In addition, application prospect for ionic liquids is presented.

Nanoscale polymer membranes are also much more efficient in ionic conductivity.

纳米聚合物膜也更高效离子电导率.

Experimental results show the apparent sorption rate constant decrease with increasing ionic strength added salt.

实验结果表明,表观吸附速率常数随着外加离子强度的增大而减少.

The crystal structures and ionic conductivity of yttria stabilized zirconia ( YSZ ) are analyzed.

分析了钇稳定的二氧化锆 ( YSZ ) 的晶体结构及离子导电性.

The ionic liquid could be reused for several times and did not lose the activity.

此离子液体催化体系简化了产物分离,离子液体可以重复使用.

Then model can be used to calculate the infrared spectra of ionic crystals as well.

与多种典型离子晶体红外光谱的实测结果进行对比.

Polarographic electrodes can be affected by changes in pH, salinity and ionic strength of the environment.

盐份和离子强度的改变的环境影响极谱电极.

Recently the application of ionic liquids in polymerization and polymer processing has attracted much attention.

近几年离子液体在聚合反应和聚合物加工方面的应用研究引起了广泛的关注.

Polyelectrolyte gel consists of a crosslinked polymer network with ionizable groups and a liquid phase.

聚电解质凝胶是在聚合物网络结构中含有化学键结合的离子化基团的水凝胶.

Let us now look at the ionization potentials for the next few atoms.

现在再来看一下后来少数几种原子的电离电势值.

This method made use of hydrogen flame ionization detector ( FID ) and counted by area normalization method.

该方法采用氢火焰 离子化 检测器,并用面积归一化法进行计算.

Objective To study the effect of lowdose ionization radiation on Human body.

目的探讨小剂量电离辐射效应对人体的损害.

In this paper, we study the rubidium atoms resonance ionization for step through general rate equation.

本文从一般速率方程出发, 研究了铷原子三步激光共振电离过程.

An atom is stripped of all electrons by ionization.

一个原子由于电离而被剥掉其全部电子.

The first ionization potentaial of H is greater than that of He.

因为氢的第一游离能是小于氦的第一游离能.

Neutrons in the slow and moderate speed ranges can produce ionization indirectly in other ways.

慢中子和中能中子可以通过其它方式产生间接电离作用.

Since neutrons have no charge, they produce no ionization in their passage through gases.

因为中子没有电荷, 所以它们在经过气体时不产生电离作用.

There are several ways to minimize noise in the test system due to ionization interference.

有几种办法可以尽量降低测试系统中电离干扰引起的噪声.

The theory and measuring principle of ionization current are explained in detail.

详尽地说明了火花塞离子电流法的测量原理和方法.

Hematopoietic system is a crisis organ of ionization radiation cxposure.

造血系统是电离辐射的主要危象器官.

By combining spectroscopy ( PES ) with theoretical calculations , the ionization potentials of iodine trichloride were studied.

结合紫外光电子能谱实验和量子化学计算方法研究了三氯化碘的电离能.