杨 青青

Engineering

1. Battery (Electrochemical Energy Engineering) 100%
2. Hybrid Energy Storage System 46%
3. Electric Vehicle 41%
4. Fuel Cell Vehicle 39%
5. Superconductor 37%
6. Battery Energy Storage 36%
7. Energy Storage 32%
8. Microgrid 31%
9. Compressor 27%
10. Fuel Cell 25%
11. Magnetic Energy 25%
12. Power Management 23%
13. Magnetic Field 23%
14. Electric Lines 23%
15. Proton-Exchange Membrane Fuel Cells 20%
16. Heat Losses 20%
17. Size Optimization 20%
18. Hybrid Powertrains 18%
19. Motion Control 18%
20. Super High 18%
21. Offshore Wind Farms 16%
22. Energy Management 15%
23. Transmissions 13%
24. Battery Capacity 13%
25. Droop Speed Control 12%
26. Synchronous Machine 12%
27. Energy Storage System 12%
28. Artificial Neural Network 12%
29. Time Varying Networks 12%
30. Fuel Cell System 12%
31. Energy Conservation 11%
32. Energy Engineering 11%
33. Optimization Method 11%
34. Fuel Vehicle 11%
35. Battery Life 11%
36. Power Engineering 11%
37. Permanent Magnet Synchronous Motor 11%
38. Hydrogen Fuel Cell Vehicle 10%
39. Copper Disk 10%
40. Couplings 10%
41. Applied Field 9%
42. Response Time 9%
43. Photovoltaic Solar Panel 9%
44. Hybrid Electric Vehicle 9%
45. Polarization Curve 9%
46. Frequency Spectrum Analysis 9%
47. Power Allocation 9%
48. Fits and Tolerances 9%
49. Cogeneration Combined Cooling Heating Power 9%
50. Operating Temperature 9%