Accession Number : ADA320045
Title : Fuels Combustion Research.
Descriptive Note : Final technical rept. 30 Sep 91-30 Sep 94,
Corporate Author : PRINCETON UNIV NJ DEPT OF MECHANICAL AND AEROSPACE ENGINEERING
Personal Author(s) : Glassman, Irvin ; Brezinsky, Kenneth
PDF Url : ADA320045
Report Date : 03 JAN 1995
Pagination or Media Count : 22
Abstract : The general effort in understanding the oxidation of aromatic components of JP fuels led to the completion of a study of the oxidation of 1-methylnaphthalene, a species known to contribute to soot formation. The results were the first to report detailed oxidation kinetics for any PAH despite the presence of PAH's in many practical fuels. Results have also been reported on the understanding of aliphatic fuel pyrolysis and oxidation on methyl- cyclohexane (MCH). an endothermic fuel, and its blend with toluene. Sooting diffusion flame experiments have led to the conclusion that under combustion conditions a critical temperature for soot partide nucleation exists irrespective of the fuel species. This study explained why a smoke height occurs. New degradation studies of 'liquid' toluene, MCH and toluene/MCH blends have been reported at unique combinations of T and P in a sub/supercritical flow reactor. Nickel partides in the presence of supercritical MCH were found to facilitate the growth of graphitic filaments which could contribute to fuel line clogging. These smooth continuous filaments created under low temperature supercritical conditions are unique in their own right.
Descriptors : *COMBUSTION, *FUELS, SOOT, LOW TEMPERATURE, DEGRADATION, REACTION KINETICS, LIQUIDS, GROWTH(GENERAL), GRAPHITE, ALIPHATIC COMPOUNDS, NUCLEATION, CRITICAL TEMPERATURE, SMOKE, OXIDATION, FILAMENTS, SUPERCRITICAL FLOW, NICKEL, CYCLOHEXANES, AROMATIC COMPOUNDS, DIFFUSION, FLAMES, HEIGHT, PYROLYSIS, ENDOTHERMIC REACTIONS, TOLUENES, FUEL LINES.
Subject Categories : Combustion and Ignition
Distribution Statement : APPROVED FOR PUBLIC RELEASE