Abstract
The electrical and thermal resistivities of liquid Na and K are calculated over a range of temperature at and above the melting point using the solutions of the Boltzmann equation, the form factors constructed using the Dagens-Rasolt-Taylor (DRT) model potential, the screening function of Geldart and Taylor and the X-ray structure factors of Waseda. The ratio of the electrical and the thermal resistivities is compared with the Wiedemann-Franz law and with experiment. We show that the deviation from the Lorenz number can be explained by the inelastic part of the electron-phonon scattering and the electron-electron scattering.
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