Photography silver halide-based

Coordination chemistry is important not only in conventional silver halide-based photography but also in a variety of other imaging systems. This review covers the use of coordination com-... 

We start the discussion of the group (2) of photo-de-diazoniations in imaging processes by noting that, after silver halide photography, systems based on the photolysis of diazo compounds form the second most important group of imaging processes. 

Dry-Film Resists Based on Radical Photopolymerization. Photoinitiated polymerization (PIP) is widely practiced in bulk systems, but special measures must be taken to apply the chemistry in lithographic applications. The attractive aspect of PIP is that each initiator species produced by photolysis launches a cascade of chemical events, effectively forming multiple chemical bonds for each photon absorbed. The gain that results constitutes a form of "chemical amplification" analogous to that observed in silver halide photography, and illustrates a path for achieving very high photosensitivities. 

Photography based on silver halides as the light-sensitive material depends on physical and chemical properties that, although occurring individually in other compounds, form a combination in the silver salts that makes them unique in their... 

Silver photography is based on the formation, during the exposure, of the latent image made of silver clusters distributed at the surface of each silver halide crystal embedded in the gelatine and containing from 0 to 10 atoms. 

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