Table Of Content

FA, \ournal ot MA inaterias ELSEVIER Journal of Magnetism and Magnetic Materials 220 (2000) 302-304 www.elsevier.com/locate/jmmm Author index to volume 220 Abramovich, A.A., see Tien, C. Edwards, C., see Ibrahim, N.B. Adetunji, J., see Williams, J.M. El Kabeir, S.M., see Mansour, M.A. Arend, M., see Miinzenberg, M. El-Hakiem, M.A., see Mansour, M.A. El-Hakiem, M.A., MHD oscillatory flow on free convec- Baker, S.H., see Edmonds, K.W. tion-radiation through a porous medium with con- Bespyatykh, Y.I. and I.E. Dikshtein, Magnetoelastic do- stant suction velocity main structure in a film of a rhombic ferromagnet on a nonmagnetic substrate Felsch, W., see Muinzenberg, M. Binns, C., see Edmonds, K.W. Fahnle, M. and M. Komelj, Nonlinear magnetoelastic Bombik, A. and A.W. Pacyna, AC susceptibility of coupling coefficients from simultaneous measure- TmFeO; single-crystal ments of magnetostrictive stress and anisotropy in Brookes, N.B., see Edmonds, K.W. epitaxial magnetic films Brown, D.N., see Yi, G. Fahnle, M., see Komelj, M. Barwinkel, K., H.-J. Schmidt and J. Schnack, Ground- Fleury-Frenette, K., S.S. Dhesi, G. van der Laan, D. state properties of antiferromagnetic Heisenberg spin Strivay, G. Weber and J. Delwiche, Characteristics of rings the iron moment in Dy-Fe and Dy-FeCo amorphous alloys studied by X-ray magnetic circular dichroism Canepa, F., M. Napoletano, P. Manfrinetti, Fontaine, A., see Miinzenberg, M. A. Palenzona, S. Cirafici and F. Merlo, Magnetic proper- Fournier, P., see Zhao, Y.G. ties of RzCogSn, (R = Y, Gd) Castano, F.J., see Mandal, K. Garcia, D., see Mandal, K. Chae, K.P., Y.B. Lee, J.G. Lee and S.H. Lee, Crystallo- Giebultowicz, T., see Holl, S. graphic and magnetic properties of CoCr,.Fe,-,O4 Greene, R.L., see Zhao, Y.G. ferrite powders Gregori, M., see Williams, J.M. Chapman, J.N., see Yi, G. Gropyanov, V.M., see Tien, C. Gutjahr-Loser, Th., D. Sander and J. Kirschner, Mag- Charnaya, E.V., see Tien, C. Chen, C.-F., see Wang, S.-F. netoelastic coupling in Co thin films on W(0 0 1) Chen, W.L., see Jen, S.U. Hamdeh, H.H., see Mahmoud, M.H. Cherenkov, O.P., see Pashchenko, V.P. Harris, I.R., see Yi, G. Chung, C.M., see Jen, S.U. Hernando, A., see Mandal, K. Cirafici, S., see Canepa, F. Ho, J.C., see Mahmoud, M.H. Holl, S., F. Schinagl, T. Giebultowicz and H. Krenn, Monte Date, S.K., see Joy, P.A. Carlo study of fractional (111) monolayers of EuTe Diaz-Castanon, S., F. Leccabue, B.E. Watts and R. Yapp, Honda, S., M. Nawate and T. Norikane, Exchange inter- PbFe,,O;, thin films prepared by pulsed laser depos- action in MnPt/FeCo sputtered multilayers ition on Si/SiO, substrates Huang, C.-Y., see Wang, S.-F. Delwiche, J., see Fleury-Frenette, K. Derkachenko, V.N., see Pashchenko, V.P. Ibrahim, N.B., C. Edwards and S.B. Palmer, Pulsed laser Dhesi, S.S., see Fleury-Frenette, K. ablation deposition of yttrium iron garnet and Ce- Dikshtein, I.E., see Bespyatykh, Y.I. rium-substituted YIG films Dyakonov, V.P., see Pashchenko, V.P. Isikawa, Y., see Tamura, I. Edmonds, K.W., C. Binns, S.H. Baker, M.J. Maher, S.C. Jen, S.U., C.M. Chung and W.L. Chen, Magnetic proper- Thornton, O. Tjernberg and N.B. Brookes, Magnet- ties of Co3;Pd,;5 films made by oblique-incidence ism of exposed and Co-capped Fe nanoparticles deposition 0304-8853/00/$-see front matter © 2000 Elsevier Science B.V. All rights reserved. PII: S0304-8853(00)00547-3 Author index to volume 220 Jiang, W., G.-z. Wei and Z.-H. Xin, Phase diagrams and Norikane, T., see Honda, S. tricritical behavior in a spin-2 transverse Ising model O’Shea, M.J., see Mahmoud, M.H. with a crystal field on honeycomb lattice Joy, P.A. and S.K. Date, On the low-temperature anom- Pacyna, A.W., see Bombik, A. aly in the AC susceptibility of Lap »Cap,;MnO; Palenzona, A., see Canepa, F. Jung, M.-H., see Kasuya, T. Palmer, S.B., see Ibrahim, N.B. Pant, R.P., see Sankaranarayanan, V.K. Kai, T., see Watanabe, S. Pascarelli, S., see Miinzenberg, M. Kasuya, T., M.-H. Jung and T. Takabatake, Charge Pashchenko, V.P., A.A. Shemyakov, V.K. Prokopenko, density wave and excitonic magnetic polarons in V.N. Derkachenko, O.P. Cherenkov, V.I. Mihajlov, CeTe, V.N. Varyukhin, V.P. Dyakonov and H. Szymcezak, Kirschner, J., see Gutjahr-Loser, Th. Effect of substitution of Mn by Cr on the °°>Mn NMR Komelj, M. and M. Fahnle, Nonlinear magnetoelastic and magnetoresistance in Lag ¢Sto.2Mn,..-,Cr,O3 coupling coefficients in Fe from an ab initio calcu- (0<x < 0.2) lation Pizzini, S., see Munzenberg, M. Komelj, M., see Fahnle, M. Prados, C., see Mandal, K. Komine, T., see Watanabe, S. Prokopenko, V.K., see Pashchenko, V.P. Krenn, H., see Holl, S. Rajeswari, M., see Zhao, Y.G. Leccabue, F., see Diaz-Castanon, S. Rastogi, A.C., see Sankaranarayanan, V.K. Lee, J.G., see Chae, K.P. Sakurai, J., see Tamura, I. Lee, S.H., see Chae, K.P. Sander, D., see Gutjahr-Loser, Th. Lee, Y.B., see Chae, K.P. Sankaranarayanan, V.K., R.P. Pant and A.C. Rastogi, Li, Z.Y., see Zhao, Y.G. Spray pyrolytic deposition of barium hexaferrite thin Lu, C.-A., see Wang, S.-F. films for magnetic recording applications Schinagl, F., see Holl, S. Maher, M.J., see Edmonds, K.W. Mahmoud, M.H., H.H. Hamdeh, J.C. Ho, M.J. O’Shea Schmidt, H.-J., see Barwinkel, K. Schnack, J., see Barwinkel, K. and J.C. Walker, Mossbauer studies of manganese ferrite fine particles processed by ball-milling Sen, S., see Manciu, F.S. Shalyguina, E.E. and Kyung-Ho Shin, Influence of non- Manciu, F.S., M. Manciu and S. Sen, Possibility of con- magnetic layer (Ti, Zr, Pt) on magnetic and magneto- trolled ejection of ferrofluid grains from a magneti- optical properties of Fe/NML bilayers and cally ordered ferrofluid using high frequency non- Fe/NML/Fe trilayers linear acoustic pulses - a particle dynamical study Shemyakov, A.A., see Pashchenko, V.P. Manciu, M., see Manciu, F-S. Mandal, K., M. Vazquez, D. Garcia, F.J. Castafio, C. Shiiki, K., see Watanabe, S. Shin, Kyung-Ho, see Shalyguina, E.E. Prados and A. Hernando, Development of a tensile- stress-induced anisotropy in amorphous magnetic Smardz, K., see Smardz, L. thin films Smardz, L., K. Smardz and H. Niedoba, Structure and magnetic properties of wedged Co/Ti multilayers Manfrinetti, P., see Canepa, F. Smolyaninova, V., see Zhao, Y.G. Mansour, M.A., M.A. El-Hakiem and S.M. El Kabeir, Srivastava, R.C., see Zhao, Y.G. Heat and mass transfer in magnetohydrodynamic flow of micropolar fluid on a circular cylinder with Strivay, D., see Fleury-Frenette, K. Svoboda, J., Separation of red blood cells by magnetic uniform heat and mass flux means Merlo, F., see Canepa, F. Szymcezak, H., see Pashchenko, V.P. Mihajlov, V.I., see Pashchenko, V.P. Mikhailova, LS., see Tien, C. Takabatake, T., see Kasuya, T. Mizushima, T., see Tamura, I. Tamura, I., T. Mizushima, Y. Isikawa and J. Sakurai, Miinzenberg, M., M. Arend, W. Felsch, S. Pizzini, A. Mossbauer effect and magnetization studies of Fontaine, T. Neisius and S. Pascarelli, Element-speci- CeFe,Als and LaFe,Al, fic magnetization reversal in Fe/Ce multilayers: Thornton, S.C., see Edmonds, K.W. a study by X-ray magnetic circular dichroism and the Tien, C., E.V. Charnaya, V.M. Gropyanov, I.S. Mik- magneto-optic Kerr effect hailova, C.S. Wur and A.A. Abramovich, Magnetic properties of a cermet on the base of Al,O; Napoletano, M., see Canepa, F. Tjernberg, O., see Edmonds, K.W. Nawate, M., see Honda, S. Neisius, T., see Muinzenberg, M. Van der Laan, G., see Fleury-Frenette, K. Niedoba, H., see Smardz, L. Varyukhin, V.N., see Pashchenko, V.P. 304 Author index to volume 220 Venkatesan, T., see Zhao, Y.G. 161 Xin, Z.-H., see Jiang, W. Vazquez, M., see Mandal, K. 152 Yang, G.Y. and J. Zhu, 3d occupancy determination from Walker, J.C., see Mahmoud, M.H. 139 Fe L,.3 electron energy-loss spectra of nanocrystal- Wang, S.-F., Y.-R. Wang, T.C.K. Yang, C.-F. Chen, C.-A. line-amorphous Fe73 5;Cu;Mo3Si;3.5Bg alloy Lu and C.-Y. Huang, Densification and magnetic Yang, T.C., see Wang, S.-F. properties of low-fire NiCuZn ferrites Yapp, R., see Diaz-Castafon, S. Wang, Y.-R., see Wang, S.-F. Yi, G., J.N. Chapman, D.N. Brown and I.R. Harris, TEM Watanabe, S., T. Komine, T. Kai and K. Shiiki, First- studies of the effects of Zr additions on some HDDR- principle band calculation of ruthenium for various processed, high boron, NdFeB-type powders and phases hot-pressed magnets Watts, B.E., see Diaz-Castanon, S. Zhao, Y.G. R.C. Srivastava, P. Fournier, V. Weber, G., see Fleury-Frenette, K. Smolyaninova, M. Rajeswari, T. Wu, Z.Y. Li, R.L. Wei, G.-z., see Jiang, W. Greene and T. Venkatesan, Transport and magnetic Williams, J.M., J. Adetunji and M. Gregori, Mossbauer properties of Lap. gCeo.,.MnO; thin films grown by spectroscopic determination of magnetic moments of pulsed laser deposition Fe** and Co?* in substituted barium hexaferrite, Zhu, J., see Yang, G.Y. Ba(Co,Ti),Fe(12- 2.019 Wu, T., see Zhao, Y.G. Wur, C.S., see Tien, C. Mie & es HA. I Journal of : materials ELSEVIER Journal of Magnetism and Magnetic Materials 220 (2000) 305-306 www.elsevier.com/locate/jmmm Subject index to volume 220 AC susceptibility 106 First-principle calculation 277 Magnetoresistance 52 AC-magnetic susceptibility 18 Free convection 271 Magnetostriction 1 Alloys 65 Magnetostrictive stress 13 Amorphous alloys 45 Gorter’s formula 124 Magnetotransport 235 Amorphous systems 152 Grain interactions 72 Manganate 106 Amorphous — crystalline Granular columns 285 Mass transfer 259 transformation 65 Micropolar fluids 259 Antiferromagnet 293 Hard magnetic materials 115 Microstructure 115 Antiferromagnetic ground-state 227 HDDR 115 Monte Carlo simulation 293 Antiferromagnetism 85 Heat transfer 259 Mossbauer 139 Heisenberg model 227 Mossbauer effect 31 Barium ferrite 72 Hexaferrites 79 Mossbauer spectroscopy 59, 124 BCT 277 High field 139 Multilayers 175 Bilayers 167 HRTEM 65 Blocking temperature 85 Hyperfine parameters 124 Nanoparticles 72 Boundary layer 259 Hysteresis 205 Nanoscale magnetism 25 Nanosize effect 139 Cation distributions 139 Induced anisotropy 152 Neutron diffraction 124 CDW 235 Interface roughness 195 NMR spectrum 52 Ce-substituted YIG 183 Ising model 96 Non-linear wave 285 Cermet 147 Nonlinear magnetoelastic coupling Chains 285 Kerr effect 167 coefficients 8, 13 Coercivity 59 Cr content 52 L,.3 white lines 65 Oblique deposition 205 Crystal field 96 Lattice polaron 235 Curie temperature 39 Lieb-Mattis theorem 227 Phase transition 96, 214 Low-carrier density semimetal 235 p-f mixing 235 Density functional calculations 8 Low-dimensional systems 293 Porous media 271 Disordered ferrimagnet 124 Low-temperature sintering 129 Pulsed laser ablation deposition 79, 183 Domain wall pinning 106 Magnetic anisotropy 1, 8, 113, 205 Radiation 271 EELS 65 Magnetic field 271 Rare earth—Co intermetallics 39 Electron exchange 52 Magnetic films 175 Rare-earth orthoferrites 18 Element selective hysteresis 195 Magnetic moments 124 Resistivity 85 Epitaxial magnetic films 8, 13 Magnetic multilayers 195 Rhombic ferromagnetic film 214 Epitaxial misfit 1 Magnetic polaron 235 Ruthenium 277 Exchange field 85 Magnetic properties 39, 45, 129, 147, Exchange interactions 39, 124 152, 161 Saturation field 167 Excitonic states Wigner crystal 235 Magnetic recording media 72 Saturation magnetization 59 Magnetic susceptibility 31 Single crystal 18 Ferrites 129, 139 Magnetization 106 Soft magnetic materials 195 Ferrofluids 285 Magnetoelastic coupling 1 Solitons 285 Ferromagnetism 106, 277 Magnetoelastic domain structure 214 Sol-gel method 59 Film stress 1 Magnetohydrodynamic flow 259 Spin directions 124 0304-8853/00/$-see front matter © 2000 Elsevier Science B.V. All rights reserved. PII: $S0304-8853(00)00548-5 306 Subject index to volume 220 P| S Spin glass 147 Thin films 45, 72, 79, 85, 152, 161, 277 Valence fluctuation 31 ee Spin pattern 293 Transmission electron microscopy 115 XMCD 45, 195 naA Spin ring 227 Transport properties 161 oe Spinel ferrites 59 Transverse field 96 YIG 183 #a Spontaneous spin reorientation 18 Tricritical behavior 96 a Spray pyrolysis 72 Trilayers 167 z SQUIDS 147 Uniform heat flux 259 Synchrotron radiation 45 Uniform mass flux 259 va 5) a 4 # « 5 cr es < 7 2 re 2 ay ol 3a Bred 4 aa =| Es oy bbs a 8 *