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Elementary reactions are central part of models of combustion processes. Reaction conditions with high and variable pressures are encountered in practically important combustion process, e.g in internal combustion engines and rocket combustion chambers. It is important to study the kinetics of elementary reactions involved in combustion processes. Many of these reactions are of a recombination/dissociation nature or proceed via an intermediate complex, and, therefore, are pressure dependent. Internal engine knock, emission of environmentally noxious substances (such as NOx, soot, unburned hydrocarbons, heavy metals) are the problems which require understanding of comprehensive kinetics mechanisms with well characterized elementary reactions. Despite the substantial progress in measurement of elementary reactions at well controlled conditions, the experimental kinetic data required for advancement of combustion model at elevated pressures and temperatures is insufficient. Reliable high pressure and high temperature data is required to both validate and improve predictive model performance at pressures greater than one atmosphere, which is usually the case in combustion.
About the author
I did My Master's and Ph. D in Chemistry from New Jersey Institute of technology, Newark, New Jersey. In India, I studied Bachelor's and Master's in Pharmaceutical Science. I have worked as postdoctoral associate with Carnegie Institution for Science. Currently, I am a Research Affiliate in State Dept. of Health, Albany, NY.
