Dr. Zengguang SUI, 隋增光

Engineering

1. Microchannel 100%
2. Pressure Drop 73%
3. Heat Pump 50%
4. Absorption Rate 49%
5. Photovoltaics 42%
6. Liquid Cooling 39%
7. Computational Fluid Dynamics 35%
8. Coefficient of Performance 35%
9. Passive Cooling 35%
10. Energy Storage 34%
11. Renewable Energy 33%
12. Heat Storage 33%
13. Multiobjective Optimization 33%
14. Heat Flux 32%
15. Absorption Refrigeration System 31%
16. Parametric Study 31%
17. Cooling System 29%
18. Pump Performance 28%
19. Geometry Optimization 28%
20. Battery Thermal Management System 28%
21. Cooling Capacity 25%
22. Energy Storage Density 23%
23. Cooling Performance 23%
24. Absorption Refrigeration 22%
25. Swirling Flow 21%
26. Battery System 21%
27. Photovoltaic Panel 21%
28. Absorption Performance 21%
29. Battery Pack 21%
30. Heat And Mass Transfer 18%
31. Electric Vehicle 18%
32. Porosity 17%
33. Evaporator 16%
34. Optimal Design 15%
35. Learning System 14%
36. Lithium Bromide 14%
37. Hygroscopic Material 14%
38. Performance Improvement 14%
39. Proton-Exchange Membrane Fuel Cells 14%
40. Membrane Contactors 14%
41. Electronics Thermal Management 14%
42. Space Cooling 14%
43. Maximum Temperature 14%
44. Comprehensive Review 14%
45. Thermochemical Energy Storage 14%
46. Renewable Energy Storage 14%
47. Carnot Battery 14%
48. Exchanger 14%
49. Maldistribution 14%
50. Flow Maldistribution 14%