Learn how internal standards improve accuracy and precision in ICP-OES by correcting drift, matrix effects, and sample introduction variability for more reliable analytical results.

Upgrade your LC-MS with Thermo Fisher Scientific’s Trade-In / Trade-Up Program. Reduce costs, boost performance, and transition seamlessly to advanced mass spectrometry solutions.

Method validation and verification ensure analytical results are reliable and fit for purpose. This article explains key concepts, performance characteristics, and guidance from the Eurachem Guide.

3 webinars: AFM, AFM-IR, green chemistry, ICP-MS, microwave digestion, nanomaterials, REE analysis, spectral interference, wastewater analysis

6 webinars: explosives detection, ion chromatography, LC-MS/MS, LFQ proteomics, PFAS, sample preparation, SLE, SPE, stereoisomers, fuel testing

2 webinars: AFM, AFM-IR, ASTM methods, gas analysis, gas sampling, nanomaterials, nanoscale characterization, RGA, TOGA, valve selection

This study shows lunar and martian regolith simulants can release essential nutrients into BLiSS effluent, aiding sustainable space agriculture.

This study introduces an MS/MS filtering tree workflow to distinguish bile acid isomers in LC-MS/MS data using ion intensity ratios and a web-based tool.

This study monitors microplastic concentrations in the River Rhine over one year using TED-GC/MS, identifying size-dependent trends and dominant polymer types.

An adapted GC-MS method for haloacetic acids in pool and hot tub water highlights derivatization, method optimization, unexpected brominated byproducts, and the value of undergraduate analytical research.