Journal of Magnetism and Magnetic Materials 2004: Vol 281 Index

2004·1.7 MB·English

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science @oinecr: Pas journal of
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ELSEVIER Journal of Magnetism and Magnetic Materials 281 (2004) 410-413
www.elsevier.com/locate/jmmm
Author index to volume 281
Aaboubi, O., see Msellak, K. Chelvane, J.A. and G. Markandeyulu, Structural, elec-
Altbir, D., see Bahiana, M trical and magnetic properties of Hop.gsTbp.;sFe2B
Amblard, J., see Msellak, K. Chen, H.-Y., see Wang, W.
Andrzejewski, B., see Chetkowska, G. ttiWyvyw Cherpak, N.T., see Belevtsev, B.I.
Anestiev, L.. M. De Wulf, L. Froyen, L. Dupre and J. Chin, T.S., see Vokoun, D.
Melkebeek, Preparation of soft magnetic alloys Chopart, J.-P., see Msellak, K.
Fe jo Si,P, (0<x<9, 0<)<0.6 wt%), using Clegg, W.W., see Hendren, W.R.
solid phase diffusion-sintering method Cotica, L.F.; see de Medeiros, S.N.
Arakelian, V.H., Transition excitation of surface Cziraki, A., see Kclleen csar, Z.
polaritons by a moving charge on _ antiferro-
magnet da Cunha, J.B.M., see de Medeiros, S.N.
Askerov, I.M., On the magnetic hyperfine interaction in Dai, J.M., see Zhang, R.L.
Ga.Se;:EuSe defect crystals de Medeiros, S.N., A. Luciano, L.F. Cotica, 1.A. Santos,
Atkinson, R., see Hendren, W.R. A. Paesano Jr. and J.B.M. da Cunha, Structural and
Avramenko, B.A., see Samofalov, V.N. magnetic characterization of the ball-milled «-
FesO;-Mn-O; and «-Fe-Mn,O; systems
Bacaltchuk, M.B., see Li, D.S. De Wulf, M., see Anestiev, L.
Badurek, G., see Turtelli, R.S. Delplancke, J.-L., see Mancier, V.
Bahiana, M., J.P. Pereira Nunes, D. Altbir, P. Vargas Delwiche, J., see Mancier, V.
and M. Knobel, Ordering effects of the dipolar Dewhurst, C.D., see Turtelli, R.S.
interaction in lattices of small magnetic particles Dezanneau, G., see Ihzaz, N.
Bajorek, A., see Szajek, A. Dhahri, J., see Ihzaz, N.
Barnard, J.A., see Li, D.S. Du, J.J., see Zhang, R.L.
Batista, C.D., see Lin, H.Q. Du, X.-b., H.-w. Zhang, C-b. Rong, J. Zhang, S.-y.
Zhang, B.-g. Shen, Y. Yan and H.-m. Jin, Magnetic
Belevtsev, B.I., A.Y. Kirichenko, N.T. Cherpak, G.V.
Golubnichaya, I.G. Maximchuk, E.Y. Beliayev, A.S. properties and coercivity mechanism of melt-spun
Panfilov and J. Fink-Finowicki, Giant magnetic-field Sm(Co,_ ,F ey), ¢Zro.2Coo¢ ribbons with TbCu, struc-
changes in radio-frequency absorption in ture
Lao.67Sto.33MnO; near the Curie temperature Du, Y., see Li, S.
Beliayev, E.Y., see Belevtsev, B.I. Du, Y.W., see Wu, X.L.
Belozorov, D.P., see Samofalov, V.N. Dupre, L., see Anestiev, L.
Berger, R., see Ronneteg, S.
Bhagwat, S., see Thamankar, R. Elkawni, M., see Li, D.S.
Bi, H.. see Li, S.
Bi, X., J. Wang, W. Lan, S. Gong and H. Xu, Fang, K., see Sun, G.
Concentration dependence of microstructure and Feng, J., see Sun, G.
soit magnetic properties in the FeSi-ZrO, granular Feng, W.C., see Han, G.B.
films Feng, Y., see Zhang, R.L.
Bormio-Nunes, C., see Turtelli, R.S. Fink-Finowicki, J., see Belevtsev, B.1.
Buschow, K.H.J., see Tung, L.D. Froyen, L., see Anestiev, L.
Fu, S., see Han, G.B.
Chetkowska, G., M. Kwiecien and B. Andrzejewski, Fu, S.-Y., see Liu, X.-M.
Magnetic, electric and XPS study of Dy(Co,_ ,Fe,)>
compounds Gao, R.W.,. see Han, G.B.
Chetkowska, G., see Szajek, A. Garmestani, H., see Li, D.S.
doi: 10.1016/S0304-8853(04)00857-1
Available online at www.sciencedirect.com
science @oinecr: Pas journal of
magnetism
and
Ma witerias
ELSEVIER Journal of Magnetism and Magnetic Materials 281 (2004) 410-413
www.elsevier.com/locate/jmmm
Author index to volume 281
Aaboubi, O., see Msellak, K. Chelvane, J.A. and G. Markandeyulu, Structural, elec-
Altbir, D., see Bahiana, M trical and magnetic properties of Hop.gsTbp.;sFe2B
Amblard, J., see Msellak, K. Chen, H.-Y., see Wang, W.
Andrzejewski, B., see Chetkowska, G. ttiWyvyw Cherpak, N.T., see Belevtsev, B.I.
Anestiev, L.. M. De Wulf, L. Froyen, L. Dupre and J. Chin, T.S., see Vokoun, D.
Melkebeek, Preparation of soft magnetic alloys Chopart, J.-P., see Msellak, K.
Fe jo Si,P, (0<x<9, 0<)<0.6 wt%), using Clegg, W.W., see Hendren, W.R.
solid phase diffusion-sintering method Cotica, L.F.; see de Medeiros, S.N.
Arakelian, V.H., Transition excitation of surface Cziraki, A., see Kclleen csar, Z.
polaritons by a moving charge on _ antiferro-
magnet da Cunha, J.B.M., see de Medeiros, S.N.
Askerov, I.M., On the magnetic hyperfine interaction in Dai, J.M., see Zhang, R.L.
Ga.Se;:EuSe defect crystals de Medeiros, S.N., A. Luciano, L.F. Cotica, 1.A. Santos,
Atkinson, R., see Hendren, W.R. A. Paesano Jr. and J.B.M. da Cunha, Structural and
Avramenko, B.A., see Samofalov, V.N. magnetic characterization of the ball-milled «-
FesO;-Mn-O; and «-Fe-Mn,O; systems
Bacaltchuk, M.B., see Li, D.S. De Wulf, M., see Anestiev, L.
Badurek, G., see Turtelli, R.S. Delplancke, J.-L., see Mancier, V.
Bahiana, M., J.P. Pereira Nunes, D. Altbir, P. Vargas Delwiche, J., see Mancier, V.
and M. Knobel, Ordering effects of the dipolar Dewhurst, C.D., see Turtelli, R.S.
interaction in lattices of small magnetic particles Dezanneau, G., see Ihzaz, N.
Bajorek, A., see Szajek, A. Dhahri, J., see Ihzaz, N.
Barnard, J.A., see Li, D.S. Du, J.J., see Zhang, R.L.
Batista, C.D., see Lin, H.Q. Du, X.-b., H.-w. Zhang, C-b. Rong, J. Zhang, S.-y.
Zhang, B.-g. Shen, Y. Yan and H.-m. Jin, Magnetic
Belevtsev, B.I., A.Y. Kirichenko, N.T. Cherpak, G.V.
Golubnichaya, I.G. Maximchuk, E.Y. Beliayev, A.S. properties and coercivity mechanism of melt-spun
Panfilov and J. Fink-Finowicki, Giant magnetic-field Sm(Co,_ ,F ey), ¢Zro.2Coo¢ ribbons with TbCu, struc-
changes in radio-frequency absorption in ture
Lao.67Sto.33MnO; near the Curie temperature Du, Y., see Li, S.
Beliayev, E.Y., see Belevtsev, B.I. Du, Y.W., see Wu, X.L.
Belozorov, D.P., see Samofalov, V.N. Dupre, L., see Anestiev, L.
Berger, R., see Ronneteg, S.
Bhagwat, S., see Thamankar, R. Elkawni, M., see Li, D.S.
Bi, H.. see Li, S.
Bi, X., J. Wang, W. Lan, S. Gong and H. Xu, Fang, K., see Sun, G.
Concentration dependence of microstructure and Feng, J., see Sun, G.
soit magnetic properties in the FeSi-ZrO, granular Feng, W.C., see Han, G.B.
films Feng, Y., see Zhang, R.L.
Bormio-Nunes, C., see Turtelli, R.S. Fink-Finowicki, J., see Belevtsev, B.1.
Buschow, K.H.J., see Tung, L.D. Froyen, L., see Anestiev, L.
Fu, S., see Han, G.B.
Chetkowska, G., M. Kwiecien and B. Andrzejewski, Fu, S.-Y., see Liu, X.-M.
Magnetic, electric and XPS study of Dy(Co,_ ,Fe,)>
compounds Gao, R.W.,. see Han, G.B.
Chetkowska, G., see Szajek, A. Garmestani, H., see Li, D.S.
doi: 10.1016/S0304-8853(04)00857-1
Author index to volume 281
Goel, T.C., see Singh, A.K. 276 Kagotani, T., see Maeda, T.
Golubnichaya, G.V., see Belevtsev, B.I. 97 Kainuma, S., see Sasaki, H.
Gong, S., see Bi, X. 290 Kanekiyo, H., see Hirosawa, S.
Gopalakrishnan, K.V., see Kundu, A.K. 261 Kianvash, A., see Madaah Hosseini, H.R.
Grandjean, F., see Mancier, V. 27 Kim, C.O., see Sasaki, H.
Gréssinger, R., see Turtelli, R.S. 364 Kirichenko, A.Y., see Belevtsev, B.1.
Gu, B., see Li, S. 11 Klenesar, Z., Z. Nemeth, A. Vértes, I. Kotsis, M. Nagy,
Guan, H.-S., see Li, Y.-T. 68 A. Cziraki, C. Ulhaq-Bouillet, V. Pierron-Bohnes, K
Gubernatis. J.E., see Lin, H.Q. 240 Vad, S. Mészaros and J. Hakl, The effect of cation
Gusin, P. and J. Warczewski, On the relations between disorder on the structure of Sr,FeMoO, double
magnetization and topological invariants of the perovskite
physical system Knobel, M., see Bahiana, M.
Gweon, D.-G., see Lee, M.G. Kotsis, I., see Klencsar, Z.
Kundu, A.K., E.V. Sampathkumaran, K.V. Gopalak-
Hakl, J., see Klencsar, Z. rishnan and C.N.R. Rao, Inhomogeneous magnetic
Han, G.B., R.W. Gao, S.S. Yan, H.Q. Liu, S. Fu. W.C. behavior of Pry 7Cap x;CoO; and Ndp 7Cap ;CoO:
Feng, W. Li and X.M. Li, Effect of exchange Kwiecien, M., see Chetkowska, G.
coupling interaction on the effective anisotropy in
nanocrystalline Nd»Fe,,B material Lan, W., see Bi, X.
Hemeda, O.M., IR spectral studies of Coo «Zno 4Mn, Lee, M.G. and D.-G. Gweon, Optimal design of a
Fe, Ox, ferrites double-sided linear motor with a multi-segmented
Hendren, W.R., R. Atkinson, R.J. Pollard, I.W. Salter, trapezoidal magnet array for a high precision
C.D. Wright, W.W. Clegg and D.F.L. Jenkins, The positioning system
influence of dielectric layers on the magnetic proper- Lees, M.R., see Tung, L.D
ties of thin GdFeCo layers for in-plane MAMMOS Lei, H., see Sun, G.
MSR media Levitin, R.Z., see Ronneteg, S.
Hirosawa, S., H. Kanekiyo and T. Miyoshi, Unusual Li, D.S., H. Garmestani, S.-S. Yan, M. Elkawni, M.B
effects of Ti and C additions on structural and Bacaltchuk, H.J. Schneider-Muntau, J.P. Liu, S.
magnetic properties of Nd-Fe-B nanocomposite Saha and J.A. Barnard, Effects of high magnetic field
magnets in a B-rich and Nd-poor composition range annealing on texture and magnetic properties of
Hisatake, K., see Sasaki, H. FePd
Hong, C.-Y., see Yang, S.Y. Li, J.-B., see Sun, G.-L.
Hong, N.H., J. Sakai and W. Prellier, Distribution of Li, R., Q. Shen, L. Zhang and T. Zhang, Magnetic
dopant in Fe:TiO, and Ni:TiO, thin films properties of high silicon iron sheet fabricated by
Horng, H.E., see Yang, S.Y. direct powder rolling
Hsiao, Y.T., see Yang, S.Y. Li, S., H. Bi, Z. Tian, F. Xu, B. Gu, M. Lu and Y. Du,
Hu, C.T., see Vokoun, D. Surface spin pinning effect of polymer decomposition
Huang, C.-J., see Liu, X.-M. residues in CoCr,O, nanocrystallites system
Huang, Y.W., see Yang, S.Y. Li, W., see Han, G.B
Hubin-Franskin, M.-J., see Mancier, V. Li, X.M., see Han, G.B.
Li, Y.-T., C.-W. Yan, J.-F. Lou and H.-S. Guan,
Ihzaz, N., H. Vincent, G. Dezanneau, H. Roussel, J. Synthesis and magnetic studies of s-oxalato-bridged
Dhahri and M. Oumezzine, Phase segregation in the copper(II)-M(III)-copper(II) (M=Cr and Fe) het-
hole-doped manganite Ndp o3MnO, 9¢: magnetic erotrinuclear complexes
measurements and neutron diffraction Lin, H.Q., H.Y. Shik, Y.Q. Wang, C.D. Batista and J.E
Inomata, K., see Maeda, T. Gubernatis, Investigating magnetic properties by
quantum Monte Carlo simulations
Jacquart, P.-M. and L. Roux, Influence of the electrical , G., see Wang, W.
resistivity of a ferromagnetic thin film on_ its . H.Q., see Han, G.B.
permeability measurement performed with a permea- ,. J.P, see Lt, DS. -
meter X.-M., S.-Y. Fu and C.-J. Huang, Magnetic
Jantaratana, P. and C. Sirisathitkul, Giant magnetoim- properties of Ni ferrite nanocrystals dispersed in
pedance in silicon steels the silica matrix by sol-gel technique
Jbara, O., see Msellak, K. Liu, Z.Y., Effect of varying ferromagnetic anisotropy on
Jenkins, D.F.L., see Hendren, W.R. exchange-bias in {Pt/Co];/NiO(11 A) multilayers
Jiang, H.Y., see Wu, X.L. Lou, J.-F., see Li, Y.-T
Jin, H.-m., see Du, X.-b. Lu, M., see Li, S.
412 Author index to volume 281
Luciano, A., see de Medeiros, S.N. 227 Prozorov, T., see Prozorov, R.
Lueken, H., see Schilder, H. 17
Ramadan, Q., V. Samper, D. Poenar and C. Yu, On-
chip micro-electromagnets for magnetic-based bio-
Ma, Y.Q., see Zhang, R.L. 318
molecules separation
Madaah Hosseini, H.R. and A. Kianvash, The role
Rao, C.N.R., see Kundu, A.K.
of milling atmosphere on microstructure and
Ravlik, A.G., see Samofalov, V.N.
magnetic properties of a Ndj)2sFe79.3B7.4-type sin-
Rebbouh, L., see Mancier, V.
tered magnet
Rong, C-b., see Du, X.-b.
Maeda, T., S. Sugimoto, T. Kagotani, N. Tezuka and K.
Ronneteg, S., R. Berger, R.Z. Levitin, E.A. Popova,
Inomata, Effect of the soft/hard exchange interaction
R.M. Scherbov and A.N. Vasiliev, Longitudinal spin
on natural resonance frequency and electromagnetic
fluctuations in thermal and magnetic properties of
wave absorption of the rare earth-iron—boron
TICoSe_,S,
compounds
Roussel, H., see Ihzaz, N.
Mancier, V., J.-L. Delplancke, J. Delwiche, M.-J.
Roux, L., see Jacquart, P.-M.
Hubin-Franskin, C. Piquer, L. Rebbouh and F.
Grandjean, Morphologic, magnetic, and Méssbauer
spectral properties of Fe7;Co2; nanoparticles pre- Saha, S., see Li, D.S.
pared by ultrasound-assisted electrochemistry Sakai, J., see Hong, N.H.
Markandeyulu, G., see Chelvane, J.A. Salter, I.W., see Hendren, W.R.
Maximchuk, I.G., see Belevtsev, B.I. Samofalov, V.N., A.G. Ravlik, D.P. Belozorov and B.A.
Melkebeek, J., see Anestiev, L. Avramenko, Generation of strong inhomogeneous
Mendiratta, R.G., see Singh, A.K. stray fields by high-anisotropy permanent magnets
Mészaros, S., see Klencsar, Z. Sampathkumaran, E.V., see Kundu, A.K.
Miyoshi, T., see Hirosawa, S. Samper, V., see Ramadan, Q.
Morinari, T., Evolution of Néel order and localized spin Santos, I.A., see de Medeiros, S.N.
moment in the doped two-dimensional Hubbard Sasaki, H., S. Kainuma, K. Takayanagi, K. Hisatake
model and C.O. Kim, Temperature dependence of giant mag-
Morkowski, J.A., see Szajek, A. netoresistance in pulse-plated CoCu/Cu multilayers
Moses, A.J., see Tutkun, N. Sassik, H., see Turtelli, R.S.
Msellak, K., J.-P. Chopart, O. Jbara, O. Aaboubi and J. Scherbov, R.M., see Ronneteg, S.
Amblard, Magnetic field effects on Ni-Fe alloys Schilder, H. and H. Lueken, Computerized magnetic
codeposition studies on d, f, d—d, f-f, and d—S, f—S systems under
varying ligand and magnetic fields
Schneider-Muntau, H.J., see Li, D.S.
Nagy, M., see Klencsar, Z. Schobinger-Papamantellos, P., see Tung, L.D.
Nedkov, I., see Pajic, D Schénhart, M., see Turtelli, R.S.
Nemeth, Z., see Klencsar, Z Schumann, F.O., see Thamankar, R.
Semitelou, I.P., see Siouris, I.M.
Shen, B.-g., see Du, X.-b.
Oumezzine, M., see Ihzaz, N
Shen, Q., see Li, R.
Shih, J.C., see Vokoun, D.
Paesano Jr., A., see de Medeiros, S.N. Shik, H.Y., see Lin, H.Q.
Pajic, D., K. Zadro, R. E. Vanderberghe and I. Nedkov, Singh, A.K., A.K. Singh, T.C. Goel and R.G. Mendir-
Superparamagnetic relaxation in Ca. Fe3_,,0, atta, High performance Ni-substituted Mn-—Zn fer-
(x = 0.5 and x = 1) nanoparticles rites processed by soft chemical technique
Panfilov, A.S., see Belevtsev, B.I. Singh, A.K., see Singh, A.K.
Paul, D.M., see Tung, L.D Siouris, I.M., I.P. Semitelou and J.K. Yakinthos,
Pei, F., see Sun, G Magnetic properties of Tm,AgIn,;
Pereira Nunes, J.P., see Bahiana, M. Sirisathitkul, C., see Jantaratana, P.
Pierron-Bohnes, V., see Klencsar, Z. Song, W.H., see Zhang, R.L.
Piquer, C., see Mancier, V. Sugimoto, S., see Maeda, T
Poenar, D., see Ramadan, Q. Sun, G., J. Feng, H. Wu, F. Pei, K. Fang and H. Lei,
Pollard, R.J., see Hendren, W.R. Gadolinium heteropoly complex K,[Gd(P2W)7-
Popova, E.A., see Ronneteg, S. Og;)2] as a potential MRI contrast agent
Prellier, W., see Hong, N.H. Sun, G.-L., J.-B. Li, J.-J. Sun and X.-Z. Yang, The
Prozorov, R. and T. Prozorov, Effective collective influences of Zn** and some rare-earth ions on the
barrier for magnetic relaxation in frozen ferrofluids magnetic properties of nickel—zince ferrites
Author index to volume 281
Sun, J.-J., see Sun, G.-L. 173 Wang, Y.Q., see Lin, H.Q.
Sun, Y.P., see Zhang, R.L. 318 Warczewski, J., see Gusin, P.
Szajek, A., J.A. Morkowski, A. Bajorek, G. Chetkowska Wright, C.D., see Hendren, W.R.
and R. Tro¢, Electronic structure and X-ray photo- Wu, H., see Sun, G.
emission spectra of the compounds APtSn I (A= Th, Wu, X.L., W. Zhong, H.Y. Jiang, N.J. Tang, W.Q. Zou
U) and Y.W. Du, Magnetic properties and thermal
stability of y'-Fe,N nanoparticles prepared by a
Takayanagi, K., see Sasaki, H. combined method of reduction and nitriding
Tang, N.J., see Wu, X.L.
Tezuka, N., see Maeda, T. Xu, F., see Li, S.
Thamankar, R., S. Bhagwat and F.O. Schumann, Effect Xu, H., see Bi, X.
of submonolayer coverage of Fe and Mn films on the
magnetization direction of Ni/Cu(1 00) Yakinthos, J.K., see Siouris, I.M.
Tian, Z., see Li, S. Yan, C.-W., see Li, Y.-T.
Triyono, D., see Turtelli, R.S. Yan, S.-S., see Li, D.S.
Troc, R., see Szajek, A. Yan, S.S., see Han, G.B.
Tung, L.D., D.M. Paul, M.R. Lees, P. Schobinger- Yan, Y., see Du, X.-b.
Papamantellos and K.H.J. Buschow, Specific heat Yang, C.-H., see Wang, W.
studies of PrCoAl, single crystal Yang, H.C., see Yang, S.Y.
Turtelli, R.S., D. Triyono, G. Badurek, M. Schénhart, Yang, S.Y., Y.T. Hsiao, Y.W. Huang, H.E. Horng, C.-
R. Grdéssinger, C.D. Dewhurst, H. Sassik and C. Y. Hong and H.C. Yang, Retarded response of the
Bormio-Nunes, Magnetic and structural properties optical transmittance through a magnetic fluid film
of Joule-heated Fe73Al;Ga2P),_ .C;B,4Si, amorphous under switching-on/off external magnetic fields
thick ribbons Yang, X.-Z., see Sun, G.-L.
Tutkun, N. and A.J. Moses, Effects of geometrical Yu, C., see Ramadan, Q.
factors on iron loss increase in wound toroidal cores
energized by pulse width modulated voltage sources Zadro, K., see Pajic, D.
Zhang, H.-w., see Du, X.-b.
Ulhaq-Bouillet, C., see Klencsar, Z. Zhang, J., see Du, X.-b.
Zhang, L., see Li, R.
Vad, K., see Klencsar, Z. Zhang, R.L., Y. Feng, W.H. Song, J.M. Dai, Y.Q. Ma,
Vanderberghe, R.E., see Pajic, D. J.J. Du and Y.P. Sun, The effect of Ho-doping and
Vargas, P., see Bahiana, M Ho-adding on electronic transport and magnetic
Vasiliev, A.N., see Ronneteg, S. properties of Lap 67Cao.33MnO0;
Vertes, A., see Klencsar, Z. Zhang, S.-y., see Du, X.-b.
Vincent, H., see Ihzaz, N. Zhang, T., see Li, R.
Vokoun, D., J.C. Shih, T.S. Chin and C.T. Hu, Zhang, X.-J., see Wang, W.
Magnetic properties of Fe-~ 30 at% Pd films Zhao, Y.M. and P.F. Zhou, Metal-insulator transition
in helical SrFeO3_5 antiferromagnet
Wang, J., see Bi, X. Zhong, W., see Wu, X.L.
Wang, W., X.-J. Zhang, H.-Y. Chen, C.-H. Yang and G. Zhou, P.F., see Zhao, Y.M.
Liu, The magnetic properties of erbium gallium Zou, W.Q., see Wu, X.L.
garnet under the high magnetic field
Available online at www.sciencedirect.com
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Mi viateriais
ELSEVIER Journal of Magnetism and Magnetic Materials 281 (2004) 414-415
www.elsevier.com/locate/jmmm
Subject index to volume 281
Actinides 17, 281 Europium impurity 42 Isomer shift 42
Amorphous soft magnetic materials 364 Exchange bias 247 Itinerant ferromagnetism 240
Anisotropy 247, 305 Exchange interaction 195
Antiferromagnetics 378 Exchange-coupling interaction 6 Joule heating 364
Antiferromagnetism 140, 388 Excitation 140 Jump rate 36
B-H loop parameters 276 y'-Fe,N 77 Kittel domain structure 326
Bio-molecule/cell separation 150 FePd 272
Blocking temperature 247 Ferrites 36, 276
Lanthanides 17
Ferrofluid 312
Lattice constants 318
Carrier doping 188 Ferromagnetic film 82 Layered magnetic structure 388
CoCr,O, magnetic properties 11 Ferromagnetic materials Lefschetz number 178
CoCu/Cu multilayer 53 Ferromagnetism 388 Linear motor 336
Codeposition 295 FeSi-ZrO, granular film 290 Localized spin moment 188
Coercive field 364 Fine particle systems 372
Coercive force 105, 326 Frequency-dependent permeability 82
Magnetic anisotropy |, 272
Collective barrier 312 Magnetic annealing 272
Colossal magnetoresistance 97 Gadolinium 405
Magnetic beads 150
Complex permeability 77 Giant anisotropy 326
Magnetic domain expansion 382
Composite ferrite 82 Giant magnetoimpedance 399
Magnetic field 295, 305, 336
Contrast agent 405 Giant magnetoresistance 53
Magnetic fluid 48
Copper ferrite 353 GMR sensor 326
Magnetic inhomogeneity 318
Cu(IT)}-Cr(lif)}-Cu(I) 68 Green function 178
Magnetic interaction 68
Cu(I])-Fe(1IT)—-Cu(IT) 68 Gyromagnetic resonance 82
Magnetic losses 110
Magnetic materials |
D. Magnetic measurements 267 Heat treatment 135 Magnetic measurements 27, 110
DC resistivity 276 Helical antiferromagnet 214 Magnetic ordering 394
Debye temperature 42 Heteropoly complex 405 Magnetic permeability 124, 399
Demagnetizing field 326 Heterotrinuclear complexes 68 Magnetic powder 92
Dielectric relaxation intensity 276 High silicon-iron strip 135 Magnetic Properties 1, 17, 58, 77, 92
Dipolar interaction 372 High-gradient field 326 221, 261, 295
Direct powder rolling 135 Hubbard and Heisenberg spin Hamilto- Magnetic relaxation 312, 353
Disaccommodation 364 nian 178 Magnetic resonance imaging (MRI) 405
Double exchange mechanism 318 Hubbard model 188 Magnetic semiconductors 347
Hyperfine interaction 42 Magnetic separation 150
EB-PVD 290 Magnetic viscosity 353
Effective anisotropy 6 Impurity and defect levels 115 Magnetically ordered materials 97
Electrical resistivity 1, 82 In-plane 247 Magnetization 234, 305
Electrical steels 110 Indium 394 Magnetization reversal mechanism 255
Electrodeposition 53 Intermetallics 267 Magneto-optical recording 382
Electronic band structure 281 Ir spectra 36 Magnetoresistance 214
Electronic transport and magnetic prop- Iron oxide 227 MAMMOS 382
erties 318 Iron—cobalt alloy 27 Manganites 97
Epitaxial growth 53 Iron-palladium 105 Mechanical alloying 227
Euler—Poincaré characteristic 178 Irreversibility 312 Metal-insulator transition 214
doi: 10.1016/S0304-8853(04)00858-3
Subject index to volume 281
Metamagnetism 388 Permanent magnet 326 Skin depth 399
Microstructure 58, 92 Permanent magnetic 255 Small-angle neutron scattering 364
Microwave absorber 195 Permeameter 82 Soft magnetic Fe-based materials 124
Milling atmospheie 92 Phase segregation 2 21 Soft magnetic property 290
MOKE 206 Photoelectron spectroscopy 267 Sol-gel technique 234
Monte Carlo simulation 372 Photoemission spectroscopy 281 Specific heat 378
Mossbauer effect 115 Pinning field 364 Spin glass 394
Mossbauer spectroscopy 27, 227 Planar micro-electromagnet 150 Spin-glasses 261
Multi-segmented trapezoidal magnet ar- Polaritons 140 Stray field 326
ray 336 Powder reaction 135 Strongly correlated electrons 240
Multiplet 305 Pr based compounds 378 Studies of specific magnetic materials 115
PWM excitation 110 Superparamagnetism 353, 372
Nanocomposite 234 Surface 140
Nanocomposite magnet 58 Quantum Monte Carlo 240 Surface analysis 295
Nanocrystalline material 255 Surface magnetism 206
Nanocrystalline Nd».Fe),B 6 Rapid solidification 58 Surface pinning effect 11
Nanomagnetism 372 Rare earth 173
Nanometer materials 11 Rare earth iron boron 195 Temperature 305
Nanoparticles 27, 77 Rare-earth 394 Temperature dependence 53
Natural resonance 195 Rare-earth compounds 261 Texture 272
Nd-—Fe-B 58 Rare-earth manganites 221 ThCr,Si; type 388
Nd-Fe-B alloys 92 Refractive index 36 Thermal stability
Néel order 188 Relative loss factor 276 Thin films 347
Neutron diffraction 2 Relaxivity 405 Toroidal cores 110
Nickel-zine ferrites Resistivity 290 Transition 140
NiFe,O, 234 Retarding 48 Transition metals 17
Ni-Fe alloys 295 RF absorption 97 Transition-metal oxides 261
Transmittance 48
Optimal design 336 Saturation magnetization 276, 326
Out-of-plane 247 Silicon steel 399 Ultrathin film 206
Overlayer 206 Silver 394
Oxalato-bridge 68
Single-domain nanoparticles 353 XRD refinement 318
Oxygen content 92 Sintering 92, 124