AbstractThe in vivo spherical aberration of the lenses of 26 subjects was estimated from the measured total aberration of the eye and that predicted from the measured shape of the anterior corneal surface. Since it was only possible to estimate the aberration contribution from the posterior corneal surface, its value led to an uncertainty in the final aberration level of the lens. For all the subjects and for a wide range of possible aberration levels at the posterior corneal surface, the spherical aberration of the relaxed lens was found to be negative
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
We have modified an aberroscope technique, developed by\ud Horvland and Howland, to investigate the ...
AbstractThe in vivo spherical aberration of the lenses of 26 subjects was estimated from the measure...
The longitudinal chromatic aberration of the eye is greater than expected from reduced eye calcula...
Purpose: The spherical aberration of the human eye typically changes as a function of accommodation ...
Spherical aberration limits the ability of a human eye to form a clear image. The amount of Spherica...
AbstractThe optical properties of the crystalline lens are determined by its shape and refractive in...
intraocular lens (IOL) design have optimized the postoperative optical performance of the pseudophak...
Purpose The accommodation response to changing levels of longitudinal spherical aberration (LSA) was...
We have investigated the effects of spherical aberration (SA) on visual performance by fitting subje...
This thesis is a study on the optical properties of the human eye; specifically, optical modelling o...
Purpose: To determine the corneal surfaces and lens contributions to ocular aberrations.\ud \ud Meth...
Tesina realitzada en col.laboració amb City University London. Department of Optometry & Visual Scie...
11 pags., 8 figs.Purpose. To estimate changes in surface shape and gradient refractive index (GRIN) ...
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
We have modified an aberroscope technique, developed by\ud Horvland and Howland, to investigate the ...
AbstractThe in vivo spherical aberration of the lenses of 26 subjects was estimated from the measure...
The longitudinal chromatic aberration of the eye is greater than expected from reduced eye calcula...
Purpose: The spherical aberration of the human eye typically changes as a function of accommodation ...
Spherical aberration limits the ability of a human eye to form a clear image. The amount of Spherica...
AbstractThe optical properties of the crystalline lens are determined by its shape and refractive in...
intraocular lens (IOL) design have optimized the postoperative optical performance of the pseudophak...
Purpose The accommodation response to changing levels of longitudinal spherical aberration (LSA) was...
We have investigated the effects of spherical aberration (SA) on visual performance by fitting subje...
This thesis is a study on the optical properties of the human eye; specifically, optical modelling o...
Purpose: To determine the corneal surfaces and lens contributions to ocular aberrations.\ud \ud Meth...
Tesina realitzada en col.laboració amb City University London. Department of Optometry & Visual Scie...
11 pags., 8 figs.Purpose. To estimate changes in surface shape and gradient refractive index (GRIN) ...
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
Wave-front analysis data from the human eye are commonly presented using the aberration coefficient ...
We have modified an aberroscope technique, developed by\ud Horvland and Howland, to investigate the ...