Fig 1.
Schematic drawing of the pseudophakic eye.
(See Table 1 for parameter values).
Table 1.
Structural parameters of the pseudophakic eye model.
Fig 2.
Fovea and optic disc positions on the retinal surface.
Fig 3.
Intensity distribution on the retina for variation of incident ray angle of 50° to 90°.
(A) For IOL with 6 mm optics diameter. (B) For IOL with 7 mm optics diameter.
Fig 4.
Intensity distribution on the retina for IOL with the standard edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 5.
Intensity distribution on the retina for IOL with absorbing edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 6.
Intensity distribution on the retina for IOL with fully reflecting edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 7.
Intensity distribution on the retina for IOL with anti-reflecting edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 8.
Intensity distribution on the retina for IOL with frosted edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 9.
Intensity distribution on the retina for IOL with thin edge design.
(A) For angle of incidence of 77.5° and 6 mm optics diameter. (B) For angle of incidence of 78.2° and 7 mm optics diameter.
Fig 10.
Schematic drawing of the simulated IOLs.
(A) Thick IOL with edge thickness of 0.3 mm. (B) Thin IOL with edge thickness of 0.0 mm.
Fig 11.
Intensity distribution on the retina for IOL with thin edge design.
(A) For angle of incidence of 67.4° and 6 mm optics diameter. (B) For angle of incidence of 68.8° and 7 mm optics diameter.