成功的试制成了覆盖有镍-铁-金刚石复合电刷镀层的钢球研磨板。
Finally steel balls millstone covering with Ni-Fe-diamond composite electro-brush plating film is produced successfully.
基于此，本文创造性地将复合电刷镀技术和纳米粉材料有机结合，成功制备了含纳米粉复合电刷镀层。
Base on these, a composite coating containing nano-powder is prepared by brush plating in this thesis.
在电机电刷的焊接过程中可能会遇到电刷镀层因受热而爆裂的情况，该文简要分析了电刷镀层爆裂的机理，给出了预防措施。
When the brush is welded, the electrodeposition of the brush may be burst for being heated, this paper brief analysis the reason and give a prevention measure.
研究了刷镀参数、底镀层种类和电源输出方式等对电刷镀铁层光洁镀与结合力的影响。
The effects of parameters, subbase deposit and power output on surface roughness and adhesion of the brush plated iron film were studied.
介绍了镍钨镀层、镍钨硼（磷）镀层、含钨复合镀层和含钨电刷镀镀层等的研究与开发的近期进展。
The paper present the new developments of Ni-W coat, Ni-W-B coat, tungsten composite coat and tungsten brush coat etc.
研究了电刷镀镍的工艺、镀层微观形貌与镀层性能。
The process of the brush plating Ni, the microstructure and the properties of the plating layer are studied and analyzed.
现场应用情况表明，采用电刷镀镀层的光杆，无腐蚀使用寿命已经达到原来的两倍以上。
The field application proves that the corrosion free service life of plain rod with brush plating is more than two times as long as that of the original one.
在合适的电刷镀工艺下，镀层表面平整、光滑，具有较高的显微硬度、耐蚀性和结合强度。
The layer is smooth with higher microhardness, corrosion and bonding strength by using the proper process.
过去电刷镀都用镍镀层代替铬镀层，但镍镀层的耐磨性、硬度等性能不如铬镀层。
In conventional brush plating, Ni plate is used to replace Cr one, but the former is not as good as the latter in wear resistance, hardness and so on.
综述了近年来用电刷镀方法制备复合材料镀层的最新进展及研究动态。
The state-of-the-art study and development of electro-brush in recent years are reviewed.
现场应用情况表明，采用电刷镀镀层的光杆，无腐蚀使用寿命已经达到原来的两倍以上。
The field application proves that the corrosion free service life of plain rod with brush plating is more than two times as long as that of the original on...
相对于手动电刷镀镀层，自动化镀层表面形貌更加均匀细化，组织更加致密，显微硬度更高。
Comparing with the manual coating, the auto coating had smoother surface, denser structure and higher hardness.
相对于手动电刷镀镀层，自动化镀层表面形貌更加均匀细化，组织更加致密，显微硬度更高。
Comparing with the manual coating, the auto coating had smoother surface, denser structure and higher hardness.
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