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INIS
flames
100%
oxygen
49%
fires
41%
concentration
36%
methacrylates
31%
space vehicles
25%
flammability
22%
gravitation
21%
fire resistance
21%
heating
16%
environment
15%
fuels
15%
solids
15%
ignition
14%
data
14%
soot
13%
cylinders
13%
radiations
12%
volume
12%
buoyancy
12%
safety
11%
atmospheres
10%
information
10%
rods
9%
heat flux
9%
space
9%
velocity
8%
color
8%
comparative evaluations
8%
applications
8%
modeling
8%
surfaces
8%
growth
8%
heat
7%
convection
7%
emission
6%
variations
6%
solid fuels
6%
air flow
5%
low pressure
5%
atmospheric pressure
5%
design
5%
wind
5%
atmospherics
5%
Keyphrases
Oxygen Concentration
42%
Ambient Pressure
41%
Flame Spread
39%
Poly(methyl methacrylate)
33%
Flame Spread Rate
25%
Fire-resistant
23%
Opposed-flow Flame Spread
22%
Microgravity
21%
Concurrent Flame Spread
17%
Normal Gravity
16%
Nomex
15%
Pressure Effect
15%
Upward Flame Spread
15%
Limiting Oxygen Index
14%
Flammability
14%
Forced Flow
13%
Low Pressure
13%
Flow Velocity
12%
Fire Safety
12%
Material Flammability
12%
Buoyancy Effect
11%
Solid Fuel
11%
Radiant Flux
11%
Reduced Pressure
10%
Environmental Conditions
10%
Burning Behavior
10%
External Heating
9%
Thin Solids
9%
Modified Gravity
9%
Opposing Flow
9%
Soot Volume Fraction
8%
Ignition Source
8%
Wildland Fire
8%
Normoxic
8%
Microgravity Data
8%
Fire Spread
8%
Fire Safety Design
7%
Soot Temperature
7%
Gravity Data
7%
Oxygen Effect
7%
Normoxic Conditions
7%
Cylindrical Sample
6%
Buoyancy
6%
Radiant Heating
6%
External Radiation
6%
Flammability Properties
5%
Microgravity Experiments
5%
Spreading Process
5%
Ambient Conditions
5%
Atmospheric Conditions
5%
Engineering
Ambient Pressure
34%
Combustibility
28%
Oxygen Concentration
24%
Flow Velocity
17%
Fire Safety
11%
Reduced Pressure
11%
Solid Fuel
11%
NASA
10%
Heat Flux
10%
Resistant Fabric
10%
Rod
8%
Convective
8%
Thin Paper
8%
Air Flow
8%
Fire Safety Design
7%
Nomex
7%
Mixed Convection
6%
Buoyancy Effect
6%
External Radiation
6%
Gravity Condition
6%
Radiant Heating
6%
Airflow Velocity
5%
Controlling Mechanism
5%
Ground Potential
5%
Atmospheric Pressure
5%