新世代光驅動電池模組研究中心

Keyphrases

1. Dye-sensitized Solar Cells 100%
2. High Efficiency 53%
3. Power Conversion Efficiency 33%
4. Rutile 29%
5. Perovskite Solar Cells (PeSCs) 27%
6. Polyaniline (PANi) 25%
7. Cell-based 23%
8. Photovoltaic Performance 21%
9. Sensitizer 20%
10. Ruthenium Sensitizer 19%
11. Solar Cell 18%
12. Aniline 17%
13. Perovskite 14%
14. PEDOT 14%
15. Conversion Efficiency 12%
16. Inverted Perovskite Solar Cells 12%
17. Conductive Polyaniline 12%
18. Electrolyte 12%
19. Conducting Polymer 12%
20. Perovskite Film 11%
21. Light Harvesting 11%
22. Ruthenium Dye 11%
23. Counter Electrode 11%
24. Flexible Dye-sensitized Solar Cells 10%
25. Hole Transport Material 9%
26. TiO2 Nanoparticles 9%
27. Alkyl 9%
28. Room Temperature 8%
29. Carbazole 8%
30. Highly Stable 8%
31. Ancillary Ligand 8%
32. High Performance 8%
33. Ruthenium 8%
34. Solar Cell Applications 8%
35. In Situ 8%
36. Thiophene 8%
37. Active Layer 8%
38. Electron Transport Layer 7%
39. Heteroleptic 7%
40. Poly(3-hexylthiophene) (P3HT) 7%
41. Ruthenium Complexes 7%
42. Low Temperature 7%
43. Bithiophene 7%
44. Planar Perovskite Solar Cells 7%
45. Antenna 7%
46. Dithiophene 6%
47. Ambient Atmosphere 6%
48. Hole Transport Layer 6%
49. Dye Molecules 6%
50. Stable Perovskite Solar Cells 6%
51. FeOCl 6%
52. MAPbI3 6%
53. TiO2 Film 6%
54. Electrochemical Properties 6%
55. Ti Foil 6%
56. Vanadium Pentoxide 6%
57. Short-circuit Current Density 6%
58. Pyrrole 6%
59. Fill Factor 5%
60. Poly(3-alkylthiophene) 5%
61. Unsymmetrical Squaraines 5%
62. Polyaniline Film 5%
63. Perovskite Solar Modules 5%
64. Current Hysteresis 5%
65. MCM-41 5%
66. Gel Polymer Electrolyte 5%
67. Highly Conducting 5%
68. Copolymer 5%
69. High Power Conversion Efficiency 5%
70. Small Molecules 5%
71. Blend Film 5%
72. Dye-sensitized 5%
73. Photosensitizer 5%
74. Perovskite Absorbers 5%
75. Octyl 5%
76. TiO2 Electrode 5%

Material Science

1. Dye-Sensitized Solar Cell 93%
2. Film 72%
3. Titanium Dioxide 47%
4. Perovskite Solar Cell 44%
5. Ruthenium 34%
6. Polyaniline 34%
7. Solar Cell 31%
8. Photovoltaic Performance 24%
9. Electronic Circuit 19%
10. Thin Films 19%
11. Polymerization 18%
12. Surface (Surface Science) 18%
13. Density 18%
14. Photovoltaics 17%
15. Nanoparticle 15%
16. Organic Solar Cells 9%
17. Indium Tin Oxide 8%
18. Conducting Polymer 8%
19. Nanocomposite 8%
20. Electron Transfer 8%
21. Electrochromics 8%
22. Nanotube 7%
23. Film Thickness 7%
24. Composite Material 7%
25. Titanium Oxide 7%
26. ZnO 7%
27. Electrochemical Property 6%
28. Spin Coating 6%
29. Electrical Conductivity 6%
30. X-Ray Diffraction 6%
31. Heterojunction 6%
32. Antenna 6%
33. Metal Oxide 6%
34. Polymer Electrolyte 5%
35. Polypyrrole 5%
36. Copolymer 5%
37. Photosensitizer 5%
38. Photoluminescence 5%
39. Differential Scanning Calorimetry 5%
40. Anode 5%