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Ultrabroadband coherent Raman spectroscopy for reacting flows
F. Mazza
Flight Performance and Propulsion
Research output
:
Thesis
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Dissertation (TU Delft)
35
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Research output
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Dive into the research topics of 'Ultrabroadband coherent Raman spectroscopy for reacting flows'. Together they form a unique fingerprint.
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INIS
raman spectroscopy
100%
lasers
28%
pulses
25%
gases
25%
signals
21%
excitation
17%
methane
14%
combustion
14%
raman spectra
14%
concentration
14%
polarization
10%
scalars
10%
polyatomic molecules
10%
environment
10%
oxygen
7%
applications
7%
chemical reactors
7%
spectroscopy
7%
scalar fields
7%
implementation
7%
nonlinear problems
7%
molecules
7%
volume
7%
probes
7%
hydrocarbons
7%
detection
7%
laboratories
3%
compression
3%
light sources
3%
precision
3%
spectrometers
3%
symmetry
3%
carbon
3%
flames
3%
benchmarks
3%
energy
3%
resolution
3%
commodities
3%
efficiency
3%
hybrids
3%
maps
3%
spectra
3%
motion
3%
collisions
3%
power generation
3%
hydrogen
3%
one-dimensional calculations
3%
diagnostic techniques
3%
coherent scattering
3%
argon
3%
peaks
3%
images
3%
combustors
3%
accuracy
3%
investigations
3%
amplifiers
3%
carbon dioxide
3%
flame temperature
3%
chemical engineering
3%
spectral broadening
3%
configuration
3%
thermal equilibrium
3%
beams
3%
propulsion
3%
engineering
3%
equilibrium
3%
modeling
3%
high pressure
3%
time resolution
3%
availability
3%
combustion chambers
3%
Physics
Raman Spectroscopy
100%
Reacting Flow
100%
Pulse
17%
Chemical Engineering
3%
Applied Science
3%
High Pressure
3%
Spectral Broadening
3%
Oxygen
3%
Coherent Scattering
3%
Flame Temperature
3%
Coherent Light
3%
Line Spectra
3%
Light Source
3%
Engineering
Methane
28%
Nonlinear Optical Phenomenon
7%
Rotational Energy
7%
Nonequilibrium
7%
Chemistry
Rotational Energy
3%
Base
3%
Rotational Spectra
3%
Material Science
Spectral Broadening
3%