In this paper are reported the recent kinetic results obtained on methane oxidation in our high pressure jet stirred reactor. The experiments were carried out in the pressure range 1 to 10 atm, at temperatures between 1025 and 1285 K, for equivalence ratios of 0.1 to 2 at initial hydrocarbon mole fraction of 0.003. By means of computer modeling, the main reaction channels involved in methane oxidation have been delineated. Such results are used to interprete the present data
International audienceA high pressure shock tube "HPST" has been designed and validated for the purp...
Abstract: The exact knowledge of hydrocarbon oxidation kinetics is very important due to the fact th...
Advanced combustion technologies, such as MILD, LTC (Low Temperature Combustion) reduce emission of ...
The kinetics of methane oxidation in a jet-stirred reactor was modeled using a comprehensive kinetic...
Methane oxidation at high pressures and intermediate temperatures was investigated in a laminar flow...
The influence of the addition of ammonia on the oxidation of methane was investigated both experimen...
Thermokinetic temperature oscillations related to oxidation of small hydrocarbons have not been exte...
Shock tube experiments and chemical kinetic modeling were performed to further understand the igniti...
This paper describes an experimental and modelling study of the oxidation of methane and ethane, in ...
Shock tube experiments and chemical kinetic modeling were performed to further understand the igniti...
The oxidation of n-decane in a high-pressure jet-stirred reactor (JSR) has been investigated experim...
The catalytic partial oxidation (CPO) of methane with oxygen was studied at atmospheric pressure in ...
The kinetics of the oxidation of natural gas blends (CH4/C2H6) and of ethylene and ethane has been s...
International audienceA high pressure shock tube "HPST" has been designed and validated for the purp...
Abstract: The exact knowledge of hydrocarbon oxidation kinetics is very important due to the fact th...
Advanced combustion technologies, such as MILD, LTC (Low Temperature Combustion) reduce emission of ...
The kinetics of methane oxidation in a jet-stirred reactor was modeled using a comprehensive kinetic...
Methane oxidation at high pressures and intermediate temperatures was investigated in a laminar flow...
The influence of the addition of ammonia on the oxidation of methane was investigated both experimen...
Thermokinetic temperature oscillations related to oxidation of small hydrocarbons have not been exte...
Shock tube experiments and chemical kinetic modeling were performed to further understand the igniti...
This paper describes an experimental and modelling study of the oxidation of methane and ethane, in ...
Shock tube experiments and chemical kinetic modeling were performed to further understand the igniti...
The oxidation of n-decane in a high-pressure jet-stirred reactor (JSR) has been investigated experim...
The catalytic partial oxidation (CPO) of methane with oxygen was studied at atmospheric pressure in ...
The kinetics of the oxidation of natural gas blends (CH4/C2H6) and of ethylene and ethane has been s...
International audienceA high pressure shock tube "HPST" has been designed and validated for the purp...
Abstract: The exact knowledge of hydrocarbon oxidation kinetics is very important due to the fact th...
Advanced combustion technologies, such as MILD, LTC (Low Temperature Combustion) reduce emission of ...