新世代光驅動電池的研究(3/3)

Engineering & Materials Science

1. Conduction bands 52%
2. Conversion efficiency 16%
3. Dihedral angle 7%
4. Dye-sensitized solar cells 22%
5. Dyes 17%
6. Electron Transport 49%
7. Electrons 8%
8. Grain boundaries 15%
9. Hysteresis 5%
10. Ligands 6%
11. Lighting 6%
12. Molecules 8%
13. Nanoparticles 18%
14. Organic semiconductor materials 25%
15. Oxides 5%
16. Passivation 18%
17. Perovskite 38%
18. Perovskite solar cells 100%
19. Photosensitizers 9%
20. Ruthenium 23%
21. Sulfamic acid 32%
22. Surface properties 15%
23. Tin 17%
24. TiO2 nanoparticles 13%
25. Transport Layer 38%

Chemical Compounds

1. 4-Methylthiazole 28%
2. Absorption Coefficient 10%
3. Chalcogen 9%
4. Chemical Passivation 15%
5. Conduction Band 33%
6. Conductivity 30%
7. Dye 25%
8. Electron Transport 29%
9. Frontier Orbital 5%
10. Grain Boundary 15%
11. Hydrophilic Surface 10%
12. Hysteresis 5%
13. Ligand 9%
14. Liquid Film 16%
15. Metal Oxide 5%
16. Nanoparticle 12%
17. Photovoltaic Effect 5%
18. Pyrrole 9%
19. Selenophene 7%
20. Semiconductor 11%
21. Sulfamic Acid 22%
22. Surface 6%
23. Thiazole 5%