Academia.eduAcademia.edu

Figure 8 – uploaded by Hongbo Zhang

See full PDFdownloadDownload figure
Fig. 8. Portion hologram and printed hologram. (a) Portion of hologram; (b) Printed hologram on photoresist plate

Figure 8 Portion hologram and printed hologram. (a) Portion of hologram; (b) Printed hologram on photoresist plate

Related Figures (11)

Fig. 1. The reconstruction of synthetic hologram and parallax decomposition. (a) Reconstruction of synthetic hologram; (b) Parallax decomposition hologram is printed out by a self-made holographic printer [10,18] anc reconstructed with white LED by back illumination.
Fig. 1. The reconstruction of synthetic hologram and parallax decomposition. (a) Reconstruction of synthetic hologram; (b) Parallax decomposition hologram is printed out by a self-made holographic printer [10,18] anc reconstructed with white LED by back illumination.
Fig. 2. The diagram of parallax angle decomposition in x direction.
Fig. 2. The diagram of parallax angle decomposition in x direction.
Fig. 3. The diagram of hologram 3D projection in the frequency domain.
Fig. 3. The diagram of hologram 3D projection in the frequency domain.
Fig. 4. The design of parallax angle. (a) Parallax angle in the x direction; (b) Parallax angle in the y direction. Fig. 5. The frequency mosaic of the projected images.
Fig. 4. The design of parallax angle. (a) Parallax angle in the x direction; (b) Parallax angle in the y direction. Fig. 5. The frequency mosaic of the projected images.
Fig. 6. The diagram of projected image calculation.
Fig. 6. The diagram of projected image calculation.
Fig. 7. The diagram of experimental system setup.
Fig. 7. The diagram of experimental system setup.
Fig. 9. The optical reconstruction of hologram with white LED as back illumination.
Fig. 9. The optical reconstruction of hologram with white LED as back illumination.
Fig. 10. Perspective view of a 3D model and optical reconstructions. (a) One view of a 3D model; (b)-(d) Optically reconstructed images
Fig. 10. Perspective view of a 3D model and optical reconstructions. (a) One view of a 3D model; (b)-(d) Optically reconstructed images
Fig. 11. The relationship of light direction error and parallax angle.
Fig. 11. The relationship of light direction error and parallax angle.
Fig. 12. The diagram of image point size calculation (a) The pixel size of reconstructed image point; (b) The relationship between pixel size and distance between image point and holographic plane.
Fig. 12. The diagram of image point size calculation (a) The pixel size of reconstructed image point; (b) The relationship between pixel size and distance between image point and holographic plane.
Related topics:
Digital HolographyComputer Generated Holograms3D ImagingHolographic Display
580 California St., Suite 400
San Francisco, CA, 94104
© 2025 Academia. All rights reserved