hi i want this paper..to do seminor.pls
give me a page link to download this page.
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transparent electronics ieee paper
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hi i want this paper..to do seminor.pls
give me a page link to download this page.
04-04-2017, 04:19 PM
Transparent electronics is an emerging field of science and technology that focuses on producing electronic circuits and "invisible" optoelectronic devices. The application contains consumer electronics such as car windshields, transparent solar panel, transparent screen and real-time display. In conventional Si / III-V based electronics, the structure is based on the junction of semiconductors and the transistor. However, the basic building material for transparent electronic devices that is transparent and visible is a real challenge! . Therefore, to understand and implement this technology there are two scientific objectives: to have an optically transparent and electrically conductive material and to implement an invisible circuit. The development of such invisible and transparent electronic devices requires joint experience of pure and applied science, materials science, chemistry, physics and electronic science.
Researchers at Oregon State University and Hewlett Packard have reported on their first example of a whole new class of materials that could be used to make transparent transistors that are cheap, stable, and environmentally benign. This could lead to new industries and a wide range of new consumer products. Possibilities include electronic devices produced so inexpensively that they could almost be "one-shot" products, better large-area electronics such as flat-panel displays or flexible electronics that could be folded to facilitate transportation. Findings on this new class of "thin film" materials are called multi-component oxides of amorphous heavy metal cations.
This is a significant breakthrough in the emerging field of transparent electronics, experts say. The new transistors are not only transparent but work very well and could have other advantages that will help them transcend materials of carbon-based transistors such as organic and polymer, which have been the center of hundreds of millions of dollars Around the world. world. Compared with materials of organic or polymeric transistors, these new inorganic oxides have greater mobility, better chemical stability, ease of manufacture and are physically more robust. The rust-based transistors in many ways are already beyond what the organic or polymers are after many years of research, and this can blow some of them out of the water.
Researchers at Oregon State University and Hewlett Packard have reported on their first example of a whole new class of materials that could be used to make transparent transistors that are cheap, stable, and environmentally benign. This could lead to new industries and a wide range of new consumer products. Possibilities include electronic devices produced so inexpensively that they could almost be "one-shot" products, better large-area electronics such as flat-panel displays or flexible electronics that could be folded to facilitate transportation. Findings on this new class of "thin film" materials are called multi-component oxides of amorphous heavy metal cations.
This is a significant breakthrough in the emerging field of transparent electronics, experts say. The new transistors are not only transparent but work very well and could have other advantages that will help them transcend materials of carbon-based transistors such as organic and polymer, which have been the center of hundreds of millions of dollars Around the world. world. Compared with materials of organic or polymeric transistors, these new inorganic oxides have greater mobility, better chemical stability, ease of manufacture and are physically more robust. The rust-based transistors in many ways are already beyond what the organic or polymers are after many years of research, and this can blow some of them out of the water.
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