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Keyword [cavity receiver]
Result: 1 - 20 | Page: 1 of 2
1. Design And Study On The Evacuated Tubular Solar Thermal Collector
2. Analysis On Heat Removal Factor For Cavity Receiver Of A Linear Solar Concentrator And Its Utilization
3. The Model Building And Optimization Study Of The Dish Stirling Solar Thermal Power Geration System
4. Analyse Of Thermal Performence And Thermal Stress Of Solar Cavity Heat Receiver
5. Theoretical And Experimental Study On Solar Thermal Mechanism Of A Point-Line-Coupling-Focus System Employing Linear Fresnel Reflector
6. The Experimental Study On Performance Of Disc Type Solar Heat Receiver
7. Numerical Study And Optimization On The Optical And Thermal Performance Of Cavity Receiver In Dish Solar Thermal Power Generation System
8. Research Of Optical And Thermal Properties Of Linear Fresnel Reflector
9. On Fresnel Reflector Solar Collectors With Cavit Recevier
10. Numerical Simulation Study On The Heat Recessive Of Disc Type Solar Thermal Power Generation System
11. Experimental Study On Single-disc-type Solar Collector System Performance
12. Two-stage Solar Power Tower System And Cavity Receiver Design
13. Analysis Of Thermal Performance Of Cavity Receiver In Solar Dish Stirling Engine System
14. An Investigation On The Efficiency Of Hemisphere Cavity Receiver And Thermoelectric Generator
15. E X P E R I M E N T A L S T U D Y O F T H E R M A Lp E R F O R M A N C E O N T H E E N D O T H E R M I C O F H E M I S P H E R I C A L C A V I T Y O F D I S H S O L A R
16. Experimental And Theoretical Investigation On The Performance Of A Novel Beam Down System With Fresnel Heliostats And Cavity Receiver
17. Design And Optimization On Two-stage Cavity Receivers Of Solar Power Tower System
18. Numerical Investigation On Combined Heat Loss Characteristics Of Cavity Receiver Applied In Phase-change Type Solar Dish Thermal Power System
19. Parameters Design And Thermostersis Simulation For Stirling Engine Heat Cavity Receiver Of 38kW Dish Solar Power
20. Study On A 1kW Dish-stirling Solar Power Engine And The Solar Collecting System
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