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Nano Molding Technology for Optical Storage Media with Large-area Nano-pattern

机译:具有大面积纳米图案的光学存储介质的纳米成型技术

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摘要

Nano hot or thermal embossing has many advantages of comparatively few process steps, simple operation, relatively low tooling cost and high replication accuracy for small features. However, because of its long processing time, it has been known as being less competitive than nano injection molding. In order to overcome the weakness of long processing time, the high speed nano hot embossing system has been developed and its characteristics were investigated. Nanopatterned stampers made of Ni and Si were fabricated by the laser mastering and electroforming process and the DRIE and LPCVD or thermal oxidation process respectively. In order to make the processing time shorter and get relatively higher aspect ratio nano/micro features, especially, the temperatures of the molds were controlled actively and precisely during the embossing process. Through various experiments, nano embossing parameters, such as temperature, pressure and processing time, are optimized and the high aspect ratio nano features could be obtained.
机译:纳米热压印或热压印具有以下优点:工艺步骤相对较少,操作简单,模具成本相对较低以及对于小特征的复制精度较高。但是,由于加工时间长,因此与纳米注塑成型相比,其竞争力较低。为了克服加工时间长的缺点,开发了高速纳米热压花系统,并对其性能进行了研究。由Ni和Si制成的纳米图案压模分别通过激光控制和电铸工艺以及DRIE和LPCVD或热氧化工艺制成。为了使处理时间更短并获得相对较高的长宽比的纳米/微米特征,特别是在压花过程中积极而精确地控制模具的温度。通过各种实验,优化了纳米压花参数,例如温度,压力和处理时间,并可以获得高纵横比的纳米特征。

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