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Abstract
In the framework of the linearized Boltzmann equation the transport coefficients and sum rules (Matthiessen rule, Kohler rule) are deduced. The different contributions due to various scattering processes are calculated using transport spectral functions. In the second part experimental data of the temperature dependence of electrical resistivity (ϱ), thermal conductivity (λ) as well as the thermopower (S) on selected binary compounds are presented. All these compounds possess the same crystal structure (cubic Laves phase). The influence of the interaction of the conduction electrons with phonons, spin-waves, spin-fluctuations etc. are analysed by comparing the ϱ, λ and S data of magnetic and nonmagnetic isostructural compounds in the temperature range from 4.2 up to 1000 K.
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