An experimental and kinetic modeling study of the autoignition delay times of triethyl phosphite

Key Points

• Autoignition delay times of triethyl phosphite were measured experimentally, showing varied responses to temperature and pressure.
• Key metrics reveal that longer delay times correspond with lower temperatures, underscoring the chemical's combustion characteristics.
• Experimental study used advanced kinetic modeling to simulate reaction pathways and predict ignition behavior accurately.
• Highlights the importance of understanding autoignition phenomena for safer handling of triethyl phosphite in various applications.