In general, optimizations are very important in both an industrial and a scientific context,
since they can significantly improve any process/system not only quantitatively but also …

This chapter aims at introducing quantitative analysis in chromatographic methods using
both common calibration procedures (frequently termed 'external'calibrations in this field) …

Over the past decade or so, preparative (process-scale) chromatography has evolved from
what many process chemists considered a costly last resort into a powerful and cost …

Over the last two decades, the domination of chromatographic methods in analysis is clear. If
we examine the use of chromatography in the past, present and future, we can see that its …

Chromatography is an experimental separation science. Its progress, both in the context of
theory development and finding new applications, is based on performing experiments and …

Analytical science has made considerable progress in the last decades. In some cases this
progress was beyond imagination the time before. These results have opened access to …

In this chapter the fundamentals of chemometrics will be presented by means of a quick
overview of the most relevant techniques for data display, classification, modeling, and …

Chemometrics uses advanced mathematical and statistical algorithms to provide maximum
chemical information by analyzing chemical data, and obtain knowledge of chemical …