Engineering
Photovoltaics
100%
Phase Change Material
91%
Phase Change Material
76%
Thermoelectrics
61%
Solar Cell
50%
Heating Season
45%
Material System
44%
Power Output
41%
Energy Storage
40%
Phase Change Temperature
37%
Material Sample
30%
Photovoltaic Power
30%
Numerical Modeling
30%
Power Material
30%
Computer Simulation
30%
Refrigeration Technology
30%
Microchannel
30%
Fabrication Method
30%
Flow Rate
30%
Thermoelectricity
30%
Heat Storage
30%
Latent Heat
28%
Thermal Performance
28%
Numerical Model
26%
Simulation Result
26%
Cooling Effect
22%
Temperature Drop
22%
Heat Losses
22%
Theoretical Value
20%
Cell Temperature
20%
Experimental Result
18%
Climatic Condition
17%
Material Layer
16%
Energy Conservation
15%
Free Radical Polymerization
15%
Interfacial Polymerization
15%
Release Property
15%
Phase Flow
15%
Size of Particle
15%
Continuous Phase
15%
Future Application
15%
Operating Parameter
15%
Microfluidic Device
15%
Melting Temperature
15%
Polydimethylsiloxane
15%
Adaptability
15%
Solvent Evaporation
15%
Engineering
15%
Temperature Range
15%
Composite Material
15%
Keyphrases
Phase Change Material
94%
Thermoelectric Generator
61%
Material System
52%
Photovoltaic Cells
45%
Phase Change Energy Storage
33%
Thermoelectric
33%
Multi-temperature
30%
Change Material
30%
Nano-encapsulated Phase Change Material (NEPCM)
30%
Thermal Energy Storage
30%
Vertical Farming
30%
Vertical Farming System
30%
Carbon Footprint
30%
Energy Efficiency
30%
Heat Transfer
30%
Material Power
30%
Photovoltaic Installation
30%
Enhancement System
30%
Microfluidic chip
30%
Monodisperse Droplets
30%
Power Enhancement
30%
Transfer Technology
30%
Refrigeration Technology
30%
Photovoltaic Output
30%
Thermal Management System
30%
Numerical Modeling
30%
Melting Temperature
30%
Numerical Simulation
30%
Microcapsules
30%
Heat Sink
30%
Temperature-adaptive
30%
Radiative Cooler
30%
Solar Photovoltaic Cooling
30%
Energy Consumption
22%
Monodisperse
21%
Photovoltaic Cell Temperature
20%
Power Output
18%
Photovoltaic System
18%
Photovoltaic Performance Enhancement
18%
Phase Change Temperature
16%
Material Layer
16%
Latent Heat
15%
Vertical Farm
15%
Heat Spreader
15%
Electric Consumption
15%
Crystalline Silicon Cells
15%
Concentrator Photovoltaic
15%
Liquid Immersion Cooling
15%
Cooing
15%
High Ambient Temperature
15%
