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VUV Spectroscopy: A Novel Method in the Forensic Analysis of Fire Debris Evidence?
Adam Hall, Northeastern University
This GCC 2018 presentation proposes a novel GC-VUV method of fire debris analysis. Preliminary analyses have shown the method's potential for differentiating gasoline brands and relative…
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Discriminating Isomers and Isotopologues using Gas Chromatography – Vacuum Ultraviolet Spectroscopy
Dr. Kevin A. Schug, et al., University of Texas, Arlington
Dr. Schug's presentation at ISCC and GCxGC 2017 discusses how Sum Squared Residual values relate to the differentiation of isomers by GC-VUV. Isomer systems investigated include…
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A New Dimension in Fire Debris Analysis: Detecting Compounds in Weathered Gasoline Samples
Sarah Pina, Paul Johnson, James Diekmann, Adam B. Hall
A novel GC-VUV method of fire debris analysis is proposed. Preliminary analyses have shown the method's potential for differentiating gasoline brands and relative amounts of evaporation.
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VGA-101: Next Generation Universal Detector for Gas Chromatography
VUV Analytics
The VGA-101 is a next generation universal detector for GC with extended wavelength and higher allowable operating temperatures. It is intended to simplify complex applications with…
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Drug Analysis Using Gas Chromatography
VUV Analytics
The GC-VUV method for the rapid identification and quantitation of synthetic drugs of abuse is described.
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Characterization of Thermal Runaway Events in Lithium Batteries via Gas Chromatography – Vacuum Ultraviolet Spectroscopy
VUV Analytics
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…
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