Table Of Content

Mr PA vratoriais ELSEVIER Journal of Magnetism and Magnetic Materials 237 (2001) 362-364 www.elsevier.com/locate/jmmm Author index to volume 237 Akhavan, M.., see Sebt, A. Chander, S., see Kumar, S. Algarabel, P.A., see Morellon, L. Chen, D.-X., see Li, Y.-F. Anisimov, V.I., see Medvedeva, J.E. Cho, W.-S., see Yoon, T.-S. Azad, A.K., S. Ivanov, S.-G. Eriksson, H. Rundlof, Cooke, M.D., M.R.J. Gibbs and R.F. Pettifer, Sputter J. Eriksen, R. Mathieu and P. Svedlindh, Structural deposition of compositional gradient magnetostric- and magnetic properties of the double perovskite tive FeCo based thin films Sr2MnWO, Costa, I., see Faria, R.N. Baca, E., see Campillo, G. Das, A., K.R. Chakraborty, S.S. Gupta, S.K. Kulsh- Bader, S.D., see Campillo, G. reshtha and S.K. Paranjpe, Structural and magnetic Baguenard, B., see Jamet, M. ordering in Lag 6Cap 4MnO, Bai, H.L., see Li, Z.Q. Devlin, E.J., see McGuiness, P.J. Barbara, B., see Jamet, M. Duc, N.H., see Hien, V.T. Barner, K., see Trukhanov, S.V. Duong, N.P., see Hien, V.T. Ben-Y oussef, J., see Pogossian, S.P. Dupuis, V., see Jamet, M. Berger, A., see Campillo, G. Berling, D., P. Bertoncini, A. Mehdaoui, P. Wetzel, G. Gewinner and B. Loegel, Magnetization reversal El-Shaer, N.A., see Mansour, M.A. mechanisms in epitaxial Fe/Si(001) layers with Eriksen, J., see Azad, A.K. twofold and fourfold magnetic anisotropies Eriksson, S.-G., see Azad, A.K. Berling, D., see Bertoncini, P. Bertoncini, P., see Berling, D. Faria, R.N., H. Takiishi, L.F.C.P. Lima and I. Costa, Bertoncini, P., P. Wetzel, D. Berling, A. Mehdaoui, Praseodymium-based HD-sintered magnets pro- B. Loegel, G. Gewinner, R. Poinsot and V. Pierron- duced using a mixture of cast alloys Bohnes, Magnetic anisotropy of epitaxial Fe layers Felner, I., see Nowik, I. grown on Si(00 1) Felsch, W., see Lohstroh, W. Bhowmik, R.N. and R. Ranganathan, Cluster glass Fita, I.M., see Trukhanov, S.V. behaviour in Cop »Zno x Fe2_, Rh,O4(x = 0-1.0) Foct, J., see Shanina, B.D. Bollero, A., see McGuiness, P.J. Freeman, A.J., see Medvedeva, J.E. Burlak, G., V. Grimalsky, S. Koshevaya and Fritzsche, H., see Lohstroh, W. P. Marquez-Aguilar, Dynamics of magnetostatic wave solitons in the vicinity of frequency cut-off Butvin, P., B. Butvinova, E. Illekova and G. Vlasak, Gavriljuk, V.G., see Shanina, B.D. Macroscopic heterogeneity effects in FeN iNbCuBSi Gewinner, G., see Berling, D. ribbons Gewinner, G., see Bertoncini, P. Butvinova, B., see Butvin, P. Gibbs, M.R.J., see Cooke, M.D. Glavatska, N.I., see Shanina, B.D. Campillo, G., A. Berger, J. Osorio, J.E. Pearson, Glavatskij, I.N., see Shanina, B.D. S.D. Bader, E. Baca and P. Prieto, Substrate Grimalsky, V., see Burlak, G. dependence of magnetic properties of Lag 67Cao 33 Grinstein, G., G.A. Held and R.H. Koch, Dynamical MnO, films study of remanent magnetization in nanoparticles Caneiro, A., see Niebieskikwiat, D. Giidde, J., see Jahnke, V. Castillo-Alvarado, F.d.L., see Lopez-Chavez, E. Gupta, S.S., see Das, A. Chakraborty, K.R., see Das, A. Gutfleisch, O., see McGuiness, P.J. 0304-8853/01/$-see front matter PII: S0304-8853(01)00931-3 Author index to volume 237 Haihua, L., F. Zekun, H. Huahui, Z. Quanging, Li, Y., see Yoon, T.-S. J. Jianjun, N. Jianhua and Y. Xiaoling, Effects of Li, Y.-F., D.-X. Chen, L. Pascual, M. Vazquez Fe?* content in raw materials on Mn-—Zn ferrite and A. Hernando, Axial-field-dependent circular magnetic properties 153 susceptibility in Fe-rich amorphous wires Held, G.A., see Grinstein, G. 90 , Z.-Q., see Ren, S.-W. Hernando, A., see Li, Y.-F. 17 , Z.Q., E.Y. Jiang, X.D. Liu, W.R. Li, B.F. Zhang and Hien, N.T., see Hien, V.T. 10 H.L. Bai, Simultaneous structural, magnetic, and Hien, V.T., J.M. Le Breton, N.T. Hien, L.T. Tai. electronic transition and electronic structure in Lagg s N.P. Thuy, N.H. Duc, N.P. Duong and J. Teillet, Nao 1sMnO; Magnetic and Mossbauer studies of the DyFe,,Mo Lim, S.H., see Uhm, Y.R. compound Lima, L.F.C.P., see Faria, R.N. Hu, H.N., see Sun, H.Y. Lindroos, V.K., see Shanina, B.D. Huahui, H., see Haihua, L. Liu, X.D., see Li, Z.Q. Loegel, B., see Berling, D. Ibarra, M.R., see Morellon, L. Loegel, B., see Bertoncini, P. Illekova, E., see Butvin, P. Lohstroh, W., F. Leuenberger, W. Felsch, H. Fritzsche Ishio, S., see Takahoshi, H. and H. Maletta, Hydrogen-controlled interlayer Ivanov, S., see Azad, A.K. exchange coupling in Fe/LaH, multilayers Lopez-Chavez, E. and F.d.L. Castillo-Alvarado, Jamet, M., M. Négrier, V. Dupuis, J. Tuaillon-Combes, Electronic structure and magnetism of Co—Fe alloys P. Mélinon, A. Pérez, W. Wernsdorfer, B. Barbara with short-range order and B. Baguenard, Interface magnetic anisotropy in cobalt clusters embedded in a platinum matrix 293 Magen, C., see Morellon, L. Jahnke, V., J. Giidde and E. Matthias, Spiral-like Maletta, H., see Lohstroh, W. motion of the magnetization direction during Mansour, M.A. and N.A. El-Shaer, Radiative effects on reorientation in Ni-films on Cu(00 1) magnetohydrodynamic natural convection flows Jiang, E.-Y., see Ren, S.-W. saturated in porous media Jiang, E.Y., see Li, Z.Q. Marquez-Aguilar, P., see Burlak, G. Jianhua, N., see Haihua, L. Mathieu, R., see Azad, A.K. Jianjun, J., see Haihua, L. Matthias, E., see Jahnke, V. McGuiness, P.J., S. Kobe, I. Skulj, A. Bollero, O. Jo, Y., see Park, J. Gutfleisch, E.J. Devlin and D. Niarchos, Coercivity Kawashima, Y., see Nagata, Y. variations with Pr- and Zr-substituted NdDyFeB- Kim, C.-O., see Yoon, T.-S. based HDDR powders Kim, Y.-J., see Ren, S.-W. Medvedeva, J.E., V.I. Anisimov, M.A. Korotin, O.N. Kobayashi, K., see Takahoshi, H. Mryasov and A.J. Freeman, Coulomb correlation Kobe, S., see McGuiness, P.J. and magnetic ordering in double-layered manganites: Koch, R.H., see Grinstein, G. LaSr>Mn>,O, Kolesnik, S.P., see Shanina, B.D. Mehdaoui, A., see Berling, D. Konchits, A.A., see Shanina, B.D. Mehdaoui, A., see Bertoncini, P. Koriyama, A., see Nagata, Y. Mélinon, P., see Jamet, M. Korolyov, A.V., see Shcherbakova, Ye.V. Menelle, A., see Pogossian, S.P. Mitsuhashi, T., see Nagata, Y. Korotin, M.A., see Medvedeva, J.E. Morellon, L., P.A. Algarabel, C. Magen and M.R. Koshevaya, S., see Burlak, G. Krishnamurthy, A., see Kumar, S. Ibarra, Giant magnetoresistance in the Ge-rich Kudrevatykh, N., see Park, J. magnetocaloric compound, Gd;(Sip ;Geo.9)4 Kulshreshtha, S.K., see Das, A. Mryasov, O.N., see Medvedeva, J.E. Kumar, S., S. Chander, A. Krishnamurthy and B.K. Srivastava, Magnetic behaviour of alloys in Nagata, Y., S. Yashiro, T. Mitsuhashi, A. Koriyama, the series (Fe, .Co,)2P Y. Kawashima and H. Samata, Magnetic properties of RFe,_.Mn,O; (R=Pr, Gd, Dy) Le Breton, J.M., see Hien, V.T. Négrier, M., see Jamet, M. Le Gall, H., see Pogossian, S.P. Niarchos, D., see McGuiness, P.J. Lee, C.H., see Park, J. Nie, X.F., see Sun, H.Y. Leuenberger, F., see Lohstroh, W. Niebieskikwiat, D., R.D. Sanchez and A. Caneiro, Leylekian, L., see Vaast-Paci, C. Phase separation region in the phase diagram of Li, W.R., see Li, Z.Q. polycrystalline Pro 4sCag 3s_,Sr,;MnO; 364 Author index to volume 237 Nolting, W., see Takahashi, M. 225 Sun, H.Y., H.N. Hu and X.F. Nie, The annihilation of Nowik, I. and I. Felner, Magnetic properties and Eu hy- vertical-Bloch lines in the walls of hard domains to perfine interactions in EuSr,Ru,_,Og (x =0 and 0.2) which bias fields and in-plane fields are alternately applied Svedlindh, P., see Azad, A.K. Osorio, J., see Campillo, G. Szymezak, H., see Trukhanov, S.V. Tai, L.T., see Hien, V.T. Paranjpe, S.K., see Das, A. Takahashi, M. and W. Nolting, Single-site approximation Park, J.. Y. Jo, J.-G. Park, K. ProkeS, S. Welzel, for the sf model antiferromagnetic semiconductors Takahoshi, H., S. Ishio, H. Saito and K. Kobayashi, C.H. Lee, N. Kudrevatykh, E. Valiev, A. Pirogov Micro magnetic structure of magnetic clusters in and D. Sheptyakov, Magnetization anisotropy of the Tm- and Fe-subsystems in Tm>Fe;7 CoCrTaPtB recording media Park, J.-G., see Park, J. Takiishi, H., see Faria, R.N. Pascual, L., see Li, Y.-F. Tawfik, A., Electromechanical properties of Cog, Zno.4 Pearson, J.E., see Campillo, G. FeO, ferrite transducer Pérez, A., see Jamet, M. Teillet, J., see Hien, V.T. Pettifer, R.F., see Cooke, M.D. Thuy, N.P., see Hien, V.T. Pierron-Bohnes, V., see Bertoncini, P. Troyanchuk, I.0., see Trukhanov, S.V. Pirogov, A., see Park, J. Trukhanov, S.V., 1.0. Troyanchuk, I.M. Fita, H. Szymezak and K. Barner, Comparative study of the Podgornykh, S.M., see Shcherbakova, Ye.V. Pogossian, S.P., H. Le Gall, J. Ben-Youssef and magnetic and electrical properties of Pr, ,Ba, A. Menelle, Coupling between neutron spin states MnO, _; manganites depending on the preparation in a proposed new spin directional coupler conditions Poinsot, R., see Bertoncini, P. Tuaillon-Combes, J., see Jamet, M. Prieto, P., see Campillo, G. Tucker, J.W., Mixed spin 1—spin 3/2 Blume—Capel Ising ProkeS, K., see Park, J. ferromagnet Uhm, Y.R. and S.H. Lim, Computer simulation of magnetization flop in magnetic tunnel junctions Quanging, Z., see Haihua, L. exchange-biased by synthetic antiferromagnets Ranganathan, R., see Bhowmik, R.N. Vaast-Paci, C. and L. Leylekian, Numerical simulations Ren, S.-W., E.-Y. Jiang, Y.-J. Kim and Z.-Q. Li, The of isolated particles susceptibilities: effects of shape theory analysis of the field dependence of the and size magnetoresistance of Lay 7Cay ;MnO, film Valiev, E., see Park, J. Rundlof, H., see Azad, A.K. Vazquez, M., see Li, Y.-F. Viasak, G., see Butvin, P. Saito, H., see Takahoshi, H. Welzel, S., see Park, J. Samata, H., see Nagata, Y. Wernsdorfer, W., see Jamet, M. Sanchez, R.D., see Niebieskikwiat, D. Weitzel, P., see Berling, D. Sebt, A. and M. Akhavan, Switching field distribution of Wetzel, P., see Bertoncini, P. magnetic fine particles Sedky, A. and M.I. Youssif, Low-field AC susceptibility Xiaoling, Y., see Haihua, L. study of critical current density in Eu:123 and 3 superconductors Yan, S.L. and C.Z. Yang, The compensation behaviors Shanina, B.D., A.A. Konchits, S.P. Kolesnik, V.G. Gavri- of bond-diluted transverse ferrimagnetic spin system ljuk, I.N. Glavatskij, N.I. Glavatska, O. Sdderberg, with crystal field V.K. Lindroos and J. Foct, Ferromagnetic resonance Yang, C.Z., see Yan, S.L. in non-stoichiometric Ni; ,.. ,.Mn,Ga, Yashiro, S., see Nagata, Y. Shcherbakova, Ye.V., A.V. Korolyov and S.M. Pod- Yoon, T.-S., Y. Li, W.-S. Cho and C.-O. Kim, gornykh, Magnetic phase diagram of La(Feo x73. Microstructures and soft magnetic properties of as- Cop oo7Alo ;2);3 Cluster intermetallic compound deposited Fe-Sm—O thin films Sheptyakov, D., see Park, J. Youssif, M.I., see Sedky, A. Skulj, I., see McGuiness, P.J. Sdéderberg, O., see Shanina, B.D. Zekun, F., see Haihua, L. Srivastava, B.K., see Kumar, S. Zhang, B.F., see Li, Z.Q. FA \ournal of PA waterials ELSEVIER Journal of Magnetism and Magnetic Materials 237 (2001) 365-366 www.elsevier.com/locate/jmmm Subject index to volume 237 AC susceptibility 22, 27 Ferromagnetism 147, 276 Magnetic structure 124 Alloy 7 Free electrons 309 Magnetic transition 250 Amorphous wires 17 Magnetic tunnel junctions 206 Anisotropy in electrical transport 47 Giant magnetoresistance 119 Magnetic vortex 231 Anisotropy of magnetization 158 Magnetization 1, 27 Annealing behaviour L237 Half-metallic 47 Magnetization flop 206 Antiferromagnetism 147 Hard domain 169 Magneto-optical Kerr effect 181 HDDR 267 Magneto-optics 69 Bond-diluted ferromagnetic system 104 Heat transfer 327 Magnetocaloric compounds 119 Hubbard model 7 Magnetoelastic effects 175 Circular susceptibility 17 Hydrogen in thin films 77 Magnetoimpedance 17 Cluster glass 27 Hydrostatic pressure 276 Magnetoresistance 55, 241 Cluster variational method 215 Hyperfine interactions | Magnetostatic wave solitons 97 Coercivity 27, 267 Magnetostriction 175 Coherent potential approximation 225 Initial permeability 153 Magnetostructural first-order transition Compensation behavior 104 Interface effects 293 119 Composite material 342 Interlayer exchange coupling 77 Manganese oxide 55 Computer simulation 206 Intermetallic bulk materials 119 Manganites 61, 276 Critical in-plane field 169 Mechanical strain 283 Crystal field 104 Joule heating 327 Metal-semiconductor magnetic thin film Crystal structure 124 structures 191 Curie temperature 61, 153 Metallic multilayers 77 Landau-Lifshitz 342 Current density 22 Metamagnetic transition 147 Landau-Lifshitz equation 90 Cut-off frequency 97 MHD transfer 327 Lattice effect 143 Micromagnetism 342 LLG simulation 231 Deposition films and coatings 175 Low field 22 Microwave 342 Directional coupler 302 Mixed spins 215 Mn-Zn ferrite 153 Domain wall 169 Magnetic anisotropy 191, 309, L237 Double perovskites 124 Mossbauer spectrometry 10 Magnetic cluster 231 Double-layered manganite 47 Magnetic films 175 Méssbauer spectroscopy 135 Magnetic force microscope 231 Nanocrystalline materials L237 Electrical resistance 119 Magnetic materials 124 Electromechanical coupling factor 283 Magnetic moment calculated 7 Natural convection 327 Neutron depolarization 41 Electronic structure 7, 143 Magnetic multilayers 302 Epitaxial strain 61, 191 Magnetic nanoclusters 293 Neutron diffraction 124, 158 Neutron powder diffraction 41 Eu and Bi 22 Magnetic nanoparticles 90 Neutron waveguide 302 EuTe 225 Magnetic order 41, 61 Ni,MnGa 309 Exact linear dispersion 97 Magnetic ordering 241 Nonlinear optics 69 Magnetic oxides 41 Fe-Sm-—O 288 Magnetic particles 342 Ferrite 283 Magnetic properties 181 Oxygen vacancy 276 Ferrite films 97 Magnetic recording media 111 Ferromagnet 215 Magnetic relaxation 135 Paramagnetic susceptibility 147 Ferromagnetic alloys 135 Magnetic reorientation transition 69 Peak temperature 22 Ferromagnetic resonance 309 Magnetic semiconducotor 225 Perovskite-type oxide 250 Ferromagnetic-paramagnetic transition 55 Magnetic shape memory effect 309 Phase separation 241 0304-8853/01/$- see front matter PIL: $0304-8853(01)00932-5 366 Subject index to volume 237 Phase transitions 61, 276 Saturation magnetization 153 Switching field 111 Porous medium 327 Second harmonic generation 69 Synthetic antiferromagnets 206 Power loss 153 Single-domain particles 111 Praseodymium 267 Single-ion anisotropy 215 The magnetically aligned cluster 55 Processing 267 Size effects 206 Thin films 55, 61, 181, 288, 342 Thin-film magnetism 69 Small polaron 143 Radiative effects 327 sf model 225 Transducer 283 Rare earth ion compounds 147 Soft magnetic 288 Transverse field 104 Tricritical point 215 Rare earth-transition metal intermetallics Spin 302 10 Spin dynamics 90 Ultrasonic waves 283 Rare-earth compounds 158 Spin models 90 Uniaxial and biaxial anisotropies 181 Rare-earth hydrides 77 Spin re-orientation 135, 250 Reconstitution function 169 Spin reorientation 10 Vector magnetometry 181 Recording media 231 Spin structures 77 Vertical-Bloch line 169 Remanent magnetization 90 Spin-reorientation transition 158 Remanent magnetization curve 111 Spinel oxide 27 Weak-ferromagnetism 250 Resistivity 288 Sputtering film deposition 175 Whitham’s approach 97 RFe,_ .Mn,O,; 250 Stress anisotropy 17 Ruthenate materials | Surface anisotropy 293 Zirconium 267