复合电沉积是获得功能性复合材料镀层的一种新工艺。
Composite electrodeposition is a new technology for functional composite materials.
综述了近年来国内外在复合电沉积研究方面的新动向。
New study trend of composite electrodeposition at home and abroad in recent years were reviewed.
指出了纳米复合电沉积现存的问题，并为今后的研究提出了建议。
Existing problems in nanocomposite electrodeposition were pointed out, and Suggestions were proposed for the st...
在复合电沉积工艺中，通过优选工艺参数可以获得纳米颗粒复合量较高的复合沉积层，以使其具有某些特殊的性能。
In the composite electrodeposition, higher nanoparticle content in nanocomposite coatings were gained by optimizing process parameters, so that these composite coatings have excellent properties.
在此，介绍了电沉积复合镀层的分类、特性及应用。
Herein, classification, characteristics and application of electrodeposited composite coatings were reviewed.
而阴离子表面活性剂以及非离子表面活性剂则不利于制备纳米碳管复合镀层的电沉积。
The results indicate that a cationic surfactant has a positive effect on the Multi-Walled Nanotube (MWNT) composite plating, while anionic and nonionic surfactant has a negative effect on it.
研究比较了电沉积钴磷层和钴磷基碳纳米管复合镀层的物理特性和电化学性质。
The mechanical properties and corrosion behavior of Co-P-CNT composite deposits are compared with those of Co-P coating.
介绍了制备纳米镀层的电沉积方法，主要有直流电沉积、脉冲电沉积和复合共沉积。
The electrodepositing method for the preparation of nano-deposit was introduced, including direct current electrodeposition, pulse electrodeposition and composite electrodeposition.
探讨了超声—电沉积复合作用的机理，总结出影响复合镀层生成的几个因素。
The mechanism of the compound effects of ultrasonic-electrodeposition was discussed, and several factors that have effected on the formation of the composite layer were concluded.
基于超声电沉积复合作用，研究在金属表面获得纳米金属陶瓷复合镀层的基本工艺。
Based on the action of ultrasonic-electrodepositing, the technique of preparating nanocermet(Ni-SiC) composite layer on the surface of metal substrates was studied.
由于再强化效应的作用，经过热处理后的纳米复合电铸层，尤其是由脉冲电沉积所得纳米复合电铸层，其显微硬度的提高程度尤为明显。
The micro-hardness of heat treated nano-composite electroforming deposits prepared under pulse current is markedly increased owing to the re-strengthening effect.
由于再强化效应的作用，经过热处理后的纳米复合电铸层，尤其是由脉冲电沉积所得纳米复合电铸层，其显微硬度的提高程度尤为明显。
The micro-hardness of heat treated nano-composite electroforming deposits prepared under pulse current is markedly increased owing to the re-strengthening effect.
应用推荐