Comments on the thermoelectric power of intermetallic rare-earth compounds with well localized 4f shells

Szukiel, A.E.

doi:10.1016/j.jmmm.2015.12.075

Journal of Magnetism and Magnetic Materials

2016

DOI: 10.1016/j.jmmm.2015.12.075

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Comments on the thermoelectric power of intermetallic rare-earth compounds with well localized 4f shells

A.E. Szukiel

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2020

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Influence of electron–phonon interaction and crystal field on thermal and electrical resistivity in rare earth intermetallics

2020

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The thermal and electrical resistivity of f-electron cubic intermetallic metals with well localized and stable stable f-shells are calculated as functions of the temperature. The interaction of the conduction electron with both acoustic and optical phonons as well as the exchange s–f interaction with the crystal field presence are taken into account by applying the Matthiessen rule on the microscopic level and simple well-founded models of the scattering with the same mathematical method within the Boltzmann equation approach. Derived analytical formulas are successfully used to model existing measurements of temperature dependence of electric and thermal conductivity for DyIn3 and TmIn3 in the paramagnetic phase. Attention was drawn to the possible indeterminacy of some material constants in the absence of indications from sources other than transport measurements, noticeable in our results for TmIn3. Graphical abstract

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Influence of electron–phonon interaction and crystal field on thermal and electrical resistivity in rare earth intermetallics

2020

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Comments on the thermoelectric power of intermetallic rare-earth compounds with well localized 4f shells

Cited by 1 publication

References 18 publications

Influence of electron–phonon interaction and crystal field on thermal and electrical resistivity in rare earth intermetallics

Influence of electron–phonon interaction and crystal field on thermal and electrical resistivity in rare earth intermetallics

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