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Large-area assembly of three-dimensional nanoparticle structures via ion assisted aerosol lithography with a multi-pin spark discharge generator

机译:通过多针火花放电发生器的离子辅助气溶胶光刻技术对三维纳米粒子结构进行大面积组装

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摘要

We present an approach utilizing ion assisted aerosol lithography (IAAL) with a newly designed multi-pin spark discharge generator (SDG) for fabricating large-area three-dimensional (3D) nanoparticle-structure (NPS) arrays. The design of the multi-pin SDG allows us to uniformly construct 3D NPSs on a large area of 50 mm× 50 mm in a parallel fashion at atmospheric pressure. The ion-induced focusing capability of IAAL significantly reduces the feature size of 3D NPSs compared to that of the original pre-patterns formed on a substrate. The spatial uniformity of 3D NPSs is above 95% using the present multi-pin SDG, which is far superior to that of the previous single-pin SDG with less than 32% uniformity. The effect of size distributions of nanoparticles generated via the multi-pin SDG on the 3D NPSs also has been studied. In addition, we measured spectral reflectance for the present 3D NPSs coated with Ag, demonstrating enhanced diffuse reflectance.
机译:我们提出了一种利用离子辅助气溶胶光刻技术(IAAL)和新设计的多针火花放电发生器(SDG)来制造大面积三维(3D)纳米粒子结构(NPS)阵列的方法。多引脚SDG的设计使我们能够在大气压下以并行方式在50 mm×50 mm的大面积上均匀构造3D NPS。与在基板上形成的原始预图案相比,IAAL的离子诱导聚焦能力显着减小了3D NPS的特征尺寸。使用当前的多引脚SDG,3D NPS的空间均匀性高于95%,远远优于以前的单一引脚SDG,其均匀性低于32%。还研究了通过多针SDG生成的纳米颗粒的尺寸分布对3D NPS的影响。另外,我们测量了涂覆有银的当前3D NPS的光谱反射率,证明了增强的漫反射率。

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