Keyphrases
Particulate Matter
96%
Gasoline Direct Injection Engine
78%
Combustion
76%
Combustion Characteristics
69%
Diesel Engine
65%
Diesel Oxidation Catalyst
63%
Diesel Fuel
63%
Hydrocarbons
55%
Low Temperature
54%
Fischer-Tropsch Synthesis
52%
Ag@Al2O3
45%
Reduction Activity
44%
Operating Conditions
44%
Butanol
43%
Biodiesel
43%
Particulate Matter Emissions
39%
Selective Catalytic Reduction of NOx
39%
Exhaust Gas Recirculation
39%
Al2O3 Catalyst
39%
Three-way Catalyst
39%
Fuel Blending
39%
Fuel Injection Strategy
39%
Carbon Dioxide
36%
Propane
35%
NOx Reduction
34%
Combustion Emissions
34%
Fuel Economy
34%
Gas-liquid
33%
Selective Catalytic Reduction
32%
Alternative Fuels
32%
Mathematical Model
31%
Silica
31%
Product Selectivity
31%
Diesel Particulate Filter
30%
Engine Emissions
30%
Diesel
30%
Soot
29%
Syngas Conversion
29%
Reactor
29%
Product Formation
29%
Reaction Rate
29%
Space Velocity
29%
Reform Process
27%
Liquid Fuel
27%
Rapeseed Methyl Ester
27%
Primary Particles
27%
Alumina Catalyst
26%
Catalytic Performance
26%
Pollutants
26%
Engine Operation
25%
Fuel Properties
24%
Kinetic Parameters
24%
Fixed Bed
24%
Ammonia
24%
Engine-out
24%
Exhaust Gas Temperature
23%
Reformate
23%
Diesel Emissions
23%
Soot Formation
23%
Soot Emission
23%
Matrix Laboratory (MATLAB)
22%
Oxygenated Fuel
21%
Dual Fueling
21%
Diesel Blends
21%
Ethanol
20%
NOx Emission
20%
Butanol-gasoline Blend
19%
Soot Nanostructure
19%
Microkinetic Modeling
19%
Mathematics Performance
19%
Automotive Catalytic Converter
19%
Liquid Synthesis
19%
Synthesis Effect
19%
Filtered Exhaust
19%
F-T Synthesis
19%
Hydrogen Carrier
19%
Ethanol-diesel Fuel Blend
19%
Butanol-diesel Blend
19%
Low Carbon Fuels
19%
Flow Filter
19%
Platinum-rhodium
19%
Gas-diesel
19%
Diglyme
19%
Three-way Catalytic Converter
19%
Soot Oxidation
19%
Gasoline Exhaust
19%
Exhaust Gas Reforming
19%
Biogas Dry Reforming
19%
Particulate Emissions
19%
Methyl Ester
19%
Microkinetics
19%
Reverse Water Gas Shift
19%
Liquefied Petroleum Gas
19%
SCR Catalyst
19%
Diesel Engine Exhaust
19%
Mathematical Modeling Studies
19%
Active Regeneration
19%
Euro
19%
Performance Studies
19%
Cobalt
19%
Species Interactions
19%
Engine Cold Start
19%
Fischer-Tropsch Diesel
19%
Emission Reduction
19%
Langmuir-Hinshelwood-Hougen-Watson
19%
Multi-objective Optimization
19%
Oxygen Content
19%
Energy Vector
19%
Blend Component
19%
Glycol
19%
Engine Start-up
19%
GTL Fuel
19%
Dry Reforming
19%
IC Engine
19%
Partial Flow
19%
Alcohol
19%
Emission Characteristics
19%
Naphthalene
19%
NO2 Concentration
19%
Carbon-free Energy
19%
Butanol Fuel
19%
CO2 Footprint
19%
Dimethyl Ether
19%
Morphological Characteristics
19%
Engine Operating Conditions
19%
Filtration Efficiency
18%
CO2 Emissions
18%
Internal Combustion Engine
18%
CO Emission
18%
Injection Strategy
18%
Radius of Gyration
18%
Exhaust Gas
18%
Emission Formation
18%
Formaldehyde
18%
Fixed-bed Reactor
18%
Aftertreatment System
17%
Cetane number
17%
Gaseous Emissions
17%
Catalyst Activity
17%
Reactant Conversion
16%
Nitrogen Oxides
16%
Engine Exhaust Gas
16%
Catalyst Performance
15%
Alcohol Blends
14%
Rate Expression
14%
Combustion Efficiency
14%
PM Emissions
14%
Biodiesel Fuel
14%
NO Reduction
14%
Particulate Size Distribution
14%
Morphological Parameters
14%
Fractal Dimension
14%
Fuel Combustion
13%
Fischer-Tropsch Process
13%
Surface Reaction Mechanism
13%
Surface Species
13%
Global Search Optimization
13%
Molar Ratio
13%
Reaction Temperature
13%
Total Pressure
13%
Operating Condition Effects
13%
Regeneration
11%
Environmental Catalyst
11%
Vehicle Manufacturers
11%
Engine Fuel
11%
Reaction Mechanism
11%
Global Optimization
11%
Ethylene
11%
Water-gas Shift Reaction
11%
Gasoline Direct Injection
11%
Toluene
11%
Syngas
11%
Emission Limits
11%
Pseudo-homogeneous
11%
Silver Alumina
11%
Particulate
10%
Pollutant Emissions
10%
Transmission Electron Microscope
10%
Clean Fuel
10%
Advanced Combustion Mode
9%
NO Conversion
9%
Exponential Potential
9%
Biogas Reforming
9%
Bond Index
9%
Conversion Products
9%
CH4 Dry Reforming
9%
Minimizing Errors
9%
Transition State Theory
9%
Oxygenated Components
9%
Emission Performance
9%
Combined Reduction
9%
Oxidation Characteristics
9%
Hydrogen Energy
9%
Rate-determining Step
9%
Combustion Performance
9%
Oxygen Availability
9%
Butane
9%
NOx Conversion
9%
Activation Energy
9%
Biogas
9%
Engineering
Diesel Fuel
100%
Atmospheric Aerosol
99%
Diesel Engine
97%
Direct Injection Gasoline Engine
78%
Biodiesel
67%
Exhaust Gas
54%
Fuel Injection
49%
Exhaust Gas Recirculation
48%
Syngas
45%
Methane
45%
Diesel Oxidation Catalyst
44%
Particulate Matter Emission
39%
Fuel Blending
39%
Diesel Particulate Filter
37%
Fuel Economy
34%
Mathematical Model
32%
Silicon Dioxide
32%
Alternative Fuel
30%
Gas-to-Liquids
28%
Water Gas Shift Reaction
26%
Kinetic Parameter
26%
Fixed Bed
26%
Reformates
26%
Low-Temperature
26%
Aluminum Oxide
26%
Product Formation
26%
Exhaust Systems (Engine)
26%
Free Carbon
26%
Reactant
26%
Catalytic Converter
24%
Filtration Efficiency
24%
Engine Operating
23%
Internal Combustion Engine
22%
Oxygen Content
21%
Radius of Gyration
21%
Liquefied Petroleum Gas
19%
Rapeseed Methyl Ester
19%
Low Carbon Fuel
19%
Dry Reforming of Biogas
19%
Selective Catalytic Reduction
19%
Fuel Reforming
19%
Particulate Emission
19%
Parametric Study
19%
Mathematical Modeling
19%
Cold Start
19%
Active Regeneration
19%
Fischer-Tropsch Diesel
19%
Multiobjective Optimization
19%
Nanomaterial
19%
Dry Reforming
19%
Fischer-Tropsch Synthesis
19%
Fixed Bed Reactor
19%
Fuel Blend
19%
Antiknock Rating
19%
Fractal Dimension
16%
Aftertreatment System
15%
Gas Temperature
15%
Injection Pressure
14%
Oxygenated Fuels
13%
Chain Carbon
13%
Combustion Mode
13%
Fischer-Tropsch Process
13%
Hydrogen Production
13%
Biogas
13%
Engine Exhaust Gas Temperature
13%
One Dimensional
13%
Rate Expression
13%
Engine-Out Emission
13%
Molar Ratio
13%
Direct-Injection
12%
Performance and Emissions
10%
Gaseous Emission
10%
Aromatics
10%
Main Parameter
10%
Gas Flowrate
10%
Reduction Process
9%
Engine Thermal Efficiency
8%
Emission Regulation
8%
Smoke
7%
Rate Model
6%
Pressure Flow
6%
Coal-to-Liquids
6%
Data Point
6%
Good Agreement
6%
Mols
6%
Product Concentration
6%
Reaction Equation
6%
Oxygen Source
6%
Autothermal Reforming
6%
Predicted Result
6%
Catalyst Poisoning
6%
Search Method
6%
Natural Gas
6%
Catalyst Surface
6%
Emission Gas
6%
End-Users
6%
Experimental Work
6%
Pumping Loss
6%
Phase Separation
6%
Hydrogen Energy
6%
Exhaust Condition
6%
Reactant Concentration
6%
Power Generation
6%
Pre-Exponential Factor
6%
Road Transportation
6%
Predicted Model
6%
Gas Chromatography Mass Spectrometry
6%
Diesel Exhaust
6%
Activation Energy
6%
Ignition
6%
Kinetic Model
6%
Non-Dominated Sorting Genetic Algorithm II
6%
Active Site
6%
Pareto Optimal Solution
6%
Inlet Temperature
6%
Temperature Heat
6%
Conversion Efficiency
6%
Thermal Cracking
6%
Partial Pressure
6%
Exothermic Reaction
6%
Reaction Network
6%
Temperature Profile
6%
Water-Gas Shift
6%
Controlling Step
6%
Selective Reduction
6%
Environmental Benefit
6%
Autoignition
6%
Carbon Footprint
6%
Single Cylinder
6%
Equilibrium State
6%
Flow Rate
6%
Flow Velocity
6%
Fuel Injection System
6%
System Function
6%
Engine Performance
6%