Engineering
Acid
70%
Air Mixture
65%
Mixture Temperature
62%
Additives
60%
Mixture
55%
Equivalence Ratio
51%
Experimental Result
41%
Kinetic
40%
Mechanisms
35%
Models
30%
Exhaust Gas Recirculation
30%
Flame
27%
Measurement
23%
Kinetic Model
23%
Fuel
22%
Flame Front
20%
Turbulence Intensity
20%
Reduction
20%
Temperature Range
17%
Model Prediction
17%
Elevated Temperature
17%
Mass Conservation
17%
Atmospheric Pressure
17%
Mesoscale
17%
Rich Mixture
17%
Prediction
17%
Minimum Value
17%
Temperature
17%
Correlation
17%
Premixed Flame
16%
Characteristics
12%
Flame Speed
12%
Elevated Pressure
10%
Initial Pressure
10%
Enhancement
10%
Significant Increase
10%
Constant Volume
10%
Laminar Flame
10%
Mixture Pressure
10%
Initial Temperature
10%
Measurer
10%
Chemistry
Burning Velocity
100%
Gasoline
70%
Butene
70%
Chemical Kinetics Characteristics
44%
Mixture
30%
Additive
30%
Flame
27%
Combustion
20%
Flame Speed
20%
Reduction
20%
Flame Stabilization
17%
Reaction Temperature
17%
Configuration
17%
Chemical Reaction
17%
Hydrogen
10%
Premixed Flame
10%
Fuel
10%
Base
10%
Percent Reduction
10%
Concentration
10%
Ternary Mixture
10%
Turbulent Flame
10%
Carbon Monoxide
10%
Ozone
10%
Pressure
10%
Physics
Combustion
63%
Hydrogen
50%
Speed
31%
Model
30%
Kinetics
30%
Mixtures
25%
Air
19%
Carbon Dioxide
19%
Variations
17%
Exponents
17%
Value
17%
Temperature
17%
Atmospheric Pressure
17%
Flames
17%
Correlation
17%
Fuel
12%
