van Mechelen J L M, Kuzmenko A B, Merbold H
Opt Lett. 2014 Jul 1;39(13):3853-6. doi: 10.1364/OL.39.003853.
We propose a novel terahertz material analysis approach that provides highly accurate material parameters and can be used for industrial quality control. The method treats the inspected material within its environment locally as a stratified system and describes the light-matter interaction of each layer in a realistic way. The approach is illustrated in the time-domain and frequency-domain for two potential fields of implementation of terahertz technology: quality control of (coated) paper sheets and car paint multilayers, both measured in humid air.
我们提出了一种新颖的太赫兹材料分析方法，该方法能提供高度精确的材料参数，可用于工业质量控制。该方法将被检测材料在其所处环境中局部视为分层系统，并以实际方式描述每层的光与物质相互作用。该方法在时域和频域中针对太赫兹技术的两个潜在应用领域进行了说明：（涂层）纸张和汽车漆多层结构的质量控制，两者均在潮湿空气中进行测量。
