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Some shy away from GCxGC due to its highly technical aspects; others believe that its capabilities are over-hyped to the point that it does not have a place in a routine laboratory setting. Yet GCxGC is a powerful tool for a wide variety of applications and has a number of benefits to save you time, increase your productivity, and improve confidence in your analyte identification.
Learn more about how you can put GCxGC to work in your lab today!
Graphite and carbon-based materials form the backbone of most lithium-ion battery anodes. Their purity and composition are paramount, and the amounts of oxygen or nitrogen present can dramatically affect a battery’s capacity, lifespan, and safety. In this piece, we...
TOC, short for Total Organic Carbon, is an important metric when analyzing soil health. Soils with high TOC content indicate high levels of biodiversity, as organic carbon fuels microbial activity. This enhanced biodiversity is incredibly beneficial to the soil. It...
Wine is often described with poetic words—citrus, cocoa, floral, or earthy—yet behind every note is a complex chemical story shaped by the vineyard, the winemaker, and time. For many wine drinkers, the science behind the flavors is never revealed. At The Chemistry of...