Engineering
Diesel Engine
81%
Laser Beam
47%
Methane
41%
Diamond
41%
Diesel Fuel
38%
Air Flow
27%
Fuel Spray
27%
Heptane
27%
Excimer Laser
23%
Oxygenated Fuels
20%
Laser-Induced Fluorescence Imaging
20%
Transmissions
20%
Gas Density
18%
Two Dimensional
18%
Shadowgraphy
17%
Flame Front
16%
Fuel Injection
15%
Dimensional Distribution
13%
Reference Fuel
13%
Derived Fuel
13%
Thermal Mechanism
13%
Pressure Cell
13%
Rotational Energy
13%
Rotational
13%
Second-Generation Biofuels
13%
Atmospheric Pressure
13%
Atomic Hydrogen
13%
Number Density
13%
Ground State
13%
Ignition
13%
Spatial Distribution
13%
Pulse Velocity
11%
Planar Laser-Induced Fluorescence
11%
Crank Angle
11%
Excitation Spectrum
11%
Heat Release
11%
Synthetic Fuel
9%
Oxygen Content
9%
Room Temperature
8%
Homogeneous Charge Compression Ignition
6%
Combustion Chamber
6%
Combustion Mode
6%
Antiknock Rating
6%
Direct Injection Diesel Engine
6%
Premixed Combustion
6%
Schlieren
6%
Laser Probe
6%
Exhaust Gas
6%
Metal Insert
6%
Signal Strength
6%
Keyphrases
Molecular Tagging Velocimetry
27%
Premixed Methane
13%
Flow Tagging
13%
Air Coflow
13%
Fuel-driven
13%
Flame Diagnostics
13%
Diamond Layers
13%
Flame Deposition
13%
Rail Pressure
13%
Diesel Spray
13%
Dibutyl Maleate
13%
Common Rail Injector
13%
Heavy-duty Diesel Engine
13%
In-cylinder
13%
Spray Cone Angle
13%
Diesel Fuel Spray
13%
Laser Shadowgraphy
13%
High-speed Digital Imaging
13%
Diesel Combustion
13%
Reference Fuels
13%
Injection Timing
13%
Photolysis
13%
Recombination
13%
Laser Beams
13%
Nitric Oxide
13%
Airflow
13%
ArF Excimer Laser
11%
Planar Laser-induced Fluorescence
11%
Rotational Energy Transfer
9%
LIF Method
9%
2D-LIF
9%
Bidirectional Laser
8%
Incandescence
8%
Natural Gas Burners
6%
Diamond Growth
6%
Gas Bottle
6%
Spray Angle
6%
Spray Penetration
6%
Fuel Reactivity
6%
Oxygenated Fuel
6%
Smoke number
6%
Direct Injection Diesel Engine
6%
Commercial Diesel
6%
PM Reduction
6%
Cetane number
6%
Fuel Oxygen
6%
Tripropylene Glycol
6%
Non-edible Parts
6%
Sooting Tendency
6%
Injection System
6%
Physics
Laser Induced Fluorescence
100%
Methane
42%
Atmospheric Pressure
34%
Nitric Oxide
27%
Energy Transfer
16%
Detonation
14%
Diesel Engine
13%
Nitrous Oxide
13%
Laser Pulse
12%
Laser Beams
11%
Stoichiometry
10%
Fluorescence Spectrum
10%
Excimer Laser
9%
Ground State
9%
Optical Pumping
9%
Vapor Deposition
6%
Turbulent Flame
6%
Imaging Technique
6%
Absorption Spectra
5%
Air Flow
5%
Ultraviolet Radiation
5%
