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Keyphrases
CO2 Capture
100%
Defect Density
100%
Density Interaction
100%
Amine-functionalized
100%
Polymer Interaction
100%
NH2-MIL-101(Fe)
100%
Aminopolymer
71%
Amine Efficiency
42%
Metal-organic Frameworks (MOFs)
28%
Polyethyleneimine
28%
CO2 Uptake Capacity
28%
High CO2
14%
Pore Wall
14%
Amines
14%
Diffusion Limit
14%
Adsorption Sites
14%
High Thermal Stability
14%
CO2 Uptake
14%
Real-world Application
14%
Defect Sites
14%
Van Der Waals Interaction
14%
Regeneration
14%
CO2 Diffusion
14%
Efficiency Loss
14%
Open Framework
14%
Humid Conditions
14%
Packing Density
14%
Polymer Phase
14%
Anthropogenic Carbon Emissions
14%
Adsorbent
14%
SBA-15
14%
Uptake Capacity
14%
Low Defect Density
14%
Oxidative Stability
14%
Mesoporous
14%
Polymer Packing
14%
Regenerative Cycle
14%
Framework Topology
14%
Simulated Flue Gas
14%
Poly(propylene imine)
14%
Support Effect
14%
CR Adsorption
14%
CO2 Stability
14%
Weight Loading
14%
Missing-linker Defects
14%
Solid Sorbent
14%
Environmental Consequences
14%
High Defect Densities
14%
Viscous Polymers
14%
Material Science
Carbon Dioxide
100%
Defect Density
100%
Polymer
100%
CO2 Capture
100%
Polyethylene
40%
Metal-Organic Framework
40%
Density
20%
Polypropylene
20%
Sorbent
20%
Flue Gas
20%
Chemical Engineering
Carbon Dioxide
100%
Carbon Dioxide Capture
100%
Amine
100%
Poly(ethylene)
40%
Polypropylene
20%