The use of a rehalogenating bleach without fixing to produce photographic phase holograms has the advantage that emulsion shrinkage is minimized. Experimental results are presented which show that the diffraction efficiency obtained with such bleaches varies considerably with the spacing of the hologram fringes. These results throw additional light on the mode of operation of rehalogenating bleaches and lead to an estimate of the diffusion length of the silver ion in the bleach bath
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Bleaching is one of the most widely used techniques in the production of phase holograms of high qua...
The use of a rehalogenating bleach without fixing to produce photographic phase holograms has been a...
Bleached holograms are one of the most interesting techniques used to produce phase holograms of hig...
Photographic emulsions are still widely used in the recording of phase holograms. Several techniques...
It is shown that the diffraction efficiency of bleached photographic holograms depends very much on ...
The use of bleaching techniques is perhaps one of the most popular methods of creating phase hologra...
We present an available and low cost technique for the production of binary-phase diffractive optica...
Rehalogenating bleaches produce a phase hologram by material transfer from the exposed areas to neig...
The mechanism for hologram formation by fixation-free rehalogenating bleaching has been treated by s...
Fixation-free rehalogenating bleaching is an interesting process for the production of phase hologra...
Fixation-free rehalogenating bleaching is an interesting process for the production of phase hologra...
Fixation-free rehalogenating bleaching is an interesting for the production of phase holograms. The ...
Bleached holograms are one of the most interesting techniques used to produce phase holograms of hig...
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Bleaching is one of the most widely used techniques in the production of phase holograms of high qua...
The use of a rehalogenating bleach without fixing to produce photographic phase holograms has been a...
Bleached holograms are one of the most interesting techniques used to produce phase holograms of hig...
Photographic emulsions are still widely used in the recording of phase holograms. Several techniques...
It is shown that the diffraction efficiency of bleached photographic holograms depends very much on ...
The use of bleaching techniques is perhaps one of the most popular methods of creating phase hologra...
We present an available and low cost technique for the production of binary-phase diffractive optica...
Rehalogenating bleaches produce a phase hologram by material transfer from the exposed areas to neig...
The mechanism for hologram formation by fixation-free rehalogenating bleaching has been treated by s...
Fixation-free rehalogenating bleaching is an interesting process for the production of phase hologra...
Fixation-free rehalogenating bleaching is an interesting process for the production of phase hologra...
Fixation-free rehalogenating bleaching is an interesting for the production of phase holograms. The ...
Bleached holograms are one of the most interesting techniques used to produce phase holograms of hig...
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Photographic phase holograms processed with a conventional bleach after fixing usually have higher d...
Bleaching is one of the most widely used techniques in the production of phase holograms of high qua...