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首页> 美国政府科技报告 >NCMC (NIST Combinatorial Methods Center) Workshop Report NCMC-9: Combinatorial Methods for Nanostructured Materials. Held in Gaithersburg, MD. on April 24-25, 2006
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NCMC (NIST Combinatorial Methods Center) Workshop Report NCMC-9: Combinatorial Methods for Nanostructured Materials. Held in Gaithersburg, MD. on April 24-25, 2006

机译：NCmC研讨会报告（NIsT组合方法中心）NCmC-9：纳米结构材料的组合方法。在马里兰州盖瑟斯堡举行。2006年4月24日至25日

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Traditionally, industrial producers of semiconductors, microelectronics, catalysts, and biotechnology have been considered the commercial stakeholders of nanotechnology and nanostructured materials. However, recent years have seen a new focus on nanostructured materials by industries involved in a growing set of commercial goods, including personal care products and cosmetics, advanced coatings and paints, automotive components, structural plastics, and adhesives. A part of this new focus might be considered a redefinition of terms, driven by an exciting, well publicized technological theme. Nevertheless, the fact is that the materials and chemical industries are striving to incorporate nanostructured materials into more of their products, and this is because nanostructured components promise (and sometimes realize) radically improved properties and performance. In this respect, an explicit connection of this expanded set of goods with nanotechnology is essential, since it provides the appropriate conceptual, scientific, and metrology frameworks for the design, characterization, and manufacture of these innovative products. NCMC-9: Combinatorial Methods for Nanostructured Materials was a forum to examine the application and development of nanostructured materials by industry, with a focus on polymeric products, such as films, coatings and paints, adhesives, and personal care products. NCMC-9 had two main goals: 1. To examine key measurement needs in industrial development and application of nanostructured polymer materials; and 2. To arrive at priorities for the development of combinatorial and high-throughput measurement methods for nanostructured polymer materials.

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