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Chemometrics is a highly interdisciplinary field closely related to analytical chemistry. It combines principles from chemistry, mathematics, statistics, and computer science to extract meaningful information from complex chemical datasets and enhance the utilization of chemical measurements. The...

Chromatographic techniques are by far one of the most powerful and versatile techniques available to analytical chemists. Developed chromatographic methods enable separation, identification, and quantification of chemical substances in complex mixtures. Chromatography can separate and detect an e...

Electroanalysis plays a crucial role in modern analytical chemistry, encompassing a broad range of analytical techniques that rely on the measurement of electrochemical properties to probe chemical processes, quantify analytes and elucidate reaction mechanisms. Recent advancements in nanotechnolo...

“Hyphenation”, a term first coined by Tomas Hirschfeld, refers to the online combinations of different analytical techniques, typically a separation technique and one or more spectroscopic detection techniques. The concept emerged from the recognition that coupling complementary analy...

Sample preparation has long been recognized as one of the critical points in the analytical process, highly beneficial for its potential to dramatically increase the selectivity and sensitivity of the whole workflow but also constituting a possible bottleneck that could account for up to 70% of t...

Sensors represent an expanding segment of analytical chemistry and have become indispensable tools in the research field, offering sensitive, selective, and often portable platforms for chemical and biochemical analysis. Innovations in nanomaterials engineering and nanotechnology, the design of s...

Spectroscopic techniques play a pivotal and indispensable role in analytical chemistry, offering invaluable insights into understanding of chemical compositions and molecular structures, as well as investigating of molecular dynamics. Advancements in laser and detector technology and miniaturized...

Thermal analysis is a fundamental branch of analytical chemistry, comprising a group of techniques in which a physical property of a substance and/or its reaction product(s) is measured as a function of temperature, whilst the substance is subjected to a controlled temperature programme. These te...