聚合物库为研究结构与性能的关系以及更深入地了解所研究的问题提供了直接的手段。为了加快高分子新材料的制备与研究,采用组合化学、平行实验和高通量筛选技术是非常重要的。应用这些技术,可加快新材料的研发进程并建立新的结构与性能的关系。这些筛选手段结合平行制备技术可以减少实验工作量,并加速新材料的市场化进度。在此,文中讨论了聚合物库的建立方法,并选择一些有代表性的例子描述了该领域的最新进展。
Polymer libraries offer straightforward opportunities for the investigation on the relationships between the structure and theproperty,and for a more thorough understanding of certain research problems.For speeding up preparation as well as investigation polymeric materials,combinatorial techniques,parallel experimentation and high-throughput screening methods represent very promising approaches.The development and application of high-throughput screening techniques for polymer properties can accelerate the development of materials and can result in the structure property relationships.Therefore,these screening tools,together with parallel preparation techniques,will significantly save the experiment work and decrease the time to the market of new products.Here we discuss the methods of polymer library preparation and provide an update application progresses.
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