利用多通道成像技术对表面工业水检测的研究

M. Rosenberger, Alexander Wemhoff, David M. Rebhan, Paul-Gerald Dittrich, R. Illmann, G. Notni
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引用次数: 1

摘要

在各种各样的工业应用中,水检测一直是一个难题。因此,以一定程度的可靠性检测表面上的最小量是非常重要的。有几种选择,特别是在1450nm波段,但对于大多数工业应用来说,使用ingaas传感器非常昂贵。在下面的论文中,我们开始研究如何通过不同的方法实现工业应用中低至5 μ l(直径35 μ m)颗粒的含水量检测。为此,研究了从基本光谱仪、多光谱相机到高光谱相机的多光谱光学方法。此外,还建立了荧光装置并进行了评价。目的是用硅基传感器对地表水进行稳定的探测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigations on industrial water detection on surfaces using multichannel imaging techniques
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.
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