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Time depending techniques for volume and discrete boundarysurface scatterometry and part II of a lost chapter inLambert's Photometria on multiple reflection

机译:体积和离散边界散射的时间依赖技术 r n表面散射法和多次反射中兰伯特光度法中丢失章节的第二部分

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摘要

The use of ultra short range Lidar techniques for measuring volume scatter behaviour of semi-transparent materials is investigated. Modern integrated circuits allow the design of low cost solutions for short to ultra short range Lidar applications such as combined multi GHz interferometry and FMCW in power domain. Besides typical in-door applications such as range finders, refined an explicitly tuned configurations can serve as volume scatterometers as well. First system concepts and designs based on off the shelf components are presented. Further, as an appendix for the interested reader, we continue to publish the translation of a chapter on multiple reflections in dioptric systems from Lambert's Photometria.
机译:研究了使用超短距离激光雷达技术测量半透明材料的体积散射行为。现代集成电路允许针对短至超短距离激光雷达应用设计低成本解决方案,例如功率域中的组合多GHz干涉测量和FMCW。除了典型的室内应用(例如测距仪)以外,经过精确调整的配置也可以用作体积散射仪。首先介绍了基于现成组件的系统概念和设计。此外,作为有兴趣的读者的附录,我们将继续出版兰伯特的《光度学》中有关屈光系统中多重反射的一章的翻译。

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