Isoreticular Curves: A Theory of Capillary Condensation To Model Water Sorption within Microporous Sorbents

Keyphrases

• Water Sorption 100%
• Sorbent 100%
• Capillary Condensation 100%
• Isoreticular 100%
• Qmax 75%
• Relative Humidity 75%
• Pore Size 50%
• Hysteresis 50%
• Low Humidity 50%
• Maximum Capacity 50%
• Metal-organic Frameworks (MOFs) 50%
• Pore Structure 25%
• Critical Pressure 25%
• Tunability 25%
• High Capacity 25%
• Desiccation 25%
• Thermodynamic Model 25%
• Linker 25%
• Condensation 25%
• Well-ordered 25%
• Sorption Capacity 25%
• Hydrophilicity 25%
• Desalination 25%
• Ordered Pore 25%
• Gibbs Free Energy 25%
• Water Isotherm 25%
• Humidity Control 25%
• Heat Pump 25%
• Framework Topology 25%
• Secondary Building Units 25%
• Critical Relative Humidity 25%
• Pore Condensation 25%
• Thermal Battery 25%
• Gravimetric Capacity 25%
• Atmospheric Water Collection 25%

Material Science

• Pore Size 100%
• Sorbent 100%
• Metal-Organic Framework 100%
• Density 50%
• Pore Structure 50%
• Gibbs Free Energy 50%

Engineering

• Relative Humidity 100%
• Capillary Condensation 100%
• Condensation 33%
• Maximization 16%
• Thermodynamic Model 16%
• Critical Pressure 16%
• Heat Pump 16%
• Desalination 16%
• Sorption Property 16%
• Hydrophilicity 16%
• Gibbs Free Energy 16%
• Humidity Control 16%
• Building Unit 16%