Ferrites; a Review of Materials and Applications |
Common terms and phrases
anisotropy field applied field barium hexaferrite bubble domains ceramic classes of ferrites cobalt coercivities composition Curie temperature cylindrical magnetic domains density devices dielectric dielectric loss disaccommodation domain walls eddy current eddy current loss effect electronic Fe2+ ferrimagnetic ferrimagnetic resonance Ferrite core ferrite materials flux garnets give grain high permeability hysteresis loss inductor inductor core ferrites initial permeability iron K₁ Kittel resonance linewidth loop magnetic domains magnetic field magnetic loss magnetic material magnetic moment magnetized ferrite magneto-elastic magnetocrystalline anisotropy magnetostatic magnetostatic wave magnetostriction manganese-zinc ferrite microstructure microwave microwave applications microwave ferrites microwave frequencies mixed oxide process MnZn ferrites nickel ferrites nickel-zinc ferrites non-magnetic obtained orthoferrites permanent magnet permeability phase shifters Phys plate polycrystalline ferrites pot cores rare-earth reduced room temperature saturation magnetization shown in Figure single crystal sintering spin waves spinel-structured ferrites spinels structure switching temperature stability Trans uniaxial waveguide YIG rod yttrium