Innovnano, an expert manufacturer of high performance ceramic powder, has developed 3 mol % yttria stabilised zirconia powder (3YSZ) – an advanced technical ceramic with medical device applications.
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A recent international survey commissioned in April 2013 by P2i confirms that consumers expect high levels of everyday water protection on phones as standard.
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During Display Week 2013, Cambrios executives will deliver four presentations, each of which will detail the characteristics and benefits of Cambrios’ silver nanowire-based ClearOhm™ transparent conductive coating material.
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Research and Markets has announced the addition of the "Nanotech: Making Photovoltaics Possible" report to their offering.
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The global nanotechnology industry has been advancing at a robust rate in the recent past and it is likely to register a healthy CAGR of around 19% during 2013-2017.
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Nearly everyone is familiar with the polytetrafluoroethylene (PTFE), otherwise known as Teflon, the brand name used by the chemical company DuPont. Famous for being “non-sticky” and water repellent, PTFE is a dry lubricant used on machine components everywhere, from kitchen tools and engine cylinders to space and biomedical applications.
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Andain Inc. ("Andain" or the "Company"), a company engaged in commercializing novel technologies in biotech, medical and life sciences fields through its incubator program, today discussed and provided an update on its breakthrough, innovative peptide booster and delivery nano-particles for wrinkle treating and regenerating skin tissue collagen.
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Research and Markets has announced the addition of the "Role of Nanotechnology in the Energy Industry" report to their offering.
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Graphene has dazzled scientists, ever since its discovery more than a decade ago, with its unequalled electronic properties, its strength and its light weight. But one long-sought goal has proved elusive: how to engineer into graphene a property called a band gap, which would be necessary to use the material to make transistors and other electronic devices.
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Inspired by the structure of moth eyes, researchers at North Carolina State University have developed nanostructures that limit reflection at the interfaces where two thin films meet, suppressing the "thin-film interference" phenomenon commonly observed in nature. This can potentially improve the efficiency of thin-film solar cells and other optoelectronic devices.
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