Physics & Astronomy
plasma jets
100%
oxidation
60%
fuel consumption
54%
pyrolysis
47%
dissociation
29%
acetylene
26%
gas chromatography
15%
formaldehyde
14%
in situ measurement
13%
laser spectroscopy
12%
molecules
12%
electron impact
11%
infrared lasers
11%
hydrocarbons
11%
absorption spectroscopy
10%
methane
10%
fragmentation
10%
bursts
10%
chemistry
10%
argon
9%
reactors
8%
collisions
7%
oxygen
7%
kinetics
7%
predictions
6%
pulses
5%
ions
5%
electrons
4%
Engineering & Materials Science
Plasmas
97%
Oxidation
56%
Pyrolysis
40%
Fuel consumption
29%
Acetylene
28%
Electrons
21%
Molecules
20%
Laser spectroscopy
16%
Absorption spectroscopy
16%
Thermooxidation
14%
Gas chromatography
13%
Formaldehyde
13%
Temperature
12%
Argon
12%
Experiments
11%
Methane
9%
Ions
9%
Hydrocarbons
9%
Oxygen
8%
Earth & Environmental Sciences
plasma
82%
oxidation
48%
pyrolysis
38%
fuel consumption
37%
acetylene
25%
electron
14%
experiment
12%
atomic absorption spectroscopy
12%
argon
11%
formaldehyde
11%
development model
11%
in situ measurement
10%
gas chromatography
9%
fragmentation
9%
collision
8%
combustion
8%
methane
8%
laser
7%
hydrocarbon
7%
reactor
7%
oxygen
6%
ion
6%
kinetics
6%
in situ
6%
prediction
5%
effect
2%