[HTML][HTML] Impact of decentration and tilt on spherical, aberration correcting, and specific aspherical intraocular lenses: an optical bench analysis
AF Borkenstein, EM Borkenstein, H Luedtke… - Ophthalmic …, 2022 - karger.com
Introduction: The human eye is not optically symmetrical, and very few intraocular lens
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
[PDF][PDF] Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis
AFBEM Borkensteina, H Luedtkeb, R Schmidb - Ophthalmic Res, 2022 - d-nb.info
Introduction: The human eye is not optically symmetrical, and very few intraocular lens
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis
AF Borkenstein, EM Borkenstein… - Ophthalmic …, 2022 - pubmed.ncbi.nlm.nih.gov
Introduction The human eye is not optically symmetrical, and very few intraocular lens (IOLs)
are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis.
AF Borkenstein, EM Borkenstein… - Ophthalmic …, 2022 - search.ebscohost.com
Introduction: The human eye is not optically symmetrical, and very few intraocular lens
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis.
AF Borkenstein, EM Borkenstein, H Luedtke… - Ophthalmic …, 2022 - europepmc.org
Results Centered: The MTF (mean) at 50 lp/mm (IOL A, B, C) with 3.0-mm aperture was
0.794/0.716/0.797 (ISO-1 cornea) and 0.673/0.752/0.723 (ISO-2 cornea) and with 4.5-mm …
0.794/0.716/0.797 (ISO-1 cornea) and 0.673/0.752/0.723 (ISO-2 cornea) and with 4.5-mm …
Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis
AF Borkenstein, EM Borkenstein, H Luedtke… - Ophthalmic …, 2022 - karger.com
Introduction: The human eye is not optically symmetrical, and very few intraocular lens
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
[PDF][PDF] Impact of Decentration and Tilt on Spherical, Aberration Correcting, and Specific Aspherical Intraocular Lenses: An Optical Bench Analysis
AFBEM Borkensteina, H Luedtkeb, R Schmidb - 2022 - scholar.archive.org
Introduction: The human eye is not optically symmetrical, and very few intraocular lens
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …
(IOLs) are perfectly centered in the eye. That is why contrast sensitivity can degrade in some …