Methods for using this procedure's "inverse" form to find solid surface energy were developed by Dorris and Gray and by Schultz. This procedure's results can be summarized for a pair of compounds as a Kovats index. Common detectors for this procedure include hot wire detectors and flame ionization detectors. Some devices used for this technique have walls coated with a progression of stationary phases. The retention time in this technique depends on boiling point and solubility, both of which affect its partitioning behavior with the mobile and stationary phases. For 1
Methods for using this procedure's "inverse" form to find solid surface energy were developed by Dorris and Gray and by Schultz. This procedure's results can be summarized for a pair of compounds as a Kovats index. Common detectors for this procedure include hot wire detectors and flame ionization detectors. Some devices used for this technique have walls coated with a progression of stationary phases. The retention time in this technique depends on boiling point and solubility, both of which affect its partitioning behavior with the mobile and stationary phases. For 10 points, name this type of procedure where the vaporized analyte is separated and often carried through by helium.
Methods for using this procedure's "inverse" form to find solid surface energy were developed by Dorris and Gray and by Schultz.
{gas}-liquid {chromatography}