Fig. 1. Schematic diagram of working principle of Q-LCF in LCD

Fig. 2. Spectral comparison of normal BLU and Q-LCF BLU

Fig. 3. Schematic of position of Q-LCF in LCD module

Fig. 4. Structure diagram of typical Q-LCF

Fig. 5. Design and development process of Q-LCF matches

Fig. 6. Spectra of OC

Fig. 7. Spectra of backlight and fluorescence-emission

Fig. 8. Test results of Q-LCF under accelerated aging condition

Fig. 9. Scheme of the correlation of photophysical processes with photochemical reactions of semiconductor nanocrystals under a H₂O or/and O₂ atmosphere^［25］

Fig. 10. Scheme of CdSe@ZnSe alloyed QDs^［33］

Fig. 11. Solubility of CdSe QD-ligands^［39］

Fig. 12. Stability of siloxane-encapsulated QDs^［44］

Fig. 13. Photostabilities of（a）MAPB-QD and（b）MAPB-QDs/SiO₂ powders，and their films with different RH values under illumination with a 470 nm LED light^［45］.

Fig. 14. （a）Diagram of the integrated prism sheet on QD film with bridge patterns in a BLU system；（b）Absorption and emission spectra of QD 530 nm and QD 615 nm with an emission spectrum of blue LED^［46］.

Fig. 15. （a）Schematic of the preparation of QD/OS hybrid films；（b）Schematic illustration for the synthesis of thiol-containing polymeric OS ligands（TMP371）^［47］.