Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

CE Paillard - Shock Waves, 2003 - Springer
Ignition delay times have been measured behind reflected shock waves using infrared and
ultraviolet emission spectroscopies in the wide ranges of temperature (1485-1900 K) …
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[引用][C] Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

N Lamoureux, CE Paillard - Shock Waves, 2003 - hal.science
Natural gas ignition delay times behind reflected shock waves: Application to modelling and
safety - Archive ouverte HAL Accéder directement au contenu Documentation FR Français (FR) …

[引用][C] Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

N Lamoureux, CE Paillard - Shock Waves, 2003 - ui.adsabs.harvard.edu
Natural gas ignition delay times behind reflected shock waves: Application to modelling and
safety - NASA/ADS Now on home page ads icon ads Enable full ADS view NASA/ADS Natural …

Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

N Lamoureux, CE Paillard - Shock Waves, 2003 - infona.pl
Ignition delay times have been measured behind reflected shock waves using infrared and
ultraviolet emission spectroscopies in the wide ranges of temperature (1485-1900 K) …

Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

N Lamoureux, CE Paillard - Shock Waves, 2003 - elibrary.ru
Ignition delay times have been measured behind reflected shock waves using infrared and
ultraviolet emission spectroscopies in the wide ranges of temperature (1485-1900 K) …

[引用][C] Natural gas ignition delay times behind reflected shock waves: Application to modelling and safety

N Lamoureux, CE Paillard - Shock Waves, 2003 - Springer