Kinetic Boltzmann-equation model of phonon-mediated heat flow in N/F bilayers yields electron and magnon temperatures whose difference sets the spin Seebeck voltage, with thickness and bath-temperature trends compared to experiment.
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Spin Seebeck effect and phonon energy transfer in heterostructures containing layers of a normal metal and a ferromagnetic insulator
Kinetic Boltzmann-equation model of phonon-mediated heat flow in N/F bilayers yields electron and magnon temperatures whose difference sets the spin Seebeck voltage, with thickness and bath-temperature trends compared to experiment.