Multispectral THz-VIS passive imaging system for hidden threats visualization

M. Kowalski, N. Pałka, M. Szustakowski
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Abstract

Terahertz imaging, is the latest entry into the crowded field of imaging technologies. Many applications are emerging for the relatively new technology. THz radiation penetrates deep into nonpolar and nonmetallic materials such as paper, plastic, clothes, wood, and ceramics that are usually opaque at optical wavelengths. The T-rays have large potential in the field of hidden objects detection because it is not harmful to humans. The main difficulty in the THz imaging systems is low image quality thus it is justified to combine THz images with the high-resolution images from a visible camera. An imaging system is usually composed of various subsystems. Many of the imaging systems use imaging devices working in various spectral ranges. Our goal is to build a system harmless to humans for screening and detection of hidden objects using a THz and VIS cameras.
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用于隐藏威胁可视化的多光谱太赫兹-可视被动成像系统
太赫兹成像是进入拥挤的成像技术领域的最新产品。这项相对较新的技术正在出现许多应用。太赫兹辐射深入到非极性和非金属材料中,如纸、塑料、衣服、木材和陶瓷,这些材料通常在光学波长上是不透明的。由于t射线对人体无害,因此在隐藏物探测领域具有很大的潜力。太赫兹成像系统的主要困难是图像质量低,因此将太赫兹图像与可见光相机的高分辨率图像相结合是合理的。成像系统通常由不同的子系统组成。许多成像系统使用在不同光谱范围内工作的成像设备。我们的目标是建立一个对人类无害的系统,用于使用太赫兹和VIS相机筛选和检测隐藏物体。
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