photolithography

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pho·to·li·thog·ra·phy

 (fō′tō-lĭ-thŏg′rə-fē)
n.
A planographic printing process using plates made according to a photographic image.

pho′to·lith′o·graph′ic (-lĭth′ə-grăf′ĭk) adj.
pho′to·lith′o·graph′i·cal·ly adv.

photolithography

(ˌfəʊtəʊlɪˈθɒɡrəfɪ)
n
1. (Printing, Lithography & Bookbinding) a lithographic printing process using photographically made plates. Often shortened to: photolitho
2. (Electronics) electronics a process used in the manufacture of semiconductor devices, thin-film circuits, optical devices, and printed circuits in which a particular pattern is transferred from a photograph onto a substrate, producing a pattern that acts as a mask during an etching or diffusion process. See also planar process
ˌphotoliˈthographer n
photolithographic adj
ˌphotoˌlithoˈgraphically adv

pho•to•li•thog•ra•phy

(ˌfoʊ toʊ lɪˈθɒg rə fi)

n.
1. the technique or art of making photolithographs.
2. a process whereby integrated and printed circuits are produced by photographing the circuit pattern on a photosensitive substrate and chemically etching away the background.
[1855–60]
pho`to•li•thog′ra•pher, n.

photolithography

the process of making lithographs produced by photoengraving. Cf. photogravure. — photolithographer, n.photolithographic, adj.
See also: Photography
the process of making lithographs produced by photoengraving. Cf. photogravure. — photolithographer, n. — photolithographic, adj.
See also: Engraving
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.photolithography - a planographic printing process using plates made from a photographic image
lithography - a method of planographic printing from a metal or stone surface
Translations

photolithography

[ˌfəʊtəʊlɪˈθɒgrəfɪ] Nfotolitografía f
References in periodicals archive ?
A fundamental step in the fabrication of any devices is the patterning of suitable polymers (called resist) through photo-lithography or electron beam lithography.
Summary: TEHRAN (FNA)- Iranian researchers from Sharif University of Technology succeeded in producing glutamate biosensor by using carbon nanotubes through photo-lithography method.
Silicon Valley Group specialises in photo-lithography, a technology for drawing lines of circuitry that largely drives the speed and storage capacity of semiconductors.