Table Of ContentAvailable online at www.sciencedirect.com
FA, \ournal ot
SCIENCE @erneer: magnetism
and
magnetic
materials
ELSEVIER Journal of Magnetism and Magnetic Materials 265 (2003) 367-369
www.elsevier.com/locate/jmmm
Author index to volume 265
Ahmed, F.U., see Zakaria, A.K.M. Feng, Z., see Nie, J.
Almeida, M., see Sério, S. Fert, A.R.. see Diouf, B.
Asgar, M.A., see Zakaria, A.K.M. Fujimori, H., see Xiong, X.Y.
Ausanio, G., H. Chiriac, V. Iannotti, C. Hison, L. Fullerton, E.E., see Maat, S.
Lanotte and N. Lupu, Consistency between mor-
phology and magnetization data in studying the Gabillet. L., see Diouf, B.
effect of production parameters in Ndop_ ,Fe,Alj, Gagnon, R., see Cadogan, J.M.
(x = 35—50) melt spun ribbons
Glavatska, N.1., A.A. Rudenko, I.N. Glavatskiy and
V.A. L’vov, Statistical model of magnetostrain effect
Baglin, J.E.E., see Maat, S. in martensite
Billoni, O.V., S.E. Urreta and L.M. Fabietti, Magneti- Glavatskiy, I.N., see Glavatska, N.I.
zation processes in NdgoFeyAljo partially amor- Gmitra, M. and D. Horvath, The magnetic reversal in
phous alloys dot arrays recognized by the self-organized adaptive
Bobo, J.F., see Diouf, B. neural network
Borges, R.P., see Gregg, J.F. Godinho, M., see Serio, S.
Gong, F.L., see Liu, Z.L.
Cadogan, J.M., D.H. Ryan, G.A. Stewart and R. Gou, Y.S.. see Mollah, S.
Gagnon, '°°Er Mossbauer study of Er.Ge0- Grandjean, F., see Piquer, C.
Chatterjee, I., Order—disorder transition in one-dimen- Gregg, J.F.. R.P. Borges. E. Jouguelet, C.L. Dennis, I.
sional quantum magnet Petej, S.M. Thompson and K. Ounadjela, Spin
Chen, X., see Liu, Z.L. injection efficiency in spin electronic devices
Chiriac, H., see Ausanio, G. Gubin, S.P., Yu.I. Spichkin, Yu.A. Koksharov, G.Yu.
Coffey, W.T., see Kalmykov, Y.P. Yurkov, A.V. Kozinkin, T.1. Nedoseikina, M.S.
Cook, B.A., see Hill, J.M. Korobov and A.M. Tishin, Magnetic and structural
properties of Co nanoparticles in a polymeric matrix
Dennis, C.L., see Gregg, J.F. Guo, G.X., X.F. Nie, H-Y. Sun, H.N. Hu and W.Ch.
Ding, Z.H., see Liu, Z.L. He. Formation of three kinds of hard domains by
Diouf, B., L. Gabillet, A-R. Fert, D. Hrabovsky, V. low-bias-field method
Prochazka, E. Snoeck and J.F. Bobo, Anisotropy,
exchange bias, dipolar coupling and magnetoresistive
Harringa, J.L., see Hill, J.M.
response in Nio—Co-Al,0;-Co magnetic tunnel
Hattrick-Simpers, J.. see Lofland, S.E.
junctions He, H., see Nie, J.
Dong, S., see Li, A.
He, W.Ch., see Guo, G.X.
Du, G.H., see Liu, Z.L.
Hill, J.M., D.C. Johnston, B.A. Cook, J.L. Harringa
Dumitru, I. and D.D. Sandu, The affect of relaxation
and A.M. Russell, Magnetization study of the ultra-
phenomena upon the ferromagnetic resonance of fine
hard material MgAIB,,
particle systems
Hison, C.. see Ausanio, G.
Ho, P.L., see Mollah, S.
Elmers, H.-J., see Prokop, J. Hono, K., see Xiong, X.Y.
Endo, S., see Matsushita, M. Horvath, D., see Gmitra, M.
Eriksson, S.-G., see Zakaria, A.K.M. Hrabovsky. D., see Diouf, B.
Hu, H.N., see Guo, G.X.
Fabietti, L.M., see Billoni, O.V. Huang, C.W., see Mollah, S.
Fantini, M.C.A., see Martins, A. Huang, H.L., see Mollah, S.
Feng, J., see Sun, G. Huang, W.L., see Mollah, S.
0304-8853/03/$-see front matter
PII: $0304-8853(03)00677-2
368 Author index to volume 265
lannotti, V., see Ausanio, G. 138 Maat, S., A.J. Kellock, D. Weller, J.E.E. Baglin and
Igarashi, K., see Morimoto, K. 345 E.E. Fullerton, Ferromagnetism of FePt; films
Ishitani, S., see Yamada, Y. 321 induced by ion-beam irradiation
Isnard, O., see Piquer, C. 156 Magni, A., see Vértesy, G.
Martins, A., M.C.A. Fantini and A.D. Santos, The
Jartych, E., Local atomic order in nanocrystalline Fe- influence of the deposition temperature and substrate
based alloys obtained by mechanical alloying on the properties of FePt thin films
Jeanloz, R., see Pasternak, M.P. Masuda, M., see Yamada, Y.
Jing, F., see Sun, G. Masumoto, T., see Xiong, X.Y.
Jini, T., see Saban, K.V. Matsushita, M., S. Endo, K. Miura and F. Ono,
Johnston, D.C., see Hill, J.M. Pressure induced magnetic phase transition in Fe-
Jouguelet, E., see Gregg, J.F. Ni Invar alloy
McCarroll, W.H., see Lofland, S.E.
Kalmykov, Y.P.. W.T. Coffey and S.V. Titov, Analytic Miglierini, M., M. Seberini, I. Toth and K. Vitazek,
calculation of the longitudinal dynamic susceptibility Magnetic microstructure on surface and in bulk
of uniaxial superparamagnetic particles in a strong of _NANOPERM-type nanocrystalline alloys:
uniform DC magnetic field Mossbauer effect studies
Kellock, A.J., see Maat, S. Miura, K., see Matsushita, M.
Kim, Y., see Yoon, M. Mollah, S., H.L. Huang, S.J. Liu, P.L. Ho, W.L. Huang,
Kim, Y.M., see Yoon, M. C.W. Huang, C.P. Sun, J.-Y. Lin, Y.S. Gou, W.-H.
Koksharov, Yu.A., see Gubin, S.P. Li and H.D. Yang, Electronic and magnetic in-
Korobov, M.S., see Gubin, S.P. stability in Pro ¢sCag.>sSrp.; MnO;
Kozinkin, A.V., see Gubin, S.P. Mori, K., see Morimoto, K.
Kukunin, A., see Prokop, J. Morimoto, K., E. Niizuma, K. Igarashi, K. Mori, M.
Watanabe and R. Nakayama, Preparation of fully
dense Nd-Fe-B magnets using semi-processed
Lanotte, L., see Ausanio, G.
HDDR powders
i, A., W. Li, S. Dong and X. Li, Sintered Nd—Fe-B
Myung, N.V., D.-Y. Park, B.-Y. Yoo and P.T.A.
magnets with high strength
Sumodjo, Development of electroplated magnetic
i, H., see Nie, J.
materials for MEMS
i, Q.-A., see Li, R.-W.
i, R.-W., J.-R. Sun, Q.-A. Li, S.-Y. Zhang and B.-G.
Nakamura, T., see Yamada, Y.
Shen, Structure, magnetic properties and phase
Nakayama, R., see Morimoto, K.
separation of Ndp sCaysMn,;_,.Ga,O; (0<x<0.1)
Nedoseikina, T.1., see Gubin, S.P.
i, W., see Li, A.
Nie, J., H. Li, Z. Feng and H. He, The effect of nano-
Li, W.-H., see Mollah, S. SiO» on the magnetic properties of the low power
Li, X., see Li, A.
loss manganese-zinc ferrites
Liang, Y.-Q., G.-Z. Wei, Q. Zhang and Z.-H. Xin, A Nie, X.F., see Guo, G.X.
theoretical study of the spin-3 Ising model in a
Niizuma, E., see Morimoto, K.
random field with crystal field
Lin, J.-Y., see Mollah, S.
Obol, M. and C. Vittoria, Measurement of permeability
Liu, M., see Sun, G.
of oriented Y-type hexaferrites
Liu, S.J., see Mollah, S.
Ohkubo, T., see Xiong, X.Y.
Liu, Z.L., Z.H. Ding, K.L. Yao, J. Tao, G-H. Du, Q.H. Ohnuma, M., see Xiong, X.Y.
Lu, X. Wang, F.L. Gong and X. Chen, Preparation Ohnuma, S., see Xiong, X.Y.
and characterization of polymer-coated core-shell Oliver, S.A., see Yoon, S.D.
structured magnetic microbeads Ono, F., see Matsushita, M.
Liu, Z.L., see Luo, S.J.
Ounadjela, K., see Gregg, J.F.
Lofland, S.E., J. Hattrick-Simpers, K.V. Ramanujach-
ary and W.H. McCarroll, Magnetic properties of Park, D.-Y., see Myung, N.V.
crystals of LasMoz_ ,T,.Oj6 Park, I.-W., see Yoon, M.
Long, G.J., see Piquer, C. Park, Y.J., see Yoon, M.
Lu, H., see Yang, Y. Pasternak, M.P., W.M. Xu, G.Kh. Rozenberg, R.D.
Lu, Q.H., see Liu, Z.L. Taylor and R. Jeanloz, Pressure-induced coordina-
Luo, S.J., K.L. Yao and Z.L. Liu, On the magnetic tion crossover in magnetite; the breakdown of the
phase transition in Fe,Mn,_,Si Verwey—Mott localization hypothesis
Lupu, N., see Ausanio, G. Pawlowski, B., S. Schwarzer, A. Rahmig and J. Tépfer.
L’vov, V.A., see Glavatska, N.I. NdFeB thick films prepared by tape casting
Author index to volume 265
Pei, F., see Sun, G. 123 Topfer, J., see Pawlowski, B.
Penc, B., see Szytula, A. 94 Toth, I., see Miglierini, M.
Petej, I., see Gregg, J.F. 274
Ping, D.H., see Xiong, X.Y. 83 Urreta, S.E.. see Billoni, O.V.
Piquer, C., O. Isnard, F. Grandjean and GJ. Long,
Magnetic and Moéssbauer spectral properties of Varghese, G., see Saban, K.V.
DyFe,,Ti and DyFe,,;TiH Vasilyak, S.L., see Yoon, M.
Pratzer, M., see Prokop, J. Vértesy, G. and A. Magni, Frequency dependence of
Prochazka, V., see Diouf, B.
coercive properties
Prokop, J., A. Kukunin, M. Pratzer and H.-J. Elmers, Vitazek, K., see Miglierini, M.
Oxidation-driven changes of the in-plane magnetic Vittoria, C., see Obol, M.
surface anisotropies of the Fe(1 1 0)/Al interface Vittoria, C., see Yoon, S.D.
Volkov, V., see Yoon. M.
Rahmig, A., see Pawlowski, B.
Ramanujachary, K.V., see Lofland, S.E. Waerenborgh, J.C., see Serio, S.
Rozenberg, G.Kh., see Pasternak, M.P. Wang, X., see Liu, Z.L.
Rudenko, A.A., see Glavatska, N_I.
Watanabe, M., see Morimoto, K.
Rundiof, H., see Zakaria, A.K.M.
Wei, G.-Z., see Liang, Y.-Q.
Russell, A.M., see Hill, J.M. Weller, D., see Maat, S.
Ruuskanen, P., Microstructure and magnetostriction of
Fe, _,Tb, alloys prepared by solid-state synthesis
Xin, Z.-H., see Liang, Y.-Q.
Ryan, D.H., see Cadogan, J.M. Xiong, X.Y.. M. Ohnuma, T. Ohkubo, D.H. Ping, K.
Hono, S. Ohnuma, H. Fujimori and T. Masumoto,
Saban, K.V., T. Jini and G. Varghese, Influence of Microstructure of soft magnetic FeCo—O(-Zr) films
magnetic field on the growth and properties of with high saturation magnetization
calcium tartrate crystals Xu, W., see Yang, Y.
Sandu, D.D., see Dumitru, I. Xu, W.M., see Pasternak, M.P.
Santos, A.D., see Martins, A.
Schwarzer, S., see Pawlowski, B. Yakinthos, J.K., see Semitelou, J.P.
Seberini, M., see Miglierini, M.
Yamada, Y., M. Masuda, S. Ishitani and T. Nakamura.
Semitelou, J.P. and J.K. Yakinthos, The conical Magnetic properties of C14 laves phase Ti(Fe; ,V,)>
magnetic structure of Dy;Si;
and Ti(Fe,_,.Cr,)>» with x<0.5
Serio, S., J.C. Waerenborgh, M. Almeida and M. Yang, H.D., see Mollah, S.
Godinho, *’Fe Méssbauer spectroscopy and magne- Yang, Y., B. Zhang. W. Xu, Y. Shi, N. Zhou and H. Lu.
tization study of YFe,Al)>_, (44<x<5) Microwave absorption studies of W-hexaferrite
Shen, B.-G., see Li, R.-W.
prepared by co-precipitation/mechanical milling
Shi, Y., see Yang, Y. Yao, K.L., see Liu, Z.L.
Snoeck, E., see Diouf, B. Yao, K.L., see Luo, S.J.
Song, H.J., see Yoon, M.
Yoo, B.-Y., see Myung, N.V.
Spichkin, Yu.I., see Gubin, S.P.
Yoon, M., Y.M. Kim, Y. Kim, V. Volkov, HJ. Song,
Stewart, G.A., see Cadogan, J.M. Y.J. Park, S.L. Vasilyak and I.-W. Park, Magnetic
Stiisser, N., see Szytula, A. properties of iron nanoparticles in a polymer film
Sumodjo, P.T.A., see Myung, N.V. Yoon, S.D., C. Vittoria and S.A. Oliver, Magnetization
Sun, C.P., see Mollah, S. behavior of scandium-substituted barium hexaferrite
Sun, G., J. Feng, F. Jing, F. Pei and M. Liu, Synthesis films having uniaxial axis in the film plane
and evaluation of novel polysaccharide-Gd-DTPA Yunus, S.M., see Zakaria, A.K.M.
compounds as contrast agent for MRI Yurkov, G.Yu., see Gubin, S.P.
Sun, H.Y., see Guo, G.X.
Sun, J.-R., see Li, R.-W.
Zakaria, A.K.M., M.A. Asgar, S.-G. Eriksson, F.U.
Szytula, A., B. Pence and N. Stiisser, Incommensurate
Ahmed, S.M. Yunus and H. Rundléf, The study of
magnetic ordering in NdNiSn
magnetic ordering in the spinel system Zn.Ni,_ ,Fe-
FeCrO, by neutron diffraction
Tao, J., see Liu, Z.L. Zhang, B., see Yang, Y.
Taylor, R.D., see Pasternak, M.P. Zhang, Q., see Liang, Y.-Q.
Thompson, S.M., see Gregg, J.F.
Zhang, S.-Y., see Li, R.-W.
Tishin, A.M., see Gubin, S.P. Zhou, N., see Yang, Y.
Titov, S.V., see Kalmykov, Y.P.
Available online at www.sciencedirect.com
ZA \ournal ot
ecience (joiners
ELSEVIER Journal of Magnetism and Magnetic Materials 265 (2003) 370-371
www.elsevier.convlocate/jmmm
Subject index to volume 265
*’Fe Mdssbauer spectroscopy 33 Gel growth 296 Magnetic susceptibility 152, 156, 296
Grain-boundary phase alloys 33! Magnetic tunnel junctions 204
Ab initio calculation 167 Magnetization 33, 234, 248, 305
AC susceptibility measurement 352 Hard amorphous alloys 222 Magnetization curves, hysteresis 13
Aluminium oxide 60 Hard domain 269 Magnetization measurements 23, 321
Antiferromagnet | Hard magnetic materials 189 Magnetization mechanisms 222
Antiferromagnetism 321 HDDR 345 Magnetization relaxation 44
Atomic force microscopy 138 Hexaferrite 130 Magnetization versus temperature 138
Hexaferrites, Y-type 290 Magnetostrain effect 142
Calcium tartrate 296 High pressure L107, 352 Magnetostriction 257
CEMS 243 High saturation magnetization 83 Manganites 215, 248
Martensite 142
CMR 215 Hot pressing 345
Co-based alloys 189 Hyperfine field 199 Measurement of permeability 290
Coercivity 7 Hyperfine interactions 176 Mechanical alloying 176, 257
Mechanical properties 331
Coexistence of different magnetic orders Hysteresis 222
138 Hysteresis, magnetic 7 Melt-spun ribbons 138
MEMS/NEMS 189
Complex permeability 119
Metamagnetism 113
Complex permittivity 119 Incommensurate magnetic structure 152 Microbeads 98
Contrast agent 123 lon-beam irradiation |
Core-shell 98 IR spectrum 296 Microstructure 83, 331
Microwave absorption 119
Crystal fields 199, 305 Iron 357
MnZn ferrites 172
Crystal structure 152 Ising model 305 MOKE 60
Crystalline orientation and texture 13
Mossbauer spectra 156
Laves phase compound 321 Mossbauer spectroscopy L107, 176, 199, 243
Deposition by sputtering 13 Linear response 44 Multi-branched domain 269
Distributions of hyperfine fields 243 Low bias field 269
Domain wall 269
LSDA 167 Nanocrystal 83
Nanocrystalline alloys 243
Eddy current loss 172 Magnetic actuators 337 Nanocrystalline materials 176, 257
Electrodeposition 189 Magnetic anisotropy 60, 130, 204, 234 Nanoparticles 234, 357
Epitaxial growth | Magnetic anisotroy 345 Nano-SiO, 172
Epitaxy 60 Magnetic disorder 311 Nd-—Fe—B magnet 345
Exchange bias 204 Magnetic dot array 69 NdFeB thick films 337
Magnetic effect 296 Neodymium compounds 94
FeCo films 83 Magnetic films 189 Neural network model 69
Fe-Ni Invar alloy 352 Magnetic garnets 7 Neutron diffraction 94, 311
FePt3 | Magnetic intermetallics 33 Neutron powder diffraction 152
Ferrimagnetic 311 Magnetic phase diagram 321 NMR measurement 321
Ferrite 311 Magnetic phase transition 1, 167, 352 Numerical simulation 69
Ferromagnetic impurities 23 Magnetic properties 33, 172, 257, 331, 363
Ferromagnetic resonance 54 Magnetic properties of thin films 13 Orienting magnetic field 345
Ferromagnetism 142, 321 Magnetic property 98 Oxides 113
Fe,Mn,_ ,Si 167 Magnetic resonance 234
Film growth 130 Magnetic resonance imaging 123 Particle systems 54
Functional groups 98 Magnetic structure 94 Patterned media |
0304-8853/03/$-see front matter
PII: S0304-8853(03)00678-4
Subject index to volume 265
Permanent magnets 337 Relaxivity 123 Thermal relaxation 222
Phase diagram 305 Renormalization group 363 Ti(Fe;_.Cr,)> 321
Phase instability 215 Ti(Fe,;_,.V,)> 321
Phase separation 248 Single domain 357 Transfer matrix 363
Phase transition L107 Sintered Nd—Fe-B 331
Polymer 357 Soft magnetic materials 189 Ultra-hard boride MgAIB,, 23
Polymer bonded magnetic films 337 Soft magnetic properties 83 Uniaxial anisotropy 44
Polysaccharide 123 Spin electronics 274
Power loss 172
Spin injection 274 Vertical-Bloch line 269
Pulsed laser deposition 130
Spin-polarized transport 274
Spin transistors 274
W(110)/Fe(1 10) 60
Quantum magnet 363 Spinel oxide 311
W-hexaferrite 119
Quasi-low-dimensional materials 113 Sputtering 204
Stress relaxation 142
XPS 60
Random field 305 Structure and morphology 13 XRD spectrum 296
Rare earth 152 Superparamagnetic particles 44
XY model 69
Rare earth compounds 156 Superparamagnetism 357
Reentrant spin glass 352
Relaxation phenomena 54 Tape casting 337 Yttrium iron aluminides 33
Relaxation times 44 TEM 83
