Engineering
Diffusion Flame
100%
Oxidizer
72%
Kinetic Model
69%
Fossil Fuel
60%
Methane
60%
Experimental Result
53%
Low Carbon Fuel
45%
Computational Fluid Dynamics
45%
Reaction Zone
45%
Flame Temperature
45%
Actuator
45%
Autothermal Reforming
45%
Premixed Flame
45%
Heat Source
45%
Thermal Radiation
31%
Laminar Flame
30%
Hydrogen Production
30%
Laminar Flows
24%
Gas Chromatography
24%
Ignition
22%
Momentum Flux
22%
Reynolds-Averaged Navier-Stokes
22%
Thermocouple
22%
Fuel Blend
22%
Central Jet
22%
Temperature Profile
22%
Planar Laser-Induced Fluorescence
22%
Shear Layer
22%
Recirculation Zone
22%
Maximum Temperature
22%
Experimental Measurement
22%
CH4
15%
Renewables
15%
Experimental Trend
15%
Couplings
15%
Kinetics Analysis
15%
Measuring Temperature
15%
Experimental Model
15%
Model Prediction
15%
Limitations
15%
Flame Stability
15%
Carbon Capture
15%
Lewis Number
15%
Energy Release
15%
Keyphrases
Extinction Limit
90%
Flame Structure
49%
Hydrogen Peroxide
49%
Formic Acid
45%
N-Decane
45%
Acid Diffusion
45%
Diffusion Flame
45%
Fuel Substitution
45%
Hydrocarbon Fuel
45%
Diesel Autothermal Reforming
45%
C3 Hydrocarbons
45%
Counterflow Diffusion Flame
45%
Steam
45%
Oxy-steam
45%
Reforming Efficiency
22%
Oxidizer
15%
Flame Temperature
13%
Low Carbon Fuels
12%
Characteristic Concentration
11%
