The resistivity of liquid Li-Sn and Na-Pb alloys is calculated using the theory of ‘‘2 k F ’’ scattering theory recently developed by Morgan et al. The partial structure factors are described by the mean-spherical approximation for a system of hard spheres with Yukawa tails. The calculated resistivity values are in very good agreement with experiment. The improvement over the widely used Faber-Ziman formalism is impressive
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
The electrical resistivity of liquid Al−Mg and Al−Cu alloys is calculated using both the Faber-Ziman...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
The electrical resistivity of liquid Al−Mg and Al−Cu alloys is calculated using both the Faber-Ziman...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity, rho, of liquid K-Sn and Cs-Sn alloys has been measured as a function of ...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
The electrical resistivity-rho of liquid K-Sn and Cs-Sn alloys has been measured as a function of co...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The re...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...
A model potential depending on an effective core radius but otherwise parameter free is used for the...