The accurate description of chemical-kinetic models is critical for characterizing effects of new fuel compositions on existing propulsion systems and for developing future combustion technologies. Among other facilities, shock tubes remain hereby invaluable in providing detailed information about ignition delay times, extinction limits, and species time-histories for the development and validation of reaction mechanisms
In shock tube experiments, the interaction between the reflected shock and boundary layer can induce...
Various methods for determining characteristic times of shock-tube ignition and oxidation are compar...
Shock-tube experiments were performed for synthesis gas mixtures at engine pressures, a region where...
In this study, new ignition delay times and high-speed images were taken behind reflected shockwaves...
In this work, the effects of pre-ignition energy releases on H2–O2 mixtures were explored in a shock...
Ignition and oxidation characteristics of CO/H2 fuel blends were studied using both experimental and...
Detailed simulations of the bifurcation and ignition of an Argon-diluted Hydrogen/Oxy-gen mixture in...
Shock tubes are as close to an ideal reactor as most modern experiments can attain to examine chemic...
This paper presents the results of measurements of ignition delay times in hydrogen–oxygen mixtures ...
In this study, ignition delay times and high-speed images were taken behind reflected shockwaves dur...
"Shock tube study on ignition delay of hydrogen and evaluation of various kinetic models" ...
Shock tubes are considered ideal reactors and are used extensively to provide valuable chemical kine...
Ignition and oxidation characteristics of CO/H2 fuel blends were studied using both experimental and...
Deflagration-to-detonation transition can occur in industrial explosions involving highly reactive g...
Shock-tube experiments were performed for synthesis gas mixtures at engine pressures, a region where...
In shock tube experiments, the interaction between the reflected shock and boundary layer can induce...
Various methods for determining characteristic times of shock-tube ignition and oxidation are compar...
Shock-tube experiments were performed for synthesis gas mixtures at engine pressures, a region where...
In this study, new ignition delay times and high-speed images were taken behind reflected shockwaves...
In this work, the effects of pre-ignition energy releases on H2–O2 mixtures were explored in a shock...
Ignition and oxidation characteristics of CO/H2 fuel blends were studied using both experimental and...
Detailed simulations of the bifurcation and ignition of an Argon-diluted Hydrogen/Oxy-gen mixture in...
Shock tubes are as close to an ideal reactor as most modern experiments can attain to examine chemic...
This paper presents the results of measurements of ignition delay times in hydrogen–oxygen mixtures ...
In this study, ignition delay times and high-speed images were taken behind reflected shockwaves dur...
"Shock tube study on ignition delay of hydrogen and evaluation of various kinetic models" ...
Shock tubes are considered ideal reactors and are used extensively to provide valuable chemical kine...
Ignition and oxidation characteristics of CO/H2 fuel blends were studied using both experimental and...
Deflagration-to-detonation transition can occur in industrial explosions involving highly reactive g...
Shock-tube experiments were performed for synthesis gas mixtures at engine pressures, a region where...
In shock tube experiments, the interaction between the reflected shock and boundary layer can induce...
Various methods for determining characteristic times of shock-tube ignition and oxidation are compar...
Shock-tube experiments were performed for synthesis gas mixtures at engine pressures, a region where...