photolithographer

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photolithography
fotolitografi
photolithography
(isim) fotolitografi
İngilizce - İngilizce
A person who practices photolithography
One who practices, or one who employs, photolithography
photolithography
An optical exposure process used in the manufacture of integrated circuits
photolithography
The photographic process used to transfer circuit patterns onto a semiconductor wafer This is done by projecting light through a patterned reticle, onto a silicon wafer covered with a photosensitive material (photoresist) A reticle is a glass plate with a layer of chrome on one side back to top
photolithography
Lithographic techniques involving light as the pattern transfer medium See lithography
photolithography
Carving through the use of light Typically, a photosensitive surface (a photoresist) is selectively exposed to light using a template The exposed areas are subsequently etched (chemically carved)
photolithography
In MEMS fabrication, the process used to transfer an image to a semiconductor wafer or other substrate Typical steps include photoresist coating, exposure, photoresist development, and baking
photolithography
The art or process of producing photolithographs
photolithography
A form of lithography in which light-sensitive plates or stones are exposed to a photographic image, usually by means of a halftone screen
photolithography
– A planographic printing process using plates made according to a photographic image
photolithography
Lithography from plates prepared by photographic means (Q V )
photolithography
a planographic printing process using plates made from a photographic image
photolithography
A lithographic procedure in which printing plates are made using a photographic process
photolithography
science of replicating complex circuitry onto the surface of a specimen
photolithography
{i} production of lithographs through photoengraving
photolithography
The process used to make computer chips today Photolithography uses a beam of light to etch the geometric patterns that will become circuits onto a chip The circuit pattern is used on a master called a mask, and is then transferred to the chips during the production process Here's where nanoelectronics comes in: Many experts think photolithography will be unable to keep up with the ever-decreasing dimensions of chip features It's possible that an alternative to photolithography will be based on nanotechnology Three competing technologies, X-ray lithograpy; e-beam lithography; nano-imprint lithography will allow the creation of patterns down to 100 nm
photolithographer