Fig. 1. Flow chart of light source incident to quantum dot film

Fig. 2. Diagram of light transmission process in quantum dot materials

Fig. 3. Scattering properties of quantum dots

Fig. 4. Excitation spectrum. (a) Excitation spectrum of red quantum dots; (b) excitation spectrum of green quantum dots; (c) excitation spectrum of blue quantum dots

Fig. 5. Emission spectrum. (a) Emission spectrum of red quantum dots; (b) emission spectrum of green quantum dots; (c) emission spectrum of blue quantum dots

Fig. 6. Diagram of quantum dot parameter setting

Fig. 7. Spectrum of excitation source. (a) Blue light; (b) UV light

Fig. 8. Diagram of light source parameter setting

Fig. 9. Diagram of separation of monomer quantum dot model

Fig. 10. Results for the red quantum dot thin film detector. (a) True color image of red quantum dots excited by ultraviolet light; (b) true color image of red quantum dots excited by blue light; (c) detector spectrum

Fig. 11. Results for the green quantum dot thin film detector. (a) True color image of green quantum dots excited by ultraviolet light; (b) true color image of green quantum dots excited by blue light; (c) detector spectrum

Fig. 12. Results for the blue quantum dot thin film detector. (a) True color image of blue quantum dots excited by ultraviolet light; (b) true color image of blue quantum dots excited by blue light; (c) detector spectrum

Fig. 13. Color gamut of different light sources

Fig. 14. Detector receiving spectrum. (a) Spectral curves corresponding to red quantum dots; (b) spectral curves corresponding to green quantum dots; (c) spectral curves corresponding to blue quantum dots

Fig. 15. Ultraviolet region of the receiving spectrum. (a) Spectral curves corresponding to red quantum dots; (b) spectral curves corresponding to green quantum dots; (c) spectral curves corresponding to blue quantum dots

Fig. 16. Illuminance map of the detector when the light source changes from 0° to 90°. (a) Illuminance distribution of detector corresponding to red quantum dot film; (b) illuminance distribution of detector corresponding to green quantum dot film; (c) illuminance distribution of detector corresponding to blue quantum dot film

Fig. 17. Schematic diagram of quantum dot film array model. (a) Array without microstructure; (b) array with microstructure; (c) array arranged in a striped pattern

Fig. 18. True color image of array without microstructures. (a) Red quantum dots; (b) green quantum dots; (c) blue quantum dots

Fig. 19. Illuminance map of array without microstructures. (a) Red quantum dots; (b) green quantum dots; (c) blue quantum dots

Fig. 20. True color image of array with microstructures. (a) Red quantum dots; (b) green quantum dots; (c) blue quantum dots

Fig. 21. Illuminance map of array with microstructures. (a) Red quantum dots; (b) green quantum dots; (c) blue quantum dots

Fig. 22. Light distribution of quantum dots arrays. (a) Without microstructure; (b) with microstructure