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Determination of Porosity Using a Water Pycnometer with Capacitive Level Detection

机译:使用带电容液位检测的比重瓶测定孔隙度

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In response to a need for a more accurate porosity measuring method for small solid samples (approximately 1 g in mass), the porosity measurement sensor using the sensitive capacitive-dependent crystal was developed. This paper describes the new sensor. Presented are the probe sensitivity and frequency dependence on the volume. In addition, thenew idea of excitation of the entire sensor with stochastic test signals is described, and the porosity measuring method is presented. This method includes the influence of test signals on the weighting function uncertainty. The experimental results of the porosity determination in volcanic rock samples are presented. The uncertainty of the porosity measurement is less than 0.1% in the temperature range 10–30℃.
机译:响应对小型固体样品(质量约1 g)的更精确孔隙率测量方法的需求,开发了使用敏感的电容相关晶体的孔隙率测量传感器。本文介绍了新的传感器。提出了探头灵敏度和频率对体积的依赖性。此外,描述了用随机测试信号激励整个传感器的新思路,并提出了孔隙率测量方法。该方法包括测试信号对加权函数不确定性的影响。给出了火山岩样品孔隙度测定的实验结果。在10–30℃的温度范围内,孔隙度测量的不确定度小于0.1%。

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