首页> 外文会议>American Chemical Society(ACS) National Meeting; 2002; Boston,MA; US >The Importance of Mesoscopic Structures in the Development of Advanced Materials
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The Importance of Mesoscopic Structures in the Development of Advanced Materials

机译:介观结构在先进材料开发中的重要性

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As part of an industrial laboratory, we face the challenge of developing advanced materials by manipulating the relation between the chemical structure and the desired performance. Many of the processes governing these relations are clearly beyond the limit of atomistic scales. They involve length and time scales from nanometers to microns and from nanoseconds to microseconds. It is then imperative to understand the basic principles that govern these mesoscopic systems. Our laboratory contributes to the innovation process via the utilization of novel technologies, including computational modeling, to control the desired material behavior. We face many challenges in the area of blends/compatibilizers, miscibility, nanocomposites, colloidal suspensions, complex fluids, and surface modification. This chapter illustrates some industrially relevant systems used in our industrial, health care, and specialty materials markets.
机译:作为工业实验室的一部分,我们通过控制化学结构与所需性能之间的关系面临开发先进材料的挑战。控制这些关系的许多过程显然超出了原子尺度的范围。它们涉及从纳米到微米以及从纳秒到微秒的长度和时间标度。因此,必须了解控制这些介观系统的基本原理。我们的实验室通过利用包括计算模型在内的新技术来控制所需的材料行为,为创新过程做出了贡献。我们在共混物/增容剂,混溶性,纳米复合材料,胶体悬浮液,复杂流体和表面改性领域面临许多挑战。本章说明了在我们的工业,保健和特种材料市场中使用的一些与工业相关的系统。

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