Igyatjev V. K.1
1Volgograd State University, Volgograd, Russia
Email: vkignatjev@yandex.ru
It is shown that in a polycrystalline conductor with a helicity chiral structure and a strong spin-orbit interaction, the generation of a longitudinally polarized spin current and the heat flux associated with it are possible. At a given density of the charge current, the heat flux density depends on the local temperature, but not on its gradient, and is proportional to the lattice thermal conductivity coefficient. Keywords: spin caloritronics, spin thermohalvanic effects, spin-orbit interaction, spin-phonon Hamiltonian, locally quasi-equilibrium distribution, helicity chiral crystal, polycrystalline conductor.
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