非水溶液电色谱是一种新型的电分离技术。
介绍了非水溶液电色谱的原理、特点及应用。
This paper described the principle character and application of nonaqueous capillary electrochromatography (CEC).
本文采用毛细管电色谱法测定了旱莲中总黄酮的含量。
In this paper, the contents of total flavone were determined in Tropaeolum majus by capillary electrochromatography.
评述了离子涂层毛细管电泳和电色谱的应用研究进展。
In Chapter 1, the development of the ionic coating for capillary electrophoresis and capillary electrochromatography is reviewed.
选用多类物质为模型物质，评价该固定相的电色谱性能。
The monolithic stationary phase exhibited RP chromatographic behavior toward alkylbenzenes and phenols.
综合评述了毛细管电色谱柱的类型及制备技术的进展情况。
The types of the separation columns used in capillary electrochromatography and its fabricated progress in the past few years are introduced.
对阴离子性化合物在强阴离子交换毛细管电色谱中的保留行为进行了研究。
The separation of anionic compounds by strong anion-exchange capillary electrochromatography (SAX-CEC) was carried out.
它以纯有机溶剂作电色谱流动相，具有许多水溶液电色谱所不能比拟的优点。
There are many advantages which the ordinary CEC method doesnt have by using the pure organic solvent as mobile phase.
毛细管电色谱在分离富集过程中可能出现一些特殊的、采用一般色谱理论所不能够解释的现象。
The electric property of CEC will lead to some special phenomenon in the separation procedure, which can not be explained by normal chromatography theory.
目前，毛细管电色谱的研究主要集中在毛细管电色谱柱的制备技术和毛细管电色谱的应用两个方面。
At present, research works on CEC are mainly focused on both the preparation of columns and its application.
吸附s CD柱电色谱和动态改性电色谱的重现性进行了比较，发现动态改性电色谱有更好的重现性。
It was found that the superiority of DMS-CEC over the adsorbed S-CD column CEC was that better repeatability could be obtained in DMS-CEC.
中文内容：在毛细管电色谱中，由于溶质在输运过程中所具有的电性质，常会产生一些特殊的现象。
Content: Due to the electric characteristics of the solute transport in capillary electrochromatography (CEC), some special phenomena might occur.
薄层电色谱技术将电场力的作用引入薄层色谱的分离过程中，具有分离时间短、分辨率高等特点，将可能在物质分析分离中发挥重要作用。
Planar electrochromatography is an effective technique combining electric field with thin-layer chromatography, which could perform the separation with short time, high resolution and small sample.
薄层电色谱技术将电场力的作用引入薄层色谱的分离过程中，具有分离时间短、分辨率高等特点，将可能在物质分析分离中发挥重要作用。
Planar electrochromatography is an effective technique combining electric field with thin-layer chromatography, which could perform the separation with short time, high resolution and small sample.
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