首页> 外文会议>Annual International Waterborne, High-Solids, and Powder Coatings Symposium; 20060222-24; New Orleans,LA(US) >EXPERIMENTAL APPROACHES FROM A 'FORWARD LOOKING' LABORATORY: POLYMER AND COATINGS RESEARCH AT THE NIST COMBINATORIAL METHODS CENTER
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EXPERIMENTAL APPROACHES FROM A 'FORWARD LOOKING' LABORATORY: POLYMER AND COATINGS RESEARCH AT THE NIST COMBINATORIAL METHODS CENTER

机译:“前瞻性”实验室的实验方法:NIST组合方法中心的聚合物和涂层研究

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摘要

Combinatorial and high-throughput (C&HT) experimentation methods have vaulted beyond screening for drug discovery. Now, an array of novel C&HT approaches and technologies are making materials research more productive, more rapid, and more thorough. A vanguard in these endeavors, the NIST Combinatorial Methods Center (NCMC) specializes in the development of C&HT measurement methods for polymer research, with a focus on complex industrial products including films and coatings. This paper gives a brief overview of current research and industrial outreach activities conducted through the NCMC. Topics include gradient methods for polymer film and coating research, microfluidic technologies for the analysis of complex polymer formulations, and HT approaches for measuring adhesion and mechanical properties.
机译:组合和高通量(C&HT)实验方法已经超越了药物发现筛选的范围。现在,一系列新颖的C&HT方法和技术正在使材料研究变得更加高效,快速和全面。作为这些努力的先锋,NIST组合方法中心(NCMC)专门从事聚合物研究的C&HT测量方法的开发,重点是复杂的工业产品,包括薄膜和涂料。本文简要概述了通过NCMC进行的当前研究和工业推广活动。主题包括用于聚合物膜和涂层研究的梯度方法,用于分析复杂聚合物配方的微流技术以及用于测量附着力和机械性能的HT方法。

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