Orbital currents in transition metals decay within a few atomic layers after injection and partially convert to spin currents with spin-orbit coupling, differing from spin current behavior.
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In LAFO films the spin diffusion length of electrically generated low-k magnons stays nearly constant with temperature while that of thermally generated high-k magnons decreases, indicating magnon-phonon scattering for the latter and impurity relaxational scattering for the former.
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Injection of orbital angular momentum into transition metals from first-principles
Orbital currents in transition metals decay within a few atomic layers after injection and partially convert to spin currents with spin-orbit coupling, differing from spin current behavior.
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Understanding Damping Mechanisms via Spin Diffusion Length in Low-damping Li$_{0.5}$Al$_{1.0}$Fe$_{1.5}$O$_4$ Spinel Ferrite Thin Films
In LAFO films the spin diffusion length of electrically generated low-k magnons stays nearly constant with temperature while that of thermally generated high-k magnons decreases, indicating magnon-phonon scattering for the latter and impurity relaxational scattering for the former.