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High-resolution thermoacoustic tomography of biological tissue

机译:生物组织的高分辨率热声学层析术

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摘要

A study of pulsed-microwave-induced thermoacoustic tomography in biological tissues is presented. A backprojection algorithm based on rigorous theory is used to reconstruct the cross-sectional image from the thermoacoustic measurement in a circular configuration that encloses the sample under study. The results demonstrate the possibility of application in detecting small tumors buried in biological tissues using microwave absorption contrast and ultrasound spatial resolution. Finally, the method is compared with laser-induced thermoacoustic tomography.
机译:提出了对生物组织中脉冲微波诱导的热声学层析成像的研究。基于严格理论的反扩展算法用于重建从热声测量的圆形配置中的横截面图像,该圆形构型在研究中包围样品。结果表明,使用微波吸收对比和超声空间分辨率检测埋在生物组织中的小肿瘤的可能性。最后,将该方法与激光诱导的热声学断层扫描进行比较。

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