邓 钧君

Engineering

1. Electric Vehicle 100%
2. Wireless Power Transfer 76%
3. Zero Voltage Switching 46%
4. Battery (Electrochemical Energy Engineering) 34%
5. Inductive Power Transfer 33%
6. Couplings 30%
7. Control Strategy 26%
8. Output Power 23%
9. Battery Charger 19%
10. Phase Shift 19%
11. Design Method 18%
12. Soft-Switching 18%
13. Harmonics 17%
14. Plug-in Hybrid Electric Vehicle 16%
15. Primary Side 15%
16. Peak Efficiency 13%
17. Output Voltage 12%
18. Lithium-Ion Batteries 12%
19. Secondary Side 12%
20. Coupling Effect 11%
21. Data Transfer 10%
22. Compensation Network 10%
23. Current Output 10%
24. Operation Mode 9%
25. Power Distribution 9%
26. Switching Loss 8%
27. Power Source 8%
28. Finite Element Method 8%
29. Electric Power Factor Correction 8%
30. Plug-in Electric Vehicle 7%
31. Capacitive 7%
32. Constant Voltage 7%
33. Control Cycle 7%
34. Modulation Scheme 7%
35. Fault Diagnosis 7%
36. System Output 7%
37. Predictive Control Model 7%
38. Switching Frequency 7%
39. Integration Method 7%
40. Range Operation 6%
41. Parameter Design 6%
42. Load Voltage 6%
43. Multiobjective Optimization 6%
44. Experimental Result 6%
45. System Efficiency 6%
46. Optimization Method 6%
47. Motor Drive 6%
48. Closed Form 6%
49. Energy Storage System 6%
50. Power Fluctuation 6%