刘 淑丽

Engineering

1. Air Heat Exchanger 20%
2. Air Temperature 14%
3. Airflow Rate 12%
4. Building Heating 15%
5. Computational Fluid Dynamics 12%
6. Effective Temperature 13%
7. Energy Engineering 25%
8. Energy Storage 25%
9. Energy Storage Application 9%
10. Energy Storage Density 9%
11. Experimental Result 15%
12. Feasibility Study 13%
13. Heat Flux 11%
14. Heat Pipes 20%
15. Heat Storage 14%
16. Heat Transfer Enhancement for Application 10%
17. Heat Transfer Rate 10%
18. Hydrated Salt 10%
19. Influencing Factor 10%
20. Inlet Air Temperature 12%
21. Latent Heat Storage 32%
22. Low Temperature Heat 13%
23. Low-Temperature 10%
24. Melting Process 27%
25. Metal Mesh 9%
26. Natural Gas 15%
27. Numerical Model 28%
28. Numerical Study 13%
29. Organic Phase Change Material 10%
30. Outlet Air 10%
31. Phase Analysis 10%
32. Phase Change Material 100%
33. Phase Change Material 13%
34. Pressure Drop 9%
35. Renewable Energy 10%
36. Simplifies 11%
37. Solar Chimneys 40%
38. Solar Energy 14%
39. Solar Radiation 11%
40. Solidification Process 20%
41. Storage Reactor 13%
42. Systems Performance 9%
43. Thermal Comfort 10%
44. Thermal Conductivity 18%
45. Thermal Energy Storage 42%
46. Thermal Environment 16%
47. Thermal Performance 33%
48. Thermochemical Energy Storage 42%
49. Transmissions 20%
50. Trombe Wall 20%