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Monday, 11 January 2010 13:09 |
Located near Dayton in Cedarville, Ohio, Applied Sciences, Incorporated (ASI) is of one of those companies that is in the background of many other products marketed by many other companies. ASI specializes in developing materials that possess exceptionally high electrical and thermal conductivity, and mechanical properties. Along the combat route in pursuit of novel and improved materials, ASI has done work in synthesis of vapor-grown carbon fibers (VGCF), carbon nanofibers (CNF), diamond thin films and various composite materials reinforced with VGCF or CNF. |
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Tuesday, 05 January 2010 21:51 |
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Any plastics company that still has their doors open today can count their blessings and pat themselves on the back. Clearly, those who are still standing are doing a lot of things right. But if the past few challenging years have taught us anything, it’s that it’s never safe to settle. Continuous improvement and innovation must be an ongoing quest.
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Monday, 04 January 2010 12:47 |
“Advanced polymers, carbon materials, nanocomposites and composites, and advanced composites are the four advanced materials research thrusts at the University of Dayton Research Institute (UDRI),’ said Brian Rice, Division Head for Multi-Scale Composites and Polymers at UDRI. With the majority of its industrial clients in the aerospace market sector, URDI provides capabilities ranging from bench-level chemistry to fabrication and characterization of components. “We are a vertically integrated organization that can take an idea from conception to completion,” Rice added. |
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Monday, 04 January 2010 12:55 |
Dr. Miko Cakmak is doing at least five things at once. And that’s not counting his position as Harold A. Morton Chair and Distinguished Professor of Polymer Engineering at the University of Akron (UA) or his post as director of the UA site for the Center for Multifunctional Nanomaterials and Devices, (CMPND). As part of his $8M Research Commercialization Program (RCP) grant through the Ohio Third Frontier (OTF) program, Cakmak is working to advance five supply chains based on five targeted “thrust areas,” which, in turn, are all centered on polyimide thin films. As part of the grant, university researchers and industrial companies are working together to commercialize products including optical films for liquid crystal displays (LCD), high-strength films for the High Altitude airship, high-performance composites to replace jet engine parts and thermal management films for dissipating heat from electronic devices, including plasma and LCD television sets. All five thrusts are making substantial progress, and as Cakmak puts it, “are kicking out lots of innovative technologies.” |
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Monday, 04 January 2010 12:34 |
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