Subject index to volume 147

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Journal of Magnetism and Magnetic Materials 147 (1995) 431-432

journal of magnetism and magnetic materials

Subject index to volume 147 Amorphous systems 149, 299, 367 -spin glasses 398 Anisotropy 61, 385 -in thin films L1, 49, 177, 409 -magnetocrystalline 16, 55, 74, 115, 160, L231, 279, 284, 373 -magnetoelastic 160 -optical 198 Antiferromagnetism 45, 260, 373, 403 Antiferromagnets 81 Arrott plot 149 Bloch lines 355 Coercivity 177, 208, 213, 331 -angular dependence L235 Coercivity field 406 Conduction-electron scattering 192 Critical phenomena -current density 186 Crystal structure 198, 201, 309 Curie temperatures L7, 401 Deposition -pulsed laser L221 Domain -motion 61, 284, 417 -walls 49, 61, 284, 331, 355, 417 Domain structure 198 Effective-field theory 24 Electric resistivity 81, L225, L240 Electronic structure 205 Exchange 24 -interlayer 16, 101, 177, L245 -intersublattice 74, 122, 279 Exchange coupled magnets 360 Exchange interaction 401 Faraday rotation L221 Ferrimagnetism 398 Ferrites 37, 61, 208, 417, 421 Ferromagnetic resonance 97

Ferromagnetism 24, 355, 395, 403 Ferromagnets 149, 284, 331 Fine particles 253 Frustration 81 Garnets 115, 305, 355, 417 Group theory 160 HDDR process 320 Heisenberg ferromagnet 401 High-Tc superconductors 395 Hubbard model 195, 395 Hyperfine field 201 Hysteresis loops Lll, 16, L225, L250, 360, 417 Interdiffusion 213 Intermetallic compounds 167, 346 Invar properties 189 Ising model 24, 133, L245 Itinerant magnetism 195 Kagom6 398 Kerr effect 177, 198 Knight shift 195 Kondo effect L240 Lattice parameters 403 Laves phases 141 Low dimensional systems 385 Magnetic defect 260 Magnetic moments 45, 122 -calculated 205 Magnetic ordering 45, 309 Magnetic phase diagrams 55, 122, 149, 385 Magnetic structure 167, 346, 385 Magnetization L1, L7, Lll, 81, 149, 253, 305, 346, 373, 421 -composition dependence 97 -high field 122 -processes 37, L245, L250, 331

0304-8853/95/$09.50 © 1995 Elsevier Science B.V. All rights reserved

-remanent 360 -reversal 101 -saturation 49, 208, 360 -temperature dependent 133, 167, 189 Magnetoacoustic properties 192 Magnetoelastic tensor 61 Magnetoelastic waves 367 Magnetoelastics 61, 367 Magneto-optics 398 Magnetoresistance 177, L225 Magnetostriction 213, 409 Mean-field approximation 122, 133 Microstructure 198, 299, 320 Monte Carlo simulation 133, L245, 401 M6ssbauer spectroscopy 91, 115, 141, 201, 346, 373, 421 Neutron diffraction 37, 45, 141, 167, 346 Nucleation field L235 Orthoferrites

L221

Paramagnetism 421 Particles -single domain L235 Permalloy 213 Permanent magnets L7, L231, 320, 360 Permeability 115 Phase transitions -magnetic 91 Photon L11 Random field 406 Rare earth-transition metal compounds 55, 74, L231, 320, 360 -interstitial carbides 279 -interstitial nitrides L7 Rare earths -compounds 45, 81, 91, 141, L240, 309, 373 -metal 341 -single crystals 403 rf sputtering 97

432 Solitons 406 SPD technique L231 Specific heat L240 Spectroscopy 192 Spin flop 16 Spin fluctuations 189 Spin glass 91 Spin reorientation 115, 385 Superconductivity -high-Tc 186 Superlattice 160

Subject index to volume 147

Superparamagnetism 37, 253 Surface exchange enhancement 24 Surface magnetism 205 Susceptibility 81, 149, L225, L240 t - J model

395 Thermal conductivity 341 Thermal noise 406 Thermo-elastic waves 367 Thin films L1, 24, 49, 97, 101, 160, 213, L221, L225, 299, 305, 385, 417

-monolayer 260 -multilayer 16, 177, L250, 260, 409 Tunnelling 208 Ultrasonic attenuation 192 Ultrasonic velocity 192 Variational method 341 X-ray reflectivity L11