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Three-dimensional fabrication of metallic nanostructures over large areas by two-photon polymerization

机译:通过双光子聚合大面积金属纳米结构的三维制造

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摘要

An experimental protocol for the realization of three-dimensional periodic metallic micro/nanostructures over large areas is presented. Simultaneous fabrication of hundreds of three-dimensional complex polymer structures is achieved using a two-photon photopolymerization (TPP) technique combined with a microlens array. Metallization of the structures is performed through the deposition of thin and highly conductive films by electroless plating. A chemical modification of the photopolymerizable resin and the production of a hydrophobic coating on the glass surface supporting the structures are realized. This process prevents metal deposition on the substrate and restricts adhesion on polymer. Our technique can produce periodic and/or isolated metallic structures with arbitrary shape, created by more than 700 individual objects written in parallel.
机译:提出了一种在大面积上实现三维周期性金属微纳米结构的实验方案。使用双光子光聚合 (TPP) 技术结合微透镜阵列,可同时制造数百个三维复杂聚合物结构。结构的金属化是通过化学镀沉积薄膜和高导电性薄膜来实现的。实现了光聚合树脂的化学改性,并在支撑结构的玻璃表面生产疏水涂层。该工艺可防止金属沉积在基材上,并限制对聚合物的附着力。我们的技术可以产生具有任意形状的周期性和/或孤立的金属结构,这些结构由700多个并行编写的单个对象创建。

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