Continuous hot-dip aluminizing process OP steel strip and structure of coating 钢带连续热镀铝工艺及镀层结构的研究热浸镀锌板镀层相结构的穆斯堡尔谱研究
Coating Structure of 20 Steel Heat Exchanger Tube by Hot-dip Aluminizing 热浸镀铝20钢换热器管束的镀层结构
Study on Technics of Copper Aluminizing and Corrosion-resistant of Aluminizing Copper; Tungsten alloys are materials with a high tungsten content and low amounts of NiFe or NiCu. 纯铜渗铝工艺及渗铝铜耐蚀性能的研究钨基高比重合金是钨中加入少量的镍铁或镍铜烧结而成。
At last, the current applications and develop foreground of hot dip aluminizing technique are introduced. 最后介绍了热浸镀技术的应用及发展前景。
Discussion on Hot Dip Aluminizing Technology of Steel and its Development Prospects in China 论钢铁热浸镀铝技术及其在我国的发展前景
New Type Gas Aluminizing for High-temperature Alloy in Aeronautic Industry 航空高温合金用新型气相渗铝工艺研究
Therefore, aluminizing process is extensively used in the industry, such as discharge pipe of automobile, safeguards of road, heat exchanger, and so on. 渗铝工艺在工业上已得到广泛应用,如用于汽车排气管、公路护栏等耐蚀件,换热器、燃烧器、吹氧管、退火罐等耐热件。
Effects of Temperature and Alloy Element on Hot-dip Aluminizing Process for Decreasing Fe-Al film Thickness 不锈钢热浸镀铝中温度及合金元素对膜厚的影响
Effect of La on Formation Process and Resistance to High-Temperature Oxidation of Aluminizing Coating 稀土La对渗铝层及其抗高温氧化性能的影响
Growth Kinetics of Fe-Al Alloy Layer of Hot Dip Aluminizing with Rare Earths and Computer Fitting 热浸镀稀土铝合金层的生长动力学及其计算机拟合
The composition and structure of hot-dip aluminizing samples are analyzed by using metallurgical microscope, SEM and XRD. 采用金相显微镜、扫描电镜、X射线衍射等研究手段,检测分析了浸铝镀层的成分和组织结构。
Effect of Hot Diffusion Aluminizing Process on Microstructure and Properties of Carbon Steel 热扩渗铝工艺对碳钢表面渗铝层组织及性能的影响
Optimization Technological Parameters for Hot Dip Aluminizing and Diffusion Aluminizing and High Temperature Oxidation Properties on Surface of Carbon Steel 碳钢热浸扩散渗铝工艺及高温氧化性能的研究
Effect of Thermal Diffusion Treatment on the Composition and Properties of Hot-Dip Aluminizing Coating on TiAl Alloy TiAl合金热浸镀铝及热扩散处理后的镀层结构
Surface coating control model of hot dip aluminizing 热浸铝过程中表面层厚度动态控制模型
Research and Design of Continuous Double Chamber Aluminizing Maintaining Furnace 连续式双室铝熔化保温炉的研究设计中频无心感应熔炼炉
CO_2 corrosion tests and H_2S corrosion tests, together with SEM and EDS, were used to study the microstructure and corrosion resistance of the coating on 20 steel treated by hot-dip aluminizing and diffusing with rare earth La. 通过CO2和H2S腐蚀试验,采用SEM和EDS研究了20钢经热浸镀稀土(镧)铝和扩散处理后的渗层组织和耐蚀性能。
Unique requirements of aluminizing paper when used in printing and ink were analyzed. 分析了镀铝纸在印刷及油墨方面的独特要求。
Aluminizing layer can inhibit vanadium corrosion in short time and lessen the sulfidation of A3 steel. 当A3钢进行渗铝处理后,在短时间内对钒腐蚀起到一定的抑制作用,同时减轻了碳钢的硫化现象。
A composite NiAl-type coating containing La_2O_3 was prepared by composite electrodeposition with subsequent aluminizing. 含La2O3的NiAl型复合涂层是用复合电沉积和随后的渗铝工艺制备的。
The optimization aluminizing agent and process is proposed through comparable experiments on 20 steel. 以20碳钢为研究对象,对其渗剂和工艺进行比较试验,得到渗铝效果较好的渗剂配方和工艺。
The aluminizing treatment on the surface of Cu-Al-Y alloy with addition of rare earth compound CeCl_3 was carried out. 提出了利用稀土化合物CeCl3对Cu-Al-Y合金进行催渗渗铝,研究了工艺参数对渗层厚度和质量的影响;
The process technology of vacuum aluminizing casting polypropylene ( CPP) film and its applications to packaging were discussed. 简要论述了真空镀铝流延聚丙烯(CPP)膜的生产工艺及其在包装上的应用。
The composition of aluminum powder and diffusion scheme for aluminizing 20 carbon steel were optimized experimentally. 对20碳钢进行了粉末包埋渗铝试验,优化了渗剂配方及渗铝工艺。
Solid aluminizing in 20 steel was researched. 对20钢渗铝进行试验研究。
A Study on Hot Dip Aluminizing of Steel and Cast Iron 钢和铸铁的热浸渗铝研究
A powder metallurgical aluminium source was introduced under the glow discharge condition for ion aluminizing. 提出了一种用粉末冶金制成的离子渗铝的供铝源,并且用这种供铝源在辉光放电的条件下进行渗铝研究;
The cyclic oxidation, spalling resistance and mechanisms of hot dip aluminizing steel were studied by different diffusion treatment. 通过不同扩散工艺实验,研究了热浸渗铝钢的抗氧化和剥落性能及其机理。
A new aluminizing method, the paste plasma aluminizing by hollow cathode, was developed. 文中提出了一种新的渗铝方法-辉光加热膏剂渗入法,将涂有渗铝膏剂的试样置于阴极空腔中,在辉光放电作用下实现离子渗铝。
Effects of hot dip time on the alloy layer depth of hot-dip aluminizing were investigated. 研究了工业纯铁分别热浸镀纯铝和稀土铝后合金层厚度随浸镀时间的变化。