Study of the Effect of Research Octane Number on the Auto-Ignition of Lubricant Oil Surrogates (n-Hexadecane)

Keyphrases

• Autoignition 100%
• Research Octane number 100%
• Lubricant Oil 100%
• Hexadecane 100%
• Iso-octane 50%
• Ignition Time 50%
• Engine Oil 50%
• Ignition 33%
• Heptane 33%
• Ignition Behavior 33%
• Combustion Chamber 16%
• High Concentration 16%
• High Reactivity 16%
• Constant Volume Combustion Chamber 16%
• Thermocouple 16%
• Single Droplet 16%
• Spark Ignition Engine 16%
• Direct Injection 16%
• Vol% 16%
• Fuel Concentration 16%
• Knock-in Mouse Model 16%
• Auto-ignition Temperature 16%
• Elevated Pressure 16%
• Low-temperature Chemistry 16%
• Internal Combustion Engine 16%
• Pre-ignition 16%
• Droplet Lifetime 16%
• Spark Plug 16%
• Mixture Concentration 16%
• Temperature Constant 16%

Engineering

• Autoignition 100%
• Ignition 100%
• Research Octane Number 100%
• Diesel Engine 50%
• Isooctane 50%
• Combustion Chamber 33%
• Heptane 33%
• Low-Temperature 16%
• Initial Temperature 16%
• Constant Volume 16%
• Internal Combustion Engine 16%
• Direct-Injection 16%
• Fuel Concentration 16%
• Elevated Pressure 16%
• Thermocouple 16%
• Spark Plug 16%
• Ignition Temperature 16%