In this paper the relation between recording and reconstruction geometries for maximum diffraction efficiency in thick holographic lenses is analyzed. Theoretical expressions are presented when variations in recording material due to processing are taken into account. A particular holographic lens is studied in both theoretical as well as experiment terms, finding the optimized reconstruction geometry for maximum diffraction efficiency and the aberration that appear
A model is presented in which a recorded and processed volume holographic grating and an 'effective ...
In hologrammetry it is desirable to reconstruct the real image rather than the virtual image as the ...
In thick holographic recording materials, the interference patterns that are recorded in the bulk of...
In this paper, the relation between recording and reconstruction geometries for maximum diffraction ...
When recording thick holograms, Bragg's law must be taken into account; this imposes additional limi...
The diffraction efficiency of interferometrically formed holographic lenses is influenced by the rec...
Variations in the average refractive index and thickness of the holographic recording material are p...
The experimental results of diffraction efficiency as a function of the geometrical disposition of r...
We discuss the difficulties and propose a technique to measure the diffraction efficiency of volume ...
Research on the imaging quality of holographic optical elements (HOEs) usually includes an evaluatio...
In this article, we report the experimental values of required exposure to obtain the maximum diffra...
An experimental analysis of noise gratings in holographic lenses is presented. Lenses are recorded a...
This thesis is concerned with the production of high diffraction efficiency holographic lenses for l...
In recent years the interest in thick holographic recording materials for storage applications has i...
The wavefront quality of reconstructions from thick holographic optical elements (HOEs) is examined ...
A model is presented in which a recorded and processed volume holographic grating and an 'effective ...
In hologrammetry it is desirable to reconstruct the real image rather than the virtual image as the ...
In thick holographic recording materials, the interference patterns that are recorded in the bulk of...
In this paper, the relation between recording and reconstruction geometries for maximum diffraction ...
When recording thick holograms, Bragg's law must be taken into account; this imposes additional limi...
The diffraction efficiency of interferometrically formed holographic lenses is influenced by the rec...
Variations in the average refractive index and thickness of the holographic recording material are p...
The experimental results of diffraction efficiency as a function of the geometrical disposition of r...
We discuss the difficulties and propose a technique to measure the diffraction efficiency of volume ...
Research on the imaging quality of holographic optical elements (HOEs) usually includes an evaluatio...
In this article, we report the experimental values of required exposure to obtain the maximum diffra...
An experimental analysis of noise gratings in holographic lenses is presented. Lenses are recorded a...
This thesis is concerned with the production of high diffraction efficiency holographic lenses for l...
In recent years the interest in thick holographic recording materials for storage applications has i...
The wavefront quality of reconstructions from thick holographic optical elements (HOEs) is examined ...
A model is presented in which a recorded and processed volume holographic grating and an 'effective ...
In hologrammetry it is desirable to reconstruct the real image rather than the virtual image as the ...
In thick holographic recording materials, the interference patterns that are recorded in the bulk of...