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应用胶束纸色谱法使９种二苯甲醇的结构异构体得到了分离，Ｃｍ对Ｒｆ／（１－Ｒｆ）的曲线不仅偏离了Ａｒｍｓｔｒｏｎｇ理想曲线，而且呈锯齿状，其原因在于二苯甲醇类化合物具有大的立体效应。溶质的分子结构与胶束空穴的形状、大小适配，是色谱分离的主要驱动力。
The structural isomers of 9 diphenylmethanols were separated by micellar chromatography. The curve of Cm versus Rf / (1-Rf) not only deviated from the Armstrong ideal curve, but also jagged due to the degradation of benzhydrol Class compounds have a large three-dimensional effect. The molecular structure of solute and the shape and size of micellar holes are the main driving forces for chromatographic separation.