1) electrolytic codeposition
电解共沉积
1.
The results show that the electrolytic codeposition of titanium and boron with the formation of TiB_2 can be achieved at molar ratios B/Ti>2.
结果表明，当体系中硼钛摩尔比Ｂ／Ｔｉ大于２时，钛与硼可在同一电位下实现电解共沉积并反应生成硼化钛。
2) composite electrodepostion
共电沉积
4) electrodeposition
电解沉积
1.
The dendritic morphology of electrodeposition was obtained during electrolyzing zinc in the quasi two-dimensional electrochemical cell,if the concentration of the electrolyte was higher.
从近二维的硫酸锌薄层电解液的电解沉积锌中,发现了在电解液浓度较高时,得到枝晶形态的沉积物。
2.
The aluminium electrodeposition and redissolution loss in pure cryolite melt, industry bath and low melting point electrolyte melt have been investigated by us-ing electrochemical niethods.
用电化学方法研究了在纯冰晶石、工业电解质和低熔点电解质中铝的电解沉积和溶解损失研究表明，铝的沉积为简单的3电子传递反应；铝的再溶解损失由金属／熔液界面层中的稳态传质控制，其速度分别为0。
5) electrolytic deposition
电解沉积
1.
The present situation of the technology for preparation of mercury-free zinc powder for Zinc/air battery is described,and the ejection atomizing and electrolytic deposition process for mercury free zinc powder preparation are introduced detailedly.
文章叙述了锌空气电池用无汞锌粉制备技术的现状,详细介绍了无汞锌粉制造的喷射雾化和电解沉积工艺。
6) electrophoresis codeposition
电泳共沉积
1.
The surfaces of BG particles and HA particles can take the positive e-lectrical charge when they are dispersed in the acetic acid, which is the premise of the BG/HA electrophoresis codeposition.
通过研究生物玻璃(bioglass,BG)微粉和羟基磷灰石(hydroxyapatite,HA)微粉在水和非水介质中的分散及带电特性,选择冰醋酸为介质,使分散在其中的BG颗粒和HA颗粒表面均带上正电荷,为电泳共沉积提供了前提条件。
补充资料：电解沉积(见水溶液电解)
电解沉积(见水溶液电解)
electrowinning
d lanJ一e ehenji电解沉积(eleetrowinning)见水溶液电解。
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