Metal-organic frameworks (MOFs) for energy-efficient indoor moisture control: Synthesis, characterization and applications

Engineering

• Control Synthesis 100%
• Applications 100%
• Energy Engineering 100%
• Performance 61%
• Models 55%
• Dehumidification 33%
• Built Environment 22%
• Energy Building 16%
• Fabrication 11%
• Boundary Condition 11%
• Flow Field 11%
• Measured Result 11%
• Air Condition 11%
• Coating 11%
• Properties 11%
• Experiments 11%
• Cycle Time 11%
• Silica Gel 11%
• Diffusivity 11%
• Measurement 5%
• Optimization 5%
• Porosity 5%
• Dynamic Performance 5%
• Primary Energy 5%
• Volumetrics 5%
• Crystal Size 5%
• Potential Application 5%
• Past Decade 5%
• Isothermal 5%
• Actual Condition 5%
• Parametric Study 5%
• System Structure 5%
• Energy Market 5%
• Numerical Calculation 5%
• Simulated Result 5%
• Power Supply 5%
• Numerical Approach 5%
• Coating Thickness 5%
• Air Velocity 5%
• Force Model 5%
• Fick's Law 5%
• Surrounding Air 5%
• Harmonic Wave 5%
• Drive Force 5%
• Outlet Air 5%
• Research 5%
• Accuracy 5%
• Design 5%
• Water 5%
• Simulation 5%
• Calculates 5%
• Heat Transfer 5%
• Determines 5%
• Obtains 5%
• Kinetic 5%
• Cutting Edge 5%
• Mass Transfer 5%
• Correlation 5%

Physics

• Metal Organic Framework 100%
• Utilization 100%
• Performance 66%
• Model 61%
• Humidity 44%
• Dehumidification 33%
• Buffering 27%
• Sorption 27%
• Environment 22%
• Variations 16%
• Air 16%
• Coating 16%
• Coefficient of Performance 16%
• Boundary Condition 11%
• Flow Distribution 11%
• Silica Gel 11%
• Cycles 11%
• Fabrication 11%
• Carbon Dioxide Emission 11%
• Diffusivity 5%
• Air Flow 5%
• Porosity 5%
• Adsorption 5%
• Water Vapor 5%
• Charge Flow Device 5%
• Affinity 5%
• Square Wave 5%
• Porous Material 5%
• Harmonics 5%
• Calculation 5%
• Work 5%
• Impact 5%
• Responses 5%
• Volume 5%
• Value 5%
• Simulation 5%
• Geometry 5%
• Ratios 5%
• Speed 5%
• Heat 5%
• Kinetics 5%
• Crystals 5%
• Running 5%
• Symmetry 5%
• Optimization 5%
• Cutting 5%
• Mass Transfer 5%
• Correlation 5%

Material Science

• Characterization 100%
• Metal-Organic Framework 100%
• Coating 16%
• Air 16%
• Silica Gel 11%
• Devices 11%
• Material 11%
• Novel Material 11%
• Computational Fluid Dynamics 11%
• Adsorption 11%
• Zeolite 11%
• Nanocrystals 5%
• Void Fraction 5%
• Porous Material 5%
• Crystal 5%
• Wood 5%
• Water Vapor 5%
• Materials Property 5%
• Correlation 5%
• Velocity 5%