FA \ournai of magnetism and magnetic mM materials ELSEVIER Journal of Magnetism and Magnetic Materials 192 (1999) 591-594 Author index to volume 192 Abdeen, A.M., Dielectric behaviour in Ni-Zn ferrites Chen, J.-P., see Gao, C Abdul Azeem, P., see Reddy, R.R. Chen, L., see Yan, C. Acher, O., see Suran, G. Cheng, F., see Yan, C Ahlers, H., see Eberbeck, D Cody, J.A., see Lafond, A Aktas, B., see Birlikseven, C Cohen, L.F., see Akther Hossain, A.K.M. Akther Hossain, A.K.M., L.F. Cohen, F. Damay, A Conover, M.J., see Helgesen, G Berenov, J. MacManus-Driscoll, N.McN. Alford, N.D. Mathur, M.G. Blamire and J.E. Evetts, Influ- Damay, F., see Akther Hossain, A.K.M ence of grain size on magnetoresistance properties of Daughton, J.M., GMR applications bulk Lap.¢7Cao.33MnO; Delin, A., see Grechnev, G.E. Albuquerque, A.S., J.D. Ardisson and W.A.A. Macedo, Deportes, J., see Sayetat, F. A study of nanocrystalline NiZn-ferrite-SiO, syn- Dhar, S.K., see Mitra, C. thesized by sol-gel Dimitrov, D.V., see Prados, C. Alford, N.McN., see Akther Hossain, A.K.M. Ding, J., see Zhao, G.P. Ardisson, J.D., see Albuquerque, A.S. Doerr, M., see Sierks, C. Awana, V.P.S., see Nowik, I. Dong, S.Z., see Zeng, Q. Dumpich, G., see Mihlbauer, H. Baberschke, K., see Bovensiepen, | Duraj, R., A. Szytuta, B. Malaman and G. Venturini, Bahadur, D., see Rane, M.V. Pressure effect on the magnetic transition temper- Bansmann, J., see Getzlaff, M. ature of Ndo.35Lao.4;Mn,Si, compound Barnas, J. and A. Fert, Interplay of spin accumulation Durusoy, H.Z., see Birlikseven, C. and Coulomb blockade in double ferromagnetic junc- Dybko, K., W. Szuszkiewicz, F. Palacio, E. Dynowska, tions W. Paszkowicz and B. Witkowska, Magnetic proper- Berenov, A., see Akther Hossain, A.K.M. ties of zinc-blende Hg, _,.Mn,S Beznosov, A.B., E.L. Fertman and P.P. Pal-Val, Curious Dynowska, E., see Dybko, K. magnetic phase transition in polycrystalline Gd—Y alloys: ultraacoustic study Birlikseven, C., C. Topacli, H.Z. Durusoy, L.R. Tagiroy, Eberbeck, D. and H. Ahlers, Glass like behavior of mag- A.R. Koymen and B. Aktas, Magnetoresistance, mag- netization in frozen ferrofluids netization and FMR study of Fe/Ag/Co multilayer El Hiti, M.A., Dielectric behaviour in Mg—Zn ferrites film Eriksson, O., see Grechnev, G.E. Blamire, M.G., see Akther Hossain, A.K.M. Esquinazi, P., see Wartewig, P. Bobak, A., see Zukovié, M. Evetts, J.E.. see Akther Hossain, A.K.M. Bohm, M. and U. Krey, Subtle interface magnetism of Eyert, V., see Rex, S. Fe/Au multilayers Borzi, R.A., see Stewart, S.J. Farle, M., see Bovensiepen, U Bovensiepen, U., P. Poulopoulos, W. Platow, M. Farle Felner, I., see Nowik, I and K. Baberschke, Sudden jump of the Curie tem- Feng, Y.P., see Zhao, G.P perature at the coalescence of Co islands on Cu(0 0 1) Fert, A., see Barnas, J. Fertman, E.L., see Beznosov, A.B. Cao, L., see Handstein, A. Flynn, C.P., see Helgesen, G. Cerezo, A., see Ho, E.M Fraerman, A.A. and M.V. Sapozhnikov, Metastable and Chen, G.-L., see Gao, C. nonuniform states in 2D orthorhombic dipole system 0304-8853/99/$ — see front matter © 1999 Elsevier Science B.V. All rights reserved. PII: $S0304-8853(99)00153-5 592 {uthor index to volume 192 Gao, C.. R. Malmhiall, Z.-H. Lin, J.-P. Chen, G.-L. Chen Kessler, M., see Sayetat, F. and G.C. Rauch, Correlation of bulk saturation mag- Kishan, P., see Kumar, N. netization with signal-to-media-noise ratio of Kolb, E., see Xu, J Co-Cr-Pt)-Ta alloy thin film disks Koymen, A.R., see Birlikseven, C. Gebel, B., see Handstein, A. Krause, M.K., see Wartewig, P Gebel, B., see Handstein, A. Krey, U., see Bohm, M. Gehanno, V., see Hoffmann, R. Kreyssig, A., see Sierks, C. Getzlaff, M., J. Bansmann and G. Schonhense, Oxygen Kronmiiller, H., see Leineweber, T. on Fe(1 10): magnetic properties of the adsorbate Kuang, J., see Yan, C. system Kubis, M., see Handstein, A. Gibbs, D., see Helgesen, G. Kubis, M., see Handstein, A. Gilles, B., see Hoffmann, R. Kumar, N., Y. Purushotham, P.V. Reddy, Z.H. Zaidi and Goel, T.C., see Verma, A. P. Kishan, Elastic behaviour of Zn-substituted LiMg Gongalves, L.L., see Vieira, A.P and LiMgTi ferrites Grechnev, G.E., A.S. Panfilov, I.V. Svechkarev, A. Delin, B. Johansson, J.M. Wills and O. Enksson, Mag- Labergerie, D., C. Sutter, H. Zabel and B. Hjorvarsson, netovolume effect in UGa, Hydrogen induced changes of the interlayer coupling Gupta, R.G., see Verma, A. in Fe,3)/V,,, superlattices (x = 11-16) Gutfleisch, O., see Handstein, A Lafond, A., J.A. Cody, Y. Moélo, A. Meerschaut and J. Rouxel, Magnetic behavior in the incommensurate Hadjipanayis, G.C., see Prados, C. phase ~ LaCrS;: effect of the partial substitution of Han, G.C., C.K. Ong and T.Y.F. Liew, Magnetic and Cr by Ti on the magnetic properties magneto-optical properties of MnSb films on various Lanchava, B. and H. Hoffmann, Magnetic and structural substrates properties of FeX/Tb15 A multilayers Han, X.-F., M.C. Zhang, Y. Qiao, F.M. Yang, C.P. Yang, Layadi, A., Determination of magnetic coupling from G.C. Liu, Y.Z. Wang and B.P. Hu, Hard magnetic torque curve properties of Sm3Fe2,6.7V,N4 and Sm3Fe2.6.7V,C, Leineweber,T . and H. Kronmiiller, Dynamics of magnet- Handstein, A.. M. Kubis, O. Gutfleisch, B. Gebel and isation states K.-H. Miiller, HDDR of Sm—Co alloys using high Li, ZELO., see Sun, EY. hydrogen pressures Liao, C., see Yan, C. Handstein, A.. M. Kubis, L. Cao, B. Gebel and K.-H. Liew, T.Y.F., see Han, G.C. Miiller, Thermostability and magnetic properties of Lim, H.S., see Zhao, G.P. Sm,(Fe,M),+(C.N), (M = Ga, Al and Si) Lin, Z.-H., see Gao, C. He; G., see Yan; C. Lipinski, S., Dynamic crystal field in heavy fermion sys- Helgesen, G., M.J. Conover, D. Gibbs and C.P. Flynn, tems Magnetic and structural measurements of lattice- Liu, G.C., see Han, X.-F. matched erbium films on sapphire [1 1 0] and [00 1] Liu, T., T.D. Hu, Y.N. Xie and W.D. Wang, High-field substrates magnetization process of granular Co—Cu alloys pre- Hjorvarsson, B., see Labergerie, D. pared by melt spinning Ho, E.M., A.K. Petford-Long and A. Cerezo, The effect of Liu, X.B., see Zeng, Q. interfacial regions on the giant magnetoresistance in Liu, Z., see’ Yan, C. as-grown and annealed Fe/Cr MLFs Loewenhaupt, M., see Sierks, C. Hoffmann, H., see Lanchava, B Lubecka, M., see Maksymowicz, L.J. Hoffmann, R., Y. Samson, A. Marty, V. Gehanno, B. Gilles and J.E. Mazille, Shape instability in out of equilibrium magnetic domains observed in ultrathin Mabuchi, H., see Matsui, T. magnetic films with perpendicular anisotropy MacManus-Driscoll, J.. see Akther Hossain, A.K.M. Howson, M.A., see Xu, J. Macedo, W.A.A., see Albuquerque, A.S. Hu, Machizaud, F., see Suran, G. Hu, Maksymowicz, L.J., M. Lubecka and R. Jabtonki, Tem- Hu, perature dependence of surface magnetic anisotropy energy constant in magnetic semiconductor thin films Malaman, B., see Duraj, R. aki, T., see Zukovié, M. Malmhill, R., see Gao, C. .. see Pfandzelter, R. Marty, A., see Hoffmann, R. Massidda, V., Transitions between modulated phases in Jabtonki, R., see Maksymowicz, L.J. an Ising model with third-neighbour interactions Johansson, B., see Grechnev, G.E. (mean-field approximation) {uthor index to volume 192 Mathur, N.D., see Akther Hossain, A.K.M. 263 Pietruszka, M., Transport properties of the antifer- Matsui, T.. M. Shigematsu, S. Mino, H. Tsuda, H. romagnetic systems with fluctuating valence Mabuchi and K. Morii, Formation of unknown mag- Pinto, R., see Mitra, C. netic phase by solid state reaction of thin multi- Platow, W., see Bovensiepen, U. layered films of 75 atY% Mn-—25 at%Ge Poulopoulos, P., see Bovensiepen, | Mazille, J.E., see Hoffmann, R. Prados, C., D.V. Dimitrov and G.C. Hadjipanayis, The Meerschaut, A., see Lafond, A role of the bulk spin-dependent scattering on the Mendiratta, R.G.. see Verma, A origin of the enhanced magnetoresistance in magnetic Mercader, R.C., see Stewart, S.J. multilayers Mino, S., see Matsui, T. Pranesh, S., see Siddheshwar, P.G Mitra, C., P. Raychaudhuri, S.K. Dhar, A.K. Nigam, R. Purushotham, Y., see Kumar, N. Pinto and S.M. Pattalwar, Evolution of transport and magnetic properties with dysprosium doping in Qiao, Y., see Han, X.-F Lao.7-,Dy,Sro.3MnO; (x = 0-0.4) Qiu, B.Q., see Zeng, Q Miyazawa, H. and T. Oguchi, FLAPW calculations of the magneto-optical Kerr effect of BCC Fe Raguram, D.V., see Reddy, R.R. Moélo, Y., see Lafond, A. Rama Gopal, K., see Reddy, R.R. Morii, K., see Matsui, T. Rane, M.V., D. Bahadur, A.K. Nigam and C.M. Srivas- Muhlbauer, H., Ch. Miller and G. Dumpich, Stabiliz- tava, Mossbauer and FT-IR studies on non- ation of high spin FCC Fe in (Fe/Pd), multilayers stoichiometric barium hexafi Rao, T.V.R., see Reddy, R.R. Miller, Ch., see Mihlbauer, H. Miiller, K.-H., see Handstein, A Rauch, G.C., see Gao, C. Miller, K.-H., see Handstein, A Raychaudhuri, P., see Mitra, C Reddy, P.V., see Kumar, N Naili, M., see Suran, G Reddy, R.R., Y. Nazeer Ahammed, K. Rama Gopal, P Nazeer Ahammed, Y., see Reddy, R.R. Abdul Azeem, D.V. Raguram and T.V.R. Rao, Op- Nie, J.C., J.H. Wang and B.R. Zhao, Superparamag- tical and magnetic susceptibilities for semiconductors netism and spin-glass-like behavior in and alkali halides (La, ~,Tb,)2,3Ca,;,3MnO, Perovskite Reehuis, M., see Sayetat, F. Nie, X.F., see Sun, H.Y. Rex, S., V. Eyert and W. Nolting, Temperature- depen- Niedoba, H., see Suran, G. dent quasiparticle bandstructure of ferromagnetic Nigam, A.K., see Mitra, C. gadolinium Nigam, A.K., see Rane, M.V Rosler, S., see Wartewig, P Nogues, J. and I.K. 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Shigematsu, M., see Matsui, T Paszkowicz, W., see Dybko, K. Siddheshwar, P.G. and S. Pranesh, Effect of temper- Pattalwar, S.M., see Mitra, C. ature/gravity modulation on the onset of magneto- Peng, Z.Q., see Sierks, C. convection in weak electrically conducting fluids with Petford-Long, A., see Xu, J. internal angular momentum Petford-Long, A.K., see Ho, E.M. Sierks, C., M. Doerr, A. Kreyssig, M. Loewenhaupt, Z.Q Pfandzelter, R., T. Igel and H. Winter, Capture of polar- Peng and K. Winzer, Magnetostriction and magnet- ized electrons during scattering of He*-ions from ization measurements on a DyNi;B,C single crystal clean and Mn-covered Fe(1 0 0)-surfaces in a magnetic field {uthor index to volume 192 Sonntag, R., see Wartewig, P Wang, J.-L., see Yang, C.-P Srivastava, C.M., see Rane, M.\ Wang, J.H., see Nie, J.C Stewart, S.J.. R.A. Borzi and R.C. Mercader, Magnetic Wang, R., see Zeng, Q disorder in the Cup 995Feo.995O solid solution Wang, W.D., see Liu, 7 Sun, H.Y., ZH.Q. Li, H.N. Hu and X.F. Nie, Analysis of Wang, Y., see Yan, C. the domain wall structures of the three kinds of hard Wang, Y.-Z., see Yang, C.-P domains in garnet bubble films Wang, Y.Z.. see Han, X.-F Sun, X., see Wang, f Wang, Z.-X., see Yang, C.-P Suran, G., M. Naili, H. Niedoba, F. Machizaud, O. Achet Wartewig, P., M.K. Krause, P. Esquinazi, S. Rosler and and D. Pain, Magnetic and structural properties of R. Sonntag, Magnetic properties of Zn- and Ti-sub- Co-rich CoFeZr amorphous thin films stituted barium hexaferrite Sutter, C.. see Labergerie, D Wiatrowski, G., Multicompensation effects in an alter- Suzuki, T., see Safonov, V.1 nating superlattice: linear cluster approximation for Svechkarev, I.V., see Grechnev, G.I spin-} Ising model Szuszkiewicz. W., see Dybko. K Wills, J.M., see Grechnev, G.E Szytuta, A., see Duraj, R Winter, H., see Pfandzelter, R. 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I (x = 0-1.0) FA \ournal ot magnetism and Way magnetic ELSEVIER IA materials Journal of Magnetism and Magnetic Materials 192 (1999) 595-596 Subject index to volume 192 Alkali halides 516 Dielectric loss 121, 305 Hydrogenation 73 Alloy 253 Dielectric relaxation 121, 305 Hysteresis Irequency effects 253 Amorphous ferromagnetic films 443 Diluted magnetic semiconductors 61 Amorphous systems 53 Dipole systems 191 Interfaces 203 Analytical model 543 Display devices 499 Interfacial mixing 431 Angle and spin resolving photoelectron Domain wall 419, 523 Interlayer exchange couplins spectroscopy 458 Dumbbell domain 419 lon-solid interactions 43 Anisotropy 105, 238 Iron 43 Annealing effects 443 Effective field theory 363 Irreversibility 67 Anti ferromagnetism 191, 203 Elastic moduli 116 Ising ferrimagnet 363 Antiferromagnetic compounds 137 Electron correlations 529 Ising metamagnet 363 Antiferromagnetic systems 564 Electron microscopy 4: Ising model 343. 505 Antiferromagnets 297 Electron yield 297 Isolators 334 Atomic sphere approximation (ASA) 27 Epitaxial strain 11 Exchange bias 203 Kerr effect 233 BCC Fe 325 Exchange interaction 543 Boltzmann equation 19 Exchange-interaction 485 Laves phase 100 Bond length 485 Light m: odulator 499 FePd 409 Linear stability 159 Canted antiferromagnetism 67 Ferrimagnetism 343 Linearized muffin-tin orbital (LMTO) 27 Channeling 43 Ferrites 116, 121, 305 Local moment magnetism 529 Chemisorbed oxygen 458 Ferrofluids 148 Lock-in transitions 11 Chromium titanium sulfide 490 Ferromagnetic phase 481 Long-range interactions 177 Citrate method 271 Ferromagnetism 203 CMR L379 First-principles calculation 325 Magnetic anisotropy 443 Coalescence of islands L386 FLAPW method 325 Magnetic coupling 353 Cobalt spinel 396 FMR 258 Magnetic dilution 490 Coercivity 73, 23: Fourier analyses 191 Magnetic domains 263, 403, 409 Colossal magnetoresistance (CMR) 130, FT-IR 288 Magnetic energy product 314 263 Magnetic field 159, 499 Compensation temperature 343 Garnet bubble film 419 Magnetic films 43, 258 Contrast 499 Giant magnetoresistance 19 Magnetic fluids 499 Coulomb blockade L391 Gilbert equation 575 Magnetic force microscopy 409 Critical lines 1 GMR 258, 334, 431 Magnetic frustration 100 Crystal field 553 Grain boundary 263 Magnetic hysteresis 67 Crystal structure characterization 247 Grain size 263 Magnetic instability 100 Cubic anisotropy 353 Granular alloys 467 Magnetic interactions 61 Cupric oxide 77 Magnetic moment 53 Curie temperature L386, 485 Hard bubble 419 Magnetic ordering 77 Hard magnetic properties 314 Magnetic phase transition 111 Damping decrement 111 Heavy fermions 553 Magnetic properties 105, 233, 247, Debye temperature 116 Hexaferrites 83, 288 281, 288, 321, 458 Dielectric constant 121, 305 Hopping mechanism 305 Magnetic recording 253 0304-8853/99/$ — see front matter © 1999 Elsevier Science B.V. All rights reserved PII: S0304-8853(99)00154-7 596 Subject index to volume 192 Magnetic susceptibility 111, 481, 516 Optical susceptibility 516 Single phase 543 Magnetic ultrathin films L386 Ordered alloy 409 Single-electron tunneling L391 Magnetic X-ray scattering 11 Order—disorder transitions 505 Site percolation 363 Magnetisation reversal 575 Orthorhombic lattices 191 s-f model 564 Magnetism 423 Solid-state phase formation 247 Magnetization 11, 130, 148, Patterned substrate 523 Solid—gas reaction 281 Magneto-optical Kerr effect 325 PCA 321 Magneto-optical medium 523 Permanent magnet material 281 Magneto-optical recording 396 Permanent magnets 73 Specific heat 363 Magnetoresistance 467 Perovskite manganites 130 Spin canting 77 Magnetostriction 473 Perpendicular anisotropy 409 Spin glass 1, 148, L379, 490 Magnetovolume effect | Perpendicular Magnetic anisotropy 403 Spin valves 19 Manganese 43 Phase transitions 67, 363 Spin-dependent scattering 19 Manganites L379 Photoemission 529 Spin-flop transition 100 MBE 35 Pinning 523 Spin-glasses 130 Mechanical milling 321 Precipitation 467 Sputtering 403 Metal—metal magnetic thin film structures Preparation 271 SQUID 83, 423 43 Staggered susceptibility 363 Metamagnetism 505 Quasiparticle bandstructure 529 Structure 148 Micromagnetic 523 Superconductivity 473 Micromagnetism 575 Randam Ising model 177 Superexchange 297 Microstructure 271 Random access memory 334 Superlattices 238, 343 Misfit compound 490 Rare earth metals 529 Superparamagnetism 35, L379, 386 Mn-Ge system 247 Rare-earth alloys 111 Surface magnetic anisotropy 1 Model 148 Susceptibility L379, 553 Rare-earth iron compound 105 Modulated structures 505 Rayleigh—Benard 159 Switching time 575 Modulation 159 Read heads 334 MOKE 238 Reentrant behaviour 77 The rate of ball to powder 321 Mossbauer 288 Reflectivity 297 Thermostability 281 Mossbauer spectroscopy 67, 77, Relaxation time 575 Thin film media 253 Multilayer 403, 423 Remanence 314 Thin films 11, 19, 233, 403, 409 Multilayer films 353, 431 Remanence enhancement ‘ Torque 353 Resistivity 27 Transition fields 473 Rietveld refinement 485 Transition temperature 481 Transport properties 564 Nanocrystalline films 396 Saturation magnetization Tunnel magnetoresistance L391 Natural convection 159 Scattering 43 Neel temperature 137 Selective dilution 363 Ultrasound velocity 111 Neutron diffraction 83, 100 Semiconductors 121, 516 Nickel-zine ferrites 271, 277 Semimagnetic semiconductors 61 Valence fluctuations 67 Non-stoichiometry 288 Sensors 334 Vertical-Bloch-line 419 Nucleation 35 Shape instability 409 Signal-to-noise ratio X-ray diffraction 467, 485 One-dimensional model 177 Single crystal epitaxy 43 X-ray spectroscopy 297 Optical electronegativity 516 Single domain 543 XRD 423 e e n a n nnes o