While the use of multiple dimensions in separation systems can create very high peak
capacities, the effectiveness of the enhanced peak capacity in resolving large numbers of …

In the quest for separation techniques capable of generating high peak capacities,
comprehensive two-dimensional (2D) liquid chromatography (LC× LC) is a performant …

Today scientists must deal with complex samples that either cannot be adequately
separated using one-dimensional chromatography or that require an inordinate amount of …

Previous CD measurements of changes in the conformation of β-lactoglobulin at neutral pH
as a function of temperature indicated the formation of a molten globule state above approx …

Comprehensive details of problem solving approaches with discrete Fourier transform (DFT)
are presented with reference to current separation science applications, which are equally …

About ninety empirical functions for the representation of chromatographic peaks have been
collected and tabulated. The table, based on almost 200 references, reports for every …

Asymmetrical chromatographic peaks can be well modeled by the exponentially modified
Gaussian model (EMG). In this study, an analytical expression is derived to give the model …

A theory by Roach describing the overlap of circles in a two-dimensional plane is
generalized to an n-dimensional space, where n is the number of orthogonal axes. The …

A new wavelength modulator based on a custom-made chopper blade and a slit placed in
the Fourier plane of a pulse shaper was used to detect explicitly the first derivative of the …

The box-counting or capacity dimension algorithm, known from the fractal mathematics
literature, is used to measure the dimensionality D of chromatographic separation …