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Modeling of heat release and emissions from droplet combustion of multi component fuels in compression ignition engines
Anders Ivarsson
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Book/Report
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Ph.D. thesis
1156
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Dive into the research topics of 'Modeling of heat release and emissions from droplet combustion of multi component fuels in compression ignition engines'. Together they form a unique fingerprint.
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Keyphrases
Acetylene Diffusion Flame
14%
Controlled Combustion
14%
Diesel Combustion Processes
14%
Ethylene Flame
14%
Ethylene Gas
28%
Flame Instability
14%
Flame Thermometry
14%
Flat Flame Burner
14%
FTIR Spectrometer
14%
Gas Density
14%
Gas Radiation
14%
Heat Emission
100%
Heat Release
100%
Homogeneous Combustion
14%
IR Emission
28%
Mass Diffusion
14%
Methane-oxygen
14%
Method Accuracy
14%
Multi-component Fuel
100%
Post-combustion
14%
Pre-combustion
14%
Premixed Combustion
28%
Separate Combustion
14%
Soot Measurement
14%
Soot Radiation
14%
Sooting Flames
28%
Spray Combustion
100%
Stabilized Flame
28%
Thermal Fluid Flow
14%
Thermal Gas
14%
Thermometric Method
14%
Thermometry
14%
Unstable Flame
14%
Engineering
Gas Density
33%