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Design and implement of water-flow calibration facilities

机译:水流量标定设备的设计与实现

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摘要

In this paper, a design of water-flow calibration facilities was proposed which was based on static mass method, static volume method and master meter method. Taking the water-flow calibration facility of Tianjin University Flow Laboratory for an example, this paper specified the experiment pipeline design, buoyancy and density correction, control system design, and other key issues. At last an uncertainty analysis of the facility was provided, and the experiment data showed the combined standard uncertainty of this facility was 0.0243% used static mass method and 0.0559% used master meter method.
机译:本文提出了一种基于静质量法,静体积法和主仪表法的水流标定设施设计方案。以天津大学流量实验室的水流量标定设备为例,阐述了实验管线的设计,浮力和密度修正,控制系统设计等关键问题。最后对设备进行了不确定度分析,实验数据表明该设备的组合标准不确定度为:静态质量法为0.0243%,主仪表法为0.0559%。

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