初步探讨了毛细管整体柱的制备方法及其在气相色谱分析中的应用。
The preparation of divinylbenzene polymer monolithic columns and their applications in gas chromatography (GC) are discussed.
以液相色谱用毛细管整体柱作为研究基础，通过改变甲苯和十二醇的比例，使整体柱适用于气相色谱分析。
Based on liquid chromatographic (LC) monolithic columns, the high-permeable monolithic columns can be applied in GC through changing the ratio of toluene and dodecanol.
此外，还在毛细管液相色谱条件下比较了这两种整体柱的表现。
Additionally, the comparison of these two kinds of monolithic columns was performed by capillary liquid chromatography.
比较了有无间隔臂固定相对非特异吸附性能的影响，发现不含间隔臂的毛细管亲和整体柱没有对BSA的非特异吸附；
The non-specific adsorption ofthe media had been studied and the results showed that the medium without space arm gave very low non-specific adsorption of BSA.
以硅酸钾为硅源，甲酰胺为催化剂在毛细管内原位聚合形成干凝胶柱，制备了一系列致密度不同的整体柱。
Using potassium silicate as silicon source, formamide as catalyst, a series of silica xerogel monolithic columns with different consistencies were prepared.
以硅酸钾为硅源，甲酰胺为催化剂在毛细管内原位聚合形成干凝胶柱，制备了一系列致密度不同的整体柱。
Using potassium silicate as silicon source, formamide as catalyst, a series of silica xerogel monolithic columns with different consistencies were prepared.
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