In addition, the influences of change of each component's concentration, pH value, temperature, electric current density on deposition rate were discussed.
最后使用单因素试验法，研究了镀液各组分浓度、pH值变化、温度、电流密度对沉积速度的影响，并提出了最佳工艺参数。
参考来源 - 电沉积非晶钴硼合金工艺And getting fast depositing velocity, good bath solution stability, surface structure is compact and even, good hardness by using in industry application.
本论文在正交试验的基础上得到优化配方1、2、3，这些配方通过工业应用都得到了沉积速度快、镀液稳定性好、镀层外观平整、显微硬度好的效果。
参考来源 - 镍磷化学镀添加剂的研究The relationship between the concentration of stabilizers, the rate of agitation, the concentration and series of the complex agents and the deposition rate was also studied in this paper.
另外，对溶液中稳定剂的浓度、搅拌速度、络合剂种类和含量与沉积速度的关系进行了初步探讨。
参考来源 - 用化学镀法制备低发射率材料After mass experiment , discovering that adopting "three-complexation" can solve this problem effectively, and exeperiment also approve that not only bath more stabilization, and aggradtion speed also advanced.
经过大量的摸索实验后，发现镀液采用“三络合”能有效的解决这个问题，而实验也证明，镀液采用“三络合”后，不仅镀液的稳定性增强，同时沉积速度也得到了提高。
参考来源 - 化学镀法制备镍包铁复合粉末的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
螺旋的疏密、大小与相对沉积速度有关。
The density and size of whorls are related to sedimentation rate.
沉积速度：单位时间内零件表面沉积出金属的厚度。
Sedimentary speed: unit time parts deposition on the surface of the metal thickness.
首先讨论在水平流动时的最低速度， 即沉积速度。
We first consider this minimum velocity for horizontal flow, the saltation velocity.
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