Abstract

The polarities and selectivities of twelve liquid-crystalline stationary phases have been tested as well as their column efficiencies. The effect of these properties on the separating ability of the liquid-crystalline stationary phases with respect to di-substituted benzene isomers is discussed. The separating properties of the individual stationary phases have been predicted, and experimentally confirmed by carrying out separations of mixtures of isomers of disubstituted benzene derivatives.

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