Elementary Combustion Reaction Kinetics Measurements over Large Temperature Ranges. The HTFFR Technique.
Abstract
Proper understanding, prediction and modeling of combustion systems requires reliable knowledge of the reaction mechanisms and rate coefficients of individual elementary reactions as a function of temperature. This review discusses a unique experimental method for providing such data. This HTFFR method has been used over the 300-1700 K range and is suitable for temperatures up to approx. 2000 K. The reaction Al + CO2 + Al0 + CO is discussed in some detail to illustrate the method, which has thus far been applied to reactions of metal atoms and metal monoxides. A summary of the rate coefficient data obtained in HTFFRs is given and prospects for extensions of the technique to other types of combustion reactions are discussed. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1976
- Accession Number
- ADA020323
Entities
People
- Arthur Fontijn
Organizations
- Purdue University