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2013•International Journal of Modern Physics Conference SeriesOpen access

EXPERIMENTAL STUDY OF VOLUME CALIBRATION OF MASS WEIGHT WITH HYDROSTATIC WEIGHING

HONG MAN HU, Jian Wang, Yue Zhang, Chang Cai, Rui Zhong, Hong Yao, Jing Ding

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Abstract

In this paper, the volumes of mass weights ranging from 500 g to 1 g are calibrated with a fused quartz solid density standard using a hydrostatic weighing device developed by Lab of Volume and Density in NIM, China. The stability of liquid temperature is discussed. And also the measurement uncertainty of the densities is evaluated based on the calibration models.

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What this paper is about

In this paper, the volumes of mass weights ranging from 500 g to 1 g are calibrated with a fused quartz solid density standard using a hydrostatic weighing device developed by Lab of Volume and Density in NIM, China. The stability of liquid temperature is discussed. And also the measurement uncertainty of the densities is evaluated based on the calibration models.

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Available abstract

In this paper, the volumes of mass weights ranging from 500 g to 1 g are calibrated with a fused quartz solid density standard using a hydrostatic weighing device developed by Lab of Volume and Density in NIM, China. The stability of liquid temperature is discussed. And also the measurement uncertainty of the densities is evaluated based on the calibration models.

Key concepts: Hydrostatic weighing, Calibration, Hydrostatic equilibrium, Volume (thermodynamics), Hydrostatic pressure, Quartz, Ranging, Materials science

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