Keyphrases
Evaporative Cooling
100%
Nanocapillary
100%
Ultra-efficient
100%
Plate-fin Heat Sink
100%
Surface Modification
40%
Fin Height
40%
Evaporative
40%
Commercially Available
20%
System Design
20%
Material Cost
20%
Convective Heat Transfer
20%
Performance Improvement
20%
Natural Convection
20%
Unit Volume
20%
Large-scale Power System
20%
Compact Device
20%
Water Evaporation
20%
Electronics Cooling
20%
Energy Conversion Efficiency
20%
Heat Dissipation Capability
20%
Cooling Power
20%
Passive Cooling
20%
Heat Sink
20%
Photovoltaic Solar Panel
20%
Capillary-driven
20%
Cooling Efficiency
20%
Capillary Wicking
20%
Cooling Enhancement
20%
Surface Systems
20%
Power Compact
20%
Photovoltaic Panel Temperature
20%
Solar Panel Cooling
20%
High Power System
20%
Modification Design
20%
Nanostructured Surfaces
20%
Power-electronics-based Power System
20%
Engineering
Power Engineering
100%
Fin Height
100%
Experimental Result
50%
Heat Losses
50%
Material Cost
50%
Convective
50%
Cut Material
50%
Photovoltaic Panel
50%
Photovoltaic Solar Panel
50%
Compact Device
50%
Nanostructured Surface
50%
Cooling Power
50%
Natural Convection
50%
Energy Conversion Efficiency
50%
Material Science
Aluminum
100%
Surface Modification
66%
Photovoltaics
66%
Surface (Surface Science)
66%
Natural Convection
33%
Chemical Engineering
Natural Convection
100%
Electronic Cooling
100%
Chilling
100%