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Keyphrases
Carbon Capture
100%
CO2 Capture
55%
Spraying Technology
50%
Inorganic Chemicals
50%
Chemical Species
50%
Desublimation
50%
Research Degree
50%
Separation Techniques
50%
Low Temperature
50%
Non-conventional Methods
50%
Optical Diagnostics
50%
Effervescent Atomizer
50%
Atomizer
50%
Aqueous Amine
50%
Atomization Effect
50%
Non-aqueous
50%
Capture Performance
50%
Flash Boiling Atomization
50%
Flash Boiling
37%
Sauter Mean Diameter
27%
CO2 Absorption
25%
Spray Cone Angle
22%
Spray Characteristics
22%
Mass Transfer
18%
Relative Span Factor
16%
Molar Absorptivity
12%
High CO2
12%
CO2 Absorption Rate
12%
Diffuse Back-illumination
12%
Isopropylamine
12%
Hard-to-abate Sectors
12%
Temporal Characterization
12%
High Energy
12%
Triethanolamine
12%
Absorption Rate
12%
Marine Transportation
12%
Optical Measurement
12%
Spray Morphology
12%
Recovery Strategy
12%
Fine Control
12%
Relative Velocity
12%
Spray Properties
12%
Micron-scale
12%
High Temperature Condition
12%
High Efficiency
12%
Percentage Removal
12%
Monodisperse Spray
12%
Traditional Technology
12%
Energy Demand
12%
Absorptive Capacity
12%
Engineering
Atomisation
75%
Carbon Capture and Storage
66%
Orifice
50%
Carbon Capture
50%
Absorption Rate
33%
Temperature Condition
33%
Liquid Ratio
25%
Droplet Size
25%
Gas-to-Liquids
25%
Spatial Distribution
25%
Absorption Capacity
16%
Conventional Technology
16%
Waste Heat Recovery System
16%
Capture System
16%
Relative Velocity
16%
Test Condition
16%
Concept Design
12%
Air Atomisation
12%
Inlet Pressure
12%
Droplet Size Distribution
12%
Carbon Dioxide Capture
12%
Discharge Coefficient
12%
Area Coverage
12%
Liquid Stream
12%
