aviation, aerospace and other industries to worry too much about, screening, shielding and so on.

主要产品有：铝板网、钢板网、不锈钢网、黑丝布、镀锌钢丝网、铁硌铝网、矿筛网、造纸网、气液过虑网、输送带网、六角网、电焊网、勾花网、音响网、锦纶网、乙烯网、黄铜网、紫铜网、平顶预弯扁丝网、涂塑花园围拦网及来样加工各种异形网等，广泛应用于石油、化工、橡胶、汽车、医药、航空、航天等行业过虑、筛分、屏蔽等。

Two solutions were proposed in this article. For the first, interlay was added to avoid the contact of magnesium and aluminum and the produce of the intermetallic compounds; for the second, laser- TIG hybrid welding method was adopted to reduce the contact period of magnesium and aluminum and the mount of intermetallic compounds produced.

本文提出了两种解决途径：第一，中间加入镀层避免镁和铝的接触，避免金属间化合物的生成；第二，采用激光—TIG复合热源焊接减少镁和铝接触时间，减少金属间化合物的生产量。

The Honeycomb Panel were produce by "You Chao Shi" are mainly in Alumin Olatinum Paint, PET Colour Foil,Metalic Zinc Galvanize honecoomblwith aluminium core and Alloy Aluminium support frame construction with high temperature and pressure treatment.

金属蜂窝煤主要构成材料是烤漆铝箔，PET彩膜高分子胶，镀锌钢板铝蜂窝芯及铝合金骨架，经过高温高压加工成型。

The results showed that the aluminide layer of the as-coated specimen consisted of an outer aluminum topcoat, minor FeAl3, and major Fe2Al5, respectively.

实验结果显示，热浸后的铝化层，由外至内，为表层的纯铝镀层、少量的FeAl3相与主要相Fe2Al5所组成。

The weight changes of composite coatings followed by direct aluminizing and diffusion are slightly greater than that of aluminized alloy M38G.

直接渗铝和经高温扩散处理后的复合镀层的氧化增重略大于M38G合金渗铝涂层。

FRP tent pole products, galvanized casing, alloy hedging, aluminum tarp circle, copper chicken head, iron, aluminum and nails, plastic and nails, all kinds of plastic hooks, buckle and so on more than 200 kinds of products.

产品有FRP帐篷杆、镀锌套管、合金套头、铝篷布圈、铜鸡目、铁、铝地钉、塑料地钉、各种塑料钩、扣等二百多种产品。

Thus the process for the electroplating of aluminum on NdFeB permanent magnetic material in the molten salt electrolyte at room temperature was investigated.

探讨了NdFeB永磁材料在室温熔盐中电镀铝的可行性、熔盐配比和芳香化合物对电镀铝层组织形态的影响，同时对镀层形成的机理进行了初步探讨。

The text is to improve surface protection of NdFeB magnetic material as the purpose of this text, a kind of AlCla-MEIC room temperature molten salt electrolyte is synthesized, the craft of electroplating of the aluminium is studied. At home , layer of pure aluminium is deposited on surface of NdFeB magnet for the first time, and it has better adhesive force and excellent anti-corrosion.

本文以提高钕铁硼稀土永磁材料的表面防护质量为目的，合成了一种AlCl_3—MEIC室温熔盐电解质，利用这种熔盐电解质，开展了钕铁硼稀土永磁材料电沉积铝的电镀工艺研究，在国内，首次在钕铁硼永磁材料表面电沉积出了一层附着力较好，耐蚀性能优良的高纯铝镀层。

By studying the effects of mole rate of AlCl3-MEIC and fragrant chemical compound and dewater agent, electroplating aluminium bath of AlCl3-MEIC room temperature melt salt was prepared, and silvery white metallic luster , pre-pressing smooth aluminium layer is electroplated on NdFeB magnet from this solution.

4研究了AlCl_3和MEIC的摩尔比、芳香化合物及除水剂对室温熔盐电镀的影响，制备了AlCl_3-MEIC室温熔盐电沉积铝溶液，并从该溶液中电镀出了具有银白色金属光泽、致密光滑的铝镀层。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。