In this work, we propose and analyze a novel kind of binary Fresnel zone plate with single focus. It consists of a Fresnel zone plate whose zones have rough edges. We give analytical results for the intensity along the optical axis and demonstrate that lateral roughness of the zones produces the disappearance of secondary foci as a blurring of the edges. Besides, we corroborate its behavior by numerical simulations and experiments. This kind of Fresnel zone plate can be useful in a wide range of photonic applications, even for focusing with soft and hard X-rays or extreme ultraviolet radiation
[EN] In this work, we analyze the effect of the distribution of transparent Fresnel regions over the...
Fresnel zone plates consisting of multiple concentric rings have been realized by tailoring amplitud...
The construction of fractal generalized zone plates (FraGZPs) from a set of periodic diffractive opt...
We analyze the optical behavior of square Fresnel zones plates. A theoretical analysis and numerical...
We analyze the focusing properties of Fresnel zone plates fabricated over steel tapes using laser ab...
Esta es una versión preprint. Received 4 February 2009, Revised 14 May 2009, Accepted 21 May 2009, A...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
The standard zone plate assumes that the shortest ray connecting a radiation source and a detection ...
Polygonal Fresnel zone plates with a low number of sides have deserved attention in micro and nanopt...
Fresnel Zone Plate Lenses (FZPLs) are transparent-opaque lenses that filter the desirable phase. The...
A detailed description of the design procedure of fractal zone plates (FZPs), i.e., zone plates with...
Binary Fresnel zone plates (ZP) are one of the most frequently used focusing elements of inplane opt...
Fresnel lens has a long history in optics. This concept at non-optical wavelengths is also applicabl...
[EN] In this work, we analyze the effect of the distribution of transparent Fresnel regions over the...
Fresnel zone plates consisting of multiple concentric rings have been realized by tailoring amplitud...
The construction of fractal generalized zone plates (FraGZPs) from a set of periodic diffractive opt...
We analyze the optical behavior of square Fresnel zones plates. A theoretical analysis and numerical...
We analyze the focusing properties of Fresnel zone plates fabricated over steel tapes using laser ab...
Esta es una versión preprint. Received 4 February 2009, Revised 14 May 2009, Accepted 21 May 2009, A...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
A Sector-based Fresnel zone plate consists of a binary diffractive lens composed of a mosaic of sect...
The standard zone plate assumes that the shortest ray connecting a radiation source and a detection ...
Polygonal Fresnel zone plates with a low number of sides have deserved attention in micro and nanopt...
Fresnel Zone Plate Lenses (FZPLs) are transparent-opaque lenses that filter the desirable phase. The...
A detailed description of the design procedure of fractal zone plates (FZPs), i.e., zone plates with...
Binary Fresnel zone plates (ZP) are one of the most frequently used focusing elements of inplane opt...
Fresnel lens has a long history in optics. This concept at non-optical wavelengths is also applicabl...
[EN] In this work, we analyze the effect of the distribution of transparent Fresnel regions over the...
Fresnel zone plates consisting of multiple concentric rings have been realized by tailoring amplitud...
The construction of fractal generalized zone plates (FraGZPs) from a set of periodic diffractive opt...