Ingenjörs- och materialvetenskap
Nitric oxide
63%
Heat flux
40%
Air
35%
Methane
33%
Ammonia
31%
Heptane
29%
Ethanol
23%
Formic acid
22%
Fuel burners
22%
Oxidation
21%
Atmospheric pressure
20%
Propionic acid
19%
Velocity measurement
19%
Reaction kinetics
17%
Temperature
15%
Alcohols
15%
Rate constants
14%
Toluene
13%
Uncertainty
12%
Ethylene
12%
Methanol
11%
Fluorescence
11%
Propanol
9%
Ignition
8%
Lasers
7%
Experiments
7%
Cyanides
6%
Water
6%
Carboxylic acids
5%
Acids
5%
Chemical speciation
5%
Molecular beams
5%
Esters
5%
Dilution
5%
Acetic acid
5%
Kemiska föreningar
Flame
100%
Flux Method
54%
Nitric Oxide
44%
Heat
35%
Burner
34%
Methane
26%
Ammonia
22%
Fuel
19%
Crotonate
16%
Ethanol
14%
Laser Induced Fluorescence Spectroscopy
14%
Isooctane
13%
Formic Acid
13%
Oxidation Kinetics
13%
Propionic Acid
12%
Mixture
12%
Simulation
12%
Pressure
11%
Rate Constant
9%
Chemistry
9%
Premixed Flame
9%
Toluene
8%
Oxidation Reaction
8%
Gas
7%
Alcohol
7%
Hydrogen Cyanide
7%
Methanol
7%
Reduction
5%
Chemical Speciation
5%
Fysik och astronomi
flames
72%
nitric oxide
56%
kinetics
48%
air
36%
equivalence
25%
formic acid
21%
heat flux
20%
methane
19%
propionic acid
19%
ammonia
18%
combustion chemistry
18%
oxidation
18%
alcohols
13%
toluene
12%
methyl alcohol
11%
burners
11%
ethylene
11%
mixing ratios
11%
laser induced fluorescence
10%
atmospheric pressure
10%
predictions
8%
reaction kinetics
8%
simulation
6%
spontaneous combustion
6%
ketenes
6%
oxidizers
5%
carboxylic acids
5%
acrylic acid
5%
chemistry
5%
velocity measurement
5%
acetic acid
5%
temperature
5%
