确保乌克兰高压气体流量测量的计量可追溯性

M. Rozhnov, Dmytro Melnyk, O. Levbarg, Serhiy Kavalerov
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引用次数: 0

摘要

描述的是 PVTt 一级测量标准,用于校准喉管直径从 2 毫米到 8 毫米的一级标准临界流量喷嘴,流量范围从 100 立方米/小时到 1800 立方米/小时。考虑了工作标准临界流量喷嘴校准的手段和方法。介绍了气体流量测量的计量溯源链。在计量溯源链中,一级标准是一级标准临界流量喷嘴,其计量特性是通过使用一级测量系统和一级测量程序进行校准确定的。二级标准是工作标准关键流量喷嘴,其计量特性是通过与一级标准喷嘴进行比较而确定的。计量溯源链具有分支结构,因为测量模型包括各种物理量:压力、温度、体积、时间和气体特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ensuring metrological traceability of the gas flow measurements at high pressure in Ukraine
Described is the PVTt primary measurement standard used to calibrate primary standard critical flow nozzles with throat diameters from 2 mm to 8 mm over a flow rate range of 100 m3/h up to 1800 m3/h. Means and methods of the working standard critical flow nozzles calibration are considered. The metrological traceability chain for the gas flow measurements is presented. In the metrological traceability chain, the primary standards are the primary standard critical flow nozzles, the metrological characteristics of which are established through calibration using the primary measuring system and the primary measurement procedure. The secondary standards are working standard critical flow nozzles, the metrological characteristics of which are established by comparing them with primary standard nozzles. The metrological traceability chain has a branched structure, as the measurement model includes various physical quantities: pressure, temperature, volume, time, and gas properties.
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