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The fluid quality measurement sensor which uses the multiple mode quasi- shearing horizontal resonator, the system, and method

机译:使用多模准剪切水平谐振器的流体质量测量传感器,系统和方法

摘要

Three variables (density ( ), viscosity ( ), and modulus of elasticity (c))The system and the method of offering the information regarding two inside. One variable becoming independent, if you understand, it is possible to measure remaining two variables with the single sensor. This invention almost the shearing horizontal sonic device ( quasi- shearing horizontality ) with depends on the interaction of the fluid. Acoustic resonance state of 2 or more of the multiple mode resonator or the guided wave road or delicate difference in the interaction of guided wave mode is measured, fluid quality of desire is deduced from there. At the same time as for best execution form, on the one hand resonance mode has high-level symmetry and it is the dual mode connection resonator filter geometry where another side has high-level counter symmetry. Multiple mode quasi- shearing horizontality (MMQSH) you can obtain the resonator with the combination with the additional information of operation of multiple mode and specific ability of the horizontally polarized wave quasi- shearing horizontal sonic device which operates with fluid environment. Selective figure It is not
机译:三个变量(密度(),粘度()和弹性模量(c))提供有关两个内部的信息的系统和方法。一个变量变得独立,如果您了解的话,可以使用单个传感器测量其余两个变量。本发明几乎与剪切水平声波装置(准剪切水平度)有关,取决于流体的相互作用。测量多模谐振器或导波路中的两个或更多个的声谐振状态或导波模式的相互作用中的细微差别,由此推断出期望的流体质量。同时,对于最佳执行形式,一方面共振模式具有高水平的对称性,而双模式连接共振器滤波器的几何形状则另一侧具有高水平的反对称性。多模准剪切水平度(MMQSH)可以结合多模操作的附加信息以及在流体环境下工作的水平极化波准剪切水平声波装置的比性能获得谐振器。它不是

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