Article Preview
A method for terpene analysis by GC–VUV is described that results in significantly shorter GC run times, the deconvolution of co-eluting analytes, and clear isomer differentiation. A new quantitative approach to terpene characterization is also introduced that provides automated compositional analysis of terpenes in mixtures.Fill out the form below to access VUV Analytic’s Knowledge Base. Stay up to date with the latest VUV blogs, publications, application notes, conference presentations, webinars, and announcements.
Related Reading
Holy Halitosis – What’s in Your Mouthwash?! Let’s Find Out by Using GC-VUV.
James Diekmann, VUV Analytics
James Diekmann explains that not all "mint" mouthwashes are created equal when you test them…
Read More >
I Ain’t Got No Cork Taint – April’s VUV Absorbance Spectra Library Additions
James Diekmann, VUV Analytics
The first in a new series from the Applications Team at VUV Analytics -- additions…
Read More >
Screening Your Coffee for Furan with GC-VUV
James Diekmann, VUV Analytics
James Diekmann explains how he used the HS-GC-VUV technology to identify the toxic compound furan…
Read More >Related Reading
Direct Analysis of Aromatic Hydrocarbons in Purified Mineral Oils for Foods & Cosmetics Applications with GC-VUV
Journal of Chromatography A
Dr. Hans-Gerd Janssen demonstrates the differences when measuring aromatics in mineral oil samples with GC-VUV versus the traditional methods NPLC-GC-FID and SPE-GC-FID for sensitivity and repeatability.
Read More >
Better Living Through (Flavor) Chemistry, Part 5: Rollin’ with My Entourage
Alex Hodgson, VUV Analytics
In his latest blog, Alex describes the importance of terpenes to cannabis and how GC-VUV simplifies cannabis terpene analysis. Fast GC run times of 12 minutes result from the method described.
Read More >
Searching for Buried Treasure Using VUV’s Spectral Filters
Ryan Schonert
Ryan Schonert uses spectral filters to further analyze lipstick samples using a VGA-101.
Read More >