Spin-orbit coupling in Fe-based superconductors of the
spin-rotational invariance in the
spin-liquid phase can occur due to
spin-orbit coupling. We study
Spin-orbit coupling in Fe-based superconductors of the
spin-rotational invariance in the
spin-liquid phase can occur due to
spin-orbit coupling. We study
Spin relaxation times of donor centers associated with lithium in monoisotopic 28Si-Orbach process, with the parameters of the
spin-orbit coupling ~ 1·10-6 meV compare to Orbach process for Li
Spin relaxation times of donor centers associated with lithium in monoisotopic 28Si-Orbach process, with the parameters of the
spin-orbit coupling ~ 1·10-6 meV compare to Orbach process for Li
Electronic theory for the magnetic anisotropy in Sr2RuO 4 that because of
spin-orbit coupling the out-of-plane component of the
spin susceptibility χzz(q, ω) becomes two