Sentence examples for techniques of printing from inspiring English sources
The key novelty is that semiconducting devices are processed on novel, flexible substrates (for instance, plastic foils), with large area and low-cost production techniques of printing processes using highly functional materials.
While he prides himself on his straightforward craft -- strictly hands-on and low-tech, with no digital trickery -- Mr. Sugimoto's underlying concepts are embedded in his deliberate techniques of printing, exposure and focus and are often missed by viewers.
In this way, wealthy Zen monasteries, especially those located in the Japanese capital city of Kyōto, became centres for the importation and dissemination of Chinese techniques of printing, painting, calligraphy, poetics, ceramics, and garden design the so-called Zen arts, or (in China) Song-dynasty arts.
Before publishing its first work, Morris ensured that he had mastered the techniques of printing and secured supplies of hand-made paper and vellum which would be necessary for production.
The ancient red-brick studio is often filled with a lively crowd of bohemian would-be artists, with the flamboyant Roman holding court, explaining what he calls the technique of "printing digital by hand".
Scenes of natural wonders and faraway lands -- previously seen primarily in landscape painting -- became available to increasing numbers of people with the industrialization of printing techniques.
Therefore, creating nanophotonic compositions and future simulation and study of the characteristics of printing techniques of producing printed elements and functional surfaces, including multilayer, containing these system is an actual task.
The effect of film thickness of PVP containing nano-ZnO on the intensity of luminescence of films was studied, which is important for the usage of printing techniques for application of films to surfaces.
Once a fabric has been prepared (see ), there are a variety of printing techniques and methods that can be used to achieve the desired results.
Subsequently, the applications of printing techniques for fabricating batteries, supercapacitors, fuel cells, and solar cells are discussed, followed by a perspective on the current challenges and future outlook of printing nanostructured carbon materials for these devices.
The use of printing techniques is an obvious step towards mass production of devices at a relatively low cost when compared to the use of semiconductor cleanroom techniques, which involve multiple processing steps using complex and expensive facilities.
