郭 聪

Engineering

1. Compressed Air Energy Storage System 100%
2. Thermal Energy Storage 73%
3. Heat Transport 66%
4. Cooling System 61%
5. Two-Phase Flow 58%
6. Boiling Heat Transfer 58%
7. Thermal Resistance 58%
8. Heat Pipes 58%
9. Low-Temperature 49%
10. Inclination Angle 45%
11. Exergy Analysis 45%
12. Shape Memory Alloy 43%
13. Experimental Result 41%
14. Experimental Investigation 38%
15. Flow Characteristics 38%
16. Heating Load 33%
17. Compressed Air Energy Storage 31%
18. Pressure Loss 29%
19. Exchanger 29%
20. Heat Source 29%
21. System Efficiency 29%
22. Pressure Drop 27%
23. Flow Pattern 27%
24. Heat Flux 26%
25. Temperature Heat Pump 24%
26. Adaptive Control 23%
27. Condenser 22%
28. Evaporator 22%
29. Energy Density 21%
30. Key Parameter 20%
31. Heat Transfer Coefficient 20%
32. Response Time 19%
33. Microtube 19%
34. Fluid Viscosity 19%
35. Battery Power 19%
36. Vortex 19%
37. Optimization Method 19%
38. Tension Surface 19%
39. Microgrooves 19%
40. Battery (Electrochemical Energy Engineering) 19%
41. Beam Power 19%
42. Void Fraction 19%
43. Electric Field 19%
44. Annular Flow 19%
45. Slug Flow 19%
46. Latent Heat 19%
47. Flow Pressure 19%
48. Theoretical Investigation 19%
49. Sensible Heat 19%
50. Mass Velocity 19%