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Two-photon absorption for three-dimensional micro-nanofabrication and data storage

机译:三维微纳米制剂和数据存储的双光子吸收

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We report in this article use of two-photon absorption (TPA) as an effective tool for three-dimensional (3D) micro-nano fabrication. According to materials adopted, the research is classified into two categories: photopolymerizable resins for micro-nano structures and devices and photorefractive/photochromic materials for 3D data storage. In each case, fabrications were benefited from the 3D spatial resolution that is intrinsic to TPA processes.
机译:我们在本文中报告了双光子吸收(TPA)作为三维(3D)微纳米制造的有效工具。根据所采用的材料,该研究分为两类:用于微纳米结构和器件的可光聚合树脂和用于3D数据存储的光折叠/光致变色材料。在每种情况下,从基于TPA过程的3D空间分辨率都受益于​​TPA过程的3D空间分辨率。

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