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Experimental study for the creep characteristics of the quartz resonant force sensors

机译:石英谐振力传感器蠕变特性的实验研究

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This paper introduces a kind of quart resonalt force sensor of combinatory structure. Considering the problem of the creep which be found to be bigger than the other sensors of complicated structure, we have taken experimental investigation this paper to find the casue and the link of reeep. It imdicates that the features of adhesive can brign direct effect on the creep of sensors. The temperature of the glass transition becomes the most improtant feature index of the used adhesive. The adhesive must have a temperature of the glass transition much higher than itsworking temperature so as to reduce the creep error of sensors. These conclusions result in the design and development of a new adhesive which can be used in wide temperature range.
机译:介绍一种组合结构的夸脱共振力传感器。考虑到发现蠕变比其他结构复杂的传感器更大的问题,我们进行了实验研究,以找到后探的原因和联系。这表明胶粘剂的特性会直接影响传感器的蠕变。玻璃化转变温度成为所用粘合剂最重要的特征指标。粘合剂必须具有比其工作温度高得多的玻璃化转变温度,以减少传感器的蠕变误差。这些结论导致可以在宽温度范围内使用的新型粘合剂的设计和开发。

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