Parametric analysis of influencing factors in Phase Change Material Wallboard (PCMW)

Earth & Environmental Sciences

• material 32%
• melting 24%
• refurbishment 21%
• analysis 21%
• energy storage 19%
• evaluation criterion 18%
• heat capacity 18%
• supply and demand 17%
• energy supply 17%
• energy demand 16%
• thermal conductivity 16%
• energy 15%
• energy consumption 14%
• heat transfer 13%
• surface temperature 12%
• cooling 11%
• heating 11%
• effect 7%
• experiment 6%
• temperature 5%

Engineering & Materials Science

• Phase change materials 87%
• Latent heat 35%
• Hot Temperature 22%
• Interiors (building) 22%
• Melting point 16%
• Specific heat 16%
• Melting 14%
• Thermodynamic properties 14%
• Heat transfer coefficients 14%
• Thermal conductivity 14%
• Energy storage 13%
• Heating 11%
• Energy utilization 11%
• Cooling 10%
• Temperature 6%
• Experiments 5%

Chemistry

• Phase Change Material 100%
• Heat 23%
• Surface Temperature 20%
• Transfer Coefficient 18%
• Energy Consumption 17%
• Heat Transfer 17%
• Heat Capacity 16%
• Thermal Conductivity 14%
• Energy 14%
• Cooling 13%
• Melting 13%
• Energy Storage 13%
• Melting Point 13%
• Surface 5%
• Application 4%