Sensitive Detection and Forensic Analysis of Drugs and Explosives Using Online NH4+ and H3O+ Chemical Ionization Mass Spectrometry

Law enforcement agencies require tools to quickly and safely identify explosives, drugs, and other controlled substances. Chemical ionization mass spectrometry (CI-MS) is a sensitive, real-time gas-phase analysis technique that is well-equipped to detect organic gas-phase molecules with a range of chemical properties and vapor pressures at trace levels (parts-per-trillion to parts-per-billion by volume). Illicit substances, including drugs and explosives, frequently emit many additional volatile compounds that can be used as a forensic fingerprint. In this presentation we explore forensic analysis of confiscated cocaine and methamphetamine, and homemade explosives using KClO3.

This talk was originally presented by Vocus Application Scientist, Abigail Koss at the Scientific Workshops International Seminar Series in June, 2021.

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