Many methods have been developed in order to optimize the parameters of interest in either
chromatography or capillary electrophoresis. In chemometric approaches experimental …

A persistent feature in the development of temperature-programmed gas chromatography
(TPGC) has been the search of a retention index IT, defined as a relationship between the …

The connection between the observable output in column chromatography (retention time,
retention volume, retention factor, separation factor, etc.) and system properties (hold-up …

The development of new analytical methods can save resources, time and costs if there are
prediction tools like computer simulation which support the optimization process. In GC the …

A model to simulate the gas chromatographic separation in the presence of a spatial thermal
gradient is presented. This model is developed from existing models for the prediction of …

A fast and reliable method is presented to evaluate retention parameters of the distribution-
centric 3-parameter model from temperature programed gas chromatographic …

In this contribution, we describe a novel modeling approach to predicting retention times (tr)
in comprehensive two-dimensional gas chromatography coupled to time-of-flight mass …

Development of comprehensive, three-dimensional (3D) gas chromatography with time-of-
flight mass spectrometric detection (GC3/TOFMS) is described. This instrument provides four …

Stationary-phase optimized selectivity liquid chromatography (SOS-LC) is a tool in reversed-
phase LC (RP-LC) to optimize the selectivity for a given separation by combining stationary …

The models proposed by many authors for the prediction of retention times and
temperatures, peak widths, retention indices and separation numbers in programmed …