浓差极化力是分子在膜表面堆积或浓缩的趋势。
Concentration polarization force is the tendency for molecules to build up or concentrate at the membrane surface.
简要综述了浓差极化和膜污染的研究方法和策略。
The methods and strategies of study on concentration polarization and membrane fouling were briefly reviewed in this paper.
应用该模型对燃料电池的增湿效果和浓差极化进行研究。
The humidification and concentration polarization was studied with the model.
分析了溶质在膜表面优先吸附和受排斥情况下的浓差极化现象。
The phenomena of concentration polarization under the conditions of preferential adsorption and repulsion on the surface of membrane were analysed.
慢脉冲中的小电流有效地控制了离子浓差极化，提高了充电效率。
The small current of the slow pulse could efficiently decrease the ionic concentration polarization and increase the charging efficiency.
浓差极化与水解离的可利用性是EDI与ED过程的最本质区别。
The essential distinction of EDI process from ED process is the utilizable concentration polarization and dissociation of water.
本文从稳态扩散方程推导出产生浓差极化的扩散层厚度与实验数据相符。
The thickness of the diffusion layer reckoned by computation of steady-state diffusion equation has been found in agreement with the results obtained through laboratory experiment.
分析了膜分离中的浓差极化现象的产生原因，并提出与此对应的减弱措施。
In the present paper, the reasons of concentration polarization were analyzed and methods for reducing concentration polarization were suggested.
研究了枇杷叶提取液真空膜蒸馏过程的影响因素，并分析了浓差极化问题。
The vacuum membrane distillation for loquat leaf extract was tested and the concentration polarization was analyzed.
以浓差极化-凝胶层数学模型为基础，研究了影响糖化酶超滤速度的各种因素。
Based on concentration polarization-gel layer mathematical model, effects of various factors on ultrafiltration flux rate of glucoamylase solution have been studied.
镀液温度的升高能扩散加快﹐降低浓差极化﹐此外﹐升温还能使离子的脱水过程加快。
The solution the rise of temperature diffusion speed up, reduce can strong difference, in addition, temperature polarization still can make ion dehydration process of speed up.
本文研究了影响益母草真空膜蒸馏过程的基本影响因素，并分析了浓差极化和温差极化问题。
The vacuum membrane distillation for motherwort extract is tested and the temperature polarization and concentration polarization are analyzed.
对膜污染问题进行了研究，指出浓差极化、滤饼层形成和膜孔堵塞是造成膜污染的主要原因。
Membrane fouling is analyzed, and that concentration polarization, cake layer and pore blocking are main reasons of membrane fouling are pointed out.
不考虑空气系统的时间滞后，影响电池动态响应时间的主要因素为扩散浓差极化，它限制了电流的变化率。
Regardless of hysteresis of air system, the main factor that influences dynamic response of fuel cell is diffusion concentration polarization, which restricts the change rate of stack current.
利用暂态技术电流阶跃法对镍氢电池的正负极在放电过程中的电化学极化、浓差极化及欧姆极化进行了研究。
For identifying various electrode polarization during discharge of nickel metal hydride battery, a transient technique current step method was employed.
解决和减轻浓差极化和膜污染的方法有很多，本文着重于流体流动状态对浓差极化和膜污染的影响进行了论述。
A lot of ways could be used to resolve and reduce concentration polarization and membrane fouling. In this article, the effectiveness of flow patt...
解决和减轻浓差极化和膜污染的方法有很多，本文着重于流体流动状态对浓差极化和膜污染的影响进行了论述。
A lot of ways could be used to resolve and reduce concentration polarization and membrane fouling. In this article, the effectiveness of flow patt...
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