Recombination of CH3 radicals at elevated pressures and temperatures
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Publisher
Elsevier BV
Reference55 articles.
1. The initial process of the oxidation of the methyl radical in reflected shock waves
2. Computational study of the methyl + oxygen chain branching reaction
3. Chemical Kinetics of High Temperature Combustion
4. Some aspects of theory and experiment in the ethane-methyl radical system
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