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 …

Previously introduced characteristic parameters of solute retention–the solute characteristic
temperature (T char) and thermal constant (θ) in GC as well as the characteristic solvent …

This work presents an open source database with suitable retention parameters for
prediction and simulation of GC separations and gives a short introduction to three common …

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

For method development in gas chromatography, suitable computer simulations can be very
helpful during the optimization process. For such computer simulations retention parameters …

Gas chromatography (GC) is a technique used in analytical chemistry to separate a mixture
of vaporizable substances by injecting the mixture into a gas stream (mobile phase), which …

This study examined how manual temperature control affects the separation of two
enantiomers of five racemic mixtures using high‐performance liquid chromatography …

The effect of a gradient of solute velocity on the chromatographic separation of closely
spaced solutes is investigated by usage of a simulation. The concept of the ideal basic …

By combining the high selectivity of a gas chromatograph (GC) with the high sensitivity and
decent selectivity of an ion mobility spectrometer (IMS), GC-IMS have become increasingly …

This paper compares dynamic (ie, temporally changing) thermal gradient gas
chromatography (GC) to temperature-programmed GC using a previously published …