A nonlinear model for holographic recording materials is used to evaluate the signal-to-noise ratio in diffuse-object holograms. A comparison of this model with the linear model proposed by Upatnieks and Leonard [J. Opt. Soc. Am. 60, 297 (1970)] shows that our model justifies the experimental results obtained for dielectric holograms at high density before bleaching.Part of this work was supported by the Direcció General d'Ensenyaments Universitaris i Investigació de la Generalitat Valenciana, Spain (project GV-1165/93)
A statistical model is used to study the formation of noise gratings in holograms and the mechanism ...
The problems related to noise that arise during recording and reconstruction of holograms used in op...
Polarization influence on the efficiency, the signal and the noise of bleached silver halide diffuse...
A nonlinear model for holographic recording materials is used to evaluate the signal-to-noise ratio ...
Current theoretical models used in the calculation of the signal-to-noise ratio of diffuse object ho...
A new "circuit" model is developed to study non-linear effects in holography. The model links classi...
The signal-to-noise ratio (SNR) of multiplexed holograms of N object waves recorded as volume-phase ...
A method, which makes it possible to evaluate images reconstructed from holograms recorded in nonlin...
A method, which makes it possible to evaluate images reconstructed from holograms recorded in nonlin...
The efficiency of diffuse-objects holograms recorded in bleached silver halide emulsion is analyzed ...
In several important applications of holography such as optical information storage it is necessary ...
This paper deals with diffuse-object holograms recorded in silver halide sensitized gelatin. Both th...
Noise gratings in diffuse-object holograms recorded as volume phase holograms in bleached silver hal...
The influence of the beam ratio between reference and object beam intensities on the characteristics...
A novel method for the characterization of the processing of both absorption and phase holograms was...
A statistical model is used to study the formation of noise gratings in holograms and the mechanism ...
The problems related to noise that arise during recording and reconstruction of holograms used in op...
Polarization influence on the efficiency, the signal and the noise of bleached silver halide diffuse...
A nonlinear model for holographic recording materials is used to evaluate the signal-to-noise ratio ...
Current theoretical models used in the calculation of the signal-to-noise ratio of diffuse object ho...
A new "circuit" model is developed to study non-linear effects in holography. The model links classi...
The signal-to-noise ratio (SNR) of multiplexed holograms of N object waves recorded as volume-phase ...
A method, which makes it possible to evaluate images reconstructed from holograms recorded in nonlin...
A method, which makes it possible to evaluate images reconstructed from holograms recorded in nonlin...
The efficiency of diffuse-objects holograms recorded in bleached silver halide emulsion is analyzed ...
In several important applications of holography such as optical information storage it is necessary ...
This paper deals with diffuse-object holograms recorded in silver halide sensitized gelatin. Both th...
Noise gratings in diffuse-object holograms recorded as volume phase holograms in bleached silver hal...
The influence of the beam ratio between reference and object beam intensities on the characteristics...
A novel method for the characterization of the processing of both absorption and phase holograms was...
A statistical model is used to study the formation of noise gratings in holograms and the mechanism ...
The problems related to noise that arise during recording and reconstruction of holograms used in op...
Polarization influence on the efficiency, the signal and the noise of bleached silver halide diffuse...