Application of a Flame Ionization Detector to the Analysis of Smoke Exhausts Onderzoek voor Het Toepassen van een Vlamionisatiedetector Bij Rookgasanalyse
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A flame ionization detector was used to measure the constituents of incinerator smoke: N2, CO2, O2, SO2, and CO. N2 was taken as 'zero' gas. The effect of individual components on the indication of the detector showed a displacement of the null and a change in sensitivity. The first effect resulted for all components; the second, only for O2 and CO2 (reproducible). A concentration of hydrocarbon in smoke can be detected as from 10 ppm.
Application of a Flame Ionization Detector to the Analysis of Smoke Exhausts Onderzoek voor Het Toepassen van een Vlamionisatiedetector Bij Rookgasanalyse