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12-03 :: March/April 2012
nanotimes
Companies Facts
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Within seconds, NanoFocus´ non-contact measurement systems deliver precise 3D data of technical surfaces in the micro and nanometer ranges. To always provide the best solutions to our customers, we internally design, develop and produce hardware and soft- ware for more than 15 years.
Now, NanoFocus goes inline too – same NanoFocus precision with over 1 million measure- ments per second to satisfy a broad range of industrial applications.
ver, obtaining good InGaN channel HEMT materials is challenging since InGaN layers can become very rough during growth. Using proprietary metal-organic chemical vapor deposition (MOCVD) growth pro- cesses, Kopin scientists demonstrated a record high electron mobility of 1290 cm2
/V·s and record low
sheet resistance of 240 ohms/square (~30% lower than the previous best published result) for device structures employing an InGaN channel.
O. Laboutin, Y. Cao, W. Johnson, R. Wang, G. Li, D. Jena, and H. Xing: InGaN channel high electron mobility tran- sistor structures grown by metal organic chemical vapor deposition, In: Applied Physics Letters, Vol. 100(2012), Issue 12, March 19, 2012, Article 121909 [3 pages], DOI:10.1063/1.3697415: http://dx.doi.org/10.1063/1.3697415
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anda Corporation announced the unveiling of Nanography™, a new digital printing category.
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The Landa Nanographic Printing™ process is a game-changing technology for mainstream commer- cial, packaging and publishing markets. At drupa 2012, the Company will unveil its new line-up of Nanographic sheetfed and web presses. At the heart of the Nanographic Printing process is Landa Na- noInk™. Comprised of pigment particles only tens of nanometres in size, these nano-pigments are extre- mely powerful absorbers of light and enable unpre- cedented image qualities. Landa Nanographic Prin- ting is characterized by ultra-sharp dots of extremely high uniformity, high gloss fidelity and the broadest CMYK colour gamut of any printing process.
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