Ingenjörs- och materialvetenskap
Lasers
100%
Engines
95%
Phosphors
86%
Fluorescence
80%
Ignition
70%
Imaging techniques
56%
Formaldehyde
49%
Phosphorescence
44%
Temperature
37%
Diesel engines
31%
Laser diagnostics
30%
Chemiluminescence
29%
Engine cylinders
29%
Tracers
24%
Temperature measurement
22%
Turbulence
22%
Air
21%
Neodymium lasers
21%
Fluorescence imaging
20%
Visualization
19%
Pistons
18%
Methane
17%
Lighting
17%
Photons
16%
Soot
16%
Combustion chambers
14%
High speed cameras
14%
Fuel burners
14%
Detectors
14%
Calibration
13%
Surface measurement
13%
Carbon monoxide
12%
Hot Temperature
11%
Electric sparks
11%
Optical parametric oscillators
11%
Internal combustion engines
10%
Multiple scattering
10%
Cameras
10%
Photomultipliers
10%
Oxidation
10%
Large eddy simulation
10%
Methanol
9%
Laser pulses
9%
Heptane
9%
Gasoline
9%
Marine engines
9%
Compaction
9%
Jet fuel
8%
Fuel injection
8%
Luminescence
8%
Fysik och astronomi
phosphors
59%
laser induced fluorescence
50%
temperature measurement
50%
flames
40%
engines
27%
lasers
23%
turbulent flames
19%
high speed
17%
diesel engines
16%
shot
15%
methane
15%
jet flames
15%
formaldehyde
14%
illumination
14%
ignition
13%
decay
13%
sprayers
13%
phosphorescence
12%
temperature
10%
premixed flames
10%
air jets
10%
air
10%
surface temperature
10%
detectors
9%
chemiluminescence
9%
repetition
9%
fluorescence
8%
carbon monoxide
8%
methylidyne
8%
two phase flow
7%
burners
7%
hydroxyl radicals
7%
cameras
7%
large eddy simulation
7%
photons
7%
photomultiplier tubes
7%
learning
7%
scattering
6%
spontaneous combustion
6%
internal combustion engines
6%
biomass burning
6%
temporal resolution
6%
dimensional measurement
5%
extinction
5%
saturation
5%
retarding
5%
toluene
5%
YAG lasers
5%
bursts
5%
pulses
5%
Kemiska föreningar
Laser Induced Fluorescence Spectroscopy
58%
Fuel
43%
Flame
39%
Turbulence
27%
Thermometry
25%
Formaldehyde
22%
Jet
21%
Combustion Engine
16%
Premixed Flame
13%
Piston
13%
Spray
13%
Methane
13%
Turbulent Flame
11%
Surface Temperature
11%
Carbon Monoxide
10%
Flow
10%
Illumination
9%
Luminosity
8%
Time
8%
Cylinder
8%
Pressure
7%
Soot
7%
Simulation
6%
Heat Transfer
6%
Phosphorescence
6%
Burner
6%
Environment
6%
Gas
6%
Heat
6%
Velocity
6%
Luminiscence Type
6%
Octane Number
5%
