Comparative effectiveness of different phase change materials to improve cooling performance of heat sinks for electronic devices

Physics & Astronomy

• phase change materials 100%
• heat sinks 93%
• cooling 53%
• electronics 40%
• performance 34%
• milk 30%
• ventilation 28%
• fats 26%
• melting 17%
• electronic packaging 15%
• waxes 14%
• paraffins 13%
• hydrates 13%
• salts 10%
• time lag 9%
• thermal conductivity 8%
• heat transfer 8%
• conductivity 7%
• heat 7%

Engineering & Materials Science

• Phase change materials 87%
• Heat sinks 85%
• Cooling 54%
• Milk 30%
• Oils and fats 26%
• Melting 21%
• Ventilation 21%
• Paraffin waxes 15%
• Electronics packaging 14%
• Hydrates 12%
• Thermal load 11%
• Temperature control 10%
• Salts 10%
• Thermal conductivity 10%
• Heat transfer 7%

Chemical Compounds

• Phase Change Material 99%
• Cooling 69%
• Fat 22%
• Melting 19%
• Wax 12%
• Heat Transfer 12%
• Thermal Conductivity 10%
• Hydrate 10%
• Alkane 9%
• Heat 8%
• Conductivity 7%