The solvation parameter model affords a useful tool to model distribution properties of
neutral compounds in biphasic separation systems. Common applications include column …

The transfer of neutral compounds between immiscible phases in chromatographic or
environmental systems can be described by six solute properties (solute descriptors) using …

Revised descriptors for 74 varied compounds recommended for the characterization of
reversed-phase silica columns using the solvation parameter model are assigned by the …

The solvation parameter model is a well established quantitative structure-property
relationship model suitable for describing the contribution of intermolecular interactions in a …

Descriptors for fourteen semivolatile organic compounds associated with the authenticity,
botanical origin, and flavor potential of the cinnamons of commerce were determined using …

The physicochemical properties of small molecules that can be determined by retention
measurements in reversed-phase liquid chromatography include solvent-based properties …

Except for alkanes, most organic compounds are hydrogen-bond bases. The B° descriptor of
the solvation parameter model provides a convenient measure of the effective (or …

Optimized hydrogen-bond descriptors are provided for 21 primary and secondary alcohols,
16 phenols, 10 anilines and 4 amides derived from experimental chromatographic and …

The solvation parameter model uses five system independent descriptors to characterize
compound properties defined as excess molar refraction, E, dipolarity/polarizability, S …

The solvation parameter model uses five system independent descriptors to characterize
compound properties defined as excess molar refraction, E, dipolarity/polarizability, S …