The results show that the effect is the best when ultrasonic dispersing the nano-particles for 1 h before adding them into the bath and by ultrasonic agitation in the plating process; 结果表明:纳米粒子加入镀液前超声分散1h、施镀时对镀液采用超声搅拌效果最佳;
The effect of suspended carbon nanotubes, bath temperature, pH value, agitation rate and cathodic current densities on the content of carbon nanotubes in the electrodeposites is studied. 分析了镀液中碳纳米管的悬浮量、镀液温度、pH值、阴极电流密度及搅拌速度对镀层中碳纳米管含量的影响。
Effects of Current Density and Bath Agitation on the Surface Morphology and Texture of Cu Electrodeposits 搅拌条件下电流密度对Cu镀层的织构和表面形貌的影响
The influences of such factors as electrode materials, bath voltage, pH, reaction time and temperature and agitation on the removal rate of copper ion(ⅱ) were studied. 讨论了电极材料、槽电压、pH值、反应时间、温度和搅拌等因素对Cu2+去除率的影响。
High current density and voltage used in oxalic anodizing and hard anodizing process cause quantities of bath heat. Therefore air agitation is necessary which probably results in bad contact of the workpieces with the racks, and consequently produces burned and rejected workpieces. 草酸阳极氧化、硬质阳极氧化处理工艺电流密度大、电压高、产热量大,必须采用压缩空气不断搅拌槽液,由此可能导致工件与挂具接触不良,引起工件烧伤和报废。