Linked from

The 18 pages that link to Silver halide, each with the reason it gives.

• Photographic filmBroader topic: Silver halide crystals are the principal light-sensitive ingredient in most black-and-white and color films.

• Photographic plateBroader topic: Silver halide crystals in the emulsion register light as a latent image.

• Photographic emulsionBroader topic: These crystals are the emulsion’s light-sensitive image-forming material.

• John HerschelRelated: These compounds underlie early photographic processes Herschel investigated.

• Latent imageRelated: Its crystals record exposure as microscopic chemical changes.

• Photographic fixerNarrower topic: Undeveloped silver halide is the material the fixer must dissolve.

• Silver chlorideNarrower topic: AgCl belongs to this light-sensitive family, whose members differ in solubility and photographic behavior.

• Black-and-white photographyRelated: In traditional black-and-white film, exposure changes silver halide crystals into a latent image.

• Photographic negativeRelated: Silver halide crystals register exposure in black-and-white and color negative film.

• Sodium thiosulfateRelated: Thiosulfate dissolves unexposed silver halide during photographic fixing.

• Silver iodideNarrower topic: AgI belongs to this family, whose members share photographic chemistry.

• DarkroomBroader topic: Silver halide crystals record exposure in film and photographic paper.

• Photographic paperBroader topic: Silver halide crystals in the paper emulsion capture light and form the latent image.

• Silver nitrateRelated: Silver nitrate supplies Ag⁺ that precipitates halide ions as photographic silver halides.

• Wet collodion processBroader topic: Silver halides in the wet coating record the image when exposed.

• Silver bromideNarrower topic: Silver bromide belongs to this family of photosensitive compounds.

• Group 11 elementBroader topic: Light-sensitive silver halides enabled traditional photographic film.

• Gabriel LippmannRelated: Lippmann’s fine-grained silver-halide emulsion preserved the microscopic interference structure.