Compact heat exchanger designs for difluoromethane-activated carbon composites based adsorption cooling systems

Engineering

• Activated Carbon 50%
• Yields 25%
• Thermal Conductivity 25%
• Design 16%
• Volumetrics 16%
• Cooling System 16%
• Cooling Capacity 16%
• Finned Tube 16%
• Scaling 8%
• Applications 8%
• Aspect Ratio 8%
• Evaluation 8%
• Performance 8%
• Characteristics 8%
• Numerical Modeling 8%
• Numerical Analysis 8%
• Optimization 8%
• Anisotropic 8%
• Carbon Composite 8%
• Cooling Power 8%
• High Thermal Conductivity 8%
• Longitudinal Fin 8%
• Cooling Performance 8%
• Graphene Nanoplatelets 8%
• Heat Exchanger Design 8%

Chemistry

• Adsorption 50%
• Phase Composition 41%
• Configuration 41%
• Thermal Conductivity 25%
• Reaction Yield 25%
• Coefficient of Performance 25%
• Cooling 16%
• Analytical Method 8%
• Energy 8%
• Optimization 8%
• Potential 8%
• Application 8%
• Alcohol 8%
• Adsorbent 8%
• Ionic Liquid 8%
• Difluoromethane 8%
• Imide 8%
• R32 8%
• 1-Hexyl-3-Methylimidazolium 8%

Material Science

• Heat Exchanger 100%
• Adsorbent 8%
• Ionic Liquid 8%