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MUSIC imaging applied to total internal reflection tomography

机译:MUSIC成像应用于全内反射层析成像

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This paper applies the multiple signal classification (MUSIC) imaging method to determine the locations of a collection of small anisotropic spherical scatterers in the framework of total internal reflection tomography. Multiple scattering between scatterers is considered, and the inverse scattering problem is nonlinear, which, however, is solved by the proposed fast analytical approach where no associated forward problem is iteratively evaluated. The paper also discusses the role of propagating and evanescent waves, the polarization of incidence waves, separation of scatterers from the surface of the substrate, and the level of noise on the resolution of imaging.
机译:本文应用多信号分类(MUSIC)成像方法确定全内反射层析成像框架中的一组小各向异性球形散射体的位置。考虑了散射体之间的多重散射,并且逆散射问题是非线性的,但是,通过提出的快速分析方法可以解决此问题,该方法没有迭代地评估任何关联的正向问题。本文还讨论了传播波和e逝波的作用,入射波的极化,散射体与基板表面的分离以及噪声水平对成像分辨率的影响。

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