A diamond-anvil cell for the study of fluid binary mixtures at high temperatures

Willem L. Vos; Fred C.J. Van Anrooij; Ton Jongeneelen; Wim J. Schuijlenburg; Jan A. Schouten

doi:10.1063/1.1142380

A diamond-anvil cell for the study of fluid binary mixtures at high temperatures

Willem L. Vos^*, Fred C.J. Van Anrooij, Ton Jongeneelen, Wim J. Schuijlenburg, Jan A. Schouten

^*Corresponding author for this work

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Abstract

In order to study phase equilibria in aqueous systems at high temperatures, a diamond-anvil cell that can be loaded with compressed-gas mixtures and a matching thermostat were developed. Care was taken to ensure a stable (0.1 K) and homogeneous (<0.5 K) temperature distribution inside the cell by using a two-stage heating system. Experiments were performed up to 50 kbar at 650 K on pure nitrogen. The observed melting line of nitrogen is in very good agreement with previous results.

Original language	English
Pages (from-to)	1844-1848
Number of pages	5
Journal	Review of scientific instruments
Volume	62
Issue number	7
DOIs	https://doi.org/10.1063/1.1142380
Publication status	Published - 1 Dec 1991
Externally published	Yes

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abstract = "In order to study phase equilibria in aqueous systems at high temperatures, a diamond-anvil cell that can be loaded with compressed-gas mixtures and a matching thermostat were developed. Care was taken to ensure a stable (0.1 K) and homogeneous (<0.5 K) temperature distribution inside the cell by using a two-stage heating system. Experiments were performed up to 50 kbar at 650 K on pure nitrogen. The observed melting line of nitrogen is in very good agreement with previous results.",

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AU - Schouten, Jan A.

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AB - In order to study phase equilibria in aqueous systems at high temperatures, a diamond-anvil cell that can be loaded with compressed-gas mixtures and a matching thermostat were developed. Care was taken to ensure a stable (0.1 K) and homogeneous (<0.5 K) temperature distribution inside the cell by using a two-stage heating system. Experiments were performed up to 50 kbar at 650 K on pure nitrogen. The observed melting line of nitrogen is in very good agreement with previous results.

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A diamond-anvil cell for the study of fluid binary mixtures at high temperatures

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