The Principle of Detection and Location of a Target in Layered Media Containing Solids by Snapshot TR-RTM Mixed Method

Hong-juan Yang, Jian Li, Jun Ma, Junhong Li, Wen Wang, Cheng-hao Wang
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Abstract

Layered structures are widely used, and their safety in service will be severely affected by the existence of defects. The snapshot time reversal and reverse time migration mixed method with longitudinal wave is adopted to detect and locate the target or defect in layered media containing solids. A mountain-like acoustic field distribution is constructed through the numerical simulations, and the location of the summit is that of the target, which realizes the detection and location of the target in layered media containing solids. In addition, this method can obtain a better signal-to-interference ratio by suppressing the interference of the interface reflection.
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基于快照TR-RTM混合方法的含固体层状介质中目标检测与定位原理
层状结构应用广泛,缺陷的存在将严重影响层状结构的安全使用。采用纵波的快照时间反转和逆时偏移混合方法对含固体层状介质中的目标或缺陷进行探测和定位。通过数值模拟构建了一个山形声场分布,峰顶位置为目标位置,实现了含固体层状介质中目标的探测与定位。此外,该方法通过抑制界面反射的干扰,可以获得较好的信噪比。
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