可溶液性有機光電材料之開發

Keyphrases

1. Dye-sensitized Solar Cells 85%
2. Thiophene 71%
3. Organic Dyes 58%
4. Chromophore 57%
5. High Performance 48%
6. Organic Sensitizers 42%
7. Metal-free 42%
8. Bithiophene 42%
9. Cell-based 42%
10. Chenodeoxycholic Acid 42%
11. 2,2′-Bithiophene 35%
12. CO2 Sorbent 28%
13. Electrochemical Data 24%
14. Single Crystal 24%
15. Alkyl Chain 24%
16. Interfacial Charge Recombination 24%
17. Power Conversion Efficiency 24%
18. Alkyl 24%
19. Linker 24%
20. Structural Modification 24%
21. Organic Chromophores 24%
22. Small Molecules 21%
23. Tetrathienoacene 21%
24. Organic Optoelectronics 21%
25. Solution Process 21%
26. Organic Thin-film Transistors 16%
27. T5 Fluorescent Lamp 14%
28. Almost Flat 14%
29. Metal-free Organic Dye 14%
30. Twist Angle 14%
31. Initial Efficiency 14%
32. N719 Dye 14%
33. Solar Cell 14%
34. Extinction Coefficient 14%
35. Optical Data 14%
36. Panchromatic 10%
37. Torsional Angle 10%
38. Dye-sensitized Cells 10%
39. Open-circuit Voltage 10%
40. Short-circuit Current Density 10%
41. High Power Conversion Efficiency 10%
42. Taiwan 10%
43. Efficiency Value 10%
44. Sensitizer 10%
45. Material Development 10%
46. Fluorescent Light 10%
47. Light Harvesting 10%
48. DSSC Solar Cell 10%
49. Fill Factor 10%
50. Fused Thiophene 10%
51. VOCs 10%
52. Perovskite Solar Cells (PeSCs) 10%
53. Alkylation 10%
54. High-performance Materials 5%
55. Synthetic Routes 5%
56. Thiophene-based Polymers 5%
57. Low-cost Electronics 5%
58. Air-stable 5%
59. Perovskite Thin Film 5%
60. Sn-based Perovskite Solar Cells 5%
61. Electronic Performance 5%
62. Device Optimization 5%
63. Hole Transport Layer 5%
64. Electronic Paper 5%
65. Dithienothiophene 5%
66. Quinoidal 5%
67. P-type 5%
68. Flexible Display 5%
69. High Mobility 5%

Material Science

1. Dye-Sensitized Solar Cell 100%
2. Single Crystal 42%
3. Electronic Circuit 42%
4. Density 21%
5. Thin-Film Transistor 21%
6. Lamp 21%
7. Solar Cell 21%
8. Perovskite Solar Cell 21%
9. Organic Solar Cells 21%
10. Materials Class 14%