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Magnetic Resonance in Ferromagnetics
Phenomenological Theory of Ferromagnetic Reso
Line Width of Resonance Absorption
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absorption line additional absorption alternating magnetic amplitude anisotropy anisotropy constant anisotropy field antiferromagnetic broadening calculated caused Chapter components conduction electrons corresponding Craw Curie point demagnetizing determined direction discussed electromagnetic ellipsoid energy equations of motion equilibrium exchange interaction excited expression external field factor ferrite ferro ferromagnetic metals ferromagnetic resonance formula frequency conversion h.f. field inhomogeneities investigation Kittel Landau-Lifshitz lattice line width linear magnetic anisotropy magnetic field magnetic resonance magnetic sub-lattices magnetization vector magnetizing field H0 magnitude Mc/s modes non-linear non-uniform observed obtain oersted oscillations parameter phonon plane polarization precession quency relaxation processes resonance absorption resonance field resonance frequency resonance line right angles sample saturation magnetization single crystals skin effect solution specimen spectrum spin waves spin-spin relaxation spin-wave Suhl surface symmetry temperature dependence tensor theory tion transverse Turov uniform precession wave vector yttrium iron garnet z-axis