A thorough guide to the synthesis, properties of both lanthanide-based and triplet-triplet annihilation-based upconversion nanomaterials and their diverse applications.
Table of Contents
1. Basic in Upconversion luminescence1.1 Up-conversion
1.2 Down-conversion
1.3 Localized Surface Plasmon Resonance
1.4 Antireflection
1.5 Lanthanide Upconversion Nanomaterials
1.6 Triplet-Triplet Annihilation based Upconversion
2. Improve fluorescence efficiency and intensity
3. Dye-sensitized Upconversion
4. Synthesis of Upconversion Luminescent Nano-particles
5. Upconversion luminescence for Si-based solar cells
6. Upconversion luminescence for Dys-sensitized solar cells
7. Upconversion luminescence for Organic solar cells
8. Upconversion luminescence for Quantum dot solar cells
9. Upconversion luminescence for Perovskite solar cells
10. Upconversion luminescence for Luminescent solar concentrator
11. Upconversion luminescence for Photodetector
12. Upconversion luminescence for Photocatalysis
13. Upconversion luminescence for Lasing
14. Upconversion luminescence for Light-emitting diodes
15. Upconversion luminescence for high-resolution Bioimaging application
16. Upconversion luminescence for Photothermal therapy
17. Upconversion luminescence for Photoelectrochemical biosensor
18. Upconversion luminescence for Optical Temperature Sensing
19. Upconversion luminescence for Ions detection
20. Upconversion luminescence for Anti-counterfeiting application
21. Upconversion luminescence for Förster resonant energy transfer
22. Upconversion luminescence for Volumetric full-color display
23. Upconversion luminescence for Photonic quantum logic gates
24. Conclusion and perspectives
