photolithography


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Words related to photolithography

a planographic printing process using plates made from a photographic image

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References in periodicals archive ?
For photolithography, 435nm LEDs are also available.
Luminit's new capability in greyscale photolithography allows the creation of advanced refractive (micro lenses, prisms, Fresnels) and diffractive optics (CGH, phase plates) with feature sizes down to 1 micron.
Photolithography uses ultra-violet light to remove portions of polydimethylsiloxane (PDMS) substrate to mold it into cylindrical shapes.
Technavio's analysts forecast the global semiconductor photolithography equipment market to grow at a CAGR of 8.97% during the period 2016-2020.
The photolithography equipment market is expected to grow at a CAGR of 4.3% between 2015 and 2020.
This new method is a simplified version of multilayer photolithography used by the semiconductor industry, and it is a significantly low-cost way of creating fabrication precision using overhead transparencies, thin aluminum plates, and steel alignment pins.
The width in a sub-micron region causes difficulty and complexity in the fabrication process especially photolithography [2].
"You just take your LED as you buy it and coat a very thin overlayer using a standard photolithography process.
The company added that it patented stitching technology overcomes photolithography tool limitations to seamlessly tile 5.5-micron pixel sections into a large pixel array.
They used a photomask and ultraviolet (UV) light to "print" a pattern onto a sheet of polymers, a technique called photolithography.
The silicon elements of both valves are the result of consecutive processes of plasma etching, photolithography and deposition of silicon and aluminium oxides.
It is suited for applications requiring high-resolution position feedback for control and has been proven in applications including optics positioning in photolithography equipment, XYZ stage positioning in atomic force microscopy and spindle position in the fluid-drenched environment of bearing race precision grinding equipment.
Ten chapters are arranged in sections devoted to lithography (photolithography and next-generation lithographies); pattern transfer with subtractive techniques (dry etching, wet chemical etching and we bulk micromachining, thermal energy-based removing, and mechanical energy-based removing); pattern transfer with additive techniques (physical and chemical vapor deposition, micromolding techniques, and chemical, photochemical, electrochemical, and thermal energy-based forming techniques).
The planar technology incorporates a double-metal process that allows the cell density to be almost doubled without requiring the use of sophisticated photolithography equipment.
The authors address geometric features, photolithography, solidification processes and soft lithography, subtractive and additive processes, fugitive and sacrificial release processes, substrate bonding and fluidic interfacing, and functional domains and system integration.