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Nuclear Studies in Ferromagnetic Insulators
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A. M. Portis absorption agreement with experiment alloys angular momentum anisotropy antiferromagnetic antiferromagnetic materials arises atom cobalt component of spin computed coupling dipolar field discussed domain wall energy enhancement exchange interaction expect FeF2 ferromagnetic field Hx free induction decay hyperfine field II-l impurity interactions between spins ions isotropic Jaccarino Keffer lattice line width longitudinal relaxation magnetic field magnetic materials magnon Mc/sec metals MnF2 Moriya msec Neel Temperature nickel nuclear magnetization nuclear relaxation nuclear resonance nuclear spins nuclei observed obtain order of magnitude paramagnetic perturbation theory Phys Physica power levels proton proton resonance R. G. Shulman relaxation rate resonance frequency resonance line resonance studies rf field sample satellite lines saw in Lecture shift shown in Fig signal spin echo spin excitation spin wave spin wave spectrum spin-spin static field structure sublattice suggests temperature dependence tion transition transverse relaxation variation Weger yttrium iron garnet