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Measurement of particles in oil using shear horizontal surface acoustic wave sensor

机译:使用剪切水平声表面波传感器测量油中的颗粒

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摘要

A shear horizontal surface acoustic wave (SH-SAW) device is used as a sensor for the liquid environment. As a main particle displacement of the SH-SAW is parallel in the propagation surface and perpendicular in the propagation direction, the SH-SAW does not radiate its energy into the liquid. Therefore, SH-SAW is suitable for the liquid measurement. In this paper, particles in oil are measured by using the SH-SAW. The experimental results show that the velocity and attenuation changes increase with increasing the amount of the iron particles. Whereas the velocity change obtained is qualitatively explained by the perturbation theory for the mass loading, the attenuation change cannot be explained. Therefore, it is necessary to develop the new theory for particle loading in oil environment.
机译:剪切水平面声波(SH-SAW)装置用作液体环境的传感器。由于SH-SAW的主要粒子位移在传播表面上平行,并且在传播方向上垂直,因此SH-SAW不会将其能量辐射到液体中。因此,SH-SAW适用于液体测量。在本文中,使用SH-SAW测量了油中的颗粒。实验结果表明,速度和衰减随铁颗粒数量的增加而增加。尽管质量扰动的扰动理论定性地解释了所获得的速度变化,但不能解释衰减变化。因此,有必要开发新的油环境中颗粒载荷理论。

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