Keyphrases
Biodiesel
100%
Combustion Characteristics
100%
Waste Cooking Oil
100%
Emission Characteristics
100%
Diesel
100%
Biodiesel Engine
100%
ApoB100
33%
Full Load
33%
Engine Power
22%
Burn Rate
22%
Pure Biodiesel
22%
Regeneration
11%
Physical Properties
11%
Chemical Properties
11%
Environmental Benefits
11%
Electricity Generation
11%
Regular Diesel
11%
Engine Performance
11%
Fossil Diesel
11%
Combustion
11%
Peak Load
11%
Combustion Rate
11%
NOx Emission
11%
Trigeneration
11%
Brake Specific Fuel Consumption
11%
Combustion Duration
11%
Engine Emissions
11%
Engine Load
11%
Indirect Injection
11%
Low-NOx
11%
CO Emission
11%
Gas Pressure
11%
Peak Cylinder Pressure
11%
Exhaust Gas Emissions
11%
High CO2
11%
Brake Thermal Efficiency
11%
Injection Type
11%
Pressure Diagram
11%
Stable Operation
11%
Biodiesel Fuel
11%
Stationary Engine
11%
Fuel Lines
11%
Economical Benefit
11%
Start of Combustion
11%
Exhaust Gas Temperature
11%
Oxygen Emission
11%
Biodiesel Exhaust
11%
Injection Pressure
11%
Low-load Conditions
11%
Engineering
Biodiesel
100%
Engine Power
22%
Environmental Benefit
11%
Electricity Generation
11%
Engine Performance
11%
Cogeneration
11%
Tri-Generation
11%
Exhaust Gas
11%
Brake Specific Fuel Consumption
11%
Performance and Emissions
11%
Combustion Duration
11%
Gas Pressure
11%
Cylinder Pressure
11%
Thermodynamic Efficiency
11%
Exhaust Gas Emission
11%
Biodiesel B100
11%
Gas Temperature
11%
Fuel Line
11%
Low Load Condition
11%
Injection Pressure
11%
Material Science
Biodiesel
100%
Brakes
20%
Exhaust Gas
20%
Physical Property
10%
Chemical Property
10%
Gas Emission
10%
Fuel Consumption
10%
Carbon Dioxide
10%