1.
peen plating
(金属粉末)打散渗镀法
2.
Study on heat preservation time on Ti(CN) films by double glow plasma surface alloying in nitrogen gas;
控制双辉渗镀Ti(CN)膜保温时间的研究
3.
Tribological property of TiN diffusion coating in-situ synthesised on titanium alloy surface
钛合金表面原位合成TiN渗镀层摩擦性能研究
4.
Double Glow Plasma Low Temperature Surface Chromizing Hardening Process of T10 Steel
T10钢低温双辉等离子表面渗镀铬硬化的研究
5.
TiN、CrN、TiN/CrN Films Coated with Arc-Glow Penetrating Technique and Their Properties;
镁合金AZ91D表面弧辉渗镀TiN、CrN、TiN/CrN薄膜及其性能研究
6.
Improve Corrosion Resistance of Magnesium Alloy by Titanium and Chromium Coatings with Arc-Glow Penetrating Technique;
弧辉渗镀技术在镁合金表面形成钛铬薄膜及其耐蚀性能研究
7.
Research of Wear Resistance and Corrosion Resistance with TiN Multi-permeation Layer Formed by Reactive Sputtering;
反应溅射形成氮化钛复合渗镀层耐磨耐腐蚀性能的研究
8.
Study on Joining Mechanism of Ceramic to Metal Based on Multiple Ion Compound Diffusion Coating Alloy Technology;
基于多元离子复合渗镀合金技术的陶瓷/金属连接机理研究
9.
Study on Medium Carbon Steel Chromizing Gas Nitiding Process;
中碳结构钢镀铬气体渗氮可行性研究
10.
Preparation and application of nitriding-ion plating composite coatings
渗氮-离子镀复合涂层的制备及其应用
11.
A new technique was developed on the bases of PVD costing and PVD diffusing technique.
在物理气相沉积镀层工艺基础上发展了镀渗新工艺。
12.
Cobalt-tungsten electrodeposit as copper barrier was presented in the paper.
本文提出以电镀钴钨二元合金镀层作为防铜渗层。
13.
Investigation on Anticarbonized Bright Copper-plating Process in Basic Cyanide Baths
碱性氰化物防渗碳光亮镀铜工艺的研究
14.
The Research of Hydrogen Permeation Behavior and Anticorrosion of Zn-Fe Alloy Electrodeposition;
Zn-Fe合金镀层的耐蚀性及其渗氢行为研究
15.
The Research on Recovery of Spent Electroless Nickel Planting Bath by Electrodialysis;
用电渗析法净化化学镀镍老化液之研究
16.
A Study of Prohibiting Permeation of Hydrogen with Cr-C Film Electroplated on the Surface of the Zirconium Hydride;
氢化锆表面电镀铬膜阻止氢渗透的研究
17.
Hydrogen Permeation Behavior and Embrittlement of Hot-dip Coated Steels Exposed to Seawater;
热浸镀钢材在海水中的氢渗透行为和脆性研究
18.
Hydrogen permeation of hot-dip galvanized steel exposed to simulated marine atmosphere
热镀锌钢材在海洋大气环境中的氢渗透行为