[PDF][PDF] Equations of state Cu and Ag and revised ruby pressure scale
PI Dorogokupets, AR Oganov - 2003 - repository.geologyscience.ru
2003•repository.geologyscience.ru
[2], which is the basis for the ruby standard calibration by Mao et al.[1]. Carter et al.[2]
calculated these isotherms only on the basis of shock wave data without account for
ultrasonic measurements. Since then, the range of shock wave data on Cu and Ag has been
significantly widened. In combination with ultrasonic, X-ray, and thermochemical data, this
allows us to obtain a reliable equation of state of these metals. Therefore, the objective of
our study is to construct an equation of state of Cu and Ag using modern data and compare …
calculated these isotherms only on the basis of shock wave data without account for
ultrasonic measurements. Since then, the range of shock wave data on Cu and Ag has been
significantly widened. In combination with ultrasonic, X-ray, and thermochemical data, this
allows us to obtain a reliable equation of state of these metals. Therefore, the objective of
our study is to construct an equation of state of Cu and Ag using modern data and compare …
[2], which is the basis for the ruby standard calibration by Mao et al.[1]. Carter et al.[2] calculated these isotherms only on the basis of shock wave data without account for ultrasonic measurements. Since then, the range of shock wave data on Cu and Ag has been significantly widened. In combination with ultrasonic, X-ray, and thermochemical data, this allows us to obtain a reliable equation of state of these metals.
Therefore, the objective of our study is to construct an equation of state of Cu and Ag using modern data and compare the calculated room temperature isotherms with the data of Carter et al.[2]. After this, we shall use the data of Mao et al.[1] to calculate the volume of Cu and Ag, which would allow us to revise the ruby pressure standard.
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