Abstract
We consider electron-ion, electron-electron, electron-phonon and electron-magnon interactions in the theory of electroconductivity and thermal conductivity of transition liquid and amorphous metals. Expressions for relaxation times are decomposed into series by powers of the weak pseudopotential of the electron-ion interaction, hybridization potential and exchange interaction of the electrons of different subsystems. Other interactions in metal are taken into account in arbitrary order. The temperature dependence of the magnetic contributions to the electrical resistivity and thermal resistivity of ferromagnetic and antiferromagnetic liquids and amorphous metals is studied over a wide temperature range.
Published Version
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