Measurements of the resistivities of liquid K-Pb, K-In, Li-Pb and Na-In alloys are presented. The resistivities of the lead alloys exhibit a sharp peak at cPb=21 at.% for Li-Pb and at cPb=49 at.% for K-Pb. This is in agreement with the transition from simple ionic behaviour in Li-Pb to poly-anion formation in K-Pb. The maximum resistivity of K-Pb distinctly exceeds the range of metallic conduction. In the indium alloys the resistivity maximum is less pronounced and the theoretical description is more complicated
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 resistivity of liquid Li-Sn and Na-Pb alloys is calculated using the theory of ‘‘2 k F ’’ scatte...
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...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions 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 ...
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...
The resistivity of liquid Li-Sn and Na-Pb alloys is calculated using the theory of ‘‘2 k F ’’ scatte...
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...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions of...
The electrical resistivities rho of liquid Na-Bi and Rb-Bi alloys have been measured as functions 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 ...
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...
The resistivity of liquid Li-Sn and Na-Pb alloys is calculated using the theory of ‘‘2 k F ’’ scatte...