Title of article
Molecular Dynamics Calculation of Critical Point of Nickel
Author/Authors
Changrui Cheng and Xianfan Xu ، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2007
Pages
11
From page
9
To page
19
Abstract
The critical point of nickel and the phase diagram near the critical point are
numerically evaluated using molecular dynamics (MD) computations. Thermodynamic
states on the phase diagram are calculated for a homogeneous
material at equilibrium states. Isothermal lines on p–v diagrams are constructed
at temperatures below and above the critical temperature, and the
liquid-gas coexistence lines and regimes are obtained. The critical point of
nickel is obtained as Tc=9460±20 K, ρc=2560±100 kg·m−3, and pc=1.08±
0.01GPa. The method used in this work can be used to estimate thermodynamic
properties of other materials at high temperature/pressure
Keywords
critical point , Equation of state , Molecular dynamics , phasediagram.
Journal title
International Journal of Thermophysics
Serial Year
2007
Journal title
International Journal of Thermophysics
Record number
427426
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