for the separation of hydrocarbon mixtures. Samples from 2 to 20 ml. were fractionated. The order of displacement was paraffins, monocycloparaffins, and aromatics. Binary mixtures of paraffins and cycloparaffins were separated, and paraffin and cycloparaffin fractions of purity higher than 99% were recovered from naphtha. There was a definite tendency for the separation of mono-and dicycloparaffins, a fraction containing 76% dicycloparaffins having been obtained from a California naphtha distillate. This technique should prove useful to component analysis, and to the preparation of fractions for spectrometer calibration in hydrocarbon type analysis. LITERATURE CITED
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