新世代光驅動元件之關鍵組成的開發(2/3)

Keyphrases

1. ZnO Electron Transporting Layer 50%
2. Al Doping 50%
3. High Efficiency 50%
4. Planar Perovskite Solar Cells 50%
5. Surface Engineering 50%
6. Perovskite Solar Cells (PeSCs) 50%
7. Synergistic Effect 50%
8. Inverted Perovskite Solar Cells 50%
9. H2O Effect 50%
10. Cell-based 46%
11. MAPbI3 43%
12. Al-doped ZnO 40%
13. Perovskite Grain 33%
14. Perovskite Film 33%
15. High Power Conversion Efficiency 26%
16. High Voc 20%
17. Electron Transport Layer 20%
18. Perovskite Crystallization 16%
19. Grain Size 16%
20. CH3NH3PbI3 Perovskite 16%
21. Film Thickness 16%
22. Inert Atmosphere 16%
23. Thick Film 16%
24. Vapor Treatment 16%
25. Synergistic Approach 16%
26. Lateral Size 16%
27. Microcrystalline 16%
28. Heating Process 16%
29. Slowing down 16%
30. Cell Module 16%
31. Ambient Atmosphere 16%
32. Lead Iodide 16%
33. Mini-modules 16%
34. Crystallization Kinetics 16%
35. SEM Images 16%
36. Perovskite Absorbers 16%
37. Ni-P 16%
38. Current Hysteresis 16%
39. Two-step Spin-coating Method 16%
40. High FF 10%
41. Broadband Matching 10%
42. Planer 10%
43. Fully Covered 10%
44. Perovskite 10%
45. Highly Conducting 10%
46. High Transparency 10%
47. Proton 10%
48. Physicochemical Properties 10%
49. Al-doped ZnO Films 10%
50. ITO Substrate 10%
51. Sputtering Method 10%
52. Photovoltaic Performance 10%
53. Electron Transport Material 10%
54. High Conductivity 10%

Material Science

1. Perovskite Solar Cell 100%
2. Film 57%
3. ZnO 50%
4. Surface Engineering 50%
5. Thick Films 16%
6. Grain Size 16%
7. Scanning Electron Microscopy 16%
8. Film Thickness 16%
9. Spin Coating 16%
10. Indium Tin Oxide 7%