Extraction of THz Absorption Signatures Obscured by Rough Surface Scattering Using Discrete Wavelet Transform

M. Ebrahimkhani, M. Arbab
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引用次数: 7

Abstract

We investigate the effects of rough surface scattering on stand-off detection of materials using THz reflection spectroscopy. We apply discrete wavelet transform (DWT) to the normalized THz spectra to retrieve material absorption signatures obscured by the scattering effects. We address the impact of the non-zero phase functions of wavelet filters on the spectral location of the extracted resonant features and offer analytical solutions for compensating these phase effects.
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基于离散小波变换的粗糙表面散射遮挡太赫兹吸收特征提取
我们利用太赫兹反射光谱研究了粗糙表面散射对材料隔离探测的影响。我们对归一化太赫兹光谱应用离散小波变换(DWT)来恢复被散射效应掩盖的材料吸收特征。我们解决了小波滤波器的非零相位函数对提取的谐振特征的频谱位置的影响,并提供了补偿这些相位效应的解析解决方案。
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