Multifocal refractive-diffractive optical elements, which produce arbitrary light distribution, are
widely used in lightweight and compact optical systems. However, due to the lack of …

The ophthalmic applications of a diffractive trifocal lens design with adjustable add powers
and light distribution in the foci are investigated. Axial PSFs of the trifocal lenses are …

Diffractive optical elements (DOEs), which can produce arbitrary light distribution, are widely
applied in ophthalmic lens design with spheric substrates. However, diffraction substrates …

In this paper we present a new design for diffractive multifocal intraocular lens with the
primary goal to compensate as much as possible the effect of chromatic aberration. As LCA …

Eye model is firstly used to design and assess the performance of intraocular lenses (IOLs)
with extended depth of focus (DOF), including aspherical IOL, refractive multifocal IOL and …

Multifocal diffractive optical elements (MDOEs), which produce arbitrary light distribution, are
widely used in lightweight and compact optical systems. MDOEs that are combined with …

摘要 In the process of continuous zoom optical system design, the aberration automatic
design demands prior experience, complicated algorithm and massive calculation. In order …

A chromatic corrector with two refractive–diffractive hybrid elements is designed over a
reasonable wide field-of-view of 7° to correct the chromatic aberrations of human eye. We …

Computer simulation was performed for the measurement process of the parameters of
MIOL-Akkord bifocal diffractive-refractive lenses in which the central area of the diffractive …

As the eye pupil decreases, the bifocal properties of the intraocular lens (IOL), which is an
artificial eye lens, can be violated. To avoid it, a phase shift is introduced into the structure of …