As an experiment, the microlens array has been fabricated on panchromatic silver-halide sensitized gelatin with enzyme etching. The radius of microlens and etching depths are 59.33 μm and 1.638 μm, respectively.
Most likely, this is accompanied by an increase in the content of the silver halide phase; that is, the necessary content of the photosensitive phase is provided to manifest the photochromic effect in the studied glass.
Specific Photographic and Luminescent Properties of Sulfur + Gold-Sensitized Silver Halide Emulsions
The major part of inconsistencies in the description of the mechanism of formation of nonhalide silver clusters under exposure to light is due to the lack of quantitative data on electronic-ionic processes in microdispersed silver halide systems.
Some Possibilities for the Enhancement of Light Sensitivity of Silver Halide Photographic Materials for Holographic Recording by
Image Intensification in Silver Halide Photographic Materials for Detection of High-Energy Radiation by Reprecipitation of Eleme
The study of elementary steps of the photolysis of silver halides by the method of microwave photoconductivity
Data on the radiation resistance of crystalline solids (alkali halides, silver halides, and silver azide) are summarized.
An attempt is undertaken to describe experimental data for silver halides with the aid of the model.
The problems arising in description of mass crystallization of silver halides with application of the existing theoretical models are considered.
On the basis of the results of investigation of mass-exchange processes between AgBr microcrystals in a gel medium, an improved qualitative model is proposed to describe the microcrystal growth during mass crystallization of silver halides.
The results of experiments on the nonlinear optical confinement of a pulsed 3.8-4.2 μm laser radiation in a composite comprising a silver-halide-based dielectric matrix containing dispersed silver nanoparticles are presented.
Studying fabrication errors of the diffraction grating on the end face of a silver-halide fiber
Owing to the finite density of silver-halide crystals in the emulsion, the grain-density saturates.
Investigation of precipitated colloidal particles by scanning force microscopy: silver-halide microcrystals
The information which can be gained by SFM is illustrated by the example of silver-halide microcrystals with different shapes and sizes.
A mechanism of the anti-Stokes luminescence of a dye-sensitized silver halide emulsion
This work provided a further experimental proof for the argument proposed by the present authors that Ag3S+ and the analogs are deep photoelectron traps of photosensitive silver halide emulsion during the exposure process.
Diffraction efficiencies of ～ 70% have been reported for planar gratings in silver halide emulsion.
A series of bromine-vapour bleached, planar, volume holograms were formed in silver halide emulsion.
Multiple holographic transmission gratings in silver halide emulsion