Available online at www.sciencedirect.com science @)oinecr FA, \ournal ot as! , cN ELSEVIER Journal of Magnetism and Magnetic Materials 271 (2004) 439-442 www.elsevier.com/locate/jmmm Author index to volume 271 Abid, M., see Lassri, M. Dincer, I., A. Elmali and Y. Elerman, Investigation of Agrawal, N.K., see Meshram, M.R. SmMn,_,Fe,Ge, (0.0<x<1.0) by magnetic mea- Ahn, J.-M., see Kim, S.-S. surements 348 Akhtar, M.J., see Hasanain, S.K. Du, X.-b., H.-w. Zhang, C.-b. Rong, J. Zhang, S.-y. Ansermet, J.-Ph., see Gravier, L. Zhang, B.-g. Shen, Y. Yan and H.-m. Jin, Hard Ara, K., see Zhang, L. magnetic properties of melt-spun nanocomposite Pro Feg>Zr>Cup 5Bo 5 ribbons 396 Bader, S.D., see Fitzsimmons, M.R. Du, Y., see Mao, X. 286 Bahadur, D., see Verma, D. Duque, J.G.S., C. Gomez-Polo, A. Yelon, P. Ciureanu, Beleggia, M., see Tandon, S. A.E.P. de Araujo and M. Knobel, The effect of Beleggia, M., see Tandon, S. helical magnetoelastic anisotropy on magnetoimpe- Bencok, P., see Richomme, F. dance and its second harmonic component in Bentaleb, M., see Oubelkacem, A. amorphous wires 390 Bertram, H.N. and X. Wang, Local relaxation mechan- isms and collective stochastic dynamics El Aouad, N., see Oubelkacem, A. 270 Bhushan, B., see Goldade, A.V. Elerman, Y., see Dincer, I. 348 Borchers, J.A., see Fitzsimmons, M.R. Elliott, R.J., E.M. Epshtein, Y.V. Gulyaev and P.E. Zilberman, Magnetization reversal and current Cachin, A., see Gravier, L. hysteresis due to spin injection in magnetic Cassidy, S., see O'Sullivan, D. junction 88 Chatterjee, R., see Chatterji, A. Elmali, A., see Dincer, I. 348 Chatterjee, S., see Chatterji, A. Epshtein, E.M., see Elliott, R.J. 88 Chatterji, A.. K.N. Chattopadhyay, D. Neogy, P. Paul, Erol, M., see Sahingoz, R. 74 R. Chatterjee and S. Chatterjee, Magnetic measure- ments on the single crystals of Nd(BrO;); -9H,O and Fabian, A., see Gravier, L. 153 a crystal field investigation of its properties Felcher, G.P., see Fitzsimmons, M.R. 103 Chattopadhyay, K.N., see Chatterji, A. Feng, S., see Yang, H. 230 Chen, J.S., see Lim, B.C. Fitzsimmons, M.R., $.D. Bader, J.A. Borchers, G.P. Chen, J.S., see Lim, B.C. Felcher, J.K. Furdyna, A. Hoffmann, J.B. Kortright, Chen, L., see Huang, P. I.K. Schuller, T.C. Schulthess, S.K. Sinha, M.F. Chen, Y.-J., see Zhang, X.-Y. Toney, D. Weller and S. Wolf, Neutron scattering Chen, Z., see Harland, C.L. studies of nanomagnetism and artificially structured Chui, S.T., see Wu, R.X. materials 103 Ciureanu, P., see Duque, J.G.S. Fnidiki, A., see Richomme, F. 290 Coisson, M., S.N. Kane, P. Tiberto and F. Vinai, Fu, S.-F., see Wang, X.-Z. 334 Influence of DC Joule-heating treatment on Furdyna, J.K., see Fitzsimmons, M.R. 103 magnetoimpedance effect in amorphous Cog4Fe>B;; alloy Ganguly, R., S. Sen and I.K. Puri, Heat transfer Cotterell, M., see O'Sullivan, D. augmentation using a magnetic fluid under the influence of a line dipole 63 de Araujo, A.E.P., see Duque, J.G.S. Gao, W., see Mao, X. 286 De Graef, M., see Tandon, S. Giannakopoulou, T., A. Oikonomou and G. Kordas, De Graef, M., see Tandon, S. Double-layer microwave absorbers based on materi- Deng, L.J., see Huang, P. als with large magnetic and dielectric losses 224 Dieter, S., see McCord, J. Gibbs, M.R.J., see Sahingoz, R. 74 doi: 10.1016/S0304-8853(04)00251-3 ah Author index to volume 271 Kmieé, R., Z. Swiatkowska, R. Kruk and K. Tomala, Goldade, A.V. and B. Bhushan, Tape edge study in a linear tape drive with single-flanged guides Magnetic properties of GdNiSn studied by '°Gd Gomez-Polo, C., see Duque, J.G.S. Médssbauer spectroscopy 326 Gravier, L., A. Fabian, A. Rudolf, A. Cachin, J.-E. Knobel, M., see Duque, J.G.S. 390 Wegrowe and J.-Ph. Ansermet, Spin-dependent Kordas, G., see Giannakopoulou, T. 224 thermopower in Co/Cu multilayer nanowires Kortright, J.B., see Fitzsimmons, M.R. 103 Guerrero, V.H. and R.C. Wetherhold, Strain and stress Krishnan, R., see Lassri, M. 307 calculation in bulk magnetostrictive materials and Kruk, R., see Kmie¢, R. 326 thin films Kuberkar, D.G., see Rana, D.S. 215 Gulyaev, Y.V., see Elliott, R.J. Kundaliya, D.C., see Rana, D.S. 215 Gundu Rao, T.K., see Verma, D. Laaboudi, B., see Oubelkacem, A. 270 Hamada, I.M., X-ray diffraction and IR absorption in Lassri, M., H. Hamouda, M. Abid, M. Omri and R. the system Coo¢Zno4Mn,Fe2_,0,4 before and after Krishnan, Magnetic studies in Co/V multilayers 307 y-irradiation Lechevallier, L., see Richomme, F. 290 Hamouda, H., see Lassri, M. Ledue, D., see Verdier, P. 355 Harima, H., see Nakada, K. Lee, J.Y., see Jen, S.U. 237 Harland, C.L., L.H. Lewis, Z. Chen and B.-M. Ma, Lewis, L.H., see Harland, C.L. 53 Exchange coupling and recoil loop area in Nd2Fe;4B Li, L.-T., see Wang, X.-H. 301 nanocrystalline alloys 53 Liang, D.F., see Huang, P. 97 Hasanain, S.K., W.H. Shah, A. Mumtaz, M. Nadeem Liang, Y.-Q., see Wei, G.-Z. 246 and M.J. Akhtar, Re-entrant spin freezing behavior Lim, B.C., J.S. Chen and J.P. Wang, Thickness in Lap gsCao. 1sMno 9sFep.9503 manganite 79 dependence of structural and magnetic properties Hecknan, O., see Richomme, F. 290 of FePt films 159 Hoffmann, A., see Fitzsimmons, M.R. 103 Lim, B.C., J.S. Chen and J.P. Wang, Thickness Horikawa, T., M. Itoh, S. Suzuki and K. Machida, dependence of structural and magnetic properties Magnetic properties of the Nd-Fe-B sintered of FePt films 431 magnet powders recovered by Yb metal vapor Lin, Z.F., see Wu, R.X. 180 sorption 369 Liu, J.R., M. Itoh, J. Jiang and K.-i. Machida, A GHz Huang, P., L.J. Deng, J.X. Xie, D.F. Liang and L. Chen, range electromagnetic wave absorber with wide Effect of BST additive on the complex permeability bandwidth made of FeCo/Y,0; nanocomposites L147 and permittivity of Z-type hexaferrite in the range of Liu, W.Q., see Yue, M. 364 1 MHz-1 GHz 97 Ma, B.-M., see Harland, C.L. 53 Itoh, M., see Liu, J.R. L147 Machida, K., see Horikawa, T. 369 Itoh, M., see Horikawa, T. 369 Machida, K.-i., see Liu, J.R. L147 Malik, S.K., see Rana, D.S. 215 Jen, S.U. and J.Y. Lee, Method of easy-axis determina- Mao, X., W. Gao, J. Tang, F. Xu and Y. Du, Effects of tion of uniaxial magnetic films by vector vibrating Co substitution for Fe on the magnetization process sample magnetometer 237 of nanocrystalline Fe-Nb-B alloys 286 Jiang, J., see Liu, J.R. L147 Matsumoto, K., see Kawano, H. 165 Jin, H., see Du, X. 396 Mavani, K.R., see Rana, D.S. 215 McCord, J., S. Dieter and K. Seemann, Observation and Kamada, Y., see Zhang, L. 402 analysis of mixed domain states in sputtered Kane, S.N., see Coisson, M. 312 CosoF eso films Kawano, H., T. Morikawa, K. Matsumoto and K. Meshram, M.R., N.K. Agrawal, B. Sinha and PS. Shono, Effect of non-magnetic intermediate Misra, Characterization of M-type barium hexago- layer on film structure, magnetic properties, and nal ferrite-based wide band microwave absorber noise characteristics of FeCSi soft magnetic Mészaros, I., see O’Sullivan, D. multilayers 165 Misra, P.S., see Meshram, M.R. Kikuchi, H., see Zhang, L. 402 Morikawa, T., see Kawano, H. Kim, K.-H., see Kim, S.-S. 39 Mumtaz, A., see Hasanain, S.K. Kim, S.-S., S.-T. Kim, J.-M. Ahn and K.-H. Kim, Mumtaz, K., see Zhang, L. Magnetic and microwave absorbing properties of Co-Fe thin films plated on hollow ceramic micro- Nadeem, M., see Hasanain, S.K. spheres of low density 39 Nakada, K., H. Shimizu, H. Yamada and H. Harima, Kim, S.-T., see Kim, S.-S. Corrigendum to: “Magnetic properties and Fermi Author index to volume 271 surface of YMn2” J. Magn. Magn. Mater. 262 (2003) Tandon, S., M. Beleggia, Y. Zhu and M. De Graef, On 374 the computation of the demagnetization tensor for Neogy, D., see Chatterji, A. uniformly magnetized particles of arbitrary shape. Nigam, A.K., see Verma, D. Part II: numerical approach Tang, J., see Mao, X. Oikonomou, A., see Giannakopoulou, T. Tanner, D.A., see O’Sullivan, D. Omri, M., see Lassri, M. Teillet, J., see Richomme, F. O’Sullivan, D., M. Cotterell, S. Cassidy, D.A. Tanner Thaker, C.M., see Rana, D.S. and I. Mészaros, Magneto-acoustic emission for the Tiberto, P., see Coisson, M. characterisation of ferritic stainless steel microstruc- Tomala, K., see Kmiec, R. tural state Toney, M.F., see Fitzsimmons, M.R. Oubelkacem, A., N. El Aouad, M. Bentaleb, B. Tsukada, T., see Zhang, L. Laaboudi and M. Saber, The phase diagrams and the order parameters of the diluted superlattice with Verdier, P., D. Ledue and R. Patte, Magnetic properties antiferromagnetic interface coupling of helimagnetic-ferromagnetic superlattices: a Monte Carlo study Patte, R., see Verdier, P. Verma, D., A.K. Nigam, T.K. Gundu Rao and D. Paul, P., see Chatterji, A. Bahadur, Magnetic and transport studies in La,_,. Puri, I.K., see Ganguly, R. Ca,Mn7Cog9 o30 3 (0.1 <x<0.5) Vinai, F., see Coisson, M. Rana, D.S., K.R. Mavani, C.M. Thaker, D.G. Kuber- kar, D.C. Kundaliya and S.K. Malik, Electronic Wang, G.P., see Yue, M. transport, magnetism and colossal magnetoresis- Wang, J.P., see Lim, B.C. tance of (Lao.7~3xTb,)(Cao, 3Sr2,)MnO3 Wang, J.P., see Lim, B.C. (0.025<x<0.125) compounds Wang, W., see Yang, H. Richomme, F., L. Lechevallier, A. Fnidiki, J. Teillet, P. Wang, X., see Bertram, H.N. Bencok and O. Hecknan, Structural and magnetic Wang, X.-H., L.-T. Li, Z.-X. Yue and S.-Y. Su, Effect of study of MBE-UHV evaporated (Fe/Y) multilayers SiO, additive on the high-frequency properties of Rong, C., see Du, X. low-temperature fired Co2Z Rudolf, A., see Gravier, L. Wang, X.-Z. and S.-F. Fu, Dispersion properties of nonlinear bulk polaritons in uniaxial antiferromag- netic/nonmagnetic superlattices Saber, M., see Oubelkacem, A. Sahingoz, R., M. Erol and M.R.J. Gibbs, Observation Wegrowe, J.-E., see Gravier, L. of changing of magnetic properties and microstruc- Wei, G.-Z., Y.-Q. Liang, Q. Zhang and Z.-H. Xin, ture of metallic glass Fe7gSigB,3 with annealing Magnetic properties of mixed-spin Ising systems in a Sato, M., see Zhang, L. longitudinal magnetic field Schuller, I.K., see Fitzsimmons, M.R. Weller, D., see Fitzsimmons, M.R. Schulthess, T.C., see Fitzsimmons, M.R. Wetherhold, R.C., see Guerrero, V.H. Seemann, K., see McCord, J. Wolf, S., see Fitzsimmons, M.R. Sen, S., see Ganguly, R. Wu, R.X., X. Zhang, Z.F. Lin, S.T. Chui and J.Q. Xiao, Shah, W.H., see Hasanain, S.K. Possible existence of left-handed materials in metallic magnetic thin films Shen, B., see Du, X. Shen, L., see Yang, H. Shimizu, H., see Nakada, K. Xiao, J.Q., see Wu, R.X. Shono, K., see Kawano, H. Xie, J.X., see Huang, P. Sinha, B., see Meshram, M.R. Xin, Z.-H., see Wei, G.-Z. Sinha, S.K., see Fitzsimmons, M.R. Xu, F., see Mao, X. Su, S.-Y., see Wang, X.-H. Sun, W., see Yang, H. Yamada, H., see Nakada, K. Suzuki, S., see Horikawa, T. Yan, Y., see Du, X. SwiatkoWska, Z., see Kmiec, R. Yan, Y., see Yang, H. Yang, H., L. Zhao, X. Yang, L. Shen, L. Yu, W. Sun, Y. Takahashi, S., see Zhang, L. Yan, W. Wang and S. Feng, The synthesis and the Tandon, S., M. Beleggia, Y. Zhu and M. De Graef, On magnetic properties of Nd2O3-doped Ni-Mn ferrites the computation of the demagnetization tensor for nanoparticles uniformly magnetized particles of arbitrary shape. Yang, X., see Yang, H. Part I: Analytical approach Yelon, A., see Duque, J.G.S. 442 Author index to volume 271 Yu, L., see Yang, H. 230 alloys for simulating radiation induced segregation in Yue, M., J.X. Zhang, W.Q. Liu and G.P. Wang, austenitic stainless steel Chemical stability and microstructure of Nd-Fe-B Zhang, Q., see Wei, G.-Z. magnet prepared by spark plasma sintering 364 Zhang, S., see Du, X. Yue, Z.-X., see Wang, X.-H. Zhang, X., see Wu, R.X. Zhang, X.-Y. and Y.-J. Chen, Influence of temperature Zhang, H., see Du, X. on percolative behavior in Fe;0,/C composite Zhang, J., see Du, X. Zhao, L., see Yang, H. Zhang, J.X., see Yue, M. Zhu, Y., see Tandon, S. Zhang, L., Y. Kamada, H. Kikuchi, K. Mumtaz, K. Zhu, Y., see Tandon, S. Ara, S. Takahashi, M. Sato and T. Tsukada, Zilberman, P.E., see Elliott, R.J. Magnetic transition temperatures of some model Available online at www.sciencedirect.com FA \ournal ot SCIENCE @pernecr: magnetism and magnetic materials Journal of Magnetism and Magnetic Materials 271 (2004) 443-444 www.elsevier.com/locate/jmmm Subject index to volume 271 Activation energy 318 Ferritic stainless steel 381 Magnetite 184 Amorphous 396 Magnetization curves 237 Amorphous alloys 312 '55Gd Mossbauer spectroscopy 326 Magnetization fluctuations 254 Amorphous wires 390 y-irradiation 318 Magnetization mechanism 286 Antiferromagnetic superlattice 334 GdNiSn 326 Magnetization reversal 88 Atomic arrangement 165 Magnetizations 246, 290, 307 Magneto-acoustic emission 381 Heat transfer—channel and internal 63 Barkhausen noise 381 Heisenberg model 355 Magnetoelastic anisotropy 390 Magnetoelastic interactions 190 BST 97 Helimagnetic 355 Magnetoimpedance 312, 390 Hexagonal ferrite 207 Magnetometric demagnetization tensor 21 CMR 172 High anisotropy 431 Magnetoresistance 153, 215 Co,Z 301 High frequency 301 Magnetostriction 190 Cobalt substitution 286 Hollow microspheres 39 Magnetostrictive materials 190 Cobalt-iron thin films 39 Hyperfine interactions 1 Magneto-thermopower 153 Co/Cu multilayer 153 Hysteresis 237 Manganites 172, 215 Coercive force 165 Martensitic transformation 402 Coercivity 74, 396 Infrared 318 Matching frequency L147 Compensation temperature 270 Initial growth layer 159 Media noise 165 Complex permeability 39, 97 Initial layer 431 Melt spinning L147 Complex permittivity 97 Ising model 246, 270 Metal vapor sorption 369 Composite 184 Metal-insulator transition 172 Corrosion resistance 364 Joule heating 312 Metallic glass 74 Co/V multilayers 307 Microstructure 364, 369 Critical exponent 184 Kerr microscopy 46 Microwave absorber 39 Critical phenomena 270 Microwave absorbing paint 207 Crystal field 1 Crystallization 165 Layered magnetic structures 348 Microwave absorption 224 Crystallographic match 165 Left-handed materials 180 Monte Carlo simulation 355 Curie temperature 402 LHM 180 MOssbauer 290 Linear tape drive 409 Mossbauer spectroscopy 312 Low temperature transition 79 Multilayers 165, 290 Demagnetization energy 9, 21 Low-temperature fired 301 Demagnetization tensor field 9, 21 Nanocomposites L147, 396 Dispersion 334 Double layer 224 Magnetic 230 Nanocrystalline alloy 286 Magnetic anisotropy L147, 307 Nanoparticles 230 Nanostructure 153 Magnetic domains 46, 74 Edge quality 409 Magnetic junctions 88 Nd2Fe,4B 364 Electroless plating 39 Magnetic liquids 63 Nd2Fe,4B rare earth magnets 369 Electromagnetic wave absorption L147 Magnetic measurements 348 Nd,O; 230 Epitaxy 290 Magnetic properties 74, 369 Nd-rich phase 364 Exchange coupling 53 Magnetic structure 326 Néel temperature 402 Exchange interaction 307 Magnetic susceptibilities 1, 246 Ni-Mn ferrite 230 Exchange spring 53 Magnetic tape 409 Non-destructive evaluation 402 Magnetic thin film 180 Nonlinear polariton 334 FePt 159, 431 Magnetisation 355 Normal modes 254 Ferrites 301, 318 Numerical algorithm 9 doi: 10.1016/S0304-8853(04)00252-5 ada Subject index to volume 271 Numerical simulation 63 Rare-earth magnetism 348 Spin injection 88 Recoil hysteresis 53 Spin transition 172 Partial replacement 79 Recovery 369 Spinel 230 Particle size 318 Reflection loss 224 Stochastic dynamics 254 Percolation threshold 184 Reflectivity 97 Superlattice 355 Permalloy films 237 Relaxation 254, 286 Permanent magnets 53 Residual stress 381 Ternary rare earth compounds 326 Permeability 224, 286 RHEED 290 Thermal bath 254 Permittivity 224 Phase diagram 246 Schottky specific heat 1 Wear 409 Phase segregation 215 Shape amplitude 9, 21 Pinning 348 Single-flanged guide 409 X-ray diffraction 381 Polygonal disk 9 SiO, additive 301 X-ray diffraction patterns 318 Porous air bearing 409 Size disorder 215 XRD 312 Soft magnetic thin film 46 Radar cross-section 207 Spark plasma sintering 364 Z-type hexaferrite 97 Radiation induced segregation 402 Spin freezing 79