Table Of Content

Available online at www.sciencedirect.com eS science @)oinecr: and PA waters ELSEVIER Journal of Magnetism and Magnetic Materials 263 (2003) 374 www.elsevier.com/locate/jmmm Author index to volume 263 A bd-El-Hafiz, S.K., see Adly, A.A Dobromyslov, M.B., see Kuz’menko, A.P Abdallas, A.M., see Mahmoud, M.H Dobromyslov, M.B., see Kuz’menko, A.P Adly, A.A. and S.K. Abd-El-Hafiz, Identification and Dong, C., S. Chen and T.Y. Hsu (Xu Zuyao), A testing of an efficient hopfield neural network modified model of GMI effect in amorphous films magnetostriction model with transverse magnetic anisotropy Aktas, B., see Belozorov, D.P Du,.J., see Xu, OY. Anglada-Rivera, J., see Perez-Benitez, J.A Du, Y., see Yang, S. Armstrong, W.D., An incremental theory of magneto- Dube, D.C., see Verma, A elastic hysteresis in pseudo-cubic ferro-magnetostric- tive alloys Edelman, I.S., see Malakhovskii, A.V. Ehresmann, A., see Engel, D Beleggia, M. and M. De Graef, On the computation of El-Amin, M.F., Combined effect of viscous dissipation the demagnetization tensor field for an arbitrary and Joule heating on MHD forced convection over a particle shape using a Fourier space approach non-isothermal horizontal cylinder embedded in a Belozorov, D.P., V.N. Derkach, S$.V. Nedukh, A.G fluid saturated porous medium Ravlik, S.T. Roschenko, I.G. Shipkova, S.I. Tar- Elefant, D., see Groudeva-Zotova, S. apov, F. Yildiz and B. Aktas, Magnetization and Engel, D., A. Kronenberger, M. Jung, H. Schmoranzer, impedance measurements of multilayer Co/Cu struc- A. Ehresmann, A. Paetzold and K. RO6ll, Exchange tures in millimeter waveband anisotropy modification in NiO/NiFe bilayers by ion Bena, R.-E. and E. Petrescu, Surface effects on magnetic bombardment Freedericksz transition in ferronematics with soft particle anchoring Fang, T.-T. and M.-T. Wang, Effects of processing on Blanusa, J.. M. Mitric, I. Felner, N. Jovic and | the sintering behavior, microstructures, and proper- Bradaric, The crystal structure refinement and ties of Lag.67Sro.33MnO; doped with ZrO, magnetic susceptibility study of La, .Er,O Felner, I., see Blanusa, J. Boerma, D.O., see Craus, C.B Feng, X.M., see Yang, H.F Bradaric, I., see Blanusa, J Filip, O., see Hermann, R. Fonseca, R.E., see Paduani, C Capo-Sanchez, J., see Perez-Benitez, J.A Carman, G.P., see Nersessian, N Gabay, M., see Theodoropoulou, N. Castillo-Alvarado, F.L., see Lopez-Chavez, f Giannakopoulou, T., A. Kontogeorgakos and G. Chandra Shekhar Reddy, A., see Vijaya Kumar, K Kordas, Single-layer microwave absorbers: influence Chechenin, N.G., see Craus, C.B of dielectric and magnetic losses on the layer Chen, J., see Qin, H thickness Chen, S., see Dong, ¢ Grandjean, F., see Piquer, C. Cherif, S.M., see Roussigne, } Groudeva-Zotova, S., D. Elefant, R. Kaltofen, D. Chezan, A.R., see Craus, C.B Tietjen, J. Thomas, V. Hoffmann and C.M. Schnei- Chiou, J.C., see Ko, C.H der, Magnetic and structural characteristics of Chu, W.G., see Yang, H.I exchange biasing systems based on NiMn antiferro- Costa, B.V., see Lima, A.B magnetic films Craus, C.B., A.R. Chezan, N.G. Chechenin, D.O Gu, B., see Yang, S. Boerma and L. Niesen, Soft magnetism in nitrided Gu, B.X., Structure and magnetic properties Fey;NigCr; and FeysNisTi, cold-rolled alloys of Nd, Feg;_ ,B)7 alloys De Graef, M., see Beleggia, M Hamdeh, H.H., see Mahmoud, M.H. Derkach, V.N., see Belozorov, D.P He, H., see Li, J. 0304-8853/03/$-see front matter PII: S0304-8853(03)00514-6 Available online at www.sciencedirect.com eS science @)oinecr: and PA waters ELSEVIER Journal of Magnetism and Magnetic Materials 263 (2003) 374 www.elsevier.com/locate/jmmm Author index to volume 263 A bd-El-Hafiz, S.K., see Adly, A.A Dobromyslov, M.B., see Kuz’menko, A.P Abdallas, A.M., see Mahmoud, M.H Dobromyslov, M.B., see Kuz’menko, A.P Adly, A.A. and S.K. Abd-El-Hafiz, Identification and Dong, C., S. Chen and T.Y. Hsu (Xu Zuyao), A testing of an efficient hopfield neural network modified model of GMI effect in amorphous films magnetostriction model with transverse magnetic anisotropy Aktas, B., see Belozorov, D.P Du,.J., see Xu, OY. Anglada-Rivera, J., see Perez-Benitez, J.A Du, Y., see Yang, S. Armstrong, W.D., An incremental theory of magneto- Dube, D.C., see Verma, A elastic hysteresis in pseudo-cubic ferro-magnetostric- tive alloys Edelman, I.S., see Malakhovskii, A.V. Ehresmann, A., see Engel, D Beleggia, M. and M. De Graef, On the computation of El-Amin, M.F., Combined effect of viscous dissipation the demagnetization tensor field for an arbitrary and Joule heating on MHD forced convection over a particle shape using a Fourier space approach non-isothermal horizontal cylinder embedded in a Belozorov, D.P., V.N. Derkach, S$.V. Nedukh, A.G fluid saturated porous medium Ravlik, S.T. Roschenko, I.G. Shipkova, S.I. Tar- Elefant, D., see Groudeva-Zotova, S. apov, F. Yildiz and B. Aktas, Magnetization and Engel, D., A. Kronenberger, M. Jung, H. Schmoranzer, impedance measurements of multilayer Co/Cu struc- A. Ehresmann, A. Paetzold and K. RO6ll, Exchange tures in millimeter waveband anisotropy modification in NiO/NiFe bilayers by ion Bena, R.-E. and E. Petrescu, Surface effects on magnetic bombardment Freedericksz transition in ferronematics with soft particle anchoring Fang, T.-T. and M.-T. Wang, Effects of processing on Blanusa, J.. M. Mitric, I. Felner, N. Jovic and | the sintering behavior, microstructures, and proper- Bradaric, The crystal structure refinement and ties of Lag.67Sro.33MnO; doped with ZrO, magnetic susceptibility study of La, .Er,O Felner, I., see Blanusa, J. Boerma, D.O., see Craus, C.B Feng, X.M., see Yang, H.F Bradaric, I., see Blanusa, J Filip, O., see Hermann, R. Fonseca, R.E., see Paduani, C Capo-Sanchez, J., see Perez-Benitez, J.A Carman, G.P., see Nersessian, N Gabay, M., see Theodoropoulou, N. Castillo-Alvarado, F.L., see Lopez-Chavez, f Giannakopoulou, T., A. Kontogeorgakos and G. Chandra Shekhar Reddy, A., see Vijaya Kumar, K Kordas, Single-layer microwave absorbers: influence Chechenin, N.G., see Craus, C.B of dielectric and magnetic losses on the layer Chen, J., see Qin, H thickness Chen, S., see Dong, ¢ Grandjean, F., see Piquer, C. Cherif, S.M., see Roussigne, } Groudeva-Zotova, S., D. Elefant, R. Kaltofen, D. Chezan, A.R., see Craus, C.B Tietjen, J. Thomas, V. Hoffmann and C.M. Schnei- Chiou, J.C., see Ko, C.H der, Magnetic and structural characteristics of Chu, W.G., see Yang, H.I exchange biasing systems based on NiMn antiferro- Costa, B.V., see Lima, A.B magnetic films Craus, C.B., A.R. Chezan, N.G. Chechenin, D.O Gu, B., see Yang, S. Boerma and L. Niesen, Soft magnetism in nitrided Gu, B.X., Structure and magnetic properties Fey;NigCr; and FeysNisTi, cold-rolled alloys of Nd, Feg;_ ,B)7 alloys De Graef, M., see Beleggia, M Hamdeh, H.H., see Mahmoud, M.H. Derkach, V.N., see Belozorov, D.P He, H., see Li, J. 0304-8853/03/$-see front matter PII: S0304-8853(03)00514-6 4uthor index to volume 263 Hebard, A.F., see Theodoropoulou, N Litvinov, D., M.H. Kryder and S. Khizroev, Erratum to Hermann, R. and O. Filip, Influence of melt convection “Recording physics of perpendicular media: hard on the microstructure of levitated and undercooled layers” [J. Magn. Magn. Mater. 241 (2002) 453-465] Nd-—Fe-B alloys Liu, G.Y., see Yang, H.F Hikal, W.M., see Mahmoud, M.H Liu, W.F., see Yang, H.F Ho, J.C., see Mahmoud, M.H Liu, X., see Yang, S Hoffmann, V., see Groudeva-Zotova, S Liu, Z.L., see Zou, W.D Hsu (Xu Zuyao), T.Y., see Dong, € Long, G.J., see Piquer, C Hu, A., see Xu, Q.Y. Lopez-Chavez, E. and F.L. Castillo-Alvarado, Order Hu, J., see Qin, H disorder phase transition of the Co,Fe system Igarashi, K., see Morimoto, K Mahmoud, M.H., A.M. Abdallas, H.H. Hamdeh, W.M Isnard, O., see Piquer, € Hikal, S.M. Taher and J.C. Ho, Méssbauer spectro- scopic evaluation of high-energy _ ball-milled Jang, Y.-R., 1-G. Kim and J.I. Lee, Electronic structure CdFe 0, and magnetic properties of Fe;N(00 1) Majumdar, A.K., Further evidence of electron-electron Jovic, N., see Blanusa, J. interaction in (Nip sZros),;_,Al, amorphous alloys Jung, M., see Engel, D Majumdar, A.K., see Theodoropoulou, N. Malakhovskii, A.V., IS. Edelman, Y. Radzyner, Y Kaltofen, R., see Groudeva-Zotova, S. Yeshurun, A.M. Potseluyko, T.V. Zarubina, A.V Kaminsky, A.V., see Kuz’menko, A.P Zamkov and A.I. Zaitzev, Magnetic and magneto- Khizroev, S., see Litvinov, D optical properties of oxide glasses containing Pr° Dy°” and Nd°” ions Kim, C.O., see Li, Y Kim, 1.G., see Jang, Y.-R. Mathe, V.L., Structural, dielectric and electrical proper- Kim, Y.B., see Li, ¥ ties of Sm, Bi,_ FeO; ceramics Ko, C.H. and J.C. Chiou, Optimal design of the Mira, J., see Sanchez-Andujar, M magnetic microactuator using the genetic algorithm Mitric, M., see Blanusa, J Kontogeorgakos, A., see Giannakopoulou, T. Moch, P., see Roussigne, Y Kordas, G., see Giannakopoulou, T. Morimoto, K., E. Niizuma, R. Nakayama and K Kou, X., see Li, J Igarashi, Influences of original alloy microstructure Kronenberger, A., see Engel, D. on magnetic properties of isotropic HDDR-treated Kruusing, A., Erratum to “Optimizing magnetization Nd-—Fe-B powder orientation of permanent magnets for maximal gradient force” [J. Magn. Magn. Mater. 234 (2001) Nakayama, R., see Morimoto, K 545-555] Nambissan, P.M.G., see Pandey, B Kryder, M.H., see Litvinov, D. Nedukh, S.V., see Belozorov, D.P Kutty, T.R.N., see Sudakar, C Nersessian, N., S.-W. Or and G.P. Carman, Magneto- Kuz’menko, A.P. and M.B. Dobromyslov, Dynamical thermo-mechanical characterization of I-3 type self-organized periodic superstructures in supersonic polymer-bonded Terfenol-D composites dynamics of domain wall in orthoferrites Niesen, L., see Craus, C.B Kuz’menko, A.P., A.V. Kaminsky and M.B. Dobromy- Nietz, V.V., Neutron research of hysteresis at a spin-flop slov, Supersonic nonlinear dynamics of domain walls transition induced by a pulsed magnetic field Niizuma, E., see Morimoto, K in rare-earth orthoferrites Niu, H., see Qin, H. Lannon, J., see Theodoropoulou, N Lee, J.I., see Jang, Y.-R. Or, S.-W., see Nersessian, N. Li, J., X. Kou, Y. Qin and H. He, Weak ferromagnetism Ouyang, Z.W., see Yang, H.F in Rep 67Cao.33FeO3 (Re = La, Sm, Gd) nanoparticles Li, S., see Yang, S. Pace, C., see Theodoropoulou, N Li, Y., Y.B. Kim, M.S. Song, T.S. Yoon and C.QO. Padovese, L.R., see Pérez-Benitez, J.A Kim, The temperature dependence of the aniso- Paduani, C. and R.E. Fonseca, Local magnetic proper- tropic Nd-Fe-B fabricated by single-stage hot ties of BCC Fe—Cu alloys deformation Paetzold, A., see Engel, D. Liang, J.K., see Yang, H.F. Pandey, B., P.M.G. Nambissan, S. Suwas and H.C Lima, A.B. and B.V. Costa, Monte Carlo and spin Verma, Méssbauer and positron annihilation studies dynamics simulation of the fully frustrated aniso- in plastically deformed Fe72_,AlsgTi, (x = 0, 2, 9) tropic two-dimensional Heisenberg model alloys {uthor index to volume 263 Pankrats, A.I., see Petrakovskii, G.A 245 Taher, S.M., see Mahmoud, M.H. Penc, B., see Szytula, A. ?1 Tarapov, S.I., see Belozorov, D.P. Perez-Benitez, J.A.. L.R. Padovese, J. Capo-Sanchez Temple, D., see Theodoropoulou, N. and J. Anglada-Rivera, Investigation of the magnetic Theodoropoulou, N., A.F. Hebard, M. Gabay, A.K Barkhausen noise using elementary signals para- Majumdar, C. Pace, J. Lannon and D. Temple, meters in 1000 commercial steel Coexistence of glassy antiferromagnetism and Petrakovskii, G.A., A.M. Vorotynov, K.A. Sablina, giant magnetoresistance in Fe/Cr multilayer L.V. Udod, A.I. Pankrats and C. Ritter, The structures magnetic structure of CusBi.B,O0,4. Neutron scatter- Thomas, J., see Groudeva-Zotova, S. ing Tian, Z., see Yang, S. Petrescu, E.., see Bena, R.-E Tietjen, D., see Groudeva-Zotova, S Piquer, C., O. Isnard, F. Grandjean and G.J. Long, A Mossbauer spectral study of GdFe,,Ti and GdFe,,- Udod, L.V., see Petrakovskii, G.A. TiD Potseluyko, A.M., see Malakhovskii, A.V. Verma, A., A.K. Saxena and D.C. Dube, Microwave permittivity and permeability of ferrite-polymer Om, H., J. Hu; J. Chen, H. Nm and L. Zhu, thick films Room temperature magnetoresistance in Verma, H.C., see Pandey, B. Lay ¢7St»33Mn Al,O; manganites (x <0.25) Vijaya Bhasker Reddy, P., see Ravinder, D. 6 ae see Li, J. Vijaya Kumar, K., A. Chandra Shekhar Reddy and D Ravinder, High-frequency dielectric behaviour of Radzyner, Y., see Malakhovskii, A.V. erbium substituted Ni—Zn ferrites Rao, G.H., see Yang, H.F. Vorotynov, A.M., see Petrakovskii, G.A. Ravinder, D. and P. Vijaya Bhasker Reddy, Thermo- electric power studies of polycrystalline magnesium Wang, M.-T., see Fang, T.-T. substituted lithium ferrites Wang, Y.G., see Xu, Q.Y. Ravinder, D., see Vijaya Kumar, K. Ravlik, A.G., see Belozorov, D.P. Ritter, C., see Petrakovskii, G.A. Xu, Q.Y., Y.G. Wang, Z. Zhang, B. You, J. Du and A. Rivas, J., see Sanchez-Andujar, M. Hu, Characterization of the asymmetrical barrier Roll, K., see Engel, D. potentials in CoFe/AlO,/Co magnetic tunneling Roschenko, S.T., see Belozorov, D.P. junction by electron holography Roussigné, Y., S.M. Chérif and P. Moch, Spin waves calculations in magnetic stripes Yang, H.F., G.H. Rao, G.Y. Liu, Z.W. Ouyang, W.F. Liu, X.M. Feng, W.G. Chu and J.K. Liang, Crystal Sablina, K.A., see Petrakovskii, G.A. structure and magnetic properties of Pr;Si,_,.Ge, Sanchez-Andujar, M., J. Mira, J. Rivas and M.A. compounds Senaris-Rodriguez, Enhanced magnetoresistance Yang, S., X. Song, S. Li, X. Liu, Z. Tian, B. Gu and Y. in the Ruddlesden—Popper compound Sr3Fe, ;- Du, Effect of Cu and Ti additions on the micro- Coo <Og. structures and magnetic properties of NdgFeg.B, Saxena, A.K., see Verma, A. nanocomposite magnets Schmoranzer, H., see Engel, D. Yao, K.L., see Zou, W.D. Schneider, C.M., see Groudeva-Zotova, S. Yeshurun, Y., see Malakhovskii, A.V. Sefiaris-Rodriguez, M.A., see Sanchez-Andujar, M Yildiz, F., see Belozorov, D.P. Shipkova, I.G., see Belozorov, D.P. Yoon, T:S., see Li, Y. Song, M.S., see Li, Y. You, B., see Xu, Q.Y. Song, X., see Yang, S Streever, R.L., Anisotropic exchange in YbIG Zaitzev, A.I., see Malakhovskii, A.V. Stiisser, N., see Szytuta, A. Zamkov, A.V., see Malakhovskii, A.V. Subbanna, G.N., see Sudakar, C. Zarubina, T.V., see Malakhovskii, A.V. Sudakar, C., G.N. Subbanna and T.R.N. Kutty, Wet Zhang, Z., see Xu, Q.Y. chemical synthesis of multicomponent hexaferrites Zhu, L., see Qin, H. by gel-to-crystallite conversion and their magnetic Zou, W.D., Z.L. Liu and K.L. Yao, First-princi- properties ples study on ferromagnetic intermolecular Suwas, S., see Pandey, B. interactions of pure organic solid: 2-(5-pyrimidi- Szytula, A., B. Penc and N. Stiisser, Neutron diffraction nyl)-4,4,5,5-tetramethyl-4,5-dihydro-1H-3-oxoimida- studies of magnetic structure of TbAg>Si, zol-1-oxyl Available online at www.sciencedirect.com science @joinecr: FA \ournal of Ma viierias ELSEVIER Journal of Magnetism and Magnetic Materials 263 (2 003) 377 www.elsevier.com/locate/jmmm Subject index to volume 1-3 Composites 101 Electronic structure 93, 182, 360, Linear neural network 301 Electronic transport 282 1L i-Mg ferrites 127 Ab initio method 360 Electron-electron interaction 26 Localization 26 AFM-FM bi-layers 57 Elementary signal 72 Alloying 134 Exchange bias 57, 275 Magnetic anisotropy 78 Amorphous alloy 78 Exchange parameters 219 Magnetic Barkhausen noise 7 Amorphous alloys 26 Exchange potential 219 Magnetic circuit 38 Amorphous Nd,Feg3;_ ,Bj7 alloys 332 Magnetic Freedericksz transition 353 Anchoring energy 353 Faraday rotation 161 Magnetic hysteresis 208 Anisotropy 11, 219 Fe and its alloys 235 Magnetic levitation 15 Antiferromagnet 21 FesN 366 Magnetic microactuator 38 Ferrites 154 Magnetic properties 134, 146, 3: Ball-milling 269 Ferromagnetic properties 360 Magnetic structure 21, 245 Book-mold cast 201 Ferromagnetic resonance 315 Magnetic susceptibility 295 Brillouin light scattering 289 Ferronematics 353 Magnetic tunneling junction (MTJ) 83 Field cooling 57 Magnetic wires 289 Cadmium ferrite 269 First-order phase transition 141 Magnetism 93, 182 Canting 245 Forced convection 337 Magnetization 161, 208 Charge carrier concentration 127 Frustrated 324 Magneto-elastic interactions 113 Charge carrier mobility 127 Magnetohydrodynamic 337 Chemical synthesis 282 Gel-to-crystallite conversion 253 Magnetometric demagnetization tensor Colossal magnetoresistance 249 Genetic algorithm 38 LI Complex permeability 228 Giant magneto-impedance 78 Magnetoresistance 26, 192, 282 Complex permittivity 228 Giant magnetoimpedance 315 Magnetostriction 301 Crystal structure 146, 154, 295 Giant magnetoresistance 315 Magnetostriction, Terfenol-D 208 Crystal structure and symmetry 282 Giant magnetostriction 101 Manganites 192, 249 Crystalline structure 57 Grain refinement 47 Mechanically driven transformation 3~ 07 Crystallization 332 Green’s functions 182 Melt convection 15 Curie temperatures 127, 249 MEMS 38 HDDR 201 Microwave 228 Demagnetization energy LI Heisenberg 324 Microwave absorption 173 Demagnetization tensor field L] Hematite 141 Mossbauer spectroscopy 235, 269, 307 Dielectric constant 121, 344 Hexaferrite 253 Multicomponent oxides 253 Dielectric loss tangent 121 Hubbard Hamiltonian 182 Multilayers 315 Discrete Hopfield neural network 301 Hysteresis 141 Disordered alloys 93 Nanocomposite hard magnetic alloys 3: Disordered magnetic state 269 I—H loop squareness 201 Nanocomposite materials 134 Dissipative structures 88 Inversion 269 Nanoparticles 154, 253 Domain structure 14] Ion bombardment 275 Nd-—Fe-B 11 Domain wall 88, 113 IR 344 Nd—Fe-B magnets 15 Dopant 192 Iron 366 Neutron diffraction 21, 141 Iron aluminides 307 Neutron scattering 245 Electrical conductivity 127 Iron nitrides 47 Nickel-zine ferrite composites 228 Electrical resistivity 121 Iron-copper 93 NiMn 57 Electron holography (EH) 83 Isotropic Nd—Fe-B powder 201 Ni-Zn-Er ferrites 121 0304-8853/03/$- see front matter PII: $0304-8853(03)00515-8 Subject index to volume 263 Nitrogen 366 Resistivity 344 Temperature coefficient 11 Non-Darcy flow 337 Resistivity minimum 26 Terfenol-D 101 Nonlinear dynamics 88, 113 Rietveld method 295 Ternary rare-earth compounds 21 Rietveld refinements 154 Tetrahedron LI The organic magnet 360 Optimal design 38 Overcoming the sound barrier 113 Saturation field 353 The5r6 moela ectriScle power 127 Self-organised 88 Thick films 225 Oxide glasses 161 TE eas S. elf. -organized criticality = 72 Thin film R78 Permanent magnets 134, 235 Shape amplitude L1 Threshold field : Short-range order 182 Transition metal 93 Permeability 173 Single laver 173 Transmission electron microscopy Permeability tensor 78 ar MLE : : : 9 xs i es Single-stage hot deformation 11 (TEM) 83 Permittivity 173~ Sintering 192 Tunneling magnetoresistance P>h ase > trtraannscffoorrt mati¢ on : 307 Si m.Bi, shie.s FeO. 344 (TMR) 8.3 Polymer bonding 101 Porous medium a3 37 S—oli diefircaatiton —15 — = Viscous dissipation 337 Positron annihilation lifetime ete Sonar transducer 101 spectroscopy 30 Steels 72 Preisach-type model 301 Weak ferromagnetism 154 Stress 72 P>u lsed>d mmaaggnneettiicc ffiieelldd 1 141 Strip cast 201 ; , Structure 332 X-ray diffraction 134, 295, 344 Sur € IIL : Rare earth compounds 146 Submicronic structure 289 Rare-earth ions 16f 1 S. uperexchange 219 Z‘pre O, 1f9al2e) Rare-earth iron garnets 29 19 Supersonic dynamics 88, 1135 Reflection loss 173 Surface effects 353 Relaxors 344 Surface magnetism 366