Engineering
Solar Concentrators
100%
Micro Heat Pipe
100%
Thermal Performance
100%
Air Collector
100%
Flow Rate
50%
Efficiency
50%
Concentrator
33%
Ambient Temperature
33%
Radiation
16%
Heat Transfer
16%
Concentration Ratio
16%
Aperture Area
16%
Integration
16%
Solar Radiation
16%
Glass Tube
16%
Constant Time
16%
Testing Condition
16%
Optimal Value
16%
Reflector
16%
Earth and Planetary Sciences
Array
100%
Heat Pipes
100%
Air
100%
Efficiency
57%
Flow Velocity
42%
Investigation
42%
Volume
42%
Heat
42%
Ambient Temperature
28%
China
14%
Core
14%
Coefficient
14%
Condition
14%
Edge
14%
Area
14%
Value
14%
Glass
14%
Solar Radiation
14%
Time Constant
14%
Ratio
14%
Loss
14%
Average
14%
Physics
Performance
100%
Arrays
100%
Concentrators
100%
Air
100%
Flow Velocity
42%
Volume
42%
Ambient Temperature
28%
Heat
28%
Value
14%
Cores
14%
Time Constant
14%
Glass
14%
Area
14%
Coefficients
14%
Reflectors
14%
Solar Radiation
14%
Ratios
14%
Material Science
Heat Pipe
100%
Air
100%
Temperature
28%
Glass
14%