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Keyphrases
Poly(methyl methacrylate)
100%
Sooting Behavior
100%
Laminar Flame
100%
Soot Volume Fraction
33%
Pigmentation
33%
Soot
33%
In Fire
33%
Size Reduction
16%
Soot Production
16%
Scale Parameter
16%
Spatially Resolved
16%
Radiative Emission
16%
Fire Modeling
16%
Laminar Diffusion Flame
16%
Formation Pathway
16%
Coflow
16%
Flame Geometry
16%
Temporally Resolved
16%
Neural Network-based
16%
Systematic Characterization
16%
Abel Inversion
16%
Extensive Use
16%
Power-law Correlation
16%
Soot Formation
16%
Scaling Law
16%
Axisymmetric Configuration
16%
Line-of-sight Attenuation
16%
SOA Yield
16%
Quantitative Targets
16%
Fire Science
16%
INIS
soot
100%
laminar flames
100%
methyl methacrylate
100%
flames
57%
fires
42%
volume
28%
correlations
28%
benchmarks
28%
configuration
14%
size
14%
datasets
14%
power
14%
output
14%
production
14%
neural networks
14%
yields
14%
polymers
14%
modeling
14%
diffusion
14%
fuels
14%
geometry
14%
calibration
14%
attenuation
14%
emission
14%
axial symmetry
14%
scaling laws
14%
Earth and Planetary Sciences
Jet Flow
100%
Power Law
100%
Scaling Law
100%
Fire Modeling
100%
Line of Sight
100%
Diffusion Flame
100%
Physics
Neural Network
100%
Line of Sight
100%
Diffusion Flame
100%
Jet Flow
100%
Chemical Engineering
Polymethyl Methacrylate
100%
Scaling Law
16%
Neural Network
16%