Examples of using Lithography in English and their translations into Hebrew
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Paulturner- Mitchell com/ Advertising/ Lithography.
What kind of lithography? portrait Gussejn-clicks*? show me it.
Florsheim returned to Chicago and began working in lithography.
In 1974 she joined the Burston Lithography Studio in Jerusalem.
Due to its size, the map was printed in 26 separate sections,in four colors, by lithography.
As a specific type of replicated graphics, lithography is widely used at present.
In fact, lithography is a technique based on the opposition of fat-containing substances and water.
Before you create a drawing, obtained by lithography, the following actions should be performed.
Fassberg's long career at Intel began in1983 at the Intel Electronics plant in Jerusalem, as a lithography engineer.
A technique called the thin film lithography process allowed engineers to shrink the reader and writer.
It's likely Pelant used anetching tool to simulate the break and digital lithography for the remodeling.
Extreme ultraviolet lithography(EUV) is a form of optical lithography using ultrashort wavelengths(13.5 nm).
Cutting a picture on a wooden workpiece- that's what engraving is, lithography does not require any preliminary efforts.
During his work he introduced the power of the conceptsof"Self-Assembled Monolayers" on solid surfaces and"Constructive Lithography".
In her independent work she combined the technique of lithography with other techniques such as screen printing and etching.
In the modern world, lithography is, rather, a technique for the formation on a special material of electronic circuits and images with nanometer resolution.
Meanwhile, development of the first Extreme Ultra Violet(EUV) lithography process is under way and should be done by the first half of 2019.
X-ray lithography is a modern technique in which an X-ray beam is passed through a special preform that exhibits the smallest details of the pattern on a special substrate.
In addition, Ricordi's use of new techniques such as lithography and intaglio printing, he was able to reduce costs and increase the print runs.
Projection lithography with the use of laser radiation is widely used for the development of advanced optical technology in order to improve metrological equipment with further introduction into production.
The family returned to Poland in 1946 and Opałka studied lithography at a graphics school before enrolling in the School of Art and Design in Lodz.
Optical wavelengths are much shorter than microwaves, making subwavelength optical metamaterials more difficult to realize.Microwave metamaterials can be fabricated from circuit board materials, while lithography techniques must be employed to produce PMs.
Masters who repeatedly use the method of lithography in their work, note that lithography is also a relatively cheap method of printing.
Creating these materials for visible light is still a technologicalchallenge that has traditionally been achieved by lithography, in which metallic patterns are etched onto an inert material, much like an inkjet printer.
First names in seriography, lithography and engraving are“the gold" of the best collections and a perfect gift that you can afford and few expect to receive.
The rapid increase of temperature at the location of impact can quickly melt a target material. In extreme working conditions, the rapid temperature increase can even lead to evaporation, making an electron beam an excellent tool in heating applications, suchas welding. Electron beam technology is used in cable-isolation treatment, in electron lithography of sub-micrometer and nano-dimensional images, in microelectronics for electron-beam curing of color printing[ 1] and for the fabrication and modification of polymers, including liquid-crystal films, among many other applications.
In microelectronics, they use something called lithography to do the same sort of thing, to make the transistors and integrated circuits and build up a structure several times.
Electron-beam lithography systems can be classified according to both beam shape and beam deflection strategy. Older systems used Gaussian-shaped beams and scanned these beams in a raster fashion. Newer systems use shaped beams, which may be deflected to various positions in the writing field(this is also known as vector scan).
Yu explains that he and Yan are exploring“how to use top-down lithography combined with modified bottom-up self-assembling nanostructures to guide the placement of nanostructures on silicon wafer surface.”.
Electron-beam lithography systems used in commercial applications are dedicated e-beam writing systems that are very expensive(> US$1M). For research applications, it is very common to convert an electron microscope into an electron beam lithography system using relatively low cost accessories(< US$100K). Such converted systems have produced linewidths of~20 nm since at least 1990, while current dedicated systems have produced linewidths on the order of 10 nm or smaller.
