Abstract
The range of application of stroboscopic sampling is extended to two completely different chemical processes: catalysis of the conversion of alcohols to olefins in phosphoric acid (with a time resolution of 1 s and ignition of polypropylenes containing different amounts of flame retardants (with a temperature resolution of 25°C). The required frequency of analysis of the flows whose composition changes with time is considered. It is demonstrated how stroboscopy coupled with computerized chromatography can provide information that is otherwise difficult, expensive or even impossible to obtain.
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