Modern societies require cleaner and more efficient internal combustion engines. This constraint has involved a significant evolution in the combustion systems and fuel formulation. Engine-fuel adequacy is the key item to be optimized to achieve this goal. Among adjustable parameters, the reactivity of the fuel is the most important characteristic to be considered. This leads to an increasing use of additives that allows fuel to meet various combustion requirements. However, the design and the use of additives still faces a lack of comprehension regarding their effect. In this context, this thesis aims to better understand the chemical effect of additives on the fuel gas-phase reactivity. Three additives including a cetane booster, an octan...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
To reduce the fuel consumption, CO2 emissions and pollutant emissions while keep improving thermal e...
Les sociétés modernes ont besoin de moteurs à combustion interne plus propres et plus efficaces. Cet...
International audienceRecent internal combustion (IC) engine developments focus on gasoline fuel. Th...
Fuel additives are widely used as octane number improvers, oxygenates, emission depressors, and corr...
Les carburants liquides actuels sont principalement issus du raffinage du pétrole. Cependant, leur r...
New combustion concepts in piston engines are being studied (HCCI, CAITM), in order to reduce pollut...
Dans un contexte de recherche de nouveaux modes de combustion propres, la combustionhomogène à allum...
Internal combustion engines that rely heavily on fuel oxidation chemical kinetics, rather than exter...
The HCCI engine could be an interesting alternative to conventional combustion processes. However, t...
Le moteur HCCI pourrait être une alternative intéressante aux procédés de combustion conventionnels....
Reducing CO2 and pollutant emission is the essential challenge when dealing with climate change prob...
The oxidation of a commercial Diesel fuel and a Diesel surrogate fuel (70% n-decane/30% 1-methylnaph...
L'oxydation d'un gazole commercial et d’un gazole modèle (70% n-décane/30% 1-méthylnaphtalène en mol...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
To reduce the fuel consumption, CO2 emissions and pollutant emissions while keep improving thermal e...
Les sociétés modernes ont besoin de moteurs à combustion interne plus propres et plus efficaces. Cet...
International audienceRecent internal combustion (IC) engine developments focus on gasoline fuel. Th...
Fuel additives are widely used as octane number improvers, oxygenates, emission depressors, and corr...
Les carburants liquides actuels sont principalement issus du raffinage du pétrole. Cependant, leur r...
New combustion concepts in piston engines are being studied (HCCI, CAITM), in order to reduce pollut...
Dans un contexte de recherche de nouveaux modes de combustion propres, la combustionhomogène à allum...
Internal combustion engines that rely heavily on fuel oxidation chemical kinetics, rather than exter...
The HCCI engine could be an interesting alternative to conventional combustion processes. However, t...
Le moteur HCCI pourrait être une alternative intéressante aux procédés de combustion conventionnels....
Reducing CO2 and pollutant emission is the essential challenge when dealing with climate change prob...
The oxidation of a commercial Diesel fuel and a Diesel surrogate fuel (70% n-decane/30% 1-methylnaph...
L'oxydation d'un gazole commercial et d’un gazole modèle (70% n-décane/30% 1-méthylnaphtalène en mol...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
The irreversible reduction of oil resources, the CO2 emission control and the application of increas...
To reduce the fuel consumption, CO2 emissions and pollutant emissions while keep improving thermal e...