ELSEVIER Journal of Magnetism and Magnetic Materials 145 (1995) 401-404 Author index to volume 145 Acquarone, M., F. Licci, E. Campari, M. D’Astuto, M. dependence of the bilinear and biquadratic exchange Marangolo, Effect of Zn substitution on the Néel tem- coupling in Fe /Cu, Ag/ Fe(001) structures (Letter to perature of Nd,Cu,_ ,Zn,O, the Editor) Ahmad, I., M.A. Al-Khafaji, H.A. Davies, W.M. Rain- Chang, I.J., see H.M. Duh forth, R.A. Buckley, Microstructure study of high coer- Chen, H.-y., see Q.-h. Fan civity Ga containing Nd—Fe—B permanent magnets Chen, X.-h., see Q.-h. Fan (Letter to the Editor) Childress, J.R., see O. Durand Ainane, A., A. El-Atri, M. Saber, The amorphous trans- Cochran, J.F., see Z. Celinski verse spin + Ising model Coffey, W.T., D.S.F. Crothers, J.L. Dormann, LJ. Ge- Al-Khafaji, M.A., see I. Ahmad oghegan, Yu.P. Kalmykov, J.T. Waldron, A.W. Wick- Al-Najjar, M., see J.C. Woolley stead, The effect of an oblique magnetic field on the Alberts, H.L. and P. Smit, High pressure ultrasonic study superparamagnetic relaxation time (Letter to the Edi- of the Néel transition in a Cr + 3.0 at% Al alloy single tor) crystal Crothers, D.S.F., see W.T. Coffey Allenspach, P., see V.B. Barbeta Alves, K.M.B., see C. Larica D’Astuto, M., see M. Acquarone Antic, B., M. Mitric, D. Rodic, Structure properties and Daboo, C., see R.J. Hicken magnetic susceptibility of diluted magnetic semicon- Davies, H.A., see I. Ahmad ductor Y,_ ,Ho,O, De Gasperis, P., see S.A. Nikitov Delley, B., see A. Zheludev Baggio-Saitovitch, E., see C. Larica Dormann, J.L., see W.T. Coffey Barbara, B., see W. Wernsdorfer Détsch, H., see M.P. Kostylev Barbara, B., see J.P. Perez Dubovik, V., M. Martsenuyk, N. Martsenuyk, Reversal of Barbeta, V.B., P. Allenspach, M.B. Maple, R.F. Jardim, magnetization of aggregates of magnetic particles by a Specific heat measurements on (Nd,_ ,Sm,),CuO, in vorticity field and use of toroidness for recording applied magnetic fields information Benoit, A., see W. Wernsdorfer Duh, H.M., LS. Lyubutin, C.S. Wur, K.J. Lin, J.S. Hwang, Berkowitz, A.E., see D. Lin C. Tien, IJ. Chang, Magnetic phase transitions in Bisaro, R., see O. Durand UPd,Ge, Bland, J.A.C., see R.J. Hicken Dupuis, V., see J.P. Perez Boardman, A.D., S.A. Nikitov, K. Xie, H. Mehta, Bright Durand, O., J.R. Childress, P. Galtier, R. Bisaro, A. Schuhl, magnetostatic spin-wave envelope solitons in ferro- Origin of the uniaxial magnetic anisotropy in Fe films magnetic films grown by molecular beam epitaxy Bonnet, M., see A. Zheludev Booth, N.A., see A. Stephenson El-Atri, A., see A. Ainane Bouchet-Fabre, B., see J.P. Perez Eley, D.E.P., see R.J. Hicken Brun del Re, R., see J.C. Woolley Buckley, R.A., see I. Ahmad Budnick, J.I., see Y.D. Zhang Fan, Q.-h., X.-h. Chen, H.-y. Chen, Y. Zhang, Theoretic analysis of analog division method for Kerr loop mea- Campari, E., see M. Acquarone surement Carcia, P.F., Z.G. Li, H.W. van Kesteren, M.T. Johnson, Faunce, C.A., see S.F.H. Parker Heteroepitaxial growth of Pt/Co multilayers on single Fjellvag, H., W.A. Grosshans, W. Hénle, A. Kjekshus, crystal ZnO Pressure induced phase transition in MnTe, studied by Celinski, Z., B. Heinrich, J.F. Cochran, The temperature synchrotron radiation — comparison with RuTe, 0304-8853 /95 /$09.50 © 1995 Elsevier Science B.V. All rights reserved 402 Author index to volume 145 Florescu, V., see A. Stephenson Johnson, M.T., see P.F. Carcia Franga, F., see C. Paduani Jun, S., see S.A. Nikitov Fritzsche, H., see J. Zukrowski Fujii, T., see K. Fukumura Kalinikos, B.A., see M.P. Kostylev Fukumura, K., A. Nakanishi, T. Fujii, T. Kobayashi, Mag- Kalmykov, Yu.P., see W.T. Coffey netic properties of iron-oxide small particles prepared Kazantsev, V.A., see A.Z. Menshikov on aluminum and MgO(100) Kjekshus, A., see H. Fjellvag Funahashi, S., see N. Uchida Kobayashi, T., see K. Fukumura Kohler, B.U., see Th. Orth Galtier, P., see O. Durand Kolenda, M., J. Leciejewicz, N. Stuesser, A. Szytuta, A. Garnier, A., D. Gignoux, D. Schmitt, Magnetic properties Zygmunt, Incommensurate magnetic ordering in of tetragonal DyNi, Si, CePtSn and TbPtSn Gasnikova, G.P., see A.Z. Menshikov Koné, M., see J. Ziman Genkin, G.M. and G.A. Vugalter, Electron exchange en- Kostylev, M.P., B.A. Kalinikos, H. Détsch, Parallel pump ergy in superthin metallic films spin wave instability threshold in thin ferromagnetic Geoghegan, L.J., see W.T. Coffey films Gester, M., see R.J. Hicken Kronmiiller, H., see H. Theuss Gignoux, D., see A. Garnier Kulatov, E., Yu. Uspenskii, S. Halilov, Ab initio calcu- Gémez-Polo, C., see H. Theuss lated magneto-optical spectra of half-metallic ferro- Gradmann, U., see J. Zukrowski magnets Grand, A., see A. Zheludev Kulbachinskii, V.A., see Y. Hara Gray, S.J., see R.J. Hicken Kuz’menko, V.V., see V.V. Rossikhin Grosshans, W.A., see H. Fjellvag Grundy, P.J., see S.F.H. Parker Lai, W., see C. Yu Guimaraes, A.P., see C. Larica Lamarche, G., see J.C. Woolley Lamonova, K.V., see V.A. Zablotskii Halilov, S., see E. Kulatov Lane, R., see S.F.H. Parker Han, D.H., J.P. Wang, H.L. Luo, The induced effective Larica, C., K.M.B. Alves, E. Baggio-Saitovitch, A.P. uniaxial anisotropy of Mn and Co volume-doped acicu- Guimaraes, The effects of high-energy milling on the lar y-Fe,O, particles structural and hyperfine properties of YFe, Hara, Y., H. Negishi, M. Sasaki, M. Inoue, V.A. Kul- Leciejewicz, J., see M. Kolenda bachinskii, Time decay of thermoremanent magnetiza- Lévy, J.-C.S., see D. Mercier tion in cluster-glass phase of intercalation compound Li, X.Q., X.L. Yang, B.Y. Hu, Z. Wu, Y.Z. Zhang, H.J. Fe,TiS, studied by use of anomalous Hall effect Jin, G.Q. Xu, High temperature magnetic studies of Hasselbach, K., see W. Wernsdorfer nanocrystalline Fegy ;(CuCrV), ;Si,;Bg Hayashi, N., see Y. Uesaka Li, Z.G., see P.F. Carcia Heinrich, B., see Z. Celinski Licci, F., see M. Acquarone Hernando, A., see I. Navarro Lin, D., A.C. Nunes, C.F. Majkrzak, A.E. Berkowitz, Hicken, R.J., D.E.P. Eley, M. Gester, S.J. Gray, C. Daboo, Polarized neutron study of the magnetization density A.J.R. Ives, J.A.C. Bland, Brillouin light scattering distribution within a CoFe,O, colloidal particle II studies of magnetic anisotropy in epitaxial Fe /G aAs Lin, K.J., see H.M. Duh films Liu, G., see J. Zukrowski Hines, W.A., see Y.D. Zhang Ludlow, J.L.C., see S.F.H. Parker Hofmann, B., see H. Theuss Luneau, D., see A. Zheludev Honle, W., see H. Fjellvag Luo, H.L., see D.H. Han Hsu, L.-S., On the magnetic susceptibility and supercon- Lyubutin, I.S., see H.M. Duh ductivity of PtGa, Hu, B.Y., see X.Q. Li Mailly, D., see W. Wernsdorfer Huang, H.L., see C.T. Teh Majkrzak, C.F., see D. Lin Hwang, J.S., see H.M. Duh Mamalui, Yu.A., see V.A. Zablotskii Manzur, T., see Y.D. Zhang Inoue, M., see Y. Hara Maple, M.B., see V.B. Barbeta Ives, A.J.R., see R.J. Hicken Marangolo, M., see M. Acquarone Marcelli, R., see S.A. Nikitov Jardim, R.F., see V.B. Barbeta Martsenuyk, M., see V. Dubovik Jin, H.J., see X.Q. Li Martsenuyk, N., see V. Dubovik Author index to volume 145 403 Maylin, M.G., see S.F.H. Parker 51 Rodic, D., see B. Antic 349 Mehta, H., see A.D. Boardman 357 Rossikhin, V.V., E.O. Voronkov, V.V. Kuz’menko, Melinon, P., see J.P. Perez 74 Method of basis set construction in ab initio calcula- Menshikov, A.Z., S.M. Podgornykh, V.A. Kazantsev, G.P. tions of molecular magnetic properties Gasnikova, Spontaneous and forced magnetostriction of Co,_,Mn, and Co,_ ,(FeMn), alloys Mercier, D. and J.-C.S. Lévy, Spin waves in multilayers: Saber, M., see A. Ainane effects of complex coupling Sakakima, H., M. Satomi, K. Onaka, S. Yamamoto, Mitric, M., see B. Antic Anisotropic low-field giant magnetoresistance in [Ni— Moller, M., see Th. Orth Fe—Co/ Cu] multilayers (Letter to the Editor) Sasaki, M., see Y. Hara Nakanishi, A., see K. Fukumura Sato, N., see N. Uchida Nakatani, Y., see Y. Uesaka Satomi, M., see H. Sakakima Nashima, O., H. Onodera, Y. Yamaguchi, Origin of ano- Schmidt, W., Interlayer coupling of magnetic multilayers malous increase of hyperfine field in Dy(Ni,Cu,,_) > Si, across noble spacers in jellium model Schmitt, D., see A. Garnier Navarro, I., A. Hernando, M. Vazquez, S.-C. Yu, Mdss- Schmitt, W., see Th. Orth bauer spectroscopy in nanocrystalline Fe,,Zr,B,Cu, Schuhl, A., see O. Durand Negishi, H., see Y. Hara Schweizer, J., see A. Zheludev Nikitov, S.A., S. Jun, R. Marcelli, P. De Gasperis, Modu- Shen, N.X., see Y.D. Zhang lational instability of surface magnetostatic waves in Smit, P., see H.L. Alberts ferromagnetic films (Letter to the Editor) Sobolev, V.L., see C.T. Teh Nikitov, S.A., see A.D. Boardman Stancu, Al. and C. Papusoi, Relaxation phenomena in a Nunes, A.C., see D. Lin system of interacting Stoner—Wohlfarth particles Ogawa, Y., see K. Yamanaka Stephenson, A., V. Florescu, N.A. Booth, Field-impressed Ohashi, M., see N. Uchida anisotropy of susceptibility in iron—terbium thin films Okuwaki, T., see K. Yamanaka Stuesser, N., see M. Kolenda Onaka, K., see H. Sakakima Suran, G., see W. Wernsdorfer Onodera, H., see N. Uchida Szytuta, A., see M. Kolenda Onodera, H., see O. Nashima Orstrém, L., see A. Zheludev Orth, Th., M. Mller, J. Pelzl, W. Schmitt, B.U. Kohler, Takayama, T., see K. Yamanaka Characterisation of the anisotropy behaviour of differ- Tamura, I., Mossbauer effect in oxidized iron fine particles ent cobalt modified y-Fe,0, tapes and explanation of the spectra by magnetic fluctuation Ovchinnikov, S.G., Néel temperature and electronic struc- Teh, C.T., V.L. Sobolev, H.L. Huang, Domain wall struc- ture of Nd,_ ,Ce, CuO, ture dependence on the arbitrarily oriented external field Paduani, C. and F. Franga, Electronic structure of hcp iron Paillard, V., see J.P. Perez Theuss, H., B. Hofmann, C. Gémez-Polo, M. Vazquez, H. Papugoi, C., see Al. Stancu Kronmiiller, Temperature dependence of the magneti- zation process of nearly non-magnetostrictive Co-rich Parker, S.F.H., C.A. Faunce, P.J. Grundy, M.G. Maylin, amorphous wires J.L.C. Ludlow, R. Lane, Preisach modelling of mag- Thomas, L., see W. Wernsdorfer netisation changes in steel Thomas, L., see J.P. Perez Pelzl, J., see Th. Orth Tien, C., see H.M. Duh Perez, A., see J.P. Perez Treilleux, M., see J.P. Perez Perez, J.P., V. Dupuis, J. Tuailion, A. Perez, V. Paillard, Tuaillon, J., see J.P. Perez P. Melinon, M. Treilleux, L. Thomas, B. Barbara, B. Bouchet-Fabre, Magnetic properties of nanostructured iron films obtained by low energy neutral cluster beam Uchida, N., H. Onodera, M. Ohashi, Y. Yamaguchi, N. deposition Sato, S. Funahashi, Moment direction of noncollinear Podgornykh, S.M., see A.Z. Menshikov antiferromagnetic TbNiC, (Letter to the Editor) Pshenichnikov, A.F., Equilibrium magnetization of con- centrated ferrocolloids Uesaka, Y., Y. Nakatani, N. Hayashi, Computer simulation of magnetization reversal of cubic, thin and elongated Rainforth, W.M., see I. Ahmad particles; effect of method of calculating demagnetiz- Ressouche, E., see A. Zheludev ing field Rey, P., see A. Zheludev Uspenskii, Yu., see E. Kulatov 404 Author index to volume 145 Van Kesteren, H.W., see P.F. Carcia 231 Yano, A., see K. Yamanaka Vazquez, M., see H. Theuss 165 Yu, C., Y. Wang, W. Lai, Z. Wang, The influence of film Vazquez, M., see I. Navarro 313 thickness on magnetoresistance and magnetic proper- Voronkov, E.O., see V.V. Rossikhin 192 ties of FeAg granular films Vugalter, G.A., see G.M. Genkin Yu, S.-C., see I. Navarro Waldron, J.T., see W.T. Coffey Wang, D.-s., see Y.-m. Zhou Zablotskii, V.A., K.V. Lamonova, Yu.A. Mamalui, Nucle- Wang, J.P., see D.H. Han ation mechanism of new domain phase at the transition Wang, Y., see C. Yu between stripe and undulation domains Wang, Z., see C. Yu Zagyi, B., see J. Ziman Wernsdorfer, W., K. Hasselbach, D. Mailly, B. Barbara, Zhang, W.-q., see Y.-m. Zhou A. Benoit, L. Thomas, G. Suran, DC-SQUID magneti- Zhang, Y., see Q.-h. Fan zation measurements of single magnetic particles Zhang, Y.D., J.1. Budnick, W.A. Hines, N.X. Shen, T.D. Wickstead, A.W., see W.T. Coffey Xiao, T. Manzur, Nitrogen location in R,Fe,, com- Woolley, J.C., R. Brun del Re, M. Al-Najjar, G. Lamarche, pounds: an NMR study (Letter to the Editor) Magnetic behaviour of various phases in the Zhang, Y.Z., see X.Q. Li (AgGa), _,Mn, Te, and associated alloy systems Zheludev, A., M. Bonnet, B. Delley, A. Grand, D. Luneau, Wu, Z., see X.Q. Li L. Orstrém, E. Ressouche, P. Rey, J. Schweizer, An Wur, C.S., see H.M. Duh imino nitroxide free radical: experimental and theoreti- cal spin density and electronic structure Xiao, T.D., see Y.D. Zhang Zhong, L.-p., see Y.-m. Zhou Xie, K., see A.D. Boardman Zhou, Y.-m., W.-q. Zhang, L.-p. Zhong, D.-s. Wang, Xu, G.Q., see X.Q. Li Theoretical prediction of ferrimagnetism in face- centered cubic iron (Letter to the Editor) Yamaguchi, Y., see N. Uchida Ziman, J., B. Zagyi, M. Koné, AC magnetoresistance and Yamaguchi, Y., see O. Nashima circular magnetization in low-magnetostrictive Co-— Yamamoto, S., see H. Sakakima Fe—Si—B amorphous alloys Yamanaka, K., T. Takayama, Y. Ogawa, A. Yano, T. Zukrowski, J., G. Liu, H. Fritzsche, U. Gradmann, Okuwaki, Time dependence of remanence coercivity Mossbauer spectroscopy of Cr(110)/ Fe(110)/ Cr(110) and medium noise in obliquely evaporated Co films sandwiches Yang, X.L., see X.Q. Li Zygmunt, A., see M. Kolenda ELSEVIER Journal of Magnetism and Magnetic Materials 145 (1995) 405-406 Subject index to volume 145 Actinides 337 Ferromagnetic resonance 74, 243 — processes 33, 51, 67, 165 Amorphization 139 Ferromagnets L6, 51, 93, L263, 357 — reversal 205, 211 Amorphous systems 125, 129, 139, 165, Fine particles 33, 175, 199, 205, 211, 239, — Saturation 40, 51, 255 313 243, 319, 327, 343 — temperature dependent 125, 139, 157, Anisotropy 74, 205, 243 337 — in thin films 81, 111, 231, L268, 278 Garnets L6 Magneto-optic recording media 231, 398 — induced 93, 199 — thin films 195 Magneto-optical properties 395 — magnetocrystalline 40, 93, L263 Giant magnetoresistance L268 Magnetoelastics 111 — magnetoelastic 165 Green’s function 192 Magnetoresistance 129, 239 — surface 175 Ground state Magnetostriction 165 Antiferromagnetism 57, 67, 189 — properties 192 — forced volume 186 Augmented-plane-wave method L273 Magnetovolume effect Magnons L6 Barkhausen jump 165 Hall effect 157 Matteucci effect 129 Hybridization 93 Brillouin light scattering 278 Micromagnetism 211 Hyperfine fields 40, 57, 306 Microstructure L19 Chemical potential 181 Hysteresis loops L19, 51, 125, 211, 239, Mossbauer spectroscopy 40, 57, 74, 175, Coercivity L19, 199, 211, 231, 239, 243, 337 306, 313, 327 255 Coordination number 139 Interface roughness L1, 57 Crystal structure L11 Intermetallic compounds 118 Nanometric crystals 74, 125, 313 Crystallization 313 Ising model 139 Néel temperature 379 Curie-Weiss law 349 Neutron diffraction L16, 67, 85, 293, 343 Neutron scattering 189 Density of states 147 KKeerrrr elfofoepc t 39287 8 NMR LIiI, 306 Diamagnetism 192 Kerr rotation 398 Disordered spin systems 157 Oscillatory exchange coupling 181 Domain — structure 51, 81, 165, 195, L263, 319 Low-dimensional systems 47 Oxidation 327 -— walls 195 Domain wall Macroscopic quantum tunneling 33 Paramagnetism 152, 192 — pinning 382 Magnetic fluids 319 Permanent magnets L11, L19 — structure 382 Magnetic hysteresis 51 Phase transitions 118, 152, 382 Doping effects 379 Magnetic molecular materials 293 — magnetic 337 Magnetic moment Li, L16, 40, 255, 349 Preisach model 385 Electronic structure 147, 293, 379, 395 — calculated 147, L273 Pressure effect 118, 152 Exchange 23, 74, 125, 139 Magnetic ordering 57, 85, 391 — in thin films 47 Magnetic phase diagrams 67, L268 — interlayer L1, 93, 133, L268 Magnetic recording media 199, 211, 243, Rare earth-transition metal compounds — multilayer 181 255 L19, 306 — RKKY 133 Magnetic semiconductor 349 — interstitial nitrides Lil Magnetic structure L16, L273 Rare earths 391 Ferrimagnetism L273 Magnetization 278, 319, 327, 343 - alloys 81 Ferrites 199 — circular 129 — compounds L16, 40, 67, 85 0304-8853 /95 /$09.50 © 1995 Elsevier Science B.V. All rights reserved 406 Subject index to volume 145 Relaxation L263 SQUID 33, 74 Switching fields 205 — magnetic 157 Stoner—Wohlfarth model 385 Synchrotron radiation 118 Substitution efffects 189 Thermal expansion 186 Semimagnetic semiconductors 23 Superconductivity 388 Thermodynamics 195 Specific heat 67, 388, 391 Superconductors 391 Thin films L6, 47, 74, 81, 239, 255, 357 Spin density 181, L273, 293 — high-T, 189 — bilayer Li, 278 Spin density wave 152 Superlattices 47, 111 ~ multilayer 93, 111, 133, 181, 231, L268 Spin glass 23 Superparamagnetism 175, 239, L263, 343 — sandwiches 57 Spin polarization 147, 293 Surface magnetostatic waves L6 —trilayer Li Spin wave resonance 133 Susceptibility 23, 81, 85, 157, 165, 319, Transition metal Spin-wave soliton 357 337, 349 — compounds 395 Spin waves 133 — magnetic 192, 388 Spin—orbit interaction 395 — transverse 243 Viscosity 255