等静力实验装置的设计、开发及仪器。

S. S. Kumar, G. Prasad, J. P. Rao, V. Kumar, R. Ganesan, V. Jayaraman
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引用次数: 1

摘要

一个测量蒸汽压力的等静压实验装置已经设计、制造并投入使用。利用蒸汽压数据作为温度的函数,可以推导出合金和感兴趣的化合物的有用的热力学性质。等静压装置包括一对电炉、温度控制器、热电偶运动机构、用户界面和数据收集。四个这样的实验装置已经投入使用。该实验装置用于确定挥发性组分在冷凝相上的蒸汽压作为温度和组成的函数。利用蒸汽压数据,可以确定各种系统的热力学性质。实验设置通过Pr-Cd等压运行验证,并将结果与文献报道的数据进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design, development, and instrumentation of isopiestic experimental setup.
An isopiestic experimental facility for the measurement of vapor pressures has been designed, fabricated, and commissioned. Using the vapor pressure data as a function of temperature, useful thermodynamic properties of alloys and compounds of interest can be derived. The isopiestic facility comprises a pair of furnaces, temperature controllers, thermocouple movement mechanism, user interface, and data collection. Four such experimental setups have been commissioned. This experimental facility is useful to determine the vapor pressures of a volatile component over the condensed phases as a function of temperature and composition. Using the vapor pressure data, the thermodynamic properties of various systems can be determined. The experimental setup was validated by a Pr-Cd isopiestic run, and the results are compared with the data reported in the literature.
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