ionic potential

The perturbation of the aromatic system increases with decreasing ionic potential of the metals .

芳香体系的微扰作用随着金属离子势的减小而增大。

The results indicate that the interlayer space is influenced by the layers of water molecules which is decided by ionic potential of interlayer cations .

结果表明：蛭石晶层的层间距主要受层间水分子层数的影响，而后者又主要由层间阳离子的离子势大小决定。

The dehydration temperature is positively related to the ionic potential of the interlayer cations .

层间脱水温度高低与层间阳离子的离子电势（电荷／离子半径）大小成正相关关系。

With the increase of ionic potential , the dehydrated temperature and the bending vibration frequency of interlayer water increase , and strength vibration frequency decreases .

随着层间阳离子离子势的增大，其层间水脱失温度增高，层间水的对称伸缩振动频率降低，弯曲振动频率提高。

Although the ionic potential of Al ~ ( 3 + ) is very high , the dehydrated temperature of Al exchange vermiculite is lower than that of original vermiculite .

Al3+的离子电势虽然很高，但Al3+交换蛭石的脱水温度却低于蛭石原矿。

The ionic liquid is a potential solvent for desulfurization because of its recycling use .

离子液体由于可以循环使用，必将是一项非常有发展前途的脱硫技术。

Room temperature ionic liquid has great potential for electrochemical application due to its wide electrochemical window and good conductivity .

室温离子液体因其宽的电化学窗口和良好的导电性使得其在电化学领域具有广阔的应用前景。

, because the virtual myocardial cell contains cardiac electrophysiological detail such as ionic current and action potential .

因为虚拟心肌细胞是包含了离子电流、动作电位等心脏的电生理细节的。

Ionic liquids hold great potential as replacements for traditional volatile organic solvents due to their unique characteristics .

离子液体具有一些优良的物理和化学性质，非常有希望成为传统有机溶剂的替代溶剂。

The research result indicates that the mineral zoning mentioned above is closely related to the ionic radius and electric potential of those elements .

研究结果表明，与花岗岩有关的热液成矿元素的析出顺序和分带规律，与元素的离子半径和离子电位密切相关。

The unique composite material based on biomolecules-functionalized carbon nanotube and ionic liquid have wide potential applications in direct electrochemistry , biosensors , and biocatalysis .

基于生物分子功能化多壁碳纳米管与离子液体构成的独特的复合纳米材料可以广泛的直接应用于电化学、生物传感器和生物催化。