Environmental Laboratory
Isotope Ratio Monitoring GC/MS
Jul 18 2008
monitoring GC/MS (irm-GC/MS) as easy to perform as GC/MS.
Scientists, lab managers and operators can now routinely use isotope analysis to unravel unique information about the history and origin of compounds separated by gas chromatography (GC).
GC/MS users can now utilize the power of irm-GC/MS analysis to discover information about their samples that was previously inaccessible by any other technique. Chemical and physical processes can change the natural isotope compositions of organic compounds.While common GC/MS provides structural information and compound quantification, irm-GC/MS reveals the history and origin of compounds by reading their isotopic signature with ultra-high precision.
Users benefit from the GC IsoLink`s fully automated coupling of
GC to Isotope Ratio MS. The new solution incorporates all conversion techniques for carbon, hydrogen, nitrogen, and oxygen compound-specific isotope analysis. This significantly simplifies the instrumentation previously required.
The GC IsoLink promises to bring the power of irm-GC/MS analysis into mainstream GC/MS for applications such as environmental research, paleogeochemistry, climatology, microbial ecology, forensics, food authentication, metabolomics and sports doping control.
Digital Edition
AET 28.4 Oct/Nov 2024
November 2024
Gas Detection - Go from lagging to leading: why investment in gas detection makes sense Air Monitoring - Swirl and vortex meters will aid green hydrogen production - Beyond the Stack: Emi...
View all digital editions
Events
Dec 02 2024 London, UK
Dec 03 2024 Dusseldorf, Germany
Dec 11 2024 Shanghai, China
Jan 12 2025 Abu Dhabi, UAE
Jan 14 2025 Abu Dhabi, UAE