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Fuel similarity for laminar flames of C
5
to C
8
n-alkanes
Peng Zhao
, Wenkai Liang
, Fujia Wu
,
Chung King Law
Mechanical & Aerospace Engineering
High Meadows Environmental Institute
Princeton Materials Institute
Research output
:
Chapter in Book/Report/Conference proceeding
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Dive into the research topics of 'Fuel similarity for laminar flames of C
5
to C
8
n-alkanes'. Together they form a unique fingerprint.
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Keyphrases
N-alkanes
100%
Laminar Flame
100%
Ignition
66%
Hydrocarbon Fuel
66%
Large Hydrocarbons
66%
Stretched Premixed Flame
66%
Diffusion Flame
33%
Laminar Flame Speed
33%
Premixed Flame
33%
Stagnation Point Flow
33%
Non-premixed
33%
Combustion
33%
Flame Structure
33%
Counterflow
33%
Molecular Structure
33%
Flame Propagation
33%
1D Diffusion
33%
Chemical Structure
33%
Pressure Effect
33%
Markstein Length
33%
Propagation Rate
33%
Diffusive Transport
33%
Thermal Structure
33%
Fuel Cracking
33%
Cracking Time
33%
Flame Configurations
33%
Earth and Planetary Sciences
Jet Flow
100%
Premixed Flame
100%
Alkane
100%
Hydrocarbon Fuels
66%
Transportation
66%
Thermal Structure
33%
Molecular Structure
33%
Chemical Structure
33%
Timescale
33%
Stagnation Flow
33%
Diffusion Flame
33%
Physics
Premixed Flame
100%
Jet Flow
100%
Hydrocarbon Fuels
66%
Transportation
66%
Flame Speed
33%
Diffusion Flame
33%
Molecular Structure
33%
Stagnation Flow
33%
Structure (Composition)
33%
Chemical Engineering
Hydrocarbon
100%
Chemical Kinetics Characteristics
50%