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Anisotropic determination and correction for ultrasonic flaw detection by spectral analysis

机译:频谱分析的各向异性探伤和超声探伤的校正

摘要

The anisotropic nature of a material is determined by measuring the velocity of an ultrasonic longitudinal wave and a pair of perpendicular ultrasonic shear waves through a sample of the material each at a plurality of different angles in three planes orthogonal to each other. The determined anisotropic nature is used as a correction factor in a spectral analyzing system of flaw determination.
机译:材料的各向异性性质是通过测量超声纵波和一对垂直超声剪切波在彼此正交的三个平面中以多个不同角度穿过样品的速度来确定的。所确定的各向异性性质在缺陷确定的光谱分析系统中用作校正因子。

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