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Online multi-elemental analysis using laser-induced breakdown spectrometry (LIBS) – research fields, industrial applications and future perspectives (402)

机译:在线多元素分析使用激光诱导的击穿光谱法(LIBS) - 研究领域,工业应用和未来观点(402)

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Extended knowledge of the interaction mechanisms between pulsed laser radiation and matter as well as methodological and technological progress achieved over the last years have opened new R&D fields and industrial applications for laser-induced breakdown spectrometry (LIBS). This paper gives an overview of current LIBS R&D activities focused on industrial applications ranging from quality assurance and process control tasks in steel industry, via speciation analysis by combination of chromatographic separation techniques with LIBS to the fast identification of scrap pieces for material specific recycling in high-throughput sorting lines. The dual use of laser radiation as a contactless processing tool and an analyzing tool to determine the chemical composition of samples without the need of any mechanical or chemical preparation is a promising perspective for LIBS to simplify and to shorten existing process chains.
机译:脉冲激光辐射与物质之间相互作用机制的扩展知识以及在过去几年中实现的方法论和技术进步已经开启了激光诱导击穿光谱(LIBS)的新研发领域和工业应用。本文概述了目前的LIBS研发活动,专注于工业应用,从钢铁工业中的质量保证和过程控制任务范围,通过色谱分离技术与Libs的组合分析,以便快速识别用于材料特异性回收的废料。 - 滴水排序线。激光辐射作为非接触式加工工具的双重用途和分析工具,以确定样品的化学成分,而不需要任何机械或化学制剂是对LIBS简化和缩短现有过程链的有望的透视。

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