current efficiency

The electroplating rate and the electric current efficiency are also increased .

可以有效地提高电镀速度和电流效率；

Dissolution of aluminum in low temperature electrolyte and current efficiency ;

铝在低温电解质中的溶解和电流效率；

Current efficiency and specific energy consumption were given .

文中给出了电流效率和比能耗。

The factors affecting the current efficiency of copper electrolytic process and Countermeasures

影响铜电解电流效率的因素及对策

Mathematical model of current efficiency in industrial aluminium electrolysis cell

工业铝电解电流效率的数学模型

Analyze the current efficiency status of secret investigation .

第三部分，当前我国秘密侦查效益的现状分析。

Economic and Technological Approach of Current Efficiency

浅议盐化电解工业提高电流效率的经济技术途径

The current efficiency increased obviously with rising electrolyte temperature .

升高温度对电流效率的提高非常显著，阳极液的种类对不同温度下高铁生成电流效率的影响明显不同。

Countermeasures and Reasons of Low Current Efficiency in Zinc Electrolysis

锌电积电流效率低的原因与对策

However , High energy consumption and low current efficiency limits industrial applications of the technology .

然而，高能耗和低处理效率限制了该技术的产业化应用，无论国外还是国内现在都没有进入大规模的工业应用阶段。

The alkali formation current efficiency were tested . Measurement of Weak Physical Quantity

电流效率；微弱物理量的检测

Effect of Manganese Ion on Current Efficiency of Zinc Electrolysis

锰离子对锌电解电流效率影响的探讨

Influence of permeability of diaphragm on current efficiency in chlor-alkali industry

氯碱工业中隔膜渗透率对电流效率的影响

Effect of Electrolytic Parameters on Catholic Current Efficiency from Nickel Powders

电解工艺对电解镍粉阴极电流效率的影响

The electrowinning experiment results show that the average current efficiency is 92.94 % .

对净化后液进行了电积试验，平均电流效率达到92.94%。

This paper discusses the influence of current efficiency in various electrodes , temperature and current density .

并对不同电极、温度和电流密度对反应电流效率影响进行了研究。

Determination of the electric current efficiency of acid and alkali production of bipolar membrane

双极膜制酸制碱电流效率的测定

The influence factors on the current efficiency were investigated , such as temperature and electric current density .

温度和电流密度对镀液电流效率的影响；

Improving Current Efficiency of Organic Light-Emitting Device by Using the Doping of Active Layer

利用有源层掺杂提高有机发光器件的电流效率

Cooperation and Prediction of Current Efficiency on Aluminium Electrolysis

铝电解电流效率的拟合与预测

Oxygen Cathode Applicable for Electrochemical Production of Chlorate & Current Efficiency

氧阴极用于氯酸盐电化生产的电流效率

A microscopical analysis for current efficiency of aluminum alloy sacrificial anode

铝合金牺牲阳极电流效率损耗的微观分析

Influencing factors of current efficiency and the sulfur content in deposits were analyzed theoretically .

对电流效率和硫含量的影响因素进行了理论分析。

The current efficiency was determined by many experiments , and the average current efficiency was 96.7 % .

通过大量试验测定了阴极板在实际电解条件下的电流效率，电流效率的平均值为96.7%，并且数据波动很小，比较稳定。

And higher current efficiency and better coating binding force were shown with silver substrate .

以银为基材时，具有电流效率高、结合力好等特点。

The electric current efficiency was influenced by many kinds of factors in the process of electrodeposition .

采用电沉积法制备氧化镍薄膜电极材料的过程中，电流效率受多种因素的影响。

The current efficiency of the anode significantly dropped with the increasing ac density .

阳极电流效率随交流电流密度的逐步增大而明显下降。

The process features simple operation , wide operating range , high current efficiency and fast deposition speed .

该工艺操作简单，工艺范围宽，电流效率高，沉积速度快。

An increase in temperature or flow rate can cause increasing current efficiency and metal recovery of copper .

升高操作温度、加大循环流量以及合适的电极间距都有助于提高铜沉积电流效率和回收率。

Development of gas sensitive elements for rapid measurement of current efficiency of an Al electrolytic tank

铝电解槽电流效率快速测定气敏元件的研制