The gaseous species concentration of Jet A-1, GTL, CTL and a blend of 80 vol.% GTL and 20 vol.% hexanol jet fuels in laminar coflow diffusion flames have been measured and studied. These species are carbon monoxide, carbon dioxide, oxygen, methane, ethane, ethylene, propylene, and acetylene. Benzene and propyne concentrations were also detected in CTL flames. 1-Butene has been quantified for the blend of GTL and hexanol flame. The detailed experimental setup has been described and results from different flames are compared. The CO is produced in a same amount in all the flames. The CTL flame had the largest and GTL/hexanol flame had lowest CO2 concentrations. The results indicate that GTL and GTL hexanol blend flames produce similar concen...
This paper presents results from an investigation of soot formation in turbulent, non-premixed, C2H4...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...
The gaseous species concentration of Jet A-1, GTL, CTL and a blend of 80 vol.% GTL and 20 vol.% hexa...
In the present doctoral thesis, fundamental experimental and numerical studies are conducted for the...
In the present doctoral thesis, fundamental experimental and numerical studies are conducted for the...
As the drive towards a better understanding of airline fuel combustion, and its associated emission ...
The structure and soot properties of round laminar jet hydrocarbon diffusion flames burning in air w...
This report documents the results of a project funded by DoD's Strategic Environmental Research and ...
A comparative experimental investigation has been performed, comparing the emissions from a syntheti...
The structure and soot properties of round laminar jet hydrocarbon diffusion flames burning in air w...
A comparative experimental investigation has been performed, comparing the emissions from a syntheti...
In the formation process of soot in the flames of even-carbon-numbered fuels, acetylene and its de...
In the formation process of soot in the flames of even-carbon-numbered fuels, acetylene and its de...
Performances, emissions from the gas turbine engine, and soot formations in diffusion flames of kero...
This paper presents results from an investigation of soot formation in turbulent, non-premixed, C2H4...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...
The gaseous species concentration of Jet A-1, GTL, CTL and a blend of 80 vol.% GTL and 20 vol.% hexa...
In the present doctoral thesis, fundamental experimental and numerical studies are conducted for the...
In the present doctoral thesis, fundamental experimental and numerical studies are conducted for the...
As the drive towards a better understanding of airline fuel combustion, and its associated emission ...
The structure and soot properties of round laminar jet hydrocarbon diffusion flames burning in air w...
This report documents the results of a project funded by DoD's Strategic Environmental Research and ...
A comparative experimental investigation has been performed, comparing the emissions from a syntheti...
The structure and soot properties of round laminar jet hydrocarbon diffusion flames burning in air w...
A comparative experimental investigation has been performed, comparing the emissions from a syntheti...
In the formation process of soot in the flames of even-carbon-numbered fuels, acetylene and its de...
In the formation process of soot in the flames of even-carbon-numbered fuels, acetylene and its de...
Performances, emissions from the gas turbine engine, and soot formations in diffusion flames of kero...
This paper presents results from an investigation of soot formation in turbulent, non-premixed, C2H4...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...
International audienceLaminar methane diffusion flames doped by vapors of different blends of n-hept...