Journal of Magnetism and Magnetic Materials 2002: Vol 246 Index

9 Pages·2002·2.2 MB·English

FA \ournal of
magnetic
FA inateriais
ELSEVIER Journal of Magnetism and Magnetic Materials 246 (2002) 440-443
www.elsevier.com/locate/jmmm
Author index to volume 246
Abbas, T., see Rana, M.U. Chacon, C., see Isnard, O.
Abubrig, O.F., see Bobak, A. Chakravorty, D., see Brahma, P.
Al-Sager, M., see De Raedt, H.A. Chambers, S.A., R.F.C. Farrow, S. Maat, M.F. Toney,
André, G., see Durivault, L. L. Folks, J.G. Catalano, T.P. Trainor and G.E.
Andreica, D., see Gygax, F.N Brown Jr., Molecular beam epitaxial growth and
Arciszewska, M., see Dyakonov, V.P. properties of CoFe.0, on MgO(00 1)
Atkinson, R., see Hadley, M.J. Chatterjee, J.. Y. Haik and C.-J. Chen, Polyethylene
magnetic nanoparticle: a new magnetic material for
biomedical applications
Bader, S.D., see Gornakov, V.S.
Chatterjee, S., see Brahma, P.
Baggio-Saitovitch, E.M., see Orlando, M.T.D.
Chattopadhyay, M.K., see Singh, K.J.
Bai, Y., J. Zhou, Z. Gui and L. Li, Magnetic properties
Chaudhary, S., see Singh, K.J.
of Cu, Zn-modified Co+Y hexaferrites
Chen, C.-J., see Chatterjee, J.
Balcerzak, T., On the exact identities for Ising model
Chen, G., see Zeng, L.
with arbitrary spin
Chen, N.-X., see Hao, S.-Q.
Banerjee, S., see Brahma, P.
Chevalier, B., see Durivault, L.
Baudouin, P. and Y. Houbaert, The study of a uniaxial
Chianca, C.V. and R.N. Costa Filho, Spin waves theory
deformation effect on the magnetic properties of a
in rare-earth films
non-oriented electrical steel using acoustic emission
characterization Costa Filho, R.N., see Chianca, C.V.
Costa, I., see Faria, R.N.
Bendjaballah, F., see Zhao, Z.J.
Cunha, A.G., see Orlando, M.T.D.
Bentley, J., see Shield, J.E.
Betancourt R., J.1. and H.A. Davies, Effect of the grain
size on the magnetic properties of nanophase REFeB
alloys
Daniil, M., P.A. Farber, H. Okumura, G.C. Hadjipa-
Blixt, A.M., see Eftimova, K.
nayis and D. Weller, FePt/BN granular films for
Bobak, A., O.F. Abubrig and D. Horvath, An effective-
high-density recording media
field study of the mixed spin-1 and spin-3 Ising Das, D., see Brahma, P.
ferrimagnetic system : Das, G.P., see Mukhopadhyay, S.
Bourée, F., see Durivault, L. Davies, H.A., see Betancourt R., J.I.
Brahma, P., S. Banerjee, D. Das, P.K. Mukhopadhyay, De Raedt, H.A., A.H. Hams, V.V. Dobrovitski,
S. Chatterjee, A.K. Nigam and D. Chakravorty,
M. Al-Sager, M.I. Katsnelson and B.N. Harmon,
Properties of nanocomposites of «-Fe and Fe;0,
Many-spin effects and tunneling splittings in Mn)>
Branagan, D.J., see Shield, J.E.
magnetic molecules
Brand, R.A., see Sorescu, M.
Desai, M., S. Prasad, N. Venkataramani, I. Samajdar,
Brown Jr., G.E., see Chambers, S.A.
A.K. Nigam and R. Krishnan, Enhanced magnetiza-
Bud’ko, S., see Orlando, M.T.D.
tion in sputter-deposited copper ferrite thin films
Bukhantsev, Yu., see Dyakonov, V.P.
Diamandescu, L., see Sorescu, M.
Busbridge, S.C., see Wang, B.W.
Dobrovitski, V.V., see De Raedt, H.A.
Busch, P., see Ziese, M.
Dobrowolski, W., see Dyakonov, V.P.
Dou, S.X., see Wang, X.L.
Cai, J.. Y. Li, X. Li and D. Zhang, Behavior of Du, Y.W., see Wang, Z.M.
micromagnetic particles in an opposed-poles orienta- Durivault, L., F. Bourée, B. Chevalier, G. André and
tion magnetic field J. Etourneau, Magnetic ordering in the ternary
Castro, A.R.M., see Faria, R.N. germanide Ce ,Ni;Ge; as studied by neutron
Catalano, J.G., see Chambers, S.A. powder diffraction
0304-8853/02/$-see front matter
PII: S0304-8853(02)00269-X
FA \ournal of
magnetic
FA inateriais
ELSEVIER Journal of Magnetism and Magnetic Materials 246 (2002) 440-443
www.elsevier.com/locate/jmmm
Author index to volume 246
Abbas, T., see Rana, M.U. Chacon, C., see Isnard, O.
Abubrig, O.F., see Bobak, A. Chakravorty, D., see Brahma, P.
Al-Sager, M., see De Raedt, H.A. Chambers, S.A., R.F.C. Farrow, S. Maat, M.F. Toney,
André, G., see Durivault, L. L. Folks, J.G. Catalano, T.P. Trainor and G.E.
Andreica, D., see Gygax, F.N Brown Jr., Molecular beam epitaxial growth and
Arciszewska, M., see Dyakonov, V.P. properties of CoFe.0, on MgO(00 1)
Atkinson, R., see Hadley, M.J. Chatterjee, J.. Y. Haik and C.-J. Chen, Polyethylene
magnetic nanoparticle: a new magnetic material for
biomedical applications
Bader, S.D., see Gornakov, V.S.
Chatterjee, S., see Brahma, P.
Baggio-Saitovitch, E.M., see Orlando, M.T.D.
Chattopadhyay, M.K., see Singh, K.J.
Bai, Y., J. Zhou, Z. Gui and L. Li, Magnetic properties
Chaudhary, S., see Singh, K.J.
of Cu, Zn-modified Co+Y hexaferrites
Chen, C.-J., see Chatterjee, J.
Balcerzak, T., On the exact identities for Ising model
Chen, G., see Zeng, L.
with arbitrary spin
Chen, N.-X., see Hao, S.-Q.
Banerjee, S., see Brahma, P.
Chevalier, B., see Durivault, L.
Baudouin, P. and Y. Houbaert, The study of a uniaxial
Chianca, C.V. and R.N. Costa Filho, Spin waves theory
deformation effect on the magnetic properties of a
in rare-earth films
non-oriented electrical steel using acoustic emission
characterization Costa Filho, R.N., see Chianca, C.V.
Costa, I., see Faria, R.N.
Bendjaballah, F., see Zhao, Z.J.
Cunha, A.G., see Orlando, M.T.D.
Bentley, J., see Shield, J.E.
Betancourt R., J.1. and H.A. Davies, Effect of the grain
size on the magnetic properties of nanophase REFeB
alloys
Daniil, M., P.A. Farber, H. Okumura, G.C. Hadjipa-
Blixt, A.M., see Eftimova, K.
nayis and D. Weller, FePt/BN granular films for
Bobak, A., O.F. Abubrig and D. Horvath, An effective-
high-density recording media
field study of the mixed spin-1 and spin-3 Ising Das, D., see Brahma, P.
ferrimagnetic system : Das, G.P., see Mukhopadhyay, S.
Bourée, F., see Durivault, L. Davies, H.A., see Betancourt R., J.I.
Brahma, P., S. Banerjee, D. Das, P.K. Mukhopadhyay, De Raedt, H.A., A.H. Hams, V.V. Dobrovitski,
S. Chatterjee, A.K. Nigam and D. Chakravorty,
M. Al-Sager, M.I. Katsnelson and B.N. Harmon,
Properties of nanocomposites of «-Fe and Fe;0,
Many-spin effects and tunneling splittings in Mn)>
Branagan, D.J., see Shield, J.E.
magnetic molecules
Brand, R.A., see Sorescu, M.
Desai, M., S. Prasad, N. Venkataramani, I. Samajdar,
Brown Jr., G.E., see Chambers, S.A.
A.K. Nigam and R. Krishnan, Enhanced magnetiza-
Bud’ko, S., see Orlando, M.T.D.
tion in sputter-deposited copper ferrite thin films
Bukhantsev, Yu., see Dyakonov, V.P.
Diamandescu, L., see Sorescu, M.
Busbridge, S.C., see Wang, B.W.
Dobrovitski, V.V., see De Raedt, H.A.
Busch, P., see Ziese, M.
Dobrowolski, W., see Dyakonov, V.P.
Dou, S.X., see Wang, X.L.
Cai, J.. Y. Li, X. Li and D. Zhang, Behavior of Du, Y.W., see Wang, Z.M.
micromagnetic particles in an opposed-poles orienta- Durivault, L., F. Bourée, B. Chevalier, G. André and
tion magnetic field J. Etourneau, Magnetic ordering in the ternary
Castro, A.R.M., see Faria, R.N. germanide Ce ,Ni;Ge; as studied by neutron
Catalano, J.G., see Chambers, S.A. powder diffraction
0304-8853/02/$-see front matter
PII: S0304-8853(02)00269-X
Author index to volume 246
Dyakonov, V.P., I. Fita, E. Zubov, V. Pashchenko, Hardy, V., see Pollert, E.
V. Mikhaylov, V. Prokopenko, Yu. Bukhantsev, Harmon, B.N., see De Raedt, H.A.
M. Arciszewska, W. Dobrowolski, A. Nabialek and Hasanain, S.K., see Shah, W.H.
H. Szymezak, Canted spin structure in clusters of the Hasegawa, N., see Gokon, N
(Lag 7Cap 3); .Mn; + .O3 perovskites Hejtmanek, J., see Pollert, E.
Hisatake, K., see Kainuma, S.
Eftimova, K., A.M. Blixt, B. Hjérvarsson, R. Laiho, J. Hjorvarsson, B., see Eftimova, K.
Salminen and J. Raittila, Magnetic properties and Hono, K., see Takahashi, Y.K.
coupling in Fe(2 ML)/V(x ML) (x > 5) superlattices Horvat, J., see Wang, X.L.
Etourneau, J., see Durivault, L. Horvath, D., see Bobak, A.
Houbaert, Y., see Baudouin, P.
Farber, P.A., see Daniil, M. Hu, J. and H. Qin, Magnetoimpedance effect in Fe flakes
Faria, R.N., H. Takiishi, A.R.M. Castro, L.F.C.P. Lima Hu, S., see Xue, Q.
and I. Costa, Chemical microanalysis of rare-earth Huh, S.H., see Lee, G.H.
transition metal-boron alloys and magnets using
Ishimasa, T., see Matsuo, S.
scanning electron microscopy
Isnard, O. and C. Chacon, Study of the spin reorienta-
Farrow, R.F.C., see Chambers, S.A.
tion phenomenon in Nd>(Fe, Si);4BH
Felner, I., Anomalous magnetic behavior in YSr>(Rup s-
Ito, K., see Gokon, N
Cuy 2)O6
Ivanov, V., see Kowalczyk, A.
Fita, I., see Dyakonov, V.P.
Folks, L., see Chambers, S.A.
Jager, E.-G., see Miller, B.R.
Freeman, A.J., see Zhao, Y.-J.
James, M., see Wang, X.L.
Freitas, J.C.C., see Orlando, M.T.D.
Jeong, J.W., see Lee, G.H.
Jiang, J.S., see Gornakov, V.S.
Gao, F., see Wang, X.L.
Jirak, Z., see Pollert, E.
Ghosh, S.K., see Mukhopadhyay, S.
Giannakopoulou, T., L. Kompotiatis, A. Kontogeorga-
Kainuma, S., K. Takayanagi, K. Hisatake and T.
kos and G. Kordas, Microwave behavior of ferrites
Watanabe, Giant magnetoresistance and particle size
prepared via sol-gel method
distribution in pulse-plated Co—Cu granular films
Giordanengo, B., see Orlando, M.T.D.
Kaneko, H., see Gokon, N.
Gokon, N., A. Shimada, N. Hasegawa, H. Kaneko,
Kappes, B.B., see Shield, J.E.
Y. Tamaura, K. Ito and T. Ohara, The magnetic
Katsnelson, M.I., see De Raedt, H.A.
coagulation reaction between paramagnetic particles
Khizroev, S., Y. Liu, K. Mountfield, M.H. Kryder and
and iron ions coprecipitates
D. Litvinov, Physics of perpendicular magnetic
Gornakov, V.S., V.I. Nikitenko, A.J. Shapiro, R.D.
recording: writing process
Shull, J.S. Jiang and S.D. Bader, Direct experimental
Klosek, V., A. Verniére, B. Ouladdiaf and B. Malaman,
study of the exchange spring formation process
Magnetic properties of CeFeSi-type RTiSi com-
Grabias, A., see Sorescu, M.
pounds (R=Gd-Tm, Lu, Y) from magnetic mea-
Gui, Z., see Bai, Y.
surements and neutron diffraction
Gui, Z., see Wang, X.
Kompotiatis, L., see Giannakopoulou, T.
Guo, Z.J., see Wang, B.W.
Kontogeorgakos, A., see Giannakopoulou, T.
Gupta, A., see Mukhopadhyay, S.
Kordas, G., see Giannakopoulou, T.
Gygax, F.N., D. Andreica, A. Schenck and Y. Onuki,
Kowalczyk, A., A. Szajek and V. Ivanov, Spin-
Probing the magnetic structure of GdCu, by uwSR
reorientation transition and electronic structure of
spectroscopy
TmCo; compound
Krawczyk, M., H. Puszkarski, J.-C.S. Levy, S. Mamica
Hadjipanayis, G.C., see Dantil, M. and D. Mercier, Theoretical study of spin wave
Hadley, M.J., R. Atkinson and R.J. Pollard, Magnetic resonance filling fraction effect in composite ferro-
properties of Co films deposited onto obliquely magnetic [A|B|A] trilayer
sputtered Ta underlayers Krishnan, R., see Desai, M.
Haik, Y., see Chatterjee, J. Kryder, M.H., see Khizroev, S.
Hams, A.H., see De Raedt, H.A. Kuzel, R., see Pollert, E.
Han, G.R., see Zhang, X.W.
Hao, S.-Q., N.-X. Chen and J. Shen, Atomistic study on Laiho, R., see Eftimova, K.
the structure and Curie temperature for Nd>Fe)7_,- Lee, G.H., S.H. Huh, J.W. Jeong and H.-C. Ri,
Cr Excellent magnetic properties of fullerene encapsu-
Hao, Y.M., see Wang, B.W. lated ferromagnetic nanoclusters
442 Author index to volume 246
Leibeling, G., see Miller, B.R. 283 Onuki, Y., see Gygax, F.N.
Lévy, J.-C.S., see Krawezyk, M. 93 Orlando, C.G.P., see Orlando, M.T.D
Li, A.H., see Wang, X.L 86 Orlando, M.T.D.. A.G. Cunha, J.C.C. Freitas, C.G.P
Li, H.Y., J. Li, SJ. Yuan, L. Wang, $.M. Zhou and Orlando, S. Bud’ko, B. Giordanengo, I.M. Sato
J.T. Song, Dependence of exchange coupling in Cu L.G. Martinez and E.M. Baggio-Saitovitch, Struc-
FeMn/permalloy on the Cu buffer layer thickness ture and magnetotransport properties in plasma-
Li, J., see Li, H.Y sprayed Lay 7sSto.22MnO, thick film
La, L,, see Bat, \ Y Ouladdiaf, B., see Klosek, V
Li, L., see Wang, X
Li, X., see Cai, J.
Pan, F., see Yang, F.
Li, Y.,.see Cai, J.
Pandey, B., S. Suwas and H.C. Verma, Phase transfor-
Li, Y.X., see Wang, B.W.
mations in Fez. .Al Ti, (x = 0,2,6,9) alloys in-
Lima, L.F.C.P., see Faria, R.N
duced by severe plastic deformation
Litvinov, D., see Khizroey, S.
Pashchenko, V., see Dyakonov, V.P.
Liu, H.K., see Wang, X.L.
Paul, A., see Mukhopadhyay, S.
Liu, Y., see Khizroev., S.
Pollard, R.J., see Hadley, M.J.
Low, K.O. and F.R. Sale, Electromagnetic properties of
gel-derived NiCuZn ferrites Pollert, E., Z. Jirak, J. Hejtmanek, A. Streje, .. Kuzel
and V. Hardy, Detailed study of the structural and
Lyberatos, A., The switching time of the magnetization
magnetic transitions in Pr; .Sr,.MnQ, single crystals
in perpendicular recording media
(0.48 < x <0.57)
Prasad, S., see Desai, M.
Maat, S., see Chambers, S.A Prokopenko, V., see Dyakonov, V.P.
Makhlouf, S.A., Magnetic properties of Co;04 nano- Puszkarski, H., see Krawezyk, M
particles
Malaman, B.. see Klosek, V
Mamica, S., see Krawczyk, M Qin, H., see Hu, J.
Martinez, L.G., see Orlando, M.T.D
Matsuo, S., T. Ishimasa and H. Nakano, Quasiperiodic
Raittila, J., see Eftimova, K.
long-range ferrimagnetic order in Ising model
Rana, M.U. and T. Abbas, The effect of Zn substitution
simulation in an icosahedral quasicrystal model
on microstructure and magnetic properties of
structure
Cu,_,Zn,Fe,O, ferrite
Mercier, D., see Krawczyk, M.
Ri, H.-C., see Lee, G.H
Mikhaylov, V., see Dyakonov, V.P
Roy, S.B., see Singh, K.J
Mountfield, K., see Khizroev, S
Ruan, J.Z., see Zeng, L.
Mukhopadhyay, P.K., see Brahma, P.
Mukhopadhyay, S., G.P. Das, S.K. Ghosh, A. Paul and
A. Gupta, Electronic structure and magnetic proper- Sale, F.R., see Low, K.O
ties of Cr/Sn multilayers Salminen, J., see Eftimova, K.
Miller, B.R., G. Leibeling and E.-G. Jager, A new Samajdar, I., see Desai, M.
ferrimagnetically ordered charge-transfer complex Sato, I.M., see Orlando, M.T.D.
based on high-spin iron(IIT) chelate tetracyanoethe- Sato, T., see Ogawa, T
nide with a 7. of 10K Schenck, A., see Gygax, F.N
Semmelhack, H.C., see Ziese, M.
Shah, W.H. and S.K. Hasanain, AC conductivity in
Nabialek, A., see Dyakonov, V.P
polycrystalline La, Ca,MnO,
Nagasaki, H., see Ogawa, T
Shapiro, A.J., see Gornakov, V.S.
Nakano, H., see Matsuo, S
Shen, J., see Hao, S.-Q.
Nigam, A.K., see Brahma, P
Shield, J.E., B.B. Kappes, D.J. Branagan and J. Bentley,
Nigam, A.K., see Desai, M.
Chemical partitioning during crystallization and its
Nikitenko, V.I., see Gornakov, V.S
effect on the microstructure and magnetic behavior
of modified Nd—Fe-B permanent magnets
Ogawa, T., H. Nagasaki and T. Sato, Magnetic Shimada, A., see Gokon, N.
anisotropy in reentrant spin-glass NiMn multilayer Shull, R.D., see Gornakov, V.S.
film Singh, K.J., S. Chaudhary, M.K. Chattopadhyay and
Ohara, T., see Gokon, N. S.B. Roy, Thermomagnetic irreversibility in rare-
Ohnuma, M., see Takahashi, Y.K. earth neodymium
Okumura, H., see Daniil, M Song, J.T., see Li, H.Y
Author index to volume 246
Sorescu, M., A. Grabias, R.A. Brand, J. Voss, D. Wei, A., see Xue, Q.
Tarabasanu-Mihaila and L. Diamandescu, A Weller, D., see Daniil, M.
Mossbauer study of the Verwey transition in
cobalt-doped magnetite Xue, Q., W. Yang, A. Wei and S. Hu, Giant
Strejc, A., see Pollert, E magnetoresistance effect in Co—C bulk composites
Su, S., see Wang, X.
Suwas, S., see Pandey, B. Yang, D.P., see Zhao, Z.J.
Szajek, A., see Kowalczyk, A. Yang, F. and F. Pan, The metastable Fe and Tb phases
Szymezak, H., see Dyakonov, V.P. in Fe/Tb thin films and their magnetic properties
Yang, W., see Xue, Q.
Yang, X.L., see Zhao, Z.J.
Takahashi, Y.K., M. Ohnuma and K. Hono, Effect of
Yang, X.L., see Zeng, L.
Cu on the structure and magnetic properties of FePt
Yu, M.-h., T. Zhao and Z.-d. Zhang, Second-order spin
sputtered film
reorientation reform in the two-sublattice ferrimag-
Takayanagi, K., see Kainuma, S.
netic system
Takiishi, H., see Faria, R.N.
Yuan, S.J., see Li, H.Y.
Tamaura, Y., see Gokon, N.
Yue, Z., see Wang, X.
Tang, T., see Wang, Z.M.
Tarabasanu-Mihaila, D., see Sorescu, M.
Zeng, L., Z.J. Zhao, X.L. Yang, J.Z. Ruan and G. Chen,
Toney, M.F., see Chambers, S.A.
Observations of magnetic coupling in Fe-based
Trainor, T.P., see Chambers, S.A.
nanocrystalline alloy by high-temperature giant
magneto-impedance effect
Venkataramani, N., see Desai, M. Zhang, D., see Cai, J.
Verma, H.C., see Pandey, B. Zhang, S.Y., see Zhang, X.W.
Verniére, A., see Klosek, V. Zhang, S.Y., see Wang, Z.M.
Voss, J., see Sorescu, M. Zhang, X.W., S.Y. Zhang and G.R. Han, Growth and
characterization of magneto-optical single-crystal
Wang, B.W., Y.M. Hao, S.C. Busbridge, Z.J. Guo ReYbBilG with temperature-stabilized Faraday
and Y.X. Li, Structure and magnetostriction of rotation
Sm,_,Pr,Fe2 and Smo 9Pro.\(Fe;_ ,B,)2 alloys Zhang, Z.-d., see Yu, M.-h.
Wang, L., see Li, H.Y. Zhao, T., see Yu, M.-h.
Wang, X., L. Li, Z. Yue, S. Su, Z. Gui and J. Zhou, Zhao, Y.-J. and A.J. Freeman, First-principles predic-
Preparation and magnetic characterization of the tion of a new class of ferromagnetic semiconductors
ferroxplana ferrites Bax;Co._,.Zn,Fer4O4, Zhao, Z.J., F. Bendjaballah, X.L. Yang and D.P. Yang,
Wang, X.L., M. James, J. Horvat, F. Gao, A.H. Li, Longitudinally driven magneto-impedance effect in
H.K. Liu and §.X. Dou, Structure and spin glass annealed Fe-based nanocrystalline powder materials
behaviour in non-metallic YbxCoMnO, perovskite Zhao, Z.J., see Zeng, L.
manganite Zhou, J., see Bai, Y.
Wang, Y.P., see Wang, Z.M. Zhou, J., see Wang, X.
Wang, Z.M., T. Tang, Y.P. Wang, S.Y. Zhang and Zhou, S.M., see Li, H.Y.
Y.W. Du, Room temperature large magneto- Ziese, M., H.C. Semmelhack and P. Busch, Sign reversal
resistance and magnetocaloric properties of of the magnetic anisotropy in Lap7Ao3;MnO;
Lao. 7sAgo.22MnO; film (A = Ca, Sr, Ba, (1) films
Watanabe, T., see Kainuma, S. Zubov, E., see Dyakonov, V.P.
FA \ournal ot
magnetism
and
Miviaeriai
ELSEVIER Journal of Magnetism and Magnetic Materials 246 (2002) 444-445
www.elsevier.com/locate/jmmm
Subject index to volume 246
a-Fe 162 Electrodeposition 207 Interatomic potentials 115
Acoustic emission 247 Electroless deposition 36 Interlayer exchange coupling 54
Alloying 73 Electromagnetic properties 30 Iron 283
Alloys 151, 351 Electronic structure 425 Iron aluminides 151
Annealing 62 Entropy 254 Iron ions coprecipitates 275
Annealing behavior 191 Exact identities 213 Ising models 213, 223
Annealing temperature 360 Excess manganese 40
Antiferromagnet 366 Exchange coupling | Kondo effect 366
Antiferromagnetic 1, 223 Exchange interactions 16, 73
Antiferromagnetic transition 243 Exchange spring 80 Lattice inversion 115
Antiferromagnetism 86, 101, 184 Exchange spring magnets 6 Laves phase 270
Array 36 Long-range order 223
Faraday rotation 67 Longitudinal driving 62
Biomedical applications 382 Fe-based nanocrystalline powder 62
Bulk band 16 Ferrimagnet 177 Magnetic and structural properties
Ferrimagnetism 310 Magnetic anisotropy 169, L347
Canted ferrimagnet 283 Ferrimagnetism spin reorientation transi- Magnetic contrasts 93
Canted spin structure 40 tion 310 Magnetic coupling 422
Chalcopyrites 145 Ferrites 110, 360 Magnetic measurements 233
Charge-transfer complex 283 Ferromagnetic | Magnetic molecules 392
Chelate 283 Ferromagnetic nanoclusters 404 Magnetic moments 425
Citrate precursor method 434 Ferromagnetic trilayer 93 Magnetic particles 36, 382
Cluster 40 Ferromagnetism 80, 86, 145 Magnetic properties 22, 247, 290, 404
Cobalt ferrite 124 Ferroxplana ferrite 434 Magnetic quantum tunneling 184
Cobalt nanoclusters 404 Film 254 Magnetic recording 335
Cobalt oxide 184 Finite size effects 184 Magnetic recording media 297
Coercivity 110, 259, L347 First-order transition 243 Magnetic separation 275
Coercivity dependence 6 First-principle calculation 317 Magnetic structures 233, 366
Compensation point 177 Focused ion beam (FIB) 335 Magnetic thin films 266
Composite 379 Fullerene encapsulation 404 Magnetic transition 191
Composite materials 93 Magnetisation 412
Co-—Cu granular alloy 207 Giant magneto-impedance 422 Magnetite 275, 399
Conductivity 199 Giant magnetoresistance 254, L347 Magnetization 40, 327
Copper ferrite 266 Giant magnetoresistance effect 379 Magneto-impedance effect 62
Critical composition 30 GMR 207 Magneto-optical crystals 67
Crystal electric field 412 Grain size 110 Magnetocaloric property 254
Curie temperature 115 Granular films 297 Magnetocrystalline anisotropy 327, 412
Cut-off frequency 140 Magnetoimpedance effect 375
Heat—pressure 379 Magnetoresistance 10, 199
DC-magnetisation 243 Heterostructure 54 Magnetoresistivity ratio 54
Deformation 247 High-frequency property 434 Magnetostriction 270
Dislocations activity 247 High-speed switching 303 Manganites 10, 40, 86, 290
Domain walls 80 Hyperfine fields 399 Matching frequency 360
Mean-field model 310
EDX 351 Icosahedral 223 Mechanically driven transformations 151
Electric properties 290 Initial permeability 140 Metastable phase 22
0304-8853/02/$-see front matter
PII: S0304-8853(02)00270-6
Subject index to volume 246
Microparticle 36 Perpendicular recording 3 3 Superparamagnetic particles 162
Microstructural evolution 73 Phase transformation 151 Surface magnetic field gradient 275
Microstructure 110, 140, 259 Plasma-spray 10 Surface modes 16
Microwave absorption 360 Polycrystalline 199 Surface spin pinning 93
Mixed-spin Ising model 177 Polyethylene 382 Switching speed 303
Modification 140 Porosity 110 Switching time 303
Molecular beam epitaxy 124 Symmetry 399
Molecular magnet 283 Quasicrystal 223
Mossbauer spectroscopy 151, 162, 399 TB-LMTO method 317
Mossbauer spectrum 270 Rare iron compounds a2/7 0 TCNE 283
Multilayer 30, 54, 317 Rare-earth compounds 425 Temperature compensation effect 67
Muon site 101 Rare-earth films 16 Ternary germanide 366
Muon spin rotation 101 Rare-earth iron garnet 67 Ternary rare-earth titanium silicides 233
Reentrant spin-glass 169 Textured films 297
Nanocomposites 162, 382 Remanence enhancement 6 Theoretical calculations 145
Nanocrystalline 422 Thermomagnetic irreversibility 243
Nanocrystalline materials 266 Second-order transition 310 Thick films 10
Nanoparticles 184, 382 Segregation 73 Thin films 22, 169, 259
Nanoparticles in matrix 297 SEM 351 Transition temperature 54
Neodymium 243 Semiconductors 145 Tricritical point 177
Neutron diffraction 233 Single crystals 290 Tunneling 392
Nickel nanoclusters 404 Site preference 115 Two-sublattice system 310
NiMn 169 Skin effect 62
Numerical diagonalization 392 Sol-gel 360 Ultrasonication 382
Spin glass 86, 191
Oblique incidence sputtering L347 Spin moments 213 Verwey transition 399
Optical isolator 67 Spin reorientation 191, 412, 425
Ordering 259 Spin wave resonance 93 WDxX 351
Oxygen vacancy 191 Spin wave theory 93
Spin waves 16 X-ray 247
Particle size distribution 207 Spinel dissociation 30 X-ray diffraction 275
Permanent magnets 73, 351 Splittings 392
Permeability 375 Sputtering 259 Y-type hexaferrite 140
Perovskite 86 Structure 270
Perovskite manganite 254 Structure determination 115 Z-type phase 434
Perovskite-type oxide 191 Superlattice 54 Zn-substitution 434