Symposium on Combustion and Flame, and Explosion Phenomena
The mechanisms of some elementary reactions occurring in flames: I. The carbon monoxide flame
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Unravelling combustion mechanisms through a quantitative understanding of elementary reactions
2005, Proceedings of the Combustion InstituteCitation Excerpt :On the other hand, combustion has always challenged reaction kinetics, asking for better insight into the mechanism, elementary reactions, and competing pathways involved, stimulating the development of more quantitative formulations of rates of elementary reactions, and catalysing new ways to cope with large numbers of contributing reaction steps. As a consequence, the history of the Combustion Institute and its Symposia reflect the evolution of gas phase reaction kinetics in general, and the collection of excellent reviews on combustion kinetics published in the Symposia constitutes an archive of the state of the field from the 1930s until present (see, e.g., the selection of articles from [1–27] whose titles reflect the change of emphasis over the years). Modern diagnostics provide a most detailed picture of the chemical structure of combustion systems and allow for quantitative validations of combustion modelling.
The problem of the second explosion limit in the carbon monoxide-oxygen system
1955, Symposium (International) on CombustionOn the kinetics of elementary gas phase reactions at high temperatures
1955, Symposium (International) on Combustion