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COMPUTATIONAL STUDY OF GRAIN SCATTERING EFFECTS IN ULTRASONIC MEASUREMENTS

机译:超声测量中谷物散射效应的计算研究

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A two-dimensional scalar model has been established to study the scattering caused by an inhomogeneous medium with granular microstructure. Time domain signals are calculated using a 64-node PC cluster. Special test problems are set up to compare the effects of single and multiple scattering and to quantify errors introduced by the Born approximation. Computed results for backscattered RMS grain noise results are compatible with recent experimental measurements.
机译:建立了二维标量模型来研究由具有颗粒状微观结构的不均匀介质引起的散射。时域信号是使用64节点PC群集计算的。设置了特殊的测试问题,以比较单次散射和多次散射的影响,并量化由Born近似引入的误差。反向散射RMS晶粒噪声结果的计算结果与最近的实验测量结果兼容。

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