Available online at www.sciencedirect.com science @joinecr: AM sats Miiviieria ELSEVIER Journal of Magnetism and Magnetic Materials 269 (2004) 429-432 www.elsevier.com/locate/jmmm Author index to volume 269 Abdullah, M.H., see Yusoff, A.N. Campos, C.E.M., V. Drago, J.C. de Lima, T.A. Grandi, Abe, T., see Takahashi, S. K.D. Machado and M.R. Silva, Méssbauer and Ainane, A., see Htoutou, K. magnetization studies of Fe;Se7; iron selenides Al-Falaky, A., see Al-Rawas, A.D. produced by mechanical alloying Al-Ghanem, H., see Hamdeh, H.H. Carbucicchio, M., see Labrune, M. Al-Rawas, A.D., A. Rais, A.A. Yousif, A.M. Gismel- Cecchetti, A., see Buttino, G. seed, M.E. Elzain, S. Mazen and A. Al-Falaky, Chakravorty, D., see Pal, M. Magnetic properties of Cu; ~.M,Fe: >,O, mixed Chang, Y.C., see Wu, K.H. ferrites (M = Ge,Ti, 0<x<0.4) Chaudhuri, B.K., see Bhattacharya, S. Anantharaman, M.R., see Shenoy, S.D. Chen, L., see Wang, X. Anh, D.T.K., see Hamdeh, H.H. Chen, Y.Y., see Bhattacharya, S. Ariosa, D., see Oko, M. Chen, Y.Y., see Wang, C.R. Attfield, J.P., see Venimadhavy, A. Das, D., see Pal, M. De Arruda Penteado Jr., A., see Lancarotte, M.S. Bai, Y., see Hong, X De Grave, E., see Van San, E. Bakonyi, I., J. Toth, L.F. Kiss, E. Toth-Kadar, L. Péter De Lima, J.C., see Campos, C.E.M. and A. Dinia, Origin of giant magnetoresistance Dhar, S.K., see Singh, S. contributions in electrodeposited Ni-Cu/Cu multi- Dinia, A., see Bakonyi, I. layers Doerr, M., see Rotter, M. Batanda, M., M. Kolenda and A. Szytula, Magnetic Domracheva, N.E., I1.V. Ovchinnikov, A.N. Turanov transitions in RPdsGe (R=Tb, Dy, Ho, Er) and V.N. Konstantinov, EPR detection of presum- Behr, G., see Rotter, M. able magnetoelectric interactions in the liquid- Bercoff, P.G., see Bertorello, H.R. crystalline state of an iron mesogen Berger, H., see Oko, M. Drago, V., see Campos, C.E.M. Bertorello, H.R., P.G. Bercoff and M.I. Oliva, Model of Drobac, D., see Oko, M. interactions in nanometric particles of barium Du, A., see Li, J. hexaferrite Du, Y.W., see Jiang, X.L. Bewley, R.I., see Rotter, M. Dubman, M., H. Ettedgui and M. Kuznietz, The Bhattacharya, S., S. Pal, R.K. Mukherjee, B.K. U(Co,_,Cu,)»Ge2 system studied by SQUID-mag- Chaudhuri, S. Neeleshwar, Y.Y. Chen, S. Mollah netization and AC-susceptibility measurements and H.D. Yang, Development of pulsed magnetic Duc, N.H., see Hamdeh, H.H. field and study of magnetotransport properties of Dzubinsky, M., see Kovaé, F. K-doped La; ,Ca,_,.K,MnO; CMR materials Bid, S., see Pal, M. Eccleston, R.S., see Rotter, M. Blamire, M.G., see Leung, C.W. Elzain, M.E., see Al-Rawas, A.D. Blamire, M.G., see Venimadhav, A. Endo, S., see Matsushita, M. Bogdanov, A.N., see R6Bler, U.K. Ettedgui, H., see Dubman, M. Briickl, H., see Lucinski, T. Bublitz, E. and J. Ricardo de Sousa, Field-induced phase Geng, D.Y., see Ren, W.J. transition in the quantum Heisenberg antiferromag- Gismelseed, A.M., see Al-Rawas, A.D. netic model Grandi, T.A., see Campos, C.E.M. Buchanan, J.D.R., see Leung, C.W. Gruber, J.B., see Wang, C.R. Buttino, G., A. Cecchetti and M. Poppi, Domain wall Guerrero, V.H., see Wetherhold, R.C. relaxation frequency and magnetocrystalline aniso- Gui, Z., see Qi, X. tropy in Co- and Fe-based nanostructured alloys Guo, W., see Hong, X. 0304-8853/04/$-see front matter PIT: S0304-8853(03)02528-9 430 Author index to volume 269 Hamdeh, H.H., H. Al-Ghanem, W.M. Hikal, S.M. Kulshreshtha, S.K., see Mukadam, M.D. Taher, J.C. Ho, D.T.K. Anh, N.P. Thuy, N.H. Duc Kuznietz, M., see Dubman, M. and P.D. Thang, Mossbauer spectroscopic evalua- tion of chemical and electronic distributions in Labrune, M. and M. Carbucicchio, Domain pattern in La(Fep s1Sio.19)13 spring-magnet-type [Co/Fe] multilayers Hamdeh, H.H., see Wang, C.R. Lancarotte, M.S. and A. de Arruda Penteado Jr., Harris, I.R., see Lechevallier, L Improving the magnetizing device design of the Hauschild, J., see Schmitz, D. single sheet tester of two-dimensional properties Heitmann, S., see Lucinski, T. Larson, P. and I.J. Mazin, Effect of impurities on Hempel, T., see Lucinski, T magnetic properties of Y(Cos_,Cu,) and Y> x Hikal, W.M., see Hamdeh, H.H. (Co7_.Ni,) Ho, J.C., see Hamdeh, H.H. Le Breton, J.M., see Lechevallier, L. Ho, J.C., see Wang, C.R. Lechevallier, L., JM. Le Breton, J.F. Wang and I.R. Hong, X., W. Guo, H. Yuan, J. Li, Y. Liu, L. Ma, Y. Harris, Structural analysis of hydrothermally synthe- Bai and T. Li, Periodate oxidation of nanoscaled sized Sr; _,Sm,Fe,2O;9 hexagonal ferrites magnetic dextran composites Lefevre, C., see Mar, A. Howard, J.K., see Platt, C.L. Leung, C.W., M.E. Vickers, J.D.R. Buchanan and Htoutou, K., A. Ainane and M. Saber, The transverse M.G. Blamire, A study of conventional top spin valve crystal-field effects of the mixed spin Ising bilayer structure through the built-up samples technique system Li, J., G. Wei and A. Du, Green function study of a mixed Huang, B.-X., see Liu, Y.-H. spin-} and spin-4 Heisenberg ferrimagnetic model Hiitten, A., see Lucinski, T Imperia, P., see Schmitz, D Inoue, M., see Tetsukawa, H. Jiang, X.L., Q.Y. Xu, G. Ni, H. Sang, F.M. Zhang and , Y., see Hong, X. Y.W. Du, The effects of lattice distortion on the , Y.-H., B.-X. Huang, R.-Z. Zhang, X.-B. Yuan, electrical properties of magnetic La, Sr, ;MnO; C.-J. Wang and L.-M. Mei, Effects of Ti addition on polycrystalline films the magnetic, transport and magnetoresistive proper- Jiuxing, Z., see Ming, Y. ties of Lap 67Cao.33Mn0O; Joy, P.A., see Shenoy, S.D. Liu, Y.T., see Schmitz, D. Ju, X., see Wang, X Loewenhaupt, M., see Rotter, M. Lucinski, T., A. Hiitten, H. Briickl, S. Heitmann, T. Kamada, Y., see Takahashi, S. Hempel and G. Reiss, Magnetoresistance study of Kanno, H., see Kawashita, Y NiggFe2)/Col/CuAgAu/Co2 asymmetric sandwiches Kawashita, Y., N. Waki, T. Tayu, T. Sugiyama, H. Ono, H. Koyama, H. Kanno and T. Uchida, Magnetic Ma, L., see Hong, X. properties of Nd—Fe-B system anisotropic HDDR Machado, K.D., see Campos, C.E.M. powder made from segregated master ingots Maletta, H., see Schmitz, D. Kazantseva, N.E., J. Vilakova, V. Kiesalek, P. Saha, Manfrinetti, P., see Singh, S. I. Sapurina and J. Stejskal, Magnetic behaviour of Mar, A., C. Lefevre and G. Venturini, Anisotropic composites containing polyaniline-coated manga- transport properties measured in HoMn,Ge, single nese-—zinc ferrite crystals 380 Kiss, L.F., see Bakonyi, & Martynov, S., G. Petrakovskii and B. Roessli, Quasi- Kockelmann, W., see Rotter, M. one-dimensional excitations of copper metaborate in Kolenda, M., see Batanda, M the commensurate phase |OK<T<20K Kondo, H., see Tetsukawa, H Matsushita, M., S. Endo, K. Miura and F. Ono, Konishi, T., H. Nagai, Y. Nakata and T. Okutani, Pressure-induced change of the magnetic state in Microstructure and magnetic properties of Sm>Fe;7 ordered Fe—Pt Invar alloy alloy prepared by unidirectional solidification in Mazen, S., see Al-Rawas, A.D. microgravity Mazin, I.I., see Larson, P. Konstantinov, V.N., see Domracheva, N.E. Mazzone, D., see Singh, S. Kovac, F., M. Dzubinsky and Y. Sidor, Columnar grain Mei, L.-M., see Liu, Y.-H. growth in non-oriented electrical steels Ming, Y., L. Xubo, Xiaoyaofu and Z. Jiuxing, Koyama, H., see Kawashita, Y. Magnetization reversal mechanism of anisotropic Kiesalek, V., see Kazantseva, N.E HDDR Nd,>Fe),B-based magnet powder Author index to volume 269 Miura, K., see Matsushita, M. R6OBler, U.K. and A.N. Bogdanov, Synthetic metamag- Mollah, S., see Bhattacharya, S. netism magnetic switching of perpendicular anti Mukadam, M.D., S.M. Yusuf, P. Sharma and S.K. ferromagnetic superlattices Kulshreshtha, Magnetic behavior of field induced Roessli, B., see Martynoy, S. spin-clusters in amorphous FeO; Rotter, M., M. Doerr, M. Loewenhaupt, W. Kock- Mukherjee, R.K., see Bhattacharya, S. elmann, R.I. Bewley, R.S. Eccleston, A. Schneide- wind and G. Behr, Pressure dependence of the Nagai, H., see Konishi, T. magnetic structures and excitations in the giant Nakata, Y., see Konishi, T. magnetostriction compound TbCu; Nath, B.K., see Pal, M. Neeleshwar, S., see Bhattacharya, S. Saber, M., see Htoutou, K. Negri, D., A. Paoluzi and L. Pareti, Magnetic aniso- Saffarzadeh, A., Spin-filter magnetoresistance in mag- tropy and magnetisation processes in 3:29, 1:12 and netic barrier junctions 2:17 type Nd:(Fe, Co, Ti) related compounds Sang, H., see Jiang, X.L. Ni, G., see Jiang, X.L. Sapurina, I., see Kazantseva, N.E. Sato, Y., see Takahashi, S. Oko, M., I. Zivkovic, M. Prester, D. Drobac, D. Ariosa, Schafer, W., see Papathanassiou, G.F. H. Berger and D. Pavuna, Consistent behaviour of Schmitz, D., J. Hauschild, P. Imperia, Y.T. Liu and AC susceptibility and transport properties in mag- H. Maletta, Element-specific investigation of the netic superconductor RuSr+GdCuOx magnetization of ultrathin Fe on a V(110) single Okutani, T., see Konishi, T. crystal Oliva, M.I., see Bertorello, H.R. Schneidewind, A., see Rotter, M. Ono, F., see Matsushita, M. Saha, P., see Kazantseva, N.E. Ono, H., see Kawashita, Y. Sharma, P., see Mukadam, M.D. Ou, M.N., see Wang, C.R. Shenoy, S.D., P.A. Joy and M.R. Anantharaman, Effect Ovchinnikov, I.V., see Domracheva, N.E. of mechanical milling on the structural, magnetic and dielectric properties of coprecipitated ultrafine zinc Pal, M., S. Bid, S.K. Pradhan, B.K. Nath, D. Das and ferrite D. Chakravorty, Synthesis of nanocomposites com- Sher, F., see Venimadhay, A. prising iron and barium hexaferrites Shiroishi, Y., see Takata, K. Pal, S., see Bhattacharya, S. Sidor, Y., see Kovaé, F. Palenzona, A., see Singh, S. Silva, M.R., see Campos, C.E.M. Paoluzi, A., see Negri, D. Singh, S., S.K. Dhar, P. Manfrinetti, A. Palenzona Papathanassiou, G.F., J.K. Yakinthos and W. Schafer, and D. Mazzone, High magnetic transition tempera- The antiferromagnetic structure of ErPtGe, tures in RScT (R=Pr, Nd and Sm; T=Si and Pareti, L., see Negri, D. Ge) compounds: multiple spin reorientations in Pavuna, D., see Oko, M. PrScGe Péter, L., see Bakonyi, I. Smith, D.J., see Platt, C.L. Petrakovskii, G., see Martynoy, S. Song, X.P., see Ren, W.J. Platt, C.L., J.K. Howard and D.J. Smith, Use of Pd and Stejskal, J., see Kazantseva, N.E. Pt buffers to induce soft magnetic properties in Sugiyama, T., see Kawashita, Y. Fe79Co39 thin films Szytuta, A., see Batanda, M. Poppi, M., see Buttino, G. Pradhan, S.K., see Pal, M. Taher, S.M., see Hamdeh, H.H. Prester, M., see Oko, M. Taher, S.M.A., see Wang, C.R Takahashi, S., Y. Sato, Y. Kamada and T. Abe, Study Qi, X., J. Zhou, Z. Yue, Z. Gui and L. Li, Investigation of chromium depletion by magnetic method in Ni- of magnetic properties of Nip xCup »Znp 6Fe; 9604 based alloys BaTiO; composites Takata, K., F. Tomiyama and Y. Shiroishi, Strain Qian, F., see Zhigao, H. imaging of a ferrite core head Tayu, T., see Kawashita, Y Rais, A., see Al-Rawas, A.D. Tetsukawa, H., M. Inoue and H. Kondo, Thermal Reiss, G., see Lucinski, T. stability and structure of acicular Fe-Co metal Ren, W.J., Z.D. Zhang, X.G. Zhao, X.P. Song, W. Liu particles and D.Y. Geng, Structure and magnetostriction of Thang, P.D., see Hamdeh, H.H Tb,_ .Pr,.Fe 93Bo, 15 alloys Thuy, N.P., see Hamdeh, H.H. Ricardo de Sousa, J., see Bublitz, E. Tomiyama, F., see Takata, K. Author index to volume 269 Toth, J., see Bakonyi, I. Xiaoping, S., see Zhanbo, S. Toth-Kadar, E., see Bakonyi, I. Xiaoyaofu, see Ming, Y. Turanov, A.N., see Domracheva, N.E. Xiaoyuan, L., see Zhanbo, S. Xu, Q.Y., see Jiang, X.L. Uchida, T., see Kawashita, Y. Xubo, L., see Ming, Y. Vandenberghe, R.E., see Van San, E. Van San, E., E. De Grave and R.E. Vandenberghe, Yakinthos, J.K., see Papathanassiou, G.F. Field-induced spin transitions in hematite powders as Yang, H.D., see Bhattacharya, S. observed from Méssbauer spectroscopy Yao, Y.D., see Wang, C.R. Venimadhav, A., F. Sher, J.P. Attfield and M.G. Yaomin, Z., see Zhanbo, S. Blamire, Oxygen assisted deposition of Sr.FeMoO, Yousif, A.A., see Al-Rawas, A.D. thin films on SrTiO;(1 00) Youwei, D., see Zhigao, H. Venturini, G., see Mar, A. Yuan, H., see Hong, X. Vickers, M.E., see Leung, C.W. Yuan, X.-B., see Liu, Y.-H. Vilakova, J., see Kazantseva, N.E. Yue, Z., see Qi, X. Yusoff, A.N. and M.H. Abdullah, Microwave electromag- Waki, N., see Kawashita, Y. netic and absorption properties of some LiZn ferrites Wang, C.-J., see Liu, Y.-H. Yusuf, S.M., see Mukadam, M.D. Wang, C.R., Y.Y. Chen, Y.D. Yao, Y.S. Lin, M.N. Ou, S.M.A. Taher, H.H. Hamdeh, X. Zhang, J.C. Ho and J.B. Gruber, Magnetic and calorimetric studies Zakhlevnykh, A.N., Threshold magnetic fields and of antiferromagnetic transitions in erbium sesquisul- Fréedericksz transition in a ferronematic fide Zhanbo, S., Z. Yaomin, L. Xiaoyuan and S. Xiaoping, Wang, G.P., see Wu, K.H. Compositions, magnetic properties and GMR per- Wang, J.F., see Lechevallier, L. formances of melt-spun Cu-Co-Ni ribbons Wang, X., Y.X. Zheng, X. Ju and L. Chen, The Joule Zhang, F.M., see Jiang, X.L. loss profiles of different structure at two wavelengths Zhang, R.-Z., see Liu, Y.-H. in a double layered magneto-optical disk Zhang, X., see Wang, C.R. Wei, G., see Li, J. Zhang, Z.D., see Ren, W.J. Wetherhold, R.C. and V.H. Guerrero, Magnetoelastic Zhao, X.G., see Ren, W.J. interaction in magnetostrictive spring-magnet multi- Zheng, Y.X., see Wang, X. layers Zhigao, H., F. Qian and D. Youwei, Surface critical Wu, K.H., Y.C. Chang and G.P. Wang, Preparation of properties of a face-centered cubic magnetic films NiZn ferrite/SiO, nanocomposite powders by sol-gel Zhou, J., see Qi, X. auto-combustion method Zivkovic, I., see Oko, M. Available online at www.sciencedirect.com science @joinecr: FA \ournal ot magnetism and magnetic materials ELSEVIER Journal of Magnetism and Magnetic Materials 269 (2004) 433-434 www.elsevier.com/locate/jmmm Subject index to volume 269 AC susceptibility 231, 259, 311 Effective anisotropy 122 IA treatments 293 AC susceptibility measurement 393 Electrodeposition 156 Inelastic neutron scattering 106 Alloying 341 Electronic structure 176 Initial permeability 352 Aluminum substitution 54 Electron—magnon 359 Interfacial polarisation 217 Amorphous systems—oxides 317 EPR spectroscopy 385 Interlayer coupling 78 Anisotropic magnet powders 293 Erbium | Iron 42 Anisotropic property 380 ErS, 5 419 Antiferromagnetic transitions 419 Exchange interactions 122, 184 Joule loss profiles 197 Applied fields 54 As-cast alloys 293 Atomic-site distribution 404 Fe 89 K doping 359 Auto-combustion 150 Fe- and Co-based amorphous alloys 70 FeCo 212 Lab VIEW 217 Fe—Co metal particles 423 La(Fe;_ ,Si,);3 404 Barium hexaferrite 42 Fe-—Pt invar alloy 393 LaSrMnO 38 Bilayer system 245 Ferrimagnet 245 Lattice 38 Ferrite 30, 150, 271 Layers 15 Ferroelectric phase 352 Cations distribution 168 Ferromagnetic 101 Characterization 15 Ferromagnetic phase 352 Magnet 48 Chromium depletion 139 Ferronematic 238 Magnetic anisotropy 48, 61, 176, 385 Clusters 122 Film 184 Magnetic dextran 95 Coated particles 30 FOMP 302 Magnetic excitations 372 Coercivity mechanism 227 Fréedericksz transition 238 Magnetic fluids 238 Colossal magnetoresistance 398 Magnetic head 131 Columnar microstructure 333 Magn© etic losses 346 Compensation temperature 410 Germanium | Ma ag netic measurements 317 Conducting polymer 30 Giant magnetoresistance 78 Ma tos netic moment—distribution 317 Conductivity 380 Giant magnetostrictive materials 61 Ma ¢7m 2n etic moments 176 Copper ferrites 168 GMR 156, 341 Ma ynetic multilayers 287 Critical temperature 184, 410 Green function 410 Ma netic nanoparticles 217 Crystal structure | Ma g9¢9 q9n9 etic permeability 271 Cu-Co-Ni alloys 341 Ma Ton etic phase diagrams 311 Curie temperature 139 Hard disk drives 131 Ma 0mz 9n etic phase transition 259, 3932 HDDR 293 Ma ynetic properties 95, 352, 398 Heisenberg antiferromagnetic 266 Magnetic property 341 Decarburising annealing in intercritical Heisenberg ferrimagnetic system 410 Magnetic structure | g79G a2 region 333 Hematite 54 Magnetic susceptibility 168 q Detection of aldehydes 95 Hexaferrites 192 Magnetic tunnel barriers 327 Dielectric 217 High coercive fields 113 Magnetically ordered material 380 Dielectric permittivity 271 High-energy ball milling 217 Magnetism 89, 139 Distortion 38 High magnetic transition temperatures Magnetization 6, 168 Domain processes 287 113 Magnetocrystalline anisotropy 302 Domain structure 61 High moment 212 Magnetoelectric effect 385 Domain wall motion 352 High pressure 393 Magneto-optical recording 197 Domain wall pinning 259 Homogenized alloys 293 Magnetoresistance 101, 327 Double perovskites 101 Hysteresis model 346 Magnetostriction 61, 131, 281 0304-8853/04/$-see front matter PIT: S0304-8853(03)02529-0 Subject index to volume 269 Mean field approximation 266 Paramagnetic Mossbauer spectroscopy Spin polarised tunnelling 217 Measuring technique 139 404 Spin reorientation transitions 302 Mechanical alloying 6 Periodate oxidation 95 Spin-valves 15, 78 Melt-spun 341 Permanent magnets materials 302 Spin-wave spectrum 106 Metallomesogens 385 Permeability 30 Spinels 217 Metamagnetism 287 Perpendicular anisotropy 287 Spinnel 168 MgCup,-type structure 281 Phase diagram 266 Spring-magnet 203 Microgravity 48 Pinning 227 SQUID magnetization 311 Micromagnetism 203, 287 Platinum | SrFe;.O;, 192 Microstructure 48 Polyaniline 30 Strain imaging 131 Microwave absorption 271 Polycrystalline film 38 Strain parameter 217 Mixed-spin Ising model 245 Pressure 372 Superparamagnetism 156, 217 Monte Carlo 184 Pulse magnetic field 359 Surface oxide layer 423 Morphology 423 Synchrotron radiation 89 Mossbauer spectra 42 Quantum metamagnet 266 Mossbauer spectrometry 192 Mossbauer spectroscopy 6, 54 Rare-earth compound 1, 380 Ternary rare earth compounds 259 Multilayers 78, 203 Rare-earth-doped manganites 398 Texture 333 Multiple spin orientations 113 Rare earth intermetallic compound 302 Thermal stability 423 Thermopower 231 Rare earth intermetallics 372 Thin film 197 Nanocomposite 42, 150 Rare-earth transition-metal compounds Thin film head 212 Nanocrystalline materials 6 281 Transition metal compound 380 Nanocrystallization 70 Reaction mechanism 423 Transport properties 398 Nanometric particles 122 Resistivity 15, 231 Transverse crystal field 245 Nanoscaled 95 RScSi and RScGe 113 Two-dimensional magnetic properties 346 Nd>Fe,4B-based 227 RuSr»GdCu,Ox, 231 Nd—Fe-B alloys 293 Nd-rich boundary phase 227 Scanning probe microscopy 131 U(Co,Cu).Ge, 311 Neutron diffraction | Scattering parameters 271 Ultrathin films 89 Neutron scattering 372 Segregated master ingots 293 Unidirectional solidification 48 Next-nearest-neighbor interaction 410 Silica 150 Uranium compounds 311 Nickel-based alloy 139 Sm substitution 192 Ni-Cu/Cu multilayers 156 Soft materials 212 Writer 212 Nondestructive evaluation 139 Sol-gei 150 Non-equivalent Er’ sites 419 Solid solutions 311 Non-oriented electrical steel 333 Specific heat 419 XMCD 89 Spin 54 X-ray 15 One-dimensional magnetic structure 106 Spin clusters 317, 398 X-ray diffraction 192 Optical matrix method 197 Spin filter 327 Ordered alloy 393 Spin-polarized transport 32 / Zine ferrite 217