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1·In order to explain these facts we present coordination bonding model of ionic polarization, and discuss its verity.

为同时解释这两种事实，文中提出离子极化作用的配位键模型，并对其合理性作了讨论。

2·The ruler for solubility of hydroxide is discussed through action of franklinic electricity between anion and cation, the strength of hydrated ion and ionic polarization.

本文认为金属氢氧化物基本是离子晶体，从阴阳离子之间的电力作用大小和离子水合与极化大小出发，探讨金属氢氧化物的溶解度及规律。

3·The small current of the slow pulse could efficiently decrease the ionic concentration polarization and increase the charging efficiency.

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。

4·The influence of ionic field strength and polarization on diffusion behavior is also discussed.

本文还讨论了离子场强和极化对扩散的影响。

5·Induced polarization method USES the two modes of electrical conduction that occur in mineralized rocks, ionic in pore fluids and electronic in metallic minerals.

激发极化法利用在矿化岩石中电传导的两种方式，即岩石孔隙液体中的离子以及金属矿物中的电子。

6·At last, we put emphasis on the Spatial Light Modulator (SLM). Based on this optical component, we record polarization holography images storage in an azo ionic liquid crystalline polymer.

本文最后对空间光调制器进行了介绍和讨论，利用此光学元件，对偶氮液晶材料进行了偏振全息图像存储。

7·Also, the ionic mobility and polarization of the ions in waste water...

对废水中离子通过离子交换膜的极化现象和迁移性也做了研究。