A model is presented in which a recorded and processed volume holographic grating and an 'effective diffraction grating.' The effective grating is determined by the grating vector after processing and has an effective thickness. This effective thickness can then be used to express the relation that exists between the components of the grating vector before and after processing. This thickness determines the direction of the reconstruction beam when Bragg's Law is complied with. Experimental results with holographic gratings are presented
When recording thick holograms, Bragg's law must be taken into account; this imposes additional limi...
The diffraction efficiencies of modified sinusoidal and blazed gratings are investigated in the high...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
A model is presented in which a recorded and processed volume holographic grating and an 'effective ...
A new model to describe the influences of chemical processing on thick holograms is presented. The m...
Experimental measurements of diffraction efficiencies for holographic transmission gratings have bee...
Holography enables us to create various optical elements, in a simply way. They can be used for any ...
The experimental results of diffraction efficiency as a function of the geometrical disposition of r...
An experimental analysis of noise gratings in holographic lenses is presented. Lenses are recorded a...
In recent years the interest in thick holographic recording materials for storage applications has i...
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 e...
The techniques for producing high quality holographic diffraction gratings are investigated. These g...
Based on the results of the coupled-wave theory the diffraction efficiency is calculated for thick p...
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 efficiencies of modified sinusoidal and blazed gratings are investigated in the high...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
A model is presented in which a recorded and processed volume holographic grating and an 'effective ...
A new model to describe the influences of chemical processing on thick holograms is presented. The m...
Experimental measurements of diffraction efficiencies for holographic transmission gratings have bee...
Holography enables us to create various optical elements, in a simply way. They can be used for any ...
The experimental results of diffraction efficiency as a function of the geometrical disposition of r...
An experimental analysis of noise gratings in holographic lenses is presented. Lenses are recorded a...
In recent years the interest in thick holographic recording materials for storage applications has i...
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 e...
The techniques for producing high quality holographic diffraction gratings are investigated. These g...
Based on the results of the coupled-wave theory the diffraction efficiency is calculated for thick p...
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 efficiencies of modified sinusoidal and blazed gratings are investigated in the high...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...