FA, \ournal ot magnetism M and magnetic BA wiateriais ELSEVIER Journal of Magnetism and Magnetic Materials 248 (2002) 457-460 www.elsevier.com/locate jmmm Author index to volume 248 Acet, M., see Dincer, I. Chantrell, R.W., see El-Hilo, M. Adeyeye, A.O., M.K. Husain and V. Ng, Magnetic Charar, S., see Errebbahi, A. properties of lithographically defined lateral Co Chattopadhyay, K.N., see Neogy, D. NigoFe2 wires Chen, L., see Nazarov, A.V. Almasi-Kashi, M., P.J. Grundy, G.A. Jones, H. Chen, Z., see Brown, D. Nadgaran and X. Zhao, The magnetic and micro- Cheng, N.Z., see Wu, Z.Z. structural properties of sputter-deposited and Cho, S.H., see Yang, J.H. annealed CoCrPtNb thin films Christidis, T.C., see Errebbahi, A. Almeida, M., see Kuznietz, M. Coey, J.M.D., Permanent magnet applications Arciszewska, M., see Nadolny, A.J. Cox, R.G., see Nazarov, A.V. Crow, J.E., see Kmety, C.R. Baudouin, P., see Belhadj, A. Belhadj, A., P. Baudouin and Y. Houbaert, Simulation Dai, J.M., see Ye, S.L. of the HAZ and magnetic properties of laser cut Diduszko, R., see Nadolny, A.J. non-oriented electrical steels Dincer, I.. Y. Elerman, A. Elmali, H. Ehrenberg, H. Bena, R.-E. and E. Petrescu, Ferronematics with soft Fuess, E. Duman and M. Acet, Magnetic phase particle anchoring in magnetic and laser fields transitions in PrMn>_ ,Cr.Ge> Bhowmik, R.N. and R. Ranganathan, Anomaly in Dittrich, R., see Suess, D. cluster glass behaviour of Coy Znp.Fe.O, spinel Dobrowolski, W., see Nadolny, A.J oxide Domukhovski, V., see Nadolny, A.J. Bisui, D., see Neogy, D. Du, H., see Chang, H. Blomqvist, P., R. Wappling, A. Broddefalk, P. Nord- Du, J.J. see Ye, S.L. blad, S.G.E. te Velthuis and G.P. Felcher, Structural Duman, E., see Dincer, I. and magnetic properties of BCC Fe/Co (001) Dumpich, G., T.P. Krome and B. Hausmanns, Magne- superlattices toresistance of single Co nanowires Bogacz, B.F., see Pedziwiatr, A.T. Bogdanov, A.N., see Melnichuk, P.1 Bouchaud, C., see Halbreich, A Ehrenberg, H., see Dincer, I. Broddefalk, A., see Blomqvist, P. Eichhorn, B.W., see Smolyaninova, V.N Brown, D., B.-M. Ma and Z. Chen, Developments in the El-Hilo, M., K. O°Grady and R.W. Chantrell, Fluctua- processing and properties of NdFeb-type permanent tion fields and reversal mechanisms in granular magnets magnetic systems Budhani, R.C., see Smolyaninova, V.N. El-Hilo, M., see Phillips, G.N. El-Moneim, A.A., O. Gutfleisch, A. Plotnikov and A. Castro, L.M., A.S.T. Pires and J.A. Plascak, Low- Gebert, Corrosion behaviour of hot-pressed and die- temperature thermodynamic study of the diluted upset nanocrystalline NdFeB-based magnets planar rotator model using a self-consistent harmo- Elerman, Y., see Dincer, I. nic approximation Elmali, A., see Dincer, I. Chae, K.P., J.G. Lee, W.K. Kim and Y.B. Lee, Epstein, A.J., see Kmety, C.R. Magnetic properties of Ti-doped CoFe2O, films Errebbahi, A., F. Terki, S. Charar, C. Fau, S. Isber, M. Chang, H., X. Zhang, J. Yang, Y. Yang, H. Du, B. Tabbal, T.C. Christidis, D. Ravot, J.C. Tedenac and Zhang, Y. Ma, D. Xue, F. Li and J. Jiang, A neutron Z. Golacki, Investigation of the effect of annealing diffraction and Mossbauer study of NdFeg >;Si;.7sC on the magnetic properties of Sn, ,Eu,Te single compounds crystals 0304-8853/02/$-see front matter PII: S0304-8853(02)00955-1 458 f{uthor index to volume 248 Fang, J., see Ye, S.L. 26 cobalt films deposited obliquely by introducing Fau, C., see Errebbahi, A. 68 oxygen during sputtering Felcher, G.P., see Blomqvist. P Feng, G., C. Jiang. T. Liang and H. Xu, Magnetic and Jana, Y.M., A. Sengupta and D. Ghosh, Estimation of structural transition of Ni Mn »Gaos single ion anisotropy in pyrochlore Dy2Ti.O;, a (x = 2-5) alloys geometrically frustrated system, using crystal field Fidler, J., see Suess. D theory Forster, H., see Suess, D Jeong, D.Y., see Min, B.K. Fuess, H., see Dincer, I. Jiang, C., see Feng, G. Jiang, J., see Chang, H. Gamo, K., see Kimura, T Jin, Z.Q., H. Okumura, Y. Zhang, H.L. Wang, JS. Gargula, R., see Peedziwiatr, A.1 Munoz and G.C. Hadjipanayis, Microstructure Gatazka, R.R., see Nadolny, A.J refinement and significant improvements of magnetic Gebert, A., see El-Moneim, A.A. properties in Pr,Fe,,B/a-Fe nanocomposites Ghantous, M.A. and A. Khater, Localised spin modes Jones, G.A., see Almasi-Kashi, M. of decorated magnetic clusters on a magnetic surface Ghosh, D., see Jana, Y.M Kabos, P., see Nazarov, A.V. Goeckner, H.P., I.M. Obaidat and J.S. Kouvel, Dis- Kamada, K., see Minagawa, H. tribution in strength of the particle anisotropies in a Kapustin, G.A., see Yang, J.H. ferromagnetic aggregate Khater, A., see Ghantous, M.A. Golacki, Z., see Errebbahi, A. Kim, D.H., see Yang, J.H. Goncalves, A.P., see Kuznietz, M. Kim, H.S., see Min, B.K. Gonen, Z.S., see Smolyaninova, V.N Kim, H.T., see Yang, J.H. Greene, R.L., see Smolyaninova, V.N. Kim, M.J., see Yang, J.H. Groman, E.V., see Halbreich, A Kim, W.K., see Chae, K.P. Grundy, P.J., see Almasi-Kashi, M. Kim, Y.B., see Yang, J.H. Gruyters, M., Structural and magnetic properties of Kimura, T., F. Wakaya and K. Gamo, Control of transition metal oxide/metal bilayers prepared by in magnetization rotation using submicron-wide cross situ oxidation geometry Gutfleisch, O., see El-Moneim, A.A Kmety, C.R., J.L. Manson, S. McCall, J.E. Crow, K.L. Stevenson, A.J. Epstein, Low-temperature specific Hadjipanayis, G.C., see Jin, Z.Q heat of the molecule-based magnet M[N(CN)>]> Haihua, L., see Quanqing, Z. (M =Co, Ni, Cu, Zn) series Halbreich, A.. E.V. Groman, D. Raison, C. Bouchaud Kouvel, J.S., see Goeckner, H.P. and S. Paturance, Damage to the protein synthesiz- Krome, T.P., see Dumpich, G ing apparatus in mouse liver in vivo by magnetocy- Kucherenko, S.S., see Polyakov, P.1 tolysis in the presence of hepatospecific magnetic Kuznietz, M., A.P. Goncalves and M. Almeida, Review nanoparticles of magnetic features observed in (A.A’)Ni,B>C solid Hanzlik, M., M. Winklhofer and N. Petersen, Pulsed- solutions field-remanence measurements on individual magne- totactic bacteria Lee 3:G., see Chae, KP Hausmanns, B., see Dumpich, G Lee, K.H., see Yang, J.H. Heo, J.S., see Min, B.K. Lee, ¥.B:,.see Chae, KuP. Hill, C., see Smolyaninova, V.N Lee, Z.-H., see Park, W.-J Hoffmann, H., see Schmidt, T Li, F., see Chang, H. Hong, J., Calculations of hot electron magnetotransport Liang, T., see Feng, G. in a spin-valve transistor at finite temperatures Lofland, S.E., see Smolyaninova, V.N Houbaert, Y., see Belhadj. A Lusakowska, E., see Nadolny, A.J. Husain, M.K., see Adeyeye, A.O Ma, B.-M., see Brown, D. Ichikawa, F., see Itoh, K. Ma, Y., see Chang, H. Idogaki, T., see Miyoshi, ¥ Manson, J.L., see Kmety, C.R Iguchi, I., see Itoh, K Mazen, S.A. and H.M. Zaki, Tit’ and Ge*~ ionic Isber, S.. see Errebbahi, A. substitution in Cu-ferrite, electrical conductivity and Ishida, Y., see Itoh, K. thermoelectric power Itoh, K., F. Ichikawa, Y. Ishida, K. Okamoto, T. McCall, S., see Kmety, C.R. Uchiyama and I. Iguchi, Columnar grain structure in Medvedyeva, L.I., see Zavorotnev, Y.D. Author index to volume 248 Melnichuk, P.I., A.N. Bogdanov, U.K. R6Bler and in Er, \Ce,Fe,,B evidenced by Mossbauer and DSC K.-H. Miiller, Hubert model for modulated states techniques in systems with competing exchange interactions Petersen, N., see Hanzlik, M. Miles, J.J., see Suess, D. Petrescu, E., see Bena, R.-E. Min, B.K., J.S. Song, D.Y. Jeong, H.S. Kim and J.S. Phillips, G.N., K. O’Grady and M. El-Hilo, An Heo, Magnetic properties of nanocrystalline investigation of time-dependent domain wall pinning Feg,. 7Zr3 3ByAg, thin film effects in Tb/Fe multilayer thin films Minagawa, H., K. Kamada, H. Nagai, Y. Nakata and Ping, H.L., see Wu, Z.Z. T. Okutani, Synthesis of Tby ;3Dyo.7Fe; 5 magneto- Pires, A.S.T., see Castro, L.M. strictive alloy by unidirectional solidification in Plascak, J.A., see Castro, L.M. magnetic field and microgravity Plotnikov, A., see El-Moneim, A.A Miyoshi, Y. and T. Idogaki, Non-equilibrium relaxation Polyakov, P.I. and S.S. Kucherenko, Regularities in study of the +J Ising model with biquadratic temperature, magnetic field and pressure effect on the exchange interaction resistive properties of magnetic semiconductors Mu, Z.X., see Wu, Z.Z. Miller, K.-H., see Melnichuk, P.1 Quanging, Z., W. Xinsai, Z. Xuecheng, L. Haihua and Munoz, J.S., see Jin, Z.Q. Y. Xiaofei, Feature extraction for magnetic domain Mycielski, A., see Nadolny, A.J. images of magneto-optical recording films using gradient feature segmentation Nadgaran, H., see Almasi-Kashi, M. Nadolny, A.J., J. Sadowski, B. Taliashvili, M. Arcis- Raison, D., see Halbreich, A. zewska, W. Dobrowolski, V. Domukhovski, E. Ranganathan, R., see Bhowmik, R.N. Lusakowska, A. Mycielski, V. Osinniy, T. Story, Ravot, D., see Errebbahi, A. KK. Swiatek. R.R. Gatazka and R. Diduszko, Carrier ROBler, U.K., see Melnichuk, P.I. induced ferromagnetism in epitaxial Sn; _,.Mn,Te Rudraiah, N., see Shivakumara, LS. layers Nagai, H., see Minagawa, H. Sadowski, J., see Nadolny, A.J. Nakata, Y., see Minagawa, H. Schmidt, T. and H. Hoffmann, Structural properties of Nanjundappa, C.E., see Shivakumara, IS. Ni/Tb multilayers Nazarov, A.V., C.E. Patton, R.G. Cox, L. Chen and P. Scholz, W., see Suess, D Kabos, General spin wave instability theory for Schrefl, T., see Suess, D. anistropic ferromagnetic insulators at high micro- Sengupta, A., see Jana, Y.M. wave power levels Shivakumara, I.S., N. Rudraiah and C.E. Nanjundappa, Neogy, D., P. Paul, K.N. Chattopadhyay and D. Bisui, Effect of non-uniform basic temperature gradient on Magnetic measurements on single crystals of dyspro- Rayleigh—Benard—Marangoni convection in ferro- sium trifluoromethanesulfonate nonahydrate; effects fluids of crystal field perturbed energy levels Smolyaninova, V.N., S.E. Lofland, C. Hill, R.C Ng, V., see Adeyeye, A.O. Budhani, Z.S. Gonen, B.W. Eichhorn and R.L Nordblad, P., see Blomqvist, P. Greene, Effect of A-site cation disorder on charge ordering and ferromagnetism of Lay sCaos_,Ba Obaidat, I.M., see Goeckner, H.P. MnO Okamoto, K., see Itoh, K. Son, D.-R., see Park, W.-J Okumura, H., see Jin, Z.Q. Song, J.S., see Min, B.K. Okutani, T., see Minagawa, H. Song, W.H., see Ye, S.L O’Grady, K., see El-Hilo, M. Stevenson, K.L., see Kmety, C.R O’Grady, K., see Phillips, G.N. Story, T., see Nadolny, A.J. Osinniy, V., see Nadolny, A.J. Suess, D., V. Tsiantos, T. Schrefl, J. Fidler, W. Scholz, H. Forster, R. Dittrich and J.J. Miles, Time resolved micromagnetics using a preconditioned time integra- Park, W.-J., D.-R. Son and Z.-H. Lee, Modeling of tion method magnetostriction in grain aligned terfenol-D and Sun, Y.P., see Ye, S.L. preferred orientation change of terfenol-D dendrites Swigtek, K., see Nadolny, A.J. Patton, C.E., see Nazarov, A.V. Paturance, S., see Halbreich, A. Tabbal, M., see Errebbahi, A. Paul, P., see Neogy, D. Taliashvili, B., see Nadoiny, A.J. Pedziwiatr, A.T., B.F. Bogacz, R. Gargula and S. Tawfik, A., Electromechanical and pyroelectric proper- Wrobel, Cerium influence on the spin reorientation ties in CoZn ferrite transducer 460 Author index to volume 248 Te Velthuis, $.G.E., see Blomqvist, P. Yang, J., see Chang, H. Tedenac, J.C., see Errebbahi, A Yang, J.H., M.J. Kim, S.H. Cho, H.T. Kim, Y.B. Kim, Terki, F.. see Errebbahi, A. D.H. Kim, G.A. Kapustin and K.H. Lee, Effects of Tsiantos, V., see Suess, D composition and substrate temperature on the magnetic properties and perpendicular anisotropy Uchiyama, T., see Itoh, K of NdFeB thin films Yang, Y., see Chang, H. Wakaya, F., see Kimura, T. Ye, S.L., W.H. Song, J.M. Dai, K.Y. Wang, S.G. Wang, Wang, H.L.. see Jin, Z.Q. C.L. Zhang, J.J. Du, Y.P. Sun and J. Fang, Effect of Wang, K.Y., see Ye, S.L. Ag substitution on the transport property and Wang, S.G., see Ye, S.L. magnetoresistance of LaMnO; Wappling, R., see Blomqvist, P Yong, L.Z., see Wu, Z.Z. Wei, R.S., see Wu, Z.Z. Winklhofer, M., see Hanzlik. M Wrobel, S., see Pedziwiatr, A.T. Wu, Z.Z., Z.X. Mu, R.S. Wei, H.L. Ping, N.Z. Cheng Zaki, H.M., see Mazen, S.A. and L.Z. Yong, Molecular field theory analysis of Zavorotnev, Y.D. and L.I. Medvedyeva, Long-period R,Fe,7C (R=PR, Nd, Gd, Tb, Dy, Ho, Er) incommensurate structures in crystals with a trian- gular arrangement of magnetic ions Xiaofei, Y., see Quanging, Z Zhang, B., see Chang, H. 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Zhang, Y., see Jin, Z.Q Xuecheng, Z., see Quanging, Z Zhao, X., see Almasi-Kashi, M FA \ournal of magnetism and magnetic materials ELSEVIER Journal of Magnetism and Magnetic Materials 248 (2002) 461-462 www.elsevier.com/locate/jmmm Subject index to volume 248 (A,A’)Ni5,BC 423 Exchange bias 248 Layered magnetic structures 268 Actuators 441 Exchange coupling—biquadratic 318 Lee filtering 292 Ag doping 26 Exchange interaction 68 Local spin canting 101 Alternating magnetic field 276 Extended Stoner-Wohlfarth model 413 Long-period structure 402 Anisotropic domain rotation 223 Low core loss | Anisotropic magnets 432 Ferrimagnetism 101 Annealing 190 Ferrites 164, 200, 332 Magnet fabrication 432 Antiferromagnets 423 Ferromagnetic semiconductors 134 Magnetic anisotropy 52 Atomic force microscopy 236 Ferronematics 336 Magnetic domain 292 FeZrBAg thin film | Magnetic elements 298 BACD11-type compounds 341 Film magnet 374 Magnetic field 230, 402 Bacteriodrome 258 Finite elements 298 Magnetic field and pressure influence 396 Baromagnetoresistive 396 First-order magnetization process 142 Magnetic filed annealing | Baroresistive 396 Fluctuation fields 360 Magnetic films 248 Bearings 441 Magnetic flux sources 441 Benard—Marangoni ferroconvection 379 Gradient feature segmentation 292 Magnetic Freedericksz transition 336 Bilayers 190 Magnetic interaction 158 Biogenic magnetite 258 Halbach cylinders 441 Magnetic measurements 268 Heat-affected zone 34 Magnetic nanoparticles 276 Carrier-induced ferromagnetism 134 Helix—fan transition 142 Magnetic nanostructures 85 Cation size disorder 348 Hepatocytes 276 Magnetic properties 34, 216, 341 Charge ordering 348 High permeability | Magnetic separation 441 Cluster glass 101 Hopping carriers 332 Magnetic shape memory alloy 312 Coercivity 101, 236 Hot electron spin polarization 151 Magnetic susceptibility 45, 68 Coherent rotation 286 Hydrogen 121 Magnetic transition 312 Conductivity 200 Hyperfine parameters 341 Magnetic viscosity 418 “Cooling” effects 396 Hyperfine properties 45 Magnetic wires 286, 355 Corrosion 121 Magnetic-memory floppy disk 413 Couplings 441 Inelastic mean free path 151 Magnetic-phase boundaries 423 Crystal fields 7, 45, 52 Inelastic scattering 151 Magnetization 68, 158, 268 Curie temperature 158 Inhomogeneity 26 Magnetization modeling 223 Cutting 34 Insulator—metal transition 26 Magnetization reversal 418 Interfaces 248 Magnetization reversal process 241 Dicyanamide 52 Intermetallic compound 158 Magnetization switching 286 Die-upsetting 121 Interstitial effect 341 Magneto-optic recording media 418 Diluted magnetic semiconductors 134 Irreducible vector 402 Magneto-optical recording 292 Diluted system 62 Isotropic magnets 432 Maegnetobacterium bavaricum 258 Dipolar and exchange interactions 7 Magnetoresistance 26, 241, 355 Directional frustration 423 +J Ising model 318 Magnetoresistive 396 Domain wall motion 332 Magnetostriction 223 Domain walls 142 Kosterlitz-Thouless transition 62 Magnetostrictive material 230 DSC 19 Manganites 348 Dysprosium trifluoromethanesulfonate 45 Lanthanum—manganese 396 Melt-spinning 216 Laser 34 Metamagnetic transition 142 EBL 241 Laser fields 336 Microgravity 230 Estimations of temperature 396 Lateral magnetic tunnel junction 355 Micromagnetics 298 0304-8853/02/$-see front matter PII: S0304-8853(02)00956-3 462 Subject index to volume 248 Microstructural properties 190 Perpendicular anisotropy 374 Sputtered cobalt film 112 Microstructure 34, 216 Phase diagram 318 Sputtering 190 Microwave technology 164 Phase separation (PS) 26, 348 Stability 379 Modulated structures 142 Phase transitions 268, 312 Steels 34 Monte Carlo simulation 318 Planar Hall effect 286 Structural phases 52 Motors 441 Planar rotator model 62 Supported clusters 85 Mossbauer effect 19 Preconditioning 298 Surface magnetism 85 Multilayers 181, 418 Preferred orientation 223 Pseudoquaternary borocarbides 423 Template-based crystal growth 258 Nanocomposite magnet 216 . Terfenol-D 223, 230 Nanocrystalline x-Fe | Rare earth metals 181 Texture 112 Nanocrystalline magnet 121 Rare earths 68, 142 The molecular field theory 158 Nanowires 241 Rare-earth magnetism 268 Thermodynamic potential 402 Nd>Fe)4B 374 Rare-earth permanent magnets 441 Thermoelectric power 200 NdFeB 121 Reentrant transition 318 Thin iilms 190 NdFeB film 374 Remanent magnetization in transverse Time dependence 360 Nematics 336 fields 413 Time integration 298 Neutron diffraction 341 Reversal mechanisms 360 Transducer 332 Ni substitution 312 RKKY interaction 134 Transition metal magnetism 52 NiMnGa 312 Transport properties 200 Non-equilibrium relaxation 318 Schottky barrier 151 Two-step magnetic ordering 423 Non-linear magnetics 164 Self-consistent approximation 62 Non-uniform temperature gradient 379 Semimagnetic semiconductors 134 Ultr:r asonicS weavee 3 32 Shape anisotropy 112 ; eee a a % “ Unidirectional solidification 230 Optical Freedericksz transition 336 Single crystals 45 Oxidation 248 Single ion anisotropy 7 Oxidization 112 Sol-gel method 236 Variable magnetic fields 441 Spin modes 85 Vortex corrections 62 Particle anisotropy distribution 413 Spin reorientation 19 Patterned magnetic media 286 Spin waves 151, 164 Wild-type magnetic vibrio 258 Permanent magnet 374 Spinel ferrites 236 Permanent magnet materials 19 Spinel oxide 101 Permanent magnetic allocations 441 Spiral 402 X-ray diffraction 181]