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Acoustic measurements: increasing the accuracy of measurements of air flow velocity with an acoustic anemometer

机译:声学测量:使用声学风速计提高空气流速的测量精度

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摘要

The physical principles of the operation of an acoustic anemometer are considered. an improved model of the anemometer channel, which takes into account the thickness of the waveguide-air duct walls is described. The results of a calculation of the reflection coefficient of the open end of a waveguide with rectangular flanges for one of the normal modes when there is an air flow are presented. The acoustic pressure field on the wall of the anemometer channel is calculated and the effect of the wall thickness on the choice of the optimum acoustic anemometer parameter is estimated.
机译:考虑了声学风速计操作的物理原理。描述了风速计通道的改进模型,该模型考虑了波导空气导管壁的厚度。给出了当空气流动时,对于一种正常模式,具有矩形凸缘的波导的开口端的反射系数的计算结果。计算风速计通道壁上的声压场,并估算壁厚对最佳声速计参数选择的影响。

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