Principles of Optics
| [0065]
[0131]
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Clinical Visual Optics
| [0065]
[0131]
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Ray-tracing trough non-spherical surfaces. Proc Physical Soc (UK)
| [0228]
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The optical design of intraocular lens implants
| [0228]
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Intraocular lens power calculation
| [0228]
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Calculation of the power of an iris clip lens for distant vision
| [0228]
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Accuracy and reproducibility of biometry using partial coherence interferometry
| [0228]
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Partial coherence interferometry: a novel approach to biometry in cataract surgery
| [0228]
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The shape of the anterior and posterior surface of the aging human cornea
| [0228]
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Radius and asphericity of the posterior corneal surface determined by corrected Scheimpflug photography
| [0228]
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Normal variations of the posterior corneal surface
| [0228]
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Influence of operator experience on the performance of ultrasound biometry compared to optical biometry before cataract surgery
| [0228]
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Calculation of the optical power of intraocular lenses
| [0228]
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Intraocular lens planning. Geometric-optical and Sanders-Retzlaff-Kraff I and II formulas
| [0228]
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In: Handbuch der physiologischen Optik
| [0228]
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In: Helmholtz's Treatise on Physiological Optics
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Pseudophakic correction factors for optical biometry
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In: Intraocular lens power calculations
| [0228]
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Comparison of immersion ultrasound biometry and partial coherence interferometry for intraocular lens calculation according to Haigis
| [0228]
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The Hoffer Q formula: a comparison of theoretic and regression formulas
| [0228]
[0228]
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Clinical results using the Holladay 2 intraocular lens power formula
| [0228]
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A three-part system for refining intraocular lens power calculations
| [0228]
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Determination of the velocity of ultrasound in the human lens and vitreous
| [0228]
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Refractive outcome of cataract surgery using partial coherence interferometry and ultrasound biometry: clinical feasibility study of a commercial prototype II
| [0228]
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On the calculation of power from curvature of the cornea
| [0228]
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Prediction of intraocular lens position after cataract extraction
| [0228]
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Theoretical approach to intraocular lens calculation using Gaussian optics
| [0228]
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Theoretical vs empirical prediction of aphakic refraction
| [0228]
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Theoretical, computer-assisted prediction versus SRK prediction of post-operative refraction after intraocular lens implantation
| [0228]
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On the Stiles-Crawford effect and ocular imagery
| [0228]
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In: Intraocular lens calculations
| [0228]
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Prediction of the effective post-operative (intraocular lens) anterior chamber depth
| [0228]
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Calculation of intraocular lens power: a review
| [0228]
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We don't need fudge factors in IOL power calculation
| [0228]
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Intraocular lens power calculation with an improved anterior chamber depth prediction algorithm
| [0228]
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Ray-tracing analysis of intraocular lens power in situ
| [0228]
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Phacoemulsification, capsulorhexis, and intraocular lens power prediction accuracy
| [0228]
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Prediction of post-operative intraocular lens chamber depth
| [0228]
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Prediction of pseudophakic anterior chamber depth with the newer IOL calculation formulas
| [0228]
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Theoretical versus SRK I and SRK II calculation of intraocular lens power
| [0228]
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Accuracy of the newer generation intraocular lens power calculation formulas in long and short eyes
| [0228]
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Calibration of axial length measurements with the Zeiss IOLMaster
| [0228]
[0228]
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Immersion A-scan compared with partial coherence interferometry: outcomes analysis
| [0228]
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A new intraocular lens calculation formula
| [0228]
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Development of the SRK/T intraocular lens implant power calculation formula
| [0228]
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Comparison of the accuracy of the Binkhorst, Colenbrander, and SRK implant power prediction formulas
| [0228]
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Comparison of the SRK II formula and other second generation formulas
| [0228]
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Comparison of the SRK/T formula and other theoretical and regression formulas
| [0228]
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The luminous efficiency of rays entering the eye pupil at different points
| [0228]
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Reproducibility of optical biometry using partial coherence interferometry : intraobserver and interobserver reliability
| [0228]
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