Keyphrases
Micro-explosion
100%
Puffing
94%
Droplet Distribution
61%
Fully Lagrangian Approach
50%
Fuel Droplet
48%
Droplet Size Distribution
44%
Image Processing
44%
Flat Fan
40%
Atomization
38%
Liquid Chromatography Analysis
33%
Emulsion Droplets
33%
Fuel Emulsions
33%
Modeling Approach
27%
High-speed Camera
27%
Polydispersity
25%
Droplet Evaporation
24%
Droplet Size
23%
Image Sequence
22%
Liquid Breakup
22%
Particle Size Distribution
22%
Individual Droplets
22%
Phase Doppler Anemometry
22%
Composite Droplets
20%
Water Droplet
20%
Image Analysis
20%
Diesel Emulsion
19%
Droplet Velocity Distribution
18%
Imaging Algorithm
17%
Liquid Spray
16%
PMDI
16%
Rapeseed Oil
16%
Distribution Reconstruction
16%
Multi-walled Carbon Nanotubes (MWCNTs)
16%
Fuel Effects
16%
Injection Mode
16%
LM6 Alloy
16%
Oilfield Produced Water
16%
Inhaler
16%
Lagrangian Model
16%
Optical Diagnostics
16%
Particle Size
16%
Multiphase Flow
16%
Metal Matrix Composites
16%
Shadowgraphy
16%
Mathematical Modeling
16%
Iron Oxide
16%
Coal Microparticles
16%
Reinforced
16%
Structure Identification
16%
Drug Delivery
16%
Engineering
Image Processing
64%
Droplet Size
61%
Atomisation
59%
Lagrangian Approach
52%
Speed Camera
48%
Boiling Temperature
38%
Heat Conduction Equation
33%
Droplet Size Distribution
31%
Boundary Condition
25%
Backlight
25%
Predicted Value
25%
Delay Time
25%
Simple Model
22%
Experimental Investigation
22%
Image Analysis
22%
Image Processing Algorithm
20%
Steady Flow
17%
Injection Pressure
16%
Gas Temperature
16%
Geometrical Parameter
16%
Control Volume
16%
Atmospheric Pressure
16%
Continuity Condition
16%
Surface Condition
16%
Applicability
16%
Rapeseed Oil
16%
Image Sequence
16%
Bubble Growth
16%
High Reynolds Number
16%
Low-Pressure Pump
13%
Experimental Observation
13%
Liquid Films
13%
Flow Condition
13%
Number Density
13%
Transients
13%
Bituminous Coal
11%
Mass Fraction
8%
Consecutive Frame
8%
One Dimensional
8%
Two-Phase Flow
8%
Polydispersity
8%
State Condition
8%
Dirichlet Boundary Condition
8%
Fuel Blend
8%
Hot Gas
8%
Computational Fluid Dynamics
8%
Fuel Mass
8%
Air Velocity
5%
Injection System
5%
Light Source
5%
