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Laser Micro-structuring of Sapphire Wafer and Fiber

机译:蓝宝石晶片和光纤的激光微结构

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摘要

Currently, sapphire is widely used in the field of optoelectronic devices and micro-mechanical components. One of the problems in using sapphire is the difficulty in cutting and micro-structuring due to the hardness of sapphire itself. In this paper, laser micromachining characteristics of sapphire are investigated using 157nm DUV laser micro-ablation system. Under laser fluence of 3-4 J/cm2, the maximum ablation rate could reach to 400nm/s. For 3D laser ablation, it is necessary to select a proper combination of process parameters. Several 3D micro-structures are produced in sapphire wafers and sapphire fibers. As a whole, the ablation equality is good for use.
机译:目前,蓝宝石已广泛用于光电器件和微机械部件领域。使用蓝宝石的问题之一是由于蓝宝石本身的硬度而难以切割和微结构化。本文利用157nm DUV激光微烧蚀系统研究了蓝宝石的激光微加工特性。在3-4 J / cm2的激光注量下,最大烧蚀速率可以达到400nm / s。对于3D激光烧蚀,必须选择适当的工艺参数组合。在蓝宝石晶片和蓝宝石纤维中产生了几种3D微观结构。总体而言,消融均等性非常有用。

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