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Investigations on industrial water detection on surfaces using multichannel imaging techniques

机译:采用多通道成像技术对表面的工业用水检测研究

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Water detection is a constant problem in a huge variety of industrial applications. Therefore it is very important to detect smallest amounts on surfaces with a certain degree of reliability. There are several options especially in the 1450nm band, but for the most industrial applications the use of InGaAs-Sensors is very expensive. In the following paper we started investigations to realize the detection of water content down to 5μl (Diameter 35μm) particles with different approaches for industrial applications. For that reason a multispectral optical approach beginning with a basic spectrometer setup, multispectral camera up to a hyperspectral setup was investigated. Furthermore a fluorescence setup was developed and evaluated. The aim is a stable detection of the surface water with silicon based sensors.
机译:水检测是各种工业应用中的恒定问题。 因此,在具有一定程度的可靠性上检测到表面上最小的量非常重要。 特别是在1450nm频段中有几种选择,但对于最具工业应用,使用InGaAs传感器非常昂贵。 在下文中,我们开始研究,以实现具有不同工业应用方法的含水量下降至5μL(直径35μm)颗粒的含水量。 因此,研究了以基本光谱仪安装开头的多光谱光学方法,研究了多光谱相机,高光谱设置。 此外,开发和评估荧光设置。 目的是用基于硅的传感器稳定地检测。

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