Keyphrases
Gasoline
100%
Partially Premixed Combustion
100%
High Injection Pressure
100%
Single Cylinder
100%
Optical Engine
100%
In-cylinder
100%
Soot Emission
50%
NOx Emission
33%
Diagnostic Analysis
16%
High-speed Imaging
16%
Spray Development
16%
Optical Diagnostics
16%
Combustion Phasing
16%
LIF Method
16%
Formation Characteristics
16%
Common Rail
16%
Combustion Characteristics
16%
CA50
16%
Engine Efficiency
16%
Combustion
16%
Mixture Formation
16%
Diesel
16%
Fuel Injection
16%
NOx Reduction
16%
Advanced Combustion
16%
Distribution Strategy
16%
Thermodynamic Analysis
16%
Simultaneous Reduction
16%
Diesel Combustion
16%
Evaporation Process
16%
Engine Performance
16%
High Dilution
16%
Liquid Formation
16%
Fuel Evaporation
16%
Primary Reference Fuel
16%
Split Injection
16%
Fuel Spray
16%
Thermodynamics
16%
Optical Access
16%
Injection Pressure
16%
Emission Characteristics
16%
Spray Combustion
16%
Split Strategies
16%
Part Load
16%
High Speed Imaging Technique
16%
Combustion Process
16%
Injection Timing
16%
Vapor Formation
16%
Intake Charge Temperature
16%
Fuel Distribution
16%
Engineering
Premixed Combustion
100%
Injection Pressure
100%
Single Cylinder
100%
Engine Efficiency
16%
Combustion
16%
Fuel Spray
16%
Reference Fuel
16%
Fuel Injection
16%
Part Load
16%
Dilution
16%
Engine Performance
16%
Load Condition
16%