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Optical coherence computed tomography

机译:光学相干计算机断层扫描

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We proposed a novel time-resolved optical tomography, optical coherence computed tomography. It married the key concepts of time-resolved diffuse optical tomography and optical coherence tomography. Both ballistic and multiple-scattered photons were measured at multiple source-detection positions by low-coherence interferometry. It measures the reemitted light with a temporal resolution of 56 femtoseconds, which is much better than the resolution of conventional time-resolved detection systems. A light-tissue interaction model was established using the time-resolved Monte Carlo method. The optical properties were then reconstructed by solving the inverse time-resolved radiative transport problem under the first Born approximation. Our initial results showed the potential of this technology to bridge the gap between diffuse optical tomography and optical coherence tomography.
机译:我们提出了一种新颖的时间分辨光学层析成像技术,即光学相干计算机层析成像技术。它结合了时间分辨漫射光学层析成像和光学相干层析成像的关键概念。通过低相干干涉测量法在多个源检测位置测量了弹道和多散射光子。它以56飞秒的时间分辨率测量重新发射的光,这比传统的时间分辨检测系统的分辨率要好得多。使用时间分辨蒙特卡洛方法建立了光组织相互作用模型。然后,通过在第一个Born近似下求解反时限的辐射传输问题来重建光学特性。我们的初步结果表明,该技术有望弥合弥散光学层析成像技术和光学相干层析成像技术之间的差距。

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