Keyphrases
Pyrolysis
100%
Ignition
100%
Coal Blend
100%
Co-firing
100%
Ammonia
100%
Numerical Investigation
100%
Ignition Delay Time
30%
Reaction Mechanism
20%
Coal Particles
20%
Oxygen Diffusion
20%
Ammonia Co-firing
20%
Coal Devolatilization
20%
Further Analysis
10%
Low Reactivity
10%
Gas Phase
10%
CFD Simulation
10%
Heating Rate
10%
Temperature Rise
10%
Flame Stability
10%
Dominant Role
10%
Pyrolysis Gas
10%
Conversion Process
10%
Carbon Emissions
10%
Promising Technology
10%
Pulverized Coal Particle
10%
Operation Safety
10%
Pyrolysis Kinetics
10%
Pulverized Coal
10%
Coal Pyrolysis
10%
Blended Fuel
10%
Reaction Zone
10%
Pyrolysis Model
10%
Gas-phase Reactions
10%
Multiple-scale Analysis
10%
Devolatilization Rate
10%
Elementary Reaction
10%
Particle Heating Rate
10%
Flat Flame Burner
10%
Two-step Model
10%
Coal Particle Flow
10%
Ammonia-coal Co-combustion
10%
Stability Operations
10%
Solid-phase Pyrolysis
10%
Feasible Technologies
10%
Low Oxygen
10%
Ignition Process
10%
Particle number Density
10%
Gas-phase Mechanisms
10%
Boiler Operation
10%
CPD Model
10%
Homogeneous Ignition
10%
Engineering
Pyrolysis
100%
Ignition
100%
Coal Blend
100%
Gas-Phase
60%
Delay Time
60%
Coal Particle
60%
Ignition Delay
60%
Devolatilization
40%
Heating Rate
40%
Pulverised Coal
40%
Experimental Result
20%
Computational Fluid Dynamics
20%
Flame Stability
20%
Inhibition
20%
Boiler
20%
Conversion Process
20%
Temperature Increase
20%
Particle Flow
20%
Number Density
20%
Elementary Reaction
20%
Reaction Zone
20%
Phase Reaction
20%
Step Model
20%
Coal Pyrolysis
20%
Scale Analysis
20%
Particle Number
20%
Chemical Engineering
Pyrolysis
100%
Heating Rate
40%