Improved thermal performance of annular fin-shell tube storage system using magnetic fluid

Engineering

• Thermal Performance 100%
• Storage System 100%
• Annular Fin 100%
• Heat Transfer Rate 50%
• Energy Storage System 50%
• Thermal Characteristic 33%
• Thin Layer 33%
• Natural Convection 33%
• Tubes (Components) 33%
• Performance Improvement 16%
• Fin Efficiency 16%
• Mm Diameter 16%
• Convective 16%
• Extended Surface 16%
• Coprecipitation 16%
• Directional 16%
• Liquid Gas 16%
• Temperature Distribution 16%
• Heat Transfer Coefficient 16%
• Exchanger 16%
• Latent Heat 16%
• Surface Work 16%

Keyphrases

• Annular Fin 100%
• Shell-and-tube 100%
• Fin System 33%
• Magnetic Ring 33%
• Shell-and-tube Heat Exchanger 33%
• Over-the-top 16%
• NdFeB Magnets 16%
• Latent Heat Exchanger 16%
• Heat Exchanger Performance 16%
• Fin Performance 16%
• Surface Work 16%
• Overall Heat Transfer Coefficient 16%
• Fin Geometry 16%
• Liquid-gas Interface 16%
• Thermal Performance Enhancement 16%
• Gas-solid Interface 16%

Chemical Engineering

• Natural Convection 100%
• Temperature Distribution 50%
• Coprecipitation 50%
• Heat Transfer Coefficient 50%
• Latent Heat 50%