Fromel Michele, Li Mingxiao, Pester Christian W
Department of Chemical Engineering, The Pennsylvania State University, University Park, PA, 16802, USA.
Department of Materials Science and Engineering, The Pennsylvania State University, University Park, PA, 16802, USA.
Macromol Rapid Commun. 2020 Sep;41(18):e2000177. doi: 10.1002/marc.202000177. Epub 2020 Jul 19.
Surface-tethered macromolecules, or polymer brushes, offer a unique platform for coating surfaces for a wide variety of applications. Surface-initiated polymerization (SI-P), through which polymer brushes can be grown directly from an initiator-functionalized surface, offers a facile, highly customizable approach that is synergistic with photolithography. Using a variety of photolithography devices and SI-Ps, complex polymer brush architectures can be fabricated with great spatial and temporal control. This article not only addresses techniques, advancements, applications, and possible future directions within the field of polymer brush photolithography, but it also provides resources to assist the reader in selecting the polymerization technique and photolithography device most conducive to a given endeavor.
表面 tethered 大分子或聚合物刷为各种应用的表面涂层提供了一个独特的平台。表面引发聚合(SI-P),通过它聚合物刷可以直接从引发剂功能化表面生长,提供了一种简便、高度可定制的方法,该方法与光刻技术协同作用。使用各种光刻设备和 SI-Ps,可以在很大的空间和时间控制下制造复杂的聚合物刷结构。本文不仅讨论了聚合物刷光刻领域内的技术、进展、应用和可能的未来方向,还提供了资源,以帮助读者选择最有利于特定工作的聚合技术和光刻设备。