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Innovative NMR Strategies for Complex Macromolecules

机译:复杂大分子的NMR创新策略

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摘要

In recent years there has been an increasing research emphasis on complex macromolecular systems. These include polymers with precise control of structures, multicomponent systems with higher degrees of organization, polymers involved in micelles, interfaces, and confined environments, nanochemistry and nanostructures, biopolymers and bio-inspired chemistry, and application-driven polymer designs, such as fuel cells, batteries, and ionic conductors; sensors and information processors; drug delivery, biomedical devices, and imaging; stimulus-responsive polymers, gels, and networks with defined function and control. Successful NMR studies of these polymers require judicious applications of existing techniques and development of new or improved strategies and methodologies. In this article the polymer/NMR literature in 2007-2011 is reviewed in view of the recent trends in polymer research, with selected examples taken from the literature and from the chapters included in this book.
机译:近年来,对复杂的大分子系统的研究越来越多。这些包括具有精确控制结构的聚合物,具有更高组织度的多组分系统,涉及胶束,界面和密闭环境的聚合物,纳米化学和纳米结构,生物聚合物和受生物启发的化学以及应用驱动的聚合物设计,例如燃料电池,电池和离子导体;传感器和信息处理器;药物输送,生物医学设备和成像;具有定义的功能和控制的刺激响应性聚合物,凝胶和网络。这些聚合物的成功NMR研究需要明智地应用现有技术,并开发新的或改进的策略和方法。本文针对聚合物研究的最新趋势,回顾了2007-2011年的聚合物/ NMR文献,并从文献和本书各章中选取了一些实例。

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