周期结构纳米压印模板的制备

Quan Liu, Jianhong Wu, Yu Cheng
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引用次数: 0

摘要

采用全息光刻-离子束刻蚀技术制备具有周期结构的纳米压印模板。通过优化全息光刻工艺和选择合适的离子束刻蚀参数,实现了对轮廓高长宽比的精确控制。该方法有两个主要的挑战步骤:1)制作光阻膜的全息曝光和显影;2)离子束蚀刻将光阻膜转移到熔融二氧化硅上。实验表明,将离子束刻蚀的标题旋转与活性离子束刻蚀相结合,可以实现对高纵横比结构的精确控制。制备了两种类型的纳米压印模板:周期为250nm,凹槽深度为380nm;周期为600nm,槽深为1400nm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fabrication of the nanoimprint template with periodic structures
The holographic lithography - ion beam etching is adopted to fabricate the nanoimprint template with periodic structures. The accurate control of the high aspect ratio of the profile is achieved by the optimization of the holographic lithography and the choice of the appropriate parameters of ion beam etching. There are two major challenging steps of this method: 1) the holographic exposure and development in the fabrication of the photoresist mask and 2) the ion beam etching to transfer the photoresist mask to the fused silica. The experiment indicates that titled rotation of the ion beam etching combined with reactive ion beam etching can achieve the accurate control of the high aspect ratio structure. Two types of nanoimprint template have been fabricated: the period of 250nm and the groove depth of 380nm; the period of 600nm and groove depth of 1400nm, respectively.
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