Available online at www.sciencedirect.com IM journal of science @oinecrs magnetism and magnetic MMA materials ELSEVIER Journal of Magnetism and Magnetic Materials 277 (2004) 385-388 www.elsevier.com/locate/jmmm Author index to volume 277 Abe, H., see Ishii, Y. Daweritz, L., see Lindner, J. Aouzi, M. and M. El Hafidi, Theoretical study of a de Biasi, R.S., see Biondo, A. 144 ferrimagnetic system with triangular symmetry under de Chatel, P.F., see Ayuel, K. 43 a longitudinal magnetic field 29 Deng, Y.H., see Xu, Z.Z. 136 Arias, J.E., see Wiatrowski, G. 285 de Oliveira, N.A., see von Ranke, P.J. 78 Arout Chelvane, J., S. Kasiviswanathan and G. Mar- Dong, G.S., see Shi, Y.S. 71 kandeyulu, Magnetic and electrical properties of Du, J., W.T. Sheng, L. Sun, B. You, M. Lu, A. Hu, X.H. Hop gsT be ;sFex_ .Mn, (0, 0.5, 1.0, 1.5) 175 Xiang and J.Q. Xiao, Transport property studies on Ayuel, K. and P.F. de Chatel, Probability and spin magntuennetl jiuncctio ns with wedge-shaped barrier 90 densities of rare earth tri-positive ions 43 Du, X.-b., see Rong, C.-b. 221 Du, Y., see Bi, H. Baberschke, K., see Lindner, J. Baggio-Saitovitch, E., see Biondo, A. 144 El Hafidi, M., see Aouzi, M. 29 Baldomir, D., see Wiatrowski, G. 285 Bauer, E.D., see Bobev, S. 236 Fei, W., see Xie, X. 16 Bi, H., S. Li, Y. Zhang and Y. Du, Ferromagnetic-like Fischer, Th.M., see Helseth, L.E. 245 behavior of ultrafine NiO nanocrystallites 363 Franco, V. and A. Conde, Influence of anisotropy on the Biondo, A., V.P. Nascimento, H. Lassri, E.C. Passama- grain size distribution derived from superparamag- ni, M.A. Morales, A. Mello, R.S. de Biasi and E. netic magnetization curves 181 Baggio-Saitovitch, Structural and magnetic proper- Fu, S.K., see Xu, Z.Z. 136 ties of Nig;Fe;o/Zr multilayers 144 Fukuno, A., see Ping, D.H. 337 Bobev, S., E.D. Bauer, J.D. Thompson and J.L. Sarrao, Single crystal growth, and magnetic and electronic Gama. S.. see von Ranke. P.J. 78 properties of EuGa, 236 Geng, D.Y., see Chen, S.L. 153 Branagan, D.J., see Meacham, B.E. 123 Geng, J., see Yan, S. 84 Brucas, R., see Soroka, I.L. 228 Gondek, L., see Tyvanchuk, Yu.B. 368 Bud’ko, S.L., see Morosan, E. 298 Goni. A.R.. see Weber. J.E. 96 Gubbala, S., see Kale, A. 350 Canfield, P.C., see Morosan, E. 298 Guo, Z., see Wang, C. 273 Cao, J., Y. Wang, J. Yu, J. Xia, C. Zhang, D. Yin and U.O. Hafeli, Preparation and radiolabeling of sur- Hafeli, U.O., see Cao, J. 165 face-modified magnetic nanoparticles with rhenium- Hanbicki, A.T., see Jonker, B.T. 24 188 for magnetic targeted radiotherapy 165 Helseth, L.E., Th.M. Fischer and T.H. Johansen, Chan, N.T.N., see Minh, P.T.L. 187 Magnetic structuring and transport of colloids at Chang, C.R., see Li, Y. 344 interfaces 245 Chen, D., see Xie, X. 16 Hesjedal, T., see Lindner, J. 159 Chen, G.L., see Kim, K.N. 331 Hidaka, T., see Ping, D.H. 337 Chen, J., see Zhang, M. 130 Hihara, T., see Peng, D.L. 201 Chen, S.L., W. Liu, P.Z. Si, X.G. Zhao, D.Y. Geng and Hjérvarsson, B., see Soroka, I.L. 228 Z.D. Zhang, Structure and magnetic properties of N- Hono, K., see Ping, D.H. 337 containing Pr-Fe—B alloys prepared by mechanical Hou, D.L., see Liu, X.M. 118 alloying 153 Hsu (Xu Zuyao), T.Y., see Wang, C. 273 Choi, C.J., see Li, D. 64 Hu, A., see Du, J. 90 Conde, A., see Franco, V. 181 Hu, H., see Zhang, M. 130 Cui, Y., see Zhang, M. 130 Hwang, C.-C., see Su, M.-H. 263 doi: 10.1016/S0304-8853(04)00574-8 386 Author index to volume 277 Ishii, Y.. M. Kosaka, H. Abe, H. Kitazawa, G. Kido Fe;N/Y2O; nanocomposites derived from Y>Fe;7 and Y. Uwatoko, High-field magnetization and intermetallic compound other physical properties of Ce2T;X; compounds Liu, L.H., see Liu, X.M. (T=Pd, Rh and Cu; X=Si and Al) Liu, W., see Chen, S.L. Itoh, M., see Liu, J.R. Liu, X.M., G.D. Tang, X. Zhao, L.H. Liu, D.L. Hou, C.F. Pan, X.F. Nie and C.Q. Jin, Influences of Cu- Jiang, J., see Liu, J.R. doped and Sr vacancy on the room magnetoresis- Jin, C.Q., see Liu, X.M. tance of Lag 67Srp.33_,— ,\Cu,MnO, Jin, X.F., see Shi, Y.S. Liu, Z., see Zhang, M. Johansen, T.H., see Helseth, L.E. Liu, Z.L., see Zou, W.D. Jonker, B.T., A.T. Hanbicki, D.T. Pierce and M.D. Lu, M., see Du, J. Stiles, Spin nomenclature for semiconductors and magnetic metals Machida, K.-i., see Liu, J.R. Joy, P.A., see Raj Sankar, C. Mahmoud, M.H. and A.A. Sattar, Méssbauer study of Cu-Zn ferrite substituted with rare earth Kale, A., S. Gubbala and R.D.K. Misra, Magnetic ions behavior of nanocrystalline nickel ferrite synthesized Markandeyulu, G., see Arout Chelvane, J. by the reverse micelle technique Meacham, B.E., D.J. Branagan and J.E. Shield, Under- Kalyezak, Ya.M., see Tyvanchuk, Yu.B. standing the link between nanoscale microstructural Kasiviswanathan, S., see Arout Chelvane, J. features and dynamic hysteresis phenomena Kido, G., see Ishii, Y. Mello, A., see Biondo, A. Kim, B.K., see Li, D. Minh, P.T.L., N.P. Thuy and N.T.N. Chan, Thickness Kim, K.N., L.M. Pan, J.P. Lin, Y.L. Wang, Z. Lin and dependence of the phase transformation in FePt G.L. Chen, The effect of boron content on the alloy thin films processing for Fe—6.5 wt% Si electrical steel sheets Misra, R.D.K., see Kale, A. Kitazawa, H., see Ishii, Y. Morales, M.A., see Biondo, A. Klevets, N.I., see Telegin, A.P. Morosan, E., S.L. Bud’ko, P.C. Canfield, M.S. Tor- Koch, R., see Lindner, J. ikachvili and A.H. Lacerda, Thermodynamic and Kosaka, M., see Ishii, Y. transport properties of RAgGe (R=Tb—Lu) single Kosubek, E., see Lindner, J. crystals Kruzik, M. and T. Roubitek, Interactions between Moses, A.J., see Tutkun, N. demagnetizing field and minor-loop development in Moses, A.J., see Tutkun, N. bulk ferromagnets Kubo, H., see Zenmyo, K. Nascimento, V.P., see Biondo, A. Ney, A., see Lindner, J. Lacerda, A.H., see Morosan, E. Nie, X.F., see Liu, X.M. Lassri, H., see Biondo, A. Nordblad, P., see Soroka, I.L. Lenz, K., see Lindner, J. Nouchi, N., see Otani, A. Li, D., C.J. Choi, B.K. Kim and Z.D. Zhang, Nozawa, T., see Otani, A. Characterization of Fe/N nanoparticles synthesized by the chemical vapor condensation process Otani, A., N. Nouchi and T. Nozawa, Magnetic Li, S., see Bi, H. properties and domain structures of FEeNiMo/FeCoV Li, Y. and C.R. Chang, Spin-polarized transport double-layer films properties in magnetic tunnel junctions with spin— orbit coupling Pampuch, C., see Lindner, J. Liang, Y., see Wei, G. Pan, C.F., see Liu, X.M. Lin, C.-Y., see Su, M.-H. Pan, L.M., see Kim, K.N. Lin, J.P., see Kim, K.N. Passamani, E.C., see Biondo, A. Lin, Z., see Kim, K.N. Peng, D.L., T. Hihara and K. Sumiyama, Structure and Lindner, J., T. Tolinski, K. Lenz, E. Kosubek, H. magnetic properties of FePt alloy cluster-assembled Wende, K. Baberschke, A. Ney, T. Hesjedal, C. films Pampuch, R. Koch, L. Daweritz and K.H. Ploog, Pereiro, M., see Wiatrowski, G. Magnetic anisotropy of MnAs-films on GaAs(00 1) Pierce, D.T., see Jonker, B.T. studied with ferromagnetic resonance Ping, D.H., K. Hono, T. Hidaka, T. Yamamoto and A. Liu, G., see Zhang, M. Fukuno, Microstructural characterization of «-Fe/ Liu, J.R., M. Itoh, J. Jiang and K.-i. Machida, Sm—Fe-—N nanocomposite hard magnets Electromagnetic wave absorption properties of ¢- - Ploog, K.H., see Lindner, J. Author index to volume 277 Qian, D., see Shi, Y.S. 71 Tutkun, N. and A.J. Moses, Investigation of power loss in non-oriented electrical steels under pulse width Raj Sankar, C. and P.A. Joy, Studies on the evolution of modulated voltage excitation 359 a low-temperature anomaly in the AC susceptibility Tyvanchuk, Yu.B., Ya.M. Kalyczak, £. Gondek, M. of ferromagnetic compositions in the La;_,MnO, Rams, A. Szytuta and Z. Tomkowicz, Magnetic (O0<x<0.125) series 209 properties of RNi,_,In,; ., (R = Gd-—Er) compounds 368 Rams, M., see Tyvanchuk, Yu.B. 368 Rong, C.-b., H.-w. Zhang, X.-b. Du, J. Zhang, Uwatoko, Y., see Ishii, Y. 60 S.-y. Zhang and B.-g. Shen, Precise simulation of the magnetization behavior of nanocrystalline von Ranke, P.J., N.A. de Oliveira and S. Gama, Pr2Fe|4B magnets by micromagnetic finite element Understanding the influence of the first-order mag- method netic phase transition on the magnetocaloric effect: Rong, Y., see Wang, C. application to Gd<(Si,Ge,_ \)4 78 Roubiéek, T., see Kruzik, M. Sarrao, J.L., see Bobev, S. Wang, C., Z. Guo, Y. Rong and T.Y. Hsu (Xu Zuyao), A phenomenological theory of the granular size Sattar, A.A., see Mahmoud, M.H. Sedky, A., On the study of Millers model in high- effect on the giant magnetoresistance of granular temperature superconductors films 273 Wang, C.C., see Xu, Z.Z. 136 Shang, Y. and K. Yao, The quantum Dzyaloshinskii- Moriya spin glass model with uniaxial anisotropy in Wang, D.-S., see Shi, Y.S. 71 applied field Wang, M.PF., see Shi, Y.S. 71 Wang, S.-H., see Su, M.-H. 263 Shen, B.-g., see Rong, C.-b. Wang, Y., see Cao, J. 165 Sheng, W.T., see Du, J. Shi, Y.S., M.F. Wang, D. Qian, G.S. Dong, X.F. Jin and Wang, Y.L., see Kim, K.N. 331 Warda, K., see Wiatrowski, G. 285 D.-S. Wang, Electronic structure and magnetism of Weber, J.E., A.R. Goni and C. Thomsen, Raman study Co,_,Pd, and Ni,;_,Pd, ordered alloys of magnetic field effects on surfacted and ionic Shield, J.E., see Meacham, B.E. ferrofluids 96 Si, P.Z., see Chen, S.L. Wei, G., Q. Zhang, Z. Xin and Y. Liang, Internal energy Soroka, I.L., R. Brucas, V. Stanciu, P. Nordblad and B. and initial susceptibility of mixed spin-2 and spin-3 Hjorvarsson, Enhanced magnetic moment at the ferrimagnetic Ising system with interlayer coupling interfaces in Feg; Nijg/Co superlattices Wende, H., see Lindner, J. 159 Stanciu, V., see Soroka, I.L. Wiatrowski, G., D. Baldomir, K. Warda, M. Pereiro, L. Stiles, M.D., see Jonker, B.T. Wojtczak and J.E. Arias, Magnetisation depth Su, M.-H., C.-Y. Lin, S.-H. Wang and C.-C. Hwang, profiles in trilayer systems with mixed—spin inter- Molecular dynamics simulations on the direct faces—a contribution to temperature dependent sputtering of Al,O, insulating film in a magnetic GMR-potentials 285 tunneling junction Wojtczak, L., see Wiatrowski, G. 285 Sumiyama, K., see Peng, D.L. Wu, G., see Zhang, M. 130 Sun, L., see Du, J. Szytuta, A., see Tyvanchuk, Yu.B. Xia, J., see Cao, J. 165 Xiang, X.H., see Du, J. Takeda, K., see Zenmyo, K. Xiao, G., see Zhang, M. 130 Tang, G.D., see Liu, X.M. Xiao, J.Q., see Du, J. Telegin, A.P. and N.I. Klevets, Calculation of an Xie, X., X. Zhang, H. Zhang, D. Chen and W. Fei, axisymmetric current coil field with the bounding Preparation and application of surface-coated super- contour integration method paramagnetic nanobeads in the isolation of genomic Thompson, J.D., see Bobevy, S. DNA Thomsen, C., see Weber, J.E. Xin, Z., see Wei, G. Thuy, N.P., see Minh, P.T.L. Xu, Z.Z., C.C. Wang, W.L. Yang, Y.H. Deng and S.K. Tokita, M., see Zenmyo, K. Fu, Encapsulation of nanosized magnetic iron oxide Tolinski, T., see Lindner, J. by polyacrylamide via inverse miniemulsion poly- Tomkowicz, Z., see Tyvanchuk, Yu.B. merization Torikachvili, M.S., see Morosan, E. Tutkun, N. and A.J. Moses, Design optimisation of a typical strip-wound toroidal core using genetic Yamagata, K., see Zenmyo, K. 281 algorithms Yamamoto, T., see Ping, D.H. 337 388 Author index to volume 277 Yan, S., J. Geng, L. Yin and E. Zhou, Preparation of Zhang, M., Z. Liu, H. Hu, G. Liu, Y. Cui, J. Chen, G. nanocrystalline NiZnCu ferrite particles by sol-gel Wu, X. Zhang and G. Xiao, Is Heusler compound method and their magnetic properties 84 Co>.CrAl a_half-metallic ferromagnet: electronic Yang, W.L., see Xu, Z.Z. 136 band structure, and transport properties Yao, K., see Shang, Y. 322 Zhang, Q., see Wei, G. Yao, K.L., see Zou, W.D. 379 Zhang, S.-y., see Rong, C.-b. Yin, D., see Cao, J. 165 Zhang, X., see Xie, X. Yin, L., see Yan, S. 84 Zhang, X., see Zhang, M. You, B., see Du, J. 90 Zhang, Y., see Bi, H. Yu, J., see Cao, J. 165 Zhang, Z.D., see Chen, S.L. Zhang, Z.D., see Li, D. Zenmyo, K., H. Kubo, M. Tokita, K. Takeda and K. Zhao, X., see Liu, X.M. Yamagata, Proton NMR study of randomly diluted Zhao, X.G., see Chen, S.L. magnet Mn,Cd,_.(H-C 2O(NOH>)),,CO 281 Zhou, E., see Yan, S. Zhang, C., see Cao, J. 165 Zou, W.D., Z.L. Liu and K.L. Yao, Ab initio study of Zhang, H., see Xie, X. 16 magnetic property of BEST, [>Fe(CN);NO] Zhang, H.-w., see Rong, C.-b. 221 charge-transfer salt 379 Zhang, J., see Rong, C.-b. 221 Available online at www.sciencedirect.com FA, \ournal ot science @)oinecr: Ma iiateriai ELSEVIER Journal of Magnetism and Magnetic Materials 277 (2004) 389-390 www.elsevier.com/locate/jmmm Subject index to volume 277 Ab initio 71 Fe nitrides 64 Magnetic core 216 Ab initio method 379 Fe-—Pt alloy cluster 201 Magnetic fields 96, 257 AC and DC susceptibility 368 Fe—Pt thin film 187 Magnetic granular films 273 AC susceptibility 209 Ferrimagnetism 29 Magnetic losses 359 Activation energy 293 Ferrofluids 96 Magnetic materials 175 Anisotropy-magnetic 106 Ferromagnetic multilayers 106 Magnetic measurements 350, 359 Annealing 331 Ferromagnetic resonance 159 Magnetic nanoparticles 64, 165 Antiferromagnetics 363 Ferromagnetism 209 Magnetic phase transition 368 APFIM 337 Fe-Si alloy 331 Magnetic properties 64, 84, 153, 175, 201, Arrott plot 29 Fine magnetic particle 181 368, 379 Axisymmetric coil 257 Finite element 221 Magnetic refrigeration 78 Flux creep 293 Magnetic reversal behavior 123 Flux synthesis 236 Magnetic tunneling junction 263 BaAljy-structure type 236 Magnetic tunnel junction 90, 344 Band structure 130 Genetic algorithm 216 Magnetism 71 Bias dependence 90 Giant magntoresistance 273 Magnetization 209, 257 Binary alloys 285 Grain growth 187 Magnetization process 187 Boron-doped 331 Grain size distribution 181 Magnetization-thin films 106 Griffiths phase 281 Magnetocaloric effect 78 Carboxyl 16 Magnetoresistance effect 118 Cation distributions 101 Heavy fermion 298 Magnetotronics 24 Chemical vapor condensation 64 Heusler alloy 130 Manganese arsenide 159 Cluster-assembled film 201 High-field magnetization 60 Manganite 209 Coating 16 High magnetic field 101 Matching frequency 251 Computation simulation 192 High silicon steel 331 Maximal dissipation 192 Coupling reagent 16 Histidine 165 Mechanical alloying 153 Crystal electric field 298 Hysteresis 123, 192 Melt spun 251 Crystal growth 236 Metamagnetism 298 Cu-Zn ferrite 101 Initial susceptibility 1, 29 Microfluidic 245 In-plane uniaxial anisotropy 228 Micromagnet 245 Interface 228 Micromagnetism 192 Distortion 228 Interface magnetism 285 Microstructure 337 DNA isolation 16 Interface roughness 285 Mn,Cd,_ (HCOO), -2(NH>)2CO 281 Domain pattern 106 Interlayer coupling | Molecular dynamics 263 Domain-wall pinning 209 Internal energy | Mossbauer 101 Dzyaloshinskii-Moriya spin glass 322 Intra-atomic non-collinearity 43 Mossbauer spectroscopy 84 Inverse miniemulsion polymerization 136 Miillers model 293 Effective medium theory 273 Ising model 29 Multilayer 144 Electrical resistivity 175 Ising system | Electrical steels 331, 359 Nanocomposite hard magnet 337 Lattice distortion 363 Electromagnetic wave absorption 251 Nanocomposites 251 Electronic structure 71, 379 Local moment magnetism 298 Nanocrystalline 84 Empirical formula 293 Log-normal distribution function 273 Nanocrystalline magnet 221 Encapsulation 136 Nanocrystalline material 181 Enhanced magnetic moment 228 Magnetic anisotropy 144, 181, 251 Nanoparticles 350 Eu-magnet 236 Magnetic colloid 245 Nanoscale materials 363 doi: 10.1016/S0304-8853(04)00575-X 390 Subject index to volume 277 Nanosized iron oxide particle 136 Recoil technique 123 Stochastic optimisation 216 New factor 293 Remanent susceptibility 123 Structure 153 Nickel ferrite 350 Replica method 322 Structure and morphology 201 Nitride 153 Resistance-area product (Rx A) 90 Superparamagnetic 136 NiZnCu ferrite 84 Rhenium-188 165 Superparamagnetic nanobeads 16 Numerical micromagnetics 221 Superparamagnetism 181 Surface roughness 263 Saturation magnetization 106 Surface source 257 Ordered alloy 71 s—d scattering 175 Ordering kinetics 187 Selection rule 24 Organic magnet 379 Self-doping 209 TEM 337 Single-ion anisotropy 29 Ternary cerium compounds 60 Perovskite 209 Sol-gel method 84, 118 Ternary rare earth intermetallics 368 Perovskite structure 118 Specific heat 1, 60 Thermodynamic properties 322 Plasma-gas-condensation deposition 201 Spin-asymmetric scattering factor Thin film deposition 263 Polyacrylamide magnetic particle 136 273 Thin film magnetism 159 Power loss 216 Spin density 43 Transport property 130 Proton NMR 281 Spinel 350 Tricarbonyl complex 165 Proximity effect, GMR effect 285 Spin-flip scattering 344 Tunnel conductance and magnetoresis- PWM excitation 359 Spin fluctuations 175 tance 344 Spin injection 24 Tunneling magnetic resistance 263 Radiolabeling 165 Spin-LED 24 Tunnel magnetoresistance (TMR) 90 RAgSb 298 Spin—orbit coupling 344 Raman scattering 96 Spin polarization 24 Random diluted magnet 281 Spin-polarized current injection 344 Virgin curve 192 Rare earth 101 Spin transport 24 Rare-earth intermetallics 236 Spintronics 24 Rare-earth magnetism 43 Spin waves 144 Warm rolling 331