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Terahertz time-domain technology for thickness determination of industrial relevant multi-layer coatings

机译:太赫兹时域技术,用于确定工业相关的多层涂层的厚度

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Nowadays, aircrafts and cars are coated with several layers of coating. Hence, demands for thickness monitoring of each individual layer within a multi-layer coating system are rising. Industrially established techniques for coating thickness control have limits when analyzing multi-layer systems. Terahertz technology using time-domain spectroscopy with a time-of-flight-measurement principle has shown a great potential to fulfill all the desired requirements. Combining different evaluation algorithms we are able to determine all layer thicknesses from 5 μm to 500 μm with an accuracy down to 1 μm within only one second. We demonstrate this ability at relevant industrial coating systems.
机译:如今,飞机和汽车上都涂有几层涂料。因此,对于多层涂层系统中的每个单独的层的厚度监测的需求正在上升。分析多层系统时,工业上公认的涂层厚度控制技术存在局限性。使用时域光谱和飞行时间测量原理的太赫兹技术已显示出满足所有所需要求的巨大潜力。结合不同的评估算法,我们能够在一秒钟之内确定从5μm到500μm的所有层厚度,精度低至1μm。我们在相关的工业涂料系统中证明了这种能力。

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