Doncom Kay E B, Blackman Lewis D, Wright Daniel B, Gibson Matthew I, O'Reilly Rachel K
Department of Chemistry, University of Warwick, Coventry, CV47AL, UK.
Chem Soc Rev. 2017 Jul 17;46(14):4119-4134. doi: 10.1039/c6cs00818f.
Advanced applications of polymeric self-assembled structures require a stringent degree of control over such aspects as functionality location, morphology and size of the resulting assemblies. A loss of control in the polymeric building blocks of these assemblies can have drastic effects upon the final morphology or function of these structures. Gaining precise control over various aspects of the polymers, such as chain lengths and architecture, blocking efficiency and compositional distribution is a challenge and, hence, measuring the intrinsic mass and size dispersity within these areas is an important aspect of such control. It is of great importance that a good handle on how to improve control and accurately measure it is achieved. Additionally dispersity of the final structure can also play a large part in the suitability for a desired application. In this Tutorial Review, we aim to highlight the different aspects of dispersity that are often overlooked and the effect that a lack of control can have on both the polymer and the final assembled structure.
聚合物自组装结构的高级应用要求对所得组装体的功能位置、形态和尺寸等方面进行严格控制。这些组装体的聚合物构建块失去控制会对这些结构的最终形态或功能产生巨大影响。精确控制聚合物的各个方面,如链长和结构、封端效率和组成分布是一项挑战,因此,测量这些区域内的固有质量和尺寸分散性是这种控制的一个重要方面。掌握如何改进控制并准确测量它非常重要。此外,最终结构的分散性在其是否适合预期应用方面也起着很大作用。在本教程综述中,我们旨在强调那些经常被忽视的分散性的不同方面,以及缺乏控制对聚合物和最终组装结构可能产生的影响。