Article Preview
In this bulletin we demonstrate the use of a GC detector based on this short wavelength region, known as the vacuum ultraviolet (VUV) region, in the characterization of volatile gases evolved during thermal runaway events in lithium-ion and lithium-metal batteries.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
Fire Debris Analysis: Forensics Cousin of Fuels Analysis
Ryan Schonert
This blog highlights GC-VUV's ability to analyze fire debris analysis -- whether it is a…
Read More >
Webinar: Challenges in Drug Analysis
This webinar provides an overview of how GC-VUV can be used to elucidate fentanyl analogues…
Read More >
Instrumental and Chemometric Analysis of Opiates via GC-VUV
Analytical & Bioanalytical Chemistry
This publication from Analytical & Bioanalytical Chemistry how GC-VUV complements Mass Spectrometry for forensic chemistry…
Read More >Related Reading
Spotting Isomer Mixtures in Forensic Illicit Drug Casework with GC–VUV using Automated Coelution Detection and Spectral Deconvolution
Journal of Chromatography B
This publication from the Journal of Chromatography B discusses using GC-VUV for the automated detection of isomer mixtures in forensic drug casework.
Read More >
Fire Debris Analysis: Forensics Cousin of Fuels Analysis
Ryan Schonert
This blog highlights GC-VUV's ability to analyze fire debris analysis -- whether it is a fuel accelerant or non-fuel fire starter.
Read More >
Identifying Thermal Decomposition Products of Nitrate Ester Explosives
Applied Spectroscopy
This publication from Applied Spectroscopy features the Forensics Department at IUPUI and their analysis of nitrate ester explosives (e.g., nitroglycerine) using GC–VUV.
Read More >