The solvation parameter model is now well established as a useful tool for obtaining
quantitative structure–property relationships for chemical, biomedical and environmental …

Ionic liquids have moved from novel to practical stationary phases for gas chromatography
with an increasing portfolio of applications. Ionic liquids complement conventional stationary …

This article provides an overview of chromatographic methods as surrogate models for
environmental processes and for the determination of descriptors for compounds of …

The present book, Advanced Gas Chromatography in Food Analysis, has the main intent of
providing in-depth and broad information to all interested in the analysis of foods using gas …

The solvation parameter model is used to characterize the separation properties of 52 fused-
silica, wall-coated, open-tubular columns at 5 evenly-spaced intervals over the temperature …

The measurement of retention factors by gas chromatography on up to 15 stationary phases
at several temperatures in the range 60–240° C for each stationary phase and liquid–liquid …

The increased accumulation of organic pollutants in various ecological systems in recent
decades is a growing concern since these pollutants have detrimental effects on humans …

An iteration procedure is used to optimize the solute descriptors for 94 compounds suitable
for characterizing the retention properties of open-tubular columns for gas chromatography …

This work presents a novel strategy for engineering a GC stationary phase with high
selectivity, inertness and thermal stability by introducing the 3D π-rich TP moieties to the …

This work presents the investigation of utilizing adenine-functionalized polypropylene glycol
(APPG) for capillary gas chromatographic separations. The statically coated APPG column …