前瞻氨SOFC全電池製備、組裝與測試及其可攜式電源概念設計(2/3)

Keyphrases

1. Anode-supported Solid Oxide Fuel Cell 100%
2. Ammonia 100%
3. Stability Test 58%
4. Electrochemical Impedance Test 50%
5. Power Performance 50%
6. Cell Power 50%
7. Anode-supported Cell 50%
8. Syngas 50%
9. Performance Stability 50%
10. Power Density 33%
11. Pressurization 20%
12. Increased Temperature 20%
13. Gas Diffusion Impedance 16%
14. Solid Oxide Fuel Cell 16%
15. YSZ Electrolyte 12%
16. Ni-YSZ Anode 12%
17. Chamber Pressure 12%
18. Temperature Control 12%
19. Ribbed Channel 12%
20. Cell Stack 12%
21. Carbon Deposition 12%
22. Current Collector 12%
23. Interconnector 12%
24. Guide Vane 12%
25. Dual-chamber 12%
26. Metallic Frame 12%
27. Pressure-temperature 12%
28. Rapid Degradation 12%
29. Test Comparison 12%
30. Channel Flow 12%
31. Stable Operation 12%
32. Flow Distributor 12%
33. Full Cell 12%
34. Power Stability 12%
35. High Temperature 12%
36. Impedance Decrease 8%
37. Ammonia Conversion 8%
38. NiO-YSZ 8%
39. Nyquist Plot 8%
40. Performance Durability 8%
41. Hybrid Power System 8%
42. Gas Conversion Impedance 8%
43. Gas Conversion 8%
44. Bode Plot 8%
45. High-temperature Solid Oxide Fuel Cell 8%
46. Operating Pressure 8%
47. Operating Temperature 8%
48. Pressure Rise 8%
49. Micro Gas Turbine 8%
50. Polarization Impedance 8%
51. System Integration 8%

Engineering

1. Solid Oxide Fuel Cell 75%
2. Stability Test 55%
3. Syngas 50%
4. Yttria-Stabilized Zirconia 35%
5. Power Density 30%
6. Electrical Impedance 25%
7. Gaseous Diffusion 20%
8. Pressurization 17%
9. Increasing Temperature 17%
10. Carbon Deposition 12%
11. Channel Flow 12%
12. Stability Increase 12%
13. Chamber Pressure 12%
14. Anodes and Cathode 12%
15. Current Collector 12%
16. Interconnector 12%
17. Cathode Side 12%
18. Guide Vane 12%
19. Anode Side 12%
20. Bode Plot 5%
21. Durability Performance 5%
22. Nyquist Plot 5%
23. Operating Pressure 5%
24. Hybrid Power 5%
25. Power Engineering 5%
26. Micro Gas Turbine 5%
27. Pressure Increase 5%
28. Operating Temperature 5%