Abstract
The capillary column performance in reversed-phase parallel-current open-tubular liquid chromatography (RP-PC-OTLC) was studied with the use of cyclohexanol-water. The reduced retention and the height equivalent to a theoretical plate were studied as a function of the liquid velocity and the content of cyclohexanol in the capillary at constant column temperature. The effect of microemulsion formation on band broadening and retention is discussed. The plate heights obtained were compared with the Golay equation.
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