In this work, based on the Lindemann's formula of melting and the pressure-dependent Grüneisen parameter, we have investigated the pressure effect on melting temperature of silver, gold and copper metals. The analytical expression of melting temperature as a function of volume compression has been derived. Our results are compared with available experimental data as well as with previous theoretical studies and the good and reasonable agreements are found. We also proposed the potential of this approach on predicting melting of copper at very high pressure
Spring, W. Bulletin de la Classe des Sciences, Academie Royale de Belgique (1904), 1903, 1066-82; Sc...
Summary. The melting curve (melting temperature versus pressure) of iron is fundamental to an unders...
Although measurements of a wide variety of physical properties have been carried out under pressure ...
For the better general understanding of melting behavior at high pressure, we investigated the influ...
For the better general understanding of melting behavior at high pressure, we investigated the influ...
444-447Melting curves representing the variations of melting temperature <i style="mso-bidi-font-st...
The relations between pair potentials and melting curves at high pressures are inves-tigated and the...
The electrical resistivity of solid and liquid Cu and Au were measured at high pressures from 6 up t...
The melting curve of ε-iron in the pressure range of 100 GPa to 300 GPa has been derived by computin...
We build the melting theory and the theory of the Debye temperature for defective and perfect cubic ...
The melting temperature of metals are studied using the statistical moment method, going the quasi-h...
Molecular dynamics simulations of the melting process of bulk copper were performed using the Large-...
International audienceThe accurate determination of melting curves for transition metals is an inten...
Measurements of the melting temperature of lead, carried out to pressures of 1 megabar (1011 pascal)...
Ab initio calculations of the melting properties of copper in the pressure range 0-100 GPa are repor...
Spring, W. Bulletin de la Classe des Sciences, Academie Royale de Belgique (1904), 1903, 1066-82; Sc...
Summary. The melting curve (melting temperature versus pressure) of iron is fundamental to an unders...
Although measurements of a wide variety of physical properties have been carried out under pressure ...
For the better general understanding of melting behavior at high pressure, we investigated the influ...
For the better general understanding of melting behavior at high pressure, we investigated the influ...
444-447Melting curves representing the variations of melting temperature <i style="mso-bidi-font-st...
The relations between pair potentials and melting curves at high pressures are inves-tigated and the...
The electrical resistivity of solid and liquid Cu and Au were measured at high pressures from 6 up t...
The melting curve of ε-iron in the pressure range of 100 GPa to 300 GPa has been derived by computin...
We build the melting theory and the theory of the Debye temperature for defective and perfect cubic ...
The melting temperature of metals are studied using the statistical moment method, going the quasi-h...
Molecular dynamics simulations of the melting process of bulk copper were performed using the Large-...
International audienceThe accurate determination of melting curves for transition metals is an inten...
Measurements of the melting temperature of lead, carried out to pressures of 1 megabar (1011 pascal)...
Ab initio calculations of the melting properties of copper in the pressure range 0-100 GPa are repor...
Spring, W. Bulletin de la Classe des Sciences, Academie Royale de Belgique (1904), 1903, 1066-82; Sc...
Summary. The melting curve (melting temperature versus pressure) of iron is fundamental to an unders...
Although measurements of a wide variety of physical properties have been carried out under pressure ...