Abstract
Abstract Homogeneous kinetics may play a large role in dictating diffusion flame structure for metals like Mg. A premixed metal vapor-oxygen system for studying these kinetics was approximated by the combination of a shock tube with an exploding Mg wire particle generator. This portion of the study was unsuccessful because the experimental data indicate the dispersion to consist of MgO rather than Mg particles. A kinetic mechanism is postulated which is consistent with the spectrometric observations. Certain wave interactions in the shock tube which severely curtail experimental times behind the reflected shock are also discussed.
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