Keyphrases
Absorption Function
15%
Activation Energy
13%
Alkali-earth Metal
16%
Alkaline Earth Metals
23%
Analysis Modeling
23%
Bituminous Coal
25%
Burner
36%
Catalytic Effect
19%
Co-pyrolysis
15%
Combustion
18%
Devolatilization
46%
Diesel
44%
Diesel Soot
15%
Ethanol
15%
Excitation Wavelength
25%
Flame Reactor
24%
Flat Flame
41%
Fuel Spray
18%
Gasoline
15%
Heating Rate
19%
High Heating Rate
39%
Kinetic Model
41%
Laser-induced Incandescence
81%
Modeling Approach
17%
Multiphoton Absorption
19%
Multiple Scattering
17%
Network Model
15%
Optical Properties
16%
Photodesorption
16%
Poplar Wood
15%
Porous Media
15%
Premixed
16%
Pulverized Coal
17%
Pyrolysis
23%
Rapeseed Methyl Ester
23%
Soot
100%
Soot Formation
37%
Soot Particles
18%
Soot Precursors
14%
Soot Volume Fraction
14%
Sooting Tendency
21%
Spray Flame
15%
Sublimation
19%
Thermogravimetric Analysis
26%
Thermogravimetric Kinetics
23%
Turbulent Spray Flames
16%
Under Air
15%
Visible Light Excitation
15%
Wavelength Dependence
16%
Wood
17%
Engineering
Accommodation Coefficient
10%
Activation Energy
10%
Alternative Fuel
11%
Aromatics
16%
Atomisation
11%
Bituminous Coal
16%
Chilling
15%
Collected Data
9%
Combustion Chamber
11%
Computational Fluid Dynamics
11%
Decay Time
19%
Design of Experiments
12%
Devolatilization
50%
Diamond
10%
Diesel Engine
14%
Diesel Fuel
13%
Diffusion Flame
11%
Dilution
8%
Direct-Injection
8%
Engine Performance
9%
Equivalence Ratio
9%
Experimental Result
15%
Fuel Spray
19%
Functional Group
8%
Genetic Algorithm
13%
Heat Balance
11%
Heating Rate
44%
Laser Excitation
12%
Laser Wavelength
14%
Mass Balance Equation
15%
Measured Data
19%
Measured Signal
15%
Methane
34%
Multiphoton Absorption
43%
Numerical Study
11%
Optimisation Procedure
8%
Performance and Emissions
11%
Phenomenological Model
8%
Porosity
18%
Pulverised Coal
18%
Radiation Conduction
15%
Rapeseed Methyl Ester
23%
Reaction Model
10%
Refractive Index
9%
Refractivity
9%
Shielding Effect
16%
Simulated Data
10%
Single Curve
10%
Spray Flame
44%
Thermocouple
10%
