研究了镀液浓度对镀层沉积速率、成分、表面形貌、非晶态结构形成区域和耐蚀性的影响，得出了最佳镀液浓度及施镀条件。
The influence of bath concentrations on deposition rate, composition, surface appearance, formation range of the amorphous structure and corrosion resistance for the deposits was studied.
结果表明，镀层的沉积速率、镀层成分及镀层的性能都随脉冲频率和占空比的变化而变化；
The results show that the deposit rate, composition and properties of coating change with the variation of duty ratio and pulse frequency.
从镍磷化学镀的反应机理出发，讨论了反应中影响磷沉积速率和镀层中磷含量的主要因素，试验制备了含磷量较高且抗蚀性良好的镍磷镀层。
The chemical Ni P plating mechanism in acid baths and the major aspects which influence the plating rate and P content of Ni P alloy coatings were discussed.
研究了沉积条件对沉积速率、镀层组成和磁性能的影响。
The effects of plating conditions on the plating rate, the deposit composition, and the magnetic properties of the deposit were studied.
分别对镀层组织、镀层成分、显微硬度和沉积速率进行了讨论。
The microstructure, composition of plating, microhardness, deposited rate and so on were discussed.
该工艺沉积速率快，镀层耐蚀性优异。
The process is fast in deposition speed and excellent in corrosion resistance of the coating.
该工艺沉积速率快，镀层耐蚀性优异。
The process is fast in deposition speed and excellent in corrosion resistance of the coating.
应用推荐