A method for designing double aspheric lenses enabling minimal Fresnel losses in the class of stigmatic lenses is considered. Minimization of the Fresnel losses is provided by ensuring equal ray-deviation angles on both aspheric surfaces of the lens. The design of the lens is reduced to the integration of an explicit ordinary differential equation. Simple analytical approximations for the lens profiles are also presented
In this paper we present a method for designing a double freeformlens that includes the effect of Fr...
A new improved deflection system free from aberrations constructing of stigmator, double electric de...
The design of plane Fresnel zone plates, and binary-staircase kinoforms, has been analyzed in this p...
During the design of nonimaging Fresnel lenses, the reflectance losses at the refracting surfaces sh...
We present an inverse method for optical design that compensates local Fresnel reflections. We elabo...
We present two techniques to improve as-built miniature lenses that are defined with high-order asph...
The aim of the study is to develop a process chain and realize prototype lenses of non-symmetrical a...
QC 351 A7 no. 69The history of modern wide -field, high-speed catadioptric lenses is reviewed. One s...
The use of surfaces other than spheres in optical systems has become increasingly practical due to a...
The chromatic aberration of a single lens could be used to advantage sometimes as in a focal isolati...
A theoretical approach for reducing multiple monochromatic aberrations using a flat metalens doublet...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
This paper discusses the efficiency of Fresnel lenses with respect to optical (reflection and transm...
In coherent optical matched filtering and correlation, the Fourier transform properties of lenses ar...
Most work in the field of freeform lens design has been focused on finding design algorithms for con...
In this paper we present a method for designing a double freeformlens that includes the effect of Fr...
A new improved deflection system free from aberrations constructing of stigmator, double electric de...
The design of plane Fresnel zone plates, and binary-staircase kinoforms, has been analyzed in this p...
During the design of nonimaging Fresnel lenses, the reflectance losses at the refracting surfaces sh...
We present an inverse method for optical design that compensates local Fresnel reflections. We elabo...
We present two techniques to improve as-built miniature lenses that are defined with high-order asph...
The aim of the study is to develop a process chain and realize prototype lenses of non-symmetrical a...
QC 351 A7 no. 69The history of modern wide -field, high-speed catadioptric lenses is reviewed. One s...
The use of surfaces other than spheres in optical systems has become increasingly practical due to a...
The chromatic aberration of a single lens could be used to advantage sometimes as in a focal isolati...
A theoretical approach for reducing multiple monochromatic aberrations using a flat metalens doublet...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
This paper discusses the efficiency of Fresnel lenses with respect to optical (reflection and transm...
In coherent optical matched filtering and correlation, the Fourier transform properties of lenses ar...
Most work in the field of freeform lens design has been focused on finding design algorithms for con...
In this paper we present a method for designing a double freeformlens that includes the effect of Fr...
A new improved deflection system free from aberrations constructing of stigmator, double electric de...
The design of plane Fresnel zone plates, and binary-staircase kinoforms, has been analyzed in this p...