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INIS
fires
100%
ignition
81%
fuels
69%
flames
46%
heat flux
39%
time delay
33%
eucalyptuses
31%
forests
25%
soot
25%
chile
24%
wood
23%
moisture
22%
incidents
22%
modeling
20%
combustion
20%
safety
18%
applications
17%
pyrolysis
17%
solids
16%
water content
16%
interfaces
14%
heating
14%
pines
13%
radiations
12%
sensors
12%
oxygen
11%
chars
11%
flammability
11%
prediction
11%
energy
11%
mass loss
11%
levels
10%
testing
10%
comparative evaluations
10%
heat
10%
data
10%
risks
9%
height
9%
management
9%
depth
8%
solid fuels
8%
machine learning
8%
solutions
8%
layers
8%
increasing
8%
heat transfer
8%
vegetation
8%
correlations
8%
errors
7%
risk assessment
7%
Keyphrases
Ignition
57%
Wildland Fuels
42%
Incident Heat Flux
29%
Firebrands
21%
Pinus Radiata
18%
Heat Flux
18%
Eucalyptus Globulus
17%
Fuel Moisture
16%
Fuel Layer
15%
Pine Needles
15%
Temperature Profile
15%
Solid Fuel
14%
Fire Safety Science
13%
Fire Behavior
13%
Chile
12%
Soot
11%
Fire Test
11%
Candle Flame
11%
Critical Heat Flux
10%
Ignition Test
10%
Fire Scenario
9%
Wildland Fire
9%
Mass Loss Rate
9%
Fuel Bed
9%
Fire Conditions
9%
Spectral Indices
9%
Piloted Ignition
9%
High-rise Building
9%
Moisture Content Measurement
8%
Spectral Signature
8%
Flame Retardancy
8%
Radiant Energy
8%
Repeatability
8%
Ignition Delay Time
8%
Eulerian Video Magnification
8%
Wildland-urban Interface Fires
8%
Eucalyptus Globulus Labill
7%
Smoke Point
7%
Pyrolysis Model
7%
Wood Samples
7%
Wildland-urban Interface
7%
Forest Fuel
7%
Eucalyptus Globulus Leaves
7%
Soot Volume Fraction
7%
Ignition Time
7%
Thermal Model
6%
Electric Heater
6%
Thermal Ignition Theory
6%
Temperature Evolution
6%
Wildfire
6%
Engineering
Ignition
60%
Heat Flux
49%
Ignition Delay
35%
Delay Time
35%
Temperature Profile
18%
Rise Building
13%
Smoke
11%
Conducted Experiment
11%
Repeatability
10%
Mass Loss
9%
Pyrolysis
9%
Solid Fuel
9%
Radiant Energy
8%
Fire Condition
8%
Fire Retardant Treatment
7%
Computational Fluid Dynamics
7%
Analytical Model
7%
Electric Heater
6%
Thermal Model
6%
Time to Ignition
6%
Experimental Result
6%
Good Agreement
5%
Combustion
5%
Optical Sensors
5%
Char Oxidation
5%
Built Environment
5%
Process Validation
5%
Flame Temperature
5%
Successful Implementation
5%
Flame Morphology
5%
Critical Point
5%
Particle Size Analysis
5%
Cryogenic Tank
5%
Air Flow
5%
Flashover
5%
Monitoring Sensor
5%
Field Model
5%
Sensor Density
5%
Fire Investigation
5%
Received Energy
5%
Experimental Parameter
5%
Safety Factor
5%
Form Part
5%
Conservative Assumption
5%
Ignition Source
5%
Dynamic Models
5%
Using Sensor
5%
Experimental Measurement
5%
Ventilation System
5%
Multiscale Modeling
5%
