Discover how flow-modulated GC×GC coupled to a high-flow quadrupole MS enables complex sample analysis at carrier gas flows up to 50 mL/min without compromising identification performance.

Learn how SEM-EDS and GC×GC-TOFMS were combined to analyze green gunshot residue, providing forensic laboratories with new tools for modern firearm discharge investigations.

How does human odor transition after death? Darshil Patel explores early postmortem VOC evolution using GC×GC-TOFMS and reveals how these chemical changes may impact cadaver and rescue dog detection.

At MDCW 2026, Paul-Albert Schneider presented a shift-invariant trilinear decomposition workflow for GC×GC-VUV petrochemical group analysis with simplified data processing and robust quantification.

Thermal desorption coupled with GC×GC offers a powerful approach for wildfire smoke analysis, capturing gas-phase VOCs and complex organic profiles beyond conventional filter sampling.

Advanced GCxGC strategies for detailed olefin analysis in plastic pyrolysis fuels, combining derivatization and adsorption for accurate hydrocarbon characterization.

Join MDCW 2027 in Liège and connect with the multidimensional chromatography community. Explore sponsorship opportunities and gain visibility among leading experts.

GC Duo simplifies GC×GC–MS data processing using PARAFAC-based algorithms, enabling feature detection, deconvolution, and accurate identification in complex datasets.

A chemometric workflow combining tile-based F-ratio and P-test enables comprehensive peak detection in GC×GC–MS, generating sample-specific peak tables for complex petroleum analysis.

Tile-based analysis of GC×GC–MS data reveals volatile metabolites and metabolic interactions between pathogens, enabling advanced interpretation of complex microbiological datasets.