2) cathodic micro-arc electrodeposition
阴极微弧电沉积
1.
An alumina coating with a thickness of 100μm on a titanium substrate was prepared by cathodic micro-arc electrodeposition.
采用阴极微弧电沉积在钛表面生成了厚度达100μm的氧化铝涂层,研究了不同电压下涂层的结构和组成,分析了涂层的生长规律和形成过程。
2.
Alumina coatings on titanium substrate were prepared by cathodic micro-arc electrodeposition.
用阴极微弧电沉积在钛表面生成Al2O3涂层,探讨溶液组成、放电电压及时间对涂层形貌、相组成及生长速率的影响。
3) double electrodes microarc electrodeposition
双极微弧电沉积
4) micro-arc spark deposition
微弧火花沉积
1.
An attempt has been made to prepare epitaxial coating with characteristics of directional solidification on the basis of the analysis of the rapid solidification process of a single melt spot produced by micro-arc spark deposition.
在分析微弧火花沉积工艺产生的单熔体快速凝固过程的基础上,提出将微弧火花沉积用于制备具有定向凝固特征的防护涂层。
5) cathodic microarc deposition
阴极微弧沉积
1.
An alumina coating was prepared on titanium by cathodic microarc deposition in Al(NO3)3 ethanol solution.
分析了涂层的形貌、成分和相组成,测试了涂层的抗高温氧化、电化学腐蚀及抗热震性能,并探讨了阴极微弧沉积氧化铝涂层的机理。
6) high energy micro arc
高能微弧火花
1.
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ZM 5镁合金表面上沉积ZL30 1合金。
补充资料：高能
具有很高能量的：～粒子丨～食品。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条