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Micro Structuring of Ceramics and Steels with Solid-State Lasers

机译:固态激光器对陶瓷和钢的微观结构

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摘要

The economical potential of micro-systems has already been shown in application fields such as electronics, telecommunication, medicine and automatic control engineering. Historically, most of these systems were developed using silicon as base material. The shaping of this material is done by lithographic and etching processes. Both, the base material and the production techniques do impose restrictions on general applications of these systems. To get a further transfer of micro-systems into all technical fields, it is necessary to explore efficient economical production techniques for a manifold of materials. For this reason, the contribution will discuss laser micro-machining of ceramics and steel with q-switched and continuously operated solid-state lasers.
机译:微系统的经济潜力已在电子,电信,医学和自动控制工程等应用领域得到了证明。从历史上看,这些系统大多数都是使用硅作为基础材料开发的。这种材料的成型是通过光刻和蚀刻工艺完成的。基础材料和生产技术都对这些系统的一般应用施加了限制。为了使微系统进一步转移到所有技术领域,有必要探索多种材料的高效经济的生产技术。因此,本文将讨论使用q开关和连续操作的固态激光器对陶瓷和钢进行激光微加工。

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