Characterization of gaseous and particulate emissions from a turboshaft engine burning conventional, alternative, and surrogate fuels

Keyphrases

• Soot 100%
• Surrogate Fuel 100%
• Chemical Composition 100%
• Particulate Matter 100%
• Particulate Emissions 100%
• Conventional Fuels 100%
• Gaseous Emissions 100%
• Alternative Fuels 100%
• Fuel Composition 66%
• Formation Rate 66%
• Fuel Chemistry 66%
• Hydrocarbon Emissions 66%
• Particulate Matter Emissions 66%
• Matter Production 66%
• Sooting Tendency 66%
• In Situ TEM 33%
• Compound Classes 33%
• Growth Mechanism 33%
• Chemical Structure 33%
• Gas Turbine Engine 33%
• Soot Nanostructure 33%
• Aromatics 33%
• JP-8 33%
• JP-8 Fuel 33%
• Formation Mechanism 33%
• Controlled Growth 33%
• Operating Range 33%
• Two-component 33%
• Soot Formation 33%
• Successful Development 33%
• Mean Diameter 33%
• Linear Correlation 33%
• Predictive Tool 33%
• Engine Exhaust 33%
• High Pressure High Temperature 33%
• Paraffin 33%
• Hydrogen Content 33%
• Combustion Emissions 33%
• Largest Mean 33%
• Mass Emissions 33%
• Combustion Chemistry 33%
• Combustion Zone 33%
• Fuel Components 33%
• Fuel Properties 33%
• Particulate Matter Formation 33%
• Decomposition Pathway 33%
• Soot Formation Mechanism 33%
• Paraffin-based Fuels 33%
• Synthetic Paraffinic Kerosene 33%

Engineering

• Atmospheric Aerosol 100%
• Particulate Emission 100%
• Gaseous Emission 100%
• Fuel Composition 50%
• Aromatics 50%
• Fuel Chemistry 50%
• Alternative Fuel 50%
• Particulate Matter Emission 50%
• Matter Production 50%
• Aldehyde Emission 50%
• Particle Diameter 25%
• Gas Turbine Engine 25%
• Engine Operating 25%
• Operating Range 25%
• Mass Emission 25%
• Chemical Structure 25%
• Exhaust Systems (Engine) 25%
• Combustion Zone 25%
• Phase Composition 25%