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首页> 外文期刊>International Journal of High Speed Electronics and Systems: Devices, Integrated Circuits and Systems, Optical and Quantum Electronics >STANDOFF SENSING AND IMAGING OF EXPLOSIVE RELATED CHEMICAL AND BIO-CHEMICAL MATERIALS USING THz-TDS
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STANDOFF SENSING AND IMAGING OF EXPLOSIVE RELATED CHEMICAL AND BIO-CHEMICAL MATERIALS USING THz-TDS

机译:使用THz-TDS对爆炸性相关化学和生物化学材料的停滞传感和成像

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摘要

We report the sensing and imaging of explosive related chemical and bio-chemical materials by using terahertz time domain spectroscopy (THz-TDS) at standoff distance. The 0.82 THz absorption peak of RDX is observed at a distance up to 30 m away from the emitter and receiver. Multiple absorption features of RDX, 2,4-DNT and Glutamic Acid are identified by using a large scale 2-D imaging system. These results support the feasibility of using THz-TDS technique in remote sensing and detection of chemical materials.
机译:我们报告了通过使用太赫兹时域光谱(THz-TDS)在对峙距离处对爆炸性相关化学和生化材料的感测和成像。在距发射器和接收器最多30 m的距离处观察到RDX的0.82 THz吸收峰。 RDX,2,4-DNT和谷氨酸的多种吸收特征可通过使用大型二维成像系统来确定。这些结果支持了使用THz-TDS技术在化学材料的遥感和检测中的可行性。

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