An analytical equation of state for molten alkaline and alkaline earth metals: Prediction from critical point constants

Mousazadeh, M. H. and Mousapoor, Z. and Behnejad, H. (2008) An analytical equation of state for molten alkaline and alkaline earth metals: Prediction from critical point constants. In: 11th Iranian Physical Chemistry Seminar-July 2008, July 2008, Ardabil, Iran.

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Abstract

We developed an equation of state based on statistical–mechanical perturbation theory for alkaline and alkaline earth metals. The equation is that the Ihm, Song, and Mason, in which the three temperature dependant parameters are, calculated by means of the corresponding states correlations. In this work it is shown that using the critical constants of fluids as scale constants would correlate the temperature-dependent parameters of the equation of state with sufficient accuracy. We have tested the predicted equation of state against the experimental data for alkaline and alkaline earth metals. Results shows the present correlation is more accurate and covers a much wider range of temperatures and pressures than the previous works.

Item Type: Conference or Workshop Item (Paper)
Persian Title: An analytical equation of state for molten alkaline and alkaline earth metals: Prediction from critical point constants
Persian Abstract: -
Subjects: Divisions > Conferences > 11th Iranian Physical Chemistry Seminar- July 2008
Conferences > 11th Iranian Physical Chemistry Seminar- July 2008
Divisions: Conferences > 11th Iranian Physical Chemistry Seminar- July 2008
Subjects > Conferences > 11th Iranian Physical Chemistry Seminar- July 2008
Date Deposited: 17 Jun 2019 06:19
Last Modified: 17 Jun 2019 06:19
URI: http://repository.uma.ac.ir/id/eprint/6858

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