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How photographic film is made - material, manufacture, making, hi…
- http://www.madehow.com/Volume-2/Photographic-Film.html#:~:text=Machines%20coat%20precise%20amounts%20of%20emulsion%20in%20micro-thin,may%20be%20six%20one-hundred-thousandths%20of%20an%20inch%20thick.
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Photographic Emulsion - an overview | ScienceDirect Topics
- https://www.sciencedirect.com/topics/earth-and-planetary-sciences/photographic-emulsion
- Thickness (μm) Photographic emulsion: Absorption or phase: ∼5 × 10− 5: ∼5000 <17: Dichromated gelatin: Phase: ∼7 × 10− 2 >3000: 12: Photoresist: Phase: ∼1 × 10− 2: ∼1000 >1: Photopolymer: Phase: ∼1 × 10− 2: 3000: 3–150: Photoplastic: Phase: ∼5 × 10− 5 >4100: 1–3: Photochromic: Absorption: ∼2 >2000: 100–1000: Photorefractive: Phase: ∼3 >1000: …
Emulsion thickness - photrio.com
- https://www.photrio.com/forum/threads/emulsion-thickness.178772/print
- From a real world standpoint, 120 film is about .004" (appr. .01mm) thick, including base, any back side coatings, undercoat, AHU, emulsion, and overcoats (scratch protection etc.). I'm guessing, but the plastic base is probably at least half of that, it not three fourths, giving about .001" to .002" (.0025 to .0050 mm) to account for all the coatings on both sides of the base.
emulsion thickness differences | Photo.net Photography Forums
- https://www.photo.net/discuss/threads/emulsion-thickness-differences.174940/
- Film resolution is a function of light scattering and chemical adjacency effects. I don't have specific details on the fuji films, but a 50 speed film is likely thinner than a 100 speed film. The thinner emulsion will have less light scattering. A lower speed film might have more intergrain absorbing dyes. These dyes would also reduce light scattering.
Photographic Emulsion - an overview | ScienceDirect Topics
- https://www.sciencedirect.com/topics/materials-science/photographic-emulsion
- The resolution limit of photographic emulsion is represented by the ‘modulation transfer function (MTF)’. For an approximate MTF, the following function H ( u) is proposed. 33, 59, 100–103 (35) Here, A is a constant which may be dependent on some factors such as the kind of film, developing conditions, electron energy, exposure and so on.
? Thickness of BW Film and Paper Emulsions - Photrio.com …
- https://www.photrio.com/forum/threads/thickness-of-bw-film-and-paper-emulsions.122853/
- In this article film emulsion thickness range from 0.30 to 0.70 mils (1 mil = 0.001 = 2.54E-6m) or 7620 nm to 17780 nm. Further down into the article, there is a table showing Kodalith Ortho PB Film, Type 3 (5 mil base) as having an exposed [to generate silver density] and processed emulsion of thickness 0.23 mil ( 5842 nm ).
Photographic emulsion - slideshare.net
- https://www.slideshare.net/AdamSzewciw/photographic-emulsion
- The emulsion is commonly between ten and a hundred times thicker. 1. Developed silver grains are smaller and more uniform. 14. Fuji Nuclear Emulsion Film • The development of the scanning system requires good quality emulsion plates. • Two layers are separated by a protection coat (thickness of 1 micron).
Film Structure II – Emulsion – H. M. Lai's Film Blog
- http://blog.hmlai.com/2020/09/11/film-structure-ii-emulsion/
- After talking about the layers in a photographic film, now I am going to talk about the most important layer – emulsion. Take the example of color negative film, the emulsion consists of: Gelatin. Silver halide. Sensitizing dye. Dye coupler. Yellow filter. Orange color mask.
How photographic film is made - material, manufacture, making, …
- http://www.madehow.com/Volume-2/Photographic-Film.html
- The remaining base is a thin sheet of plastic that is of a uniform thickness measured in ten-thousandths of an inch. When it is dry, the base is removed from the wheel and wound on 54-inch (137 cm) diameter reels. Emulsion 2 Silver is the main ingredient of the emulsion.
Film Grain, Resolution and Fundamental Film Particles - CoOL
- https://cool.culturalheritage.org/videopreservation/library/film_grain_resolution_and_perception_v24.pdf
- Dye clouds range in size from 1.0 um to 6 um, and up to 10 microns across when in small clumps. There are up to 9 layers of dye clouds in modern color film (see Fig.12), thus the perception film grain is made through the thickness of the 9 dye layers of the image emulsion.
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