Engineering
Computational Fluid Dynamics
95%
Wells Turbine
60%
Impulse Turbine
34%
Turbine
30%
Rotors
28%
Particle Size Analysis
27%
Guide Vane
27%
Secondary Nucleation
27%
Airfoil
26%
Pure Solvent
26%
Boiling Point
26%
Elevated Temperature
26%
Activity Coefficient
26%
Induction Time
24%
Power Conversion
20%
Supersaturation
20%
Blade Profile
19%
Experimental Result
17%
Aerodynamic Characteristic
16%
Wave Energy
15%
Reynolds' Number
14%
Reflectance Measurement
14%
Target Surface
13%
Hydrodynamics
13%
Mass Flowrate
13%
Crystallizer
13%
Design of Experiments
13%
Breakage
13%
Thermal Gradient
13%
Ternary System
13%
Mean Square Error
13%
Extended Temperature Range
13%
Interaction Parameter
13%
Sensitivity Study
13%
Temperature Range
13%
Manufacturing Process
13%
Stirred Tank
13%
Temperature Gradients
13%
Wave Power
13%
Flow Rate
11%
Flow Velocity
11%
Kinetic Parameter
10%
Crystal Size Distribution
10%
Nucleation Rate
10%
Solute Concentration
10%
Wave Energy Conversion
9%
Shapes of Particle
9%
Aerodynamics
9%
Experimental Investigation
9%
Growth Kinetics
9%
Material Science
Nucleation
100%
Crystallization
35%
Particle Size Analysis
34%
Computational Fluid Dynamics
34%
Activity Coefficient
32%
Hydrodynamics
22%
Supersaturation
20%
Surface (Surface Science)
18%
Crystal Growth
16%
Compressibility
13%
Particle Breakage
8%
Molecular Structure
7%
Sodium
7%
Crystal Engineering
6%
Dynamic Analysis
6%
Molecular Crystal
6%
Hydrogen Bonding
6%
Erosion Corrosion
6%
Amino Acids
6%
Crystalline Material
6%
Single Crystal
6%
Particle Imaging
5%
