Using Thermal Desorption– Gas Chromatography for the Detection of Fire Accelerants in Arson ResiduesApplications | 2012 | PerkinElmer InstrumentationGC, Thermal desorptionIndustriesHomeland SecurityManufacturerPerkinElmerKey wordswood, fire, tube, thermal, accelerant, perkinelmer, burnt, accelerants, burned, desorber, desorption, gas, sections, chromatograph, trap, pinewood, shave, shavings, totalchrom, fires, chromatography, suspicious, scraped, seasoned, autosystem, residue, arson, knife, enable, glass, were, expelled, quenched, off, kerosene, dimethylpolysiloxane, flammable, turbomatrix, comprise, split, chromatograms, informative, because, placing, samples, examine, evaporated, fluids, components, overlaid
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