This study develops a GC×GC method using reconstructed TIC response factor surfaces to estimate compound concentrations without needing reference standards or molecular descriptors.

The study is about to develop and validate a GC-ECD method for analyzing CO₂, CH₄, and N₂O from environmental samples, comparing its performance with the standard GC-TCD method.

The study develops GC methods with multiple detectors for fast, accurate analysis of pyrolysis products in gas and liquid phases for efficient biofuel research with minimal sample preparation.

This review outlines MS-based exposome research, covering sample preparation, data acquisition, and annotation to improve exposure assessment, ensure reproducibility, and support personalized healthcare.

A novel imidazolium-based ionic liquid coating for SBSE was developed, improving extraction yields and enabling the detection of over 1,000 compounds in natural waters via TD-GC–Orbitrap-HRMS.

This study uses ESI FT–MS to analyze polar compounds in crude oils, assess their thermal stability, and propose an MS ratio that correlates with traditional GC–MS diagnostic indicators of thermal evolution.

This study aims to characterize 74 fentanyl analogs using APCI-GC-MS, providing retention times, precursor, and product ion data to improve analog differentiation and identification.

The goal of this study is to develop and validate a fast, sensitive thermal desorption FF-TG-GC/MS method for analyzing explosives and CWA simulants.

The goal of this study is to develop and evaluate a fast and efficient micro thermal desorption system for hyper-fast gas chromatography.

The goal of this study is to evaluate and validate a rapid, eco-friendly SVEA-LLE method with APGC-MS/MS for the sensitive and accurate analysis of 17 PAHs in water and wastewater.