Journal of Magnetism and Magnetic Materials 2005: Vol 293 Index

2005·4.3 MB·English

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science @poinecrs J foal
and
Ma iiatarias
ELSEVIER Journal of Magnetism and Magnetic Materials 293 (2005) 947-956
www.elsevier.com/locate/jmmm
Author index to volume 293
Acar, H.Y.c., R.S. Garaas, F. Syud, P. Bonitatebus and Babincova, M., see Babinec, P. 394
A.M. Kulkarni, Superparamagnetic nanoparticles Babinec, P., M. Babincova, P. Sourivong and D.
stabilized by polymerized PEGylated coatings Leszczynska, Efficient treatment of pigmented B16
Ahn, J.-P., see Woo, K. 177 melanoma using photosensitized long-circulating
Aksnes, E., see Fonnum, G. magnetofullerenosomes 394
Alexiou, C., R. Jurgons, R. Schmid, A. Hilpert, C. Babinec, P., see Babincova, M. 341
Bergemann, F. Parak and H. Iro, In vitro and in vivo Badescu, V., see Rotariu, O. 589
investigations of targeted chemotherapy with mag- Bae, S.-Y., see Wang, S.X. 731
netic nanoparticles 389 Bagelova, J., see Koneracka, M. 271
Ally, J., B. Martin, M.B. Khamesee, W. Roa and A. Bahadur, D., see Ambashta, R.D. 8
Amirfazli, Magnetic targeting of aerosol particles for Bahadur, D., see Giri, J. 55
cancer therapy 442 Bahadur, D., see Giri, J. 62
Ambashta, R.D., S.M. Yusuf, M.D. Mukadam, S. Bahaj, A.S., see Marius, M.S. 567
Singh, P.K. Wattal and D. Bahadur, Physical and Bakuzis, A.F., see Castro, L.L. 553
chemical properties of nanoscale magnetite-based Bao, X., see Xu, H. 514
solvent extractant Bao, Y. and K.M. Krishnan, Preparation of functiona-
Amirfazli, A., see Ally, J. lized and gold-coated cobalt nanocrystals for bio-
Ananou, B., A. Baronnet, Y. Ksari, J. Marfaing, S. medical applications 15
Regnier, P. Rochette, A. Sulpice and A. Stepanov, Barbee, K.A., see Yellen, B.B. 647
Magnetic properties of marine tertiary tephra Barbosa, L.S., see Guedes, M.H.A. 283
investigated over a wide temperature range Baronnet, A., see Ananou, B. 816
Ando, T., see Hirota, N. Barthelmess, M., see Pels, C. 885
Anker, J.N., C.J. Behrend, H. Huang and R. Kopelman, Bautista, M.C., O. Bomati-Miguel, M. del Puerto
Magnetically-modulated optical nanoprobes (Mag- Morales, C.J. Serna and S. Veintemillas-Verdaguer,
MOONS) and systems Surface characterisation of dextran-coated iron
Anker, J.N., see Behrend, C.J. oxide nanoparticles prepared by laser pyrolysis and
Anker, J.N., see McNaughton, B.H. coprecipitation 20
Anker, J.N., see Roberts, T.G. Beaugnon, E., see Hirota, N. 87
Ao, L.-M., see Gao, F. Behrend, C.J., J.N. Anker, B.H. McNaughton and R.
Ao, L.-M., see Pan, B.-F. Kopelman, Microrheology with modulated optical
Argherie, D., see Sincai, M. nanoprobes (MOONs) 663
Asthana, S., see Giri, J. Behrend, C.J., see Anker, J.N. 655
Athey, P., see Winter, P. Bellare, J., see Giri, J. 62
Aviles, M.O., A.D. Ebner, H. Chen, A.J. Rosengart, Benes, M., see Korecka, L. 349
M.D. Kaminski and J.A. Ritter, Theoretical analysis Bergemann, C., see Alexiou, C. 389
of a transdermal ferromagnetic implant for retention Bergemann, C., see Schillinger, U. 501
of magnetic drug carrier particles Berling, D., see Stephan, R. 746
Azevedo, R.B., see Eloi, M.T.A. Bettge, M., see Chatterjee, J. 303
Azevedo, R.B., see Garcia, M.P. Beznosov, A., see Fertman, E. 787
Azevedo, R.B., see Guedes, M.H.A. Bhojani, M.S., see Kopelman, R. 404
Bhushan, B., see Hansen, W.S. 826
Babincova, M. and P. Babinec, Dopamine mediated iron Bica, D., see Sincai, M. 438
release from ferritin is enhanced at higher tempera- Bilkova, Z., see Korecka, L. 349
tures: Possible implications for fever-induced Par- Biskupek, J.. U. Kaiser, H. Lichte, A. Lenk, T.
kinson’s disease 341 Gemming, G. Pasold and W. Witthuhn, TEM-
doi: 10.1016/S0304-8853(05)00492-0
948 Author index to volume 293
characterization of magnetic samarium- and cobalt- Chaudhuri, B.K., see Pal, S. 872
rich-nanocrystals formed in hexagonal SiC Chaves, S.B., see Garcia, M.P. 277
Bohmer, V., see Griittner, C. Chen, C.J., see Chatterjee, J. 303
Bolmont, D., see Stephan, R. Chen, H., A.D. Ebner, M.D. Kaminski, A.J. Rosengart
Bolte, M., see Pels, C. and J.A. Ritter, Analysis of magnetic drug carrier
Bomati-Miguel, O., see Bautista, M.C. particle capture by a magnetizable intravascular
Bonfim, M., see Fukumoto, K. stent—2: parametric study with multi-wire two-
Bonitatebus, P., see Acar, H.Y.c. dimensional model
Borm, P., see Miiller-Schulte, D. Chen, H., see Aviles, M.O.
Bose, E., see Pal, S. Chen, H., see Rosengart, A.J.
Brill, T., see Schillinger, U. Chen, Y.Y., see Pal, S.
Bruce, I.J., see del Campo, A. Chenevert, T.L., see Kopelman, R.
Brusentsov, N.A., T.N. Brusentsova, E.Yu. Filinova, Chiriac, H., A.-E. Moga, G. lacob and O.C. Mungiu,
V.D. Kuznetsov, L.I. Shumakov and N.Y. Jurchen- Amorphous magnetic microspheres for biomedical
ko, Magnetic fluid thermochemotherapy of murine applications
tumors 450 Chiriac, H., M. Tibu, A.-E. Moga and D.D. Herea,
Brusentsov, N.A., see Brusentsova, T.N. 298 Magnetic GMI sensor for detection of biomolecules
Brusentsova, T.N., N.A. Brusentsov, V.D. Kuznetsov Chorny, M., see Yellen, B.B.
and V.N. Nikiforov, Synthesis and investigation of Clement, J.H., see Schwalbe, M.
magnetic properties of Gd-substituted Mn—Zn ferrite Coelho, J.P., see Guedes, M.H.A.
nanoparticles as a potential low-7, agent for Coldea, M., see Eniu, D.
magnetic fluid hyperthermia Coroiu, I. and V. Cristea, Proton NMR relaxivity of
Brusentsova, T.N., see Brusentsov, N.A. blood samples in the presence of iron, gadolinium
Bruus, H., see Mikkelsen, C. and dysprosium compounds
Bruus, H., see Smistrup, K. Cristea, V., see Coroiu, I.
Bubendorff, J.L., see Stephan, R.
Buck, S.M., see Kopelman, R. da Silva, L.P., see Garcia, M.P.
Buske, N., see Moller, W. da Silva, M.F., see Castro, L.L.
Buske, N., see Schwalbe, M. Dailey, J.P.. see Vadala, M.L.
Buznikov, N.A., 1.T. lakubov, A.L. Rakhmanov and Dakhlaoui, H. and S. Jaziri, Theoretical study of
A.O. Sboychakov, High-frequency magnetic perme- magnetoresistance under electric field in III-V
ability of nanocomposite film diluted magnetic semiconductor
De Cuyper, M., see Morais, P.C.
Cacaina, D., see Eniu, D. de Fatima Da Silva, M., see Guedes, M.H.A.
Camarero, J., see Fukumoto, K. del Campo, A., T. Sen, J.-P. Lellouche and I.J. Bruce,
Carpino, F., L.R. Moore, M. Zborowski, J.J. Chalmers Multifunctional magnetite and silica-magnetite na-
and P.S. Williams, Analysis of magnetic nanoparti- noparticles: Synthesis, surface activation and appli-
cles using quadrupole magnetic field-flow fractiona- cations in life sciences
tion del Puerto Morales, M., see Bautista, M.C.
Casnati, A., see Griittner, C. del Puerto Morales, M., see Gutiérrez, L.
Cassell, G.H., see Shang, H. Delair, T., see Veyret, R. 171
Castro, L.L., M.F. da Silva, A.F. Bakuzis and R. Desnenko, V., see Fertman, E. 787
Miotto, Aggregate formation on polydisperse ferro- Ding, T.. W. Zheng, J. Zang, H. Tian, B. Zheng,
fluids: a Monte Carlo analysis X. Wang, S. Yu and Y. Wang, Electron spin
Caviness, P.L., see Rosengart, A.J. resonance analysis of magnetic structures in
Chalmers, J.J., see Carpino, F. La, ;Ca,; ;MnO, 782
Chan, H.L.W., see Ren, W.J. Dozol, J.-F., see Griittner, C. 559
Chastellain, M., see Schépf, B. Du, Y., see Tang, J. 903
Chastellain, M., see Schulze, K. Dudchenko, A., see Mykhaylyk, O. 473
Chatterjee, J.. M. Bettge, Y. Haik and C.J. Chen, Dudchenko, N., see Mykhaylyk, O. 464
Synthesis and characterization of polymer encapsu- Dudchenko, N., see Mykhaylyk, O. 473
lated Cu-Ni magnetic nanoparticles for hyperther- Duguet, E., see Mornet, S. 127
mia applications 303
Chaudhuri, A., N.M. Wereley, S. Kotha, R. Radhak- Eberbeck, D., see Moras, K. 119
rishnan and T.S. Sudarshan, Viscometric character- Eberbeck, D., see Ludwig, F. 690
ization of cobalt nanoparticle-based Ebner, A.D., see Avilés, M.O. 605
magnetorheological fluids using genetic algorithms 206 Ebner, A.D., see Chen, H. 616
Author index to volume 293 949
Ebner, A.D., see Rosengart, A.J. 633 Ganga, M., see Sincai, M. 438
Ehresmann, A., see Engel, D. 849 Gao, F., B.-F. Pan, W.-M. Zheng, L.-M. Ao and
Ejsing, L., M.F. Hansen, A.K. Menon, H.A. Ferreira, H.-C. Gu, Study of streptavidin coated onto
D.L. Graham and P.P. Freitas, Magnetic microbead PAMAM dendrimer modified magnetite nano-
detection using the planar Hall effect 677 particles
Ekiz, C., Ferrimagnetism in the mixed spin Ising system Gao, F., see Zheng, W.
on a two-fold Cayley tree 759 Gao, F., see Pan, B.-F.
Ekiz, C., Mixed spin-} and spin-3 Ising system in a Garaas, R.S., see Acar, H.Y.c.
longitudinal magnetic field 913 Garcia, M.P., R.M. Parca, S.B. Chaves, L.P. da Silva,
Elaissari, A., see Veyret, R. 171 A.D. Santos, Z.G.M. Lacava, P.C. Morais and R.B.
Eloi, M.T.A., R.B. Azevedo, E.C.D. Lima, A.C.M. Azevedo, Morphological analysis of mouse lungs
Pimenta and P.C. Morais, Zero-field birefringence of after treatment with magnetite-based magnetic fluid
biocompatible magnetic fluids: a concentration stabilized with DMSA
dependence investigation 220 Garreau, G., see Stephan, R.
Engel, D., A. Ehresmann, J. Schmalhorst, M. Sacher, V. Gemming, T., see Biskupek, J.
H6oink and G. Reiss, Initialization of unidirectional Gersting, S., see Schillinger, U.
anisotropy in a ferromagnet—antiferromagnet bilayer Gewinner, G., see Stephan, R.
by keV-He ion bombardment 849 Gillis, P., see Roch, A.
Engelmann, S., A. Nethe and T.S.H.-D. Stahlmann, Giri, J..S.G. Thakurta, J. Bellare, A.K umar Nigam and
Concept of a new type of electric machines using D. Bahadur, Preparation and characterization of
ferrofluids 685 phospholipid stabilized uniform sized magnetite
Eniu, D., D. Cacaina, M. Coldea, M. Valeanu and S. nanoparticles
Simon, Structural and magnetic properties of CaO- Giri, J.. T. Sriharsha, S. Asthana, T.K.G. Rao, A.K.
P,O;-SiO>-FesO; glass-ceramics for hyperthermia Nigam and D. Bahadur, Synthesis of capped
Ennen, I., see Hiitten, A. nanosized Mn, _ ,Zn,FesO, (0<x<0.8) by micro-
Ennen, I., see Sudfeld, D. wave refluxing for bio-medical applications
Espy, J.M., see Hai, N.H. Golla-Schindler, U., see Sudfeld, D.
Gonzales, M. and K.M. Krishnan, Synthesis of magne-
Fan, C., see Zhang, G. toliposomes with monodisperse iron oxide nanocrys-
Farzetdinova, R.M., see Meilikhov, E.Z. tal cores for hyperthermia
Felten, K., see Moller, W. Gornert, P., see Richert, H.
Ferreira, H.A., see Ejsing, L. Gossuin, Y., see Roch, A.
Fertman, E., D. Sheptyakov, A. Beznosov, V. Desnenko Graham, D.L., see Ejsing, L.
and D. Khalyavin, Magnetic states and the crystal Granger, M., see Pekas, N.
volume of Nd, Ca; ;MnO;: analysis of phase Grief, A.D. and G.W. Richardson, Mathematical
transformations modelling of magnetically targeted drug delivery
Filinova, E.Y., see Brusentsov, N.A. Griittner, C., V. BOhmer, A. Casnati, J.-F. Dozol, D.N.
Finck, M.R., see Mertz, C.J. Reinhoudt, M.M. Reinoso-Garcia, $. Rudershausen,
Fonnum, G., C. Johansson, A. Molteberg, S. Morup J. Teller, R. Ungaro, W. Verboom and P. Wang,
and E. Aksnes, Characterisation of Dynabeads" by Dendrimer-coated magnetic particles for radionu-
magnetization measurements and Méssbauer spec- clide separation 559
troscopy Gu, H., see Zheng, W. 199
Fontaine, A., see Fukumoto, K. Gu, H., see Wang, X. 334
Forbes, Z.G., see Yellen, B.B. Gu, H.-C., see Gao, F. 48
Frank, K., see Winter, P. Gu, Y., see Zhang, G. 737
Freitas, P.P., see Ejsing, L. Guan, Y., see Liu, X. 111
Fridman, G., see Yellen, B.B. Guan, Y., see Yang, C. 187
Friedman, G., see Yellen, B.B. Guedes, M.H.A., N. Sadeghiani, D.L.G. Peixoto, J.P.
Fuhrhop, R., see Winter, P. Coelho, L.S. Barbosa, R.B. Azevedo, S. Kiickelhaus,
Fukumoto, K., W. Kuch, J. Vogel, J. Camarero, S. M. de Fatima Da Silva, P.C. Morais and Z.G.M.
Pizzini, F. Offi, Y. Pennec, M. Bonfim, A. Fontaine Lacava, Effects of AC magnetic field and carbox-
and J. Kirschner, Mobility of domain wall motion in ymethyldextran-coated magnetite nanoparticles on
the permalloy layer of a spin-valve-like Fes )Nigo/Cu mice peritoneal cells 283
Co trilayer 863 Gulyas, G., see Winter, P. 540
Fulks, D.B., see Vadala, M.L. 162 Gutiérrez, L., M. del Puerto Morales and F.J. Lazaro,
Magnetostructural study of iron sucrose 69
438
Ganga, D., see Sincai, M. Guy, S., see Mertz, C.J. 572
950 Author index to volume 293
Hafeli, U.O., M.A. Lobedann, J. Steingroewer, L.R. Hu, L., see Xu, H.
Moore and J. Riffle, Optical method for measure- Huang, H., see Anker, J.N.
ment of magnetophoretic mobility of individual Hubka, T., see Safarikova, M.
magnetic microspheres in defined magnetic field 224 Huth, S., see Schillinger, U.
Hai, N.H., R. Lemoine, S. Remboldt, M. Strand, J.E. Hiitten, A., D. Sudfeld, I. Ennen, G. Reiss, K.
Shield, D. Schmitter, R.H. Kraus, J.M. Espy and Wojczykowski and P. Jutzi, Ferromagnetic FeCo
D.L. Leslie-Pelecky, Iron and Cobalt-based magnetic nanoparticles for biotechnology
fluids produced by inert gas condensation Hiitten, A., see Sudfeld, D.
Haik, Y., see Chatterjee, J.
Hajjar, S., see Stephan, R. lacob, G., see Chiriac, H.
Hall, D.E., see Kopelman, R. lakubovy, I.T., see Buznikov, N.A.
Halverson, D.S., see Yellen, B.B. Ikezoe, Y., see Hirota, N.
Hansen, M.F., see Mikkelsen, C. Im, K.-H., see Park, J.-H.
Hansen, M.F., see Smistrup, K. Iro, H., see Alexiou, C.
Hansen, M.F., see Ejsing, L.
Hansen, O., see Smistrup, K. Jaksch, H., see Sudfeld, D.
Hansen, W.S. and B. Bhushan, Effects of operating
James, P.A.B., see Marius, M.S.
speed and tension and sources of lateral tape motion Jander, A., see Tondra, M.
in a linear tape drive Jaziri, S., see Dakhlaoui, H.
Hara, S., see Hirota, N. Jezova, J., see Korecka, L.
He, Y.-Q., see Li, Z. Jiang, X.D., see Tang, X.L.
Heim, E., see Ludwig, F. Johansson, C., see Fonnum, G.
Heinrich, J., see Richert, H. Jorke, C., see Schwalbe, M.
Herea, D.D., see Chiriac, H. Jozefezak, A., Acoustic properties of PEG biocompa-
Hergt, R., R. Hiergeist, M. Zeisberger, D. Schiiler, U. tible magnetic fluid under perpendicular magnetic
Heyen, I. Hilger and W.A. Kaiser, Magnetic proper- field
ties of bacterial magnetosomes as potential diagnos- Jurchenko, N.Y., see Brusentsov, N.A.
tic and therapeutic tools Jurgons, R., see Alexiou, C.
Hergt, R., see Hilger, I. Jutzi, P., see Hiitten, A.
Heyder, J., see MOller, W. Jutzi, P., see Sudfeld, D.
Heyen, U., see Hergt, R.
Hiergeist, R., see Hergt, R. Kaiser, U., see Biskupek, J.
Hilger, I., R. Hergt and W.A. Kaiser, Towards breast Kaiser, W.A., see Hergt, R.
cancer treatment by magnetic heating Kaiser, W.A., see Hilger, I.
Hilger, I., see Hergt, R. Kaminski, M.D. and A.J. Rosengart, Detoxification of
Hilpert, A., see Alexiou, C. blood using injectable magnetic nanospheres: A
Hirota, N., T. Takayama, E. Beaugnon, Y. Saito, T. conceptual technology description
Ando, H. Nakamura, S. Hara, Y. Ikezoe, H. Wada Kaminski, M.D., see Mertz, C.J.
and K. Kitazawa, Control of structures of feeble Kaminski, M.D., see Avilés, M.O.
magnetic particles by utilizing induced magnetic Kaminski, M.D., see Chen, H.
dipoles 87 Kaminski, M.D., see Rosengart, A.J.
Hirschberger, J., see Schillinger, U. 501 Kawamura, K., see Nemoto, I.
Hoffken, K., see Schwalbe, M. 433 Kemp, J.T., see Wang, S.X.
Hofmann, H., see Schdpf, B. 411 Khalyavin, D., see Fertman, E.
Hofmann, H., see Schulze, K. 419 Khamesee, M.B., see Ally, J.
Hofmann, H., see Neuberger, T. 483 Kibrikova, I., see Safarikova, M.
Hofmann, M., see Schdpf, B. 411 Kiefer, G., see Winter, P.
Hofmann, M., see Schulze, K. 419 Kilic, M.A., see Simsek, E.
Hofmann, M., see Neuberger, T. 483 Kim, D.-H., S.-H. Lee, K.-N. Kim, K.-M. Kim, L-B.
Hoink, V., see Engel, D. 849 Shim and Y.-K. Lee, Cytotoxicity of ferrite particles
Holschuh, K. and A. Schwaimmle, Preparative purifica- by MTT and agar diffusion methods for hyperther-
tion of antibodies with protein A an alternative to mic application 287
conventional chromatography 345 Kim, D.-H., S.-H. Lee, K.-N. Kim, K.-M. Kim, L-B.
Hong, J., see Woo, K. 177 Shim and Y.-K. Lee, Temperature change of various
Horak, D., see Korecka, L. 349 ferrite particles with alternating magnetic field for
Hradcova, O., see Korecka, L. 349 hyperthermic application 320
Hu, B.-P., see Li, Z. 754 Kim, D.-H., see Park, J.-H. 328
Author index to volume 293 951]
Kim, E.H., see Lee, H.S. 102 Lacava, Z.G.M., see Macaroff, P.P. 293
Kim, K.-M., see Kim, D.-H. 287 Lahderanta, E., see Laiho, R. 892
Kim, K.-M., see Kim, D.-H. 320 Laiho, R., K.G. Lisunov, E. Lahderanta, V.S. Zakhva-
Kim, K.-M., see Park, J.-H. 328 linskii, V.L. Kozhevnikov, I1.A. Leonidov, E.B.
Kim, K.-N., see Kim, D.-H. 287 Mitberg and M.V. Patrakeev, Influence of the phase
Kim, K.-N., see Kim, D.-H. 320 separation effect on low-field magnetic properties of
Kim, K.-N., see Park, J.-H. 328 La,_,.Ba,.MnO, 892
Kinoshita, T., S. Seino, Y. Mizukoshi, Y. Otome, T. Lanza, G., see Winter, P. 540
Nakagawa, K. Okitsu and T.A. Yamamoto, Mag- Lazaro, F.J., see Gutiérrez, L. 69
netic separation of amino acids by gold/iron-oxide Lee, C.E., see Oh, D.K. 880
composite nanoparticles synthesized by gamma-ray Lee, D.-Y., see Park, J.-H. 328
irradiation 106 Lee, G.U., see Shang, H. 382
Kinoshita, T., see Seino, S. 144 Lee, H.S., E.H. Kim, H. Shao and B.K. Kwak, Synthesis
Kirkham, P.M., see Shang, H. 382 of SPIO-chitosan microspheres for MRI-detectable
Kirschner, J., see Fukumoto, K. 863 embolotherapy 102
Kitazawa, K., see Hirota, N. 87 Lee, J.-H., see Oh, D.K. 880
Koch, A., see Schulze, K. 419 Lee, S.-H., see Kim, D.-H. 287
Komarek, K., see Safarikova, M. 377 Lee, S.-H., see Kim, D.-H. 320
Koneracka, M., P. Kopéansky, P. Sosa, J. Bagelova and Lee, S.-H., see Park, J.-H. 328
M. Timko, Interliposomal transfer of crystal violet Lee, Y.-K., see Kim, D.-H. 287
dye from DPPC liposomes to magnetoliposomes 271 Lee, Y.-K., see Kim, D.-H. 320
Koo, Y.-E.L., see Kopelman, R. 404 Lee, Y.-K., see Park, J.-H. 328
Kopéansky, P., see Koneracka, M. 271 Lellouche, J.-P., see del Campo, A. 33
Kopelman, R., M. Philbert, Y.-E.L. Koo, B.A. Moffat, Lemoine, R., see Hai, N.H. 75
G.R. Reddy, P. McConville, D.E. Hall, T-.L. Lenk, A., see Biskupek, J. 924
Chenevert, M.S. Bhojani, S.M. Buck, A. Rehemtulla Leonidov, I.A., see Laiho, R. 892
and B.D. Ross, Multifunctional nanoparticle plat- Leslie-Pelecky, D.L., see Hai, N.H. 75
forms for in vivo MRI enhancement and photo- Leszczynska, D., see Babinec, P. 394
dynamic therapy of a rat brain cancer Levy, R., see Yellen, B.B. 647
Kopelman, R., see Anker, J.N. Li, C.-H., see Li, Z. 754
Kopelman, R., see Behrend, C.J. Li, G., see Wang, S.X. 731
Kopelman, R., see McNaughton, B.H. Li, J., see Xia, Z. 182
Kopelman, R., see Roberts, T.G. Li, W., see Zhou, X. 854
Korecka, L., J. Jezova, Z. Bilkova, M. Benes, D. Horak, Li, Z., Y.-Q. He, C.-H. Li, B.-P. Hu and Z.-X. Wang, A
O. Hradcova, M. Slovakova and J.-L. Viovy, study on the congregation of Nd-rich phases on the
Magnetic enzyme reactors for isolation and study surfaces of sintered Nd—Fe-B magnet 754
of heterogeneous glycoproteins Lichte, H., see Biskupek, J. 924
Kotha, S., see Chaudhuri, A. Lima, E.C.D., see Eloi, M.T.A. 220
Kotzuruba, A., see Mykhaylyk, O. Lima, E.C.D., see Macaroff, P.P. 293
Koyama, K., see Tsutaoka, T. Lisunov, K.G., see Laiho, R. 892
Kozhevnikov, V.L., see Laiho, R. Liu, H., see Liu, X. 111
Kraus, R.H., see Hai, N.H. Liu, H., see Yang, C. 187
Krishnan, K.M., see Bao, Y. Liu, J., see Yang, C. 187
Krishnan, K.M., see Gonzales, M. Liu, X., Y. Guan, H. Liu, Z. Ma, Yu. Yang and X. Wu,
Kr6étz, F., see Schillinger, U. Preparation and characterization of magnetic poly-
Ksari, Y., see Ananou, B. mer nanospheres with high protein binding capacity 111
Kuch, W., see Fukumoto, K. Lobedann, M.A., see Hafeli, U.O. 224
Kiickelhaus, S., see Guedes, M.H.A. Ludwig, F., E. Heim, S. Mauselein, D. Eberbeck and M.
Kulkarni, A.M., see Acar, H.Y.c. Schilling, Magnetorelaxometry of magnetic nano-
Kumar Nigam, A., see Giri, J. particles with fluxgate magnetometers for the analy-
Kunkel, H.P., see Zhou, X. sis of biological targets 690
Kuznetsov, V.D., see Brusentsova, T.N.
Kuznetsov, V.D., see Brusentsov, N.A. Ma, Z., see Liu, X. 111
Kwak, B.K., see Lee, H.S. Macaroff, P.P., D.M. Oliveira, K.F. Ribeiro, Z.G.M.
Lacava, E.C.D. Lima, P.C. Morais and A.C.
Lacava, Z.G.M., see Garcia, M.P. Tedesco, Studies of cell toxicity of complexes of
Lacava, Z.G.M., see Guedes, M.H.A. magnetic fluids and biological macromolecules 293
952 Author index to volume 293
MacRae, M., see Rotariu, O. 589 paramagnetic covalent carriers based on maghemite
Marfaing, J., see Ananou, B. 816 and dextran
Marius, M.S., P.A.B. James, A.S. Bahaj and D.J. Morup, S., see Fonnum, G.
Smallman, Development of a highly magnetic iron Mosiniewicz-Szablewska, E., see Safarik, I.
sulphide for metal uptake and magnetic separation 567 Mukadam, M.D., see Ambashta, R.D.
Martin, B., see Ally, J. 442 Muller, R.N., see Roch, A.
Miauselein, S., see Ludwig, F. 690 Miiller-Schulte, D., T. Schmitz-Rode and P. Borm,
McConville, P., see Kopelman, R. 404 Ultra-fast synthesis of magnetic and luminescent
McNaughton, B.H., J.N. Anker and R. Kopelman, silica beads for versatile bioanalytical applications
Magnetic microdrill as a modulated fluorescent pH Mungiu, O.C., see Chiriac, H.
sensor 696 Myers, T.M., see Shang, H.
McNaughton, B.H., see Behrend, C.J. 663 Mykhaylyk, O., A. Kotzuruba, N. Dudchenko and G.
Megens, M. and M. Prins, Magnetic biochips: a new Térok, Signal transduction by erythrocytes on
option for sensitive diagnostics 702 specific binding of doxorubicin immobilized on
Mehdaoui, A., see Stephan, R. 746 nanodispersed magnetite 464
Meier, G., see Pels, C. 885 Mykhaylyk, O., N. Dudchenko and A. Dudchenko,
Meifner, D., see Sudfeld, D. 151 Doxorubicin magnetic conjugate targeting upon
Meilikhov, E.Z. and R.M. Farzetdinova, Generalized intravenous injection into mice: High gradient
mean-field theory for metals and semiconductors magnetic field inhibits the clearance of nanoparticles
with magnetic impurities 793 from the blood
Menon, A.K., see Ejsing, L. 677
Mertz, C.J., M.D. Kaminski, Y. Xie, M.R. Finck, S. Nader, C., see Popa, N.C.
Guy and A.J. Rosengart, In vitro studies of Nakagawa, T., see Kinoshita, T.
functionalized magnetic nanospheres for selective Nakagawa, T., see Seino, S.
572
removal of a simulant biotoxin t Nakamori, Y., see Tsutaoka, T.
Mikkelsen, C., M.F. Hansen and H. Bruus, Theoretical Nakamura, H., see Hirota, N.
comparison of magnetic and hydrodynamic interac- Nakayama, T., see Seino, S.
tions between magnetically tagged particles in Neeleshwar, S., see Pal, S.
microfluidic systems 578 Nemoto, I. and K. Kawamura, Cytomagnetometric
Millen, R.L., see Tondra, M. 725 study of interactions between microfilaments and
Miotto, R., see Castro, L.L. 553 microtubules by measuring the energy imparted to
Mitberg, E.B., see Laiho, R. 892 magnetic particles within the cells
Mizukoshi, Y., see Kinoshita, T. 106 Nethe, A., T. Scholz and H.-D. Stahlmann, Theoretical
Mizukoshi, Y., see Seino, S. 144 evaluation of the ferrofluid-driven electric machine
Modrow, H., see Moras, K. 119 Nethe, A., see Engelmann, S.
Moffat, B.A., see Kopelman, R. 404 Neto, K.S., see Morais, P.C.
Moga, A.-E., see Chiriac, H. 28 Neuberger, T., B. Schépf, H. Hofmann, M. Hofmann
Moga, A.-E., see Chiriac, H. 671 and B. von’ Rechenberg, Superparamagnetic
Moller, W., S. Takenaka, N. Buske, K. Felten and J. nanoparticles for biomedical applications: possi-
Heyder, Relaxation of ferromagntic nanoparticles in bilities and limitations of a new drug delivery
macrophages: In vitro and in vivo studies 245 system 483
Molteberg, A., see Fonnum, G. 4] Neuberger, T., see Schépf, B. 41]
Moore, L.R., see Hafeli, U.O. 224 Nigam, A.K., see Giri, J. 55
Moore, L.R., see Carpino, F. 546 Niihara, K., see Seino, S. 144
Morais, P.C., J.G. Santos, K.S. Neto, F. Pelegrini and Nikiforov, V.N., see Brusentsova, T.N. 298
M. De Cuyper, Magnetic resonance of magnetic fluid
and magnetoliposome preparations 526 Offi, F., see Fukumoto, K. 863
Morais, P.C., see Eloi, M.T.A. 220 Ogden, I.D., see Rotariu, O. 589
Morais, P.C., see Garcia, M.P. 277
Oh, D.K., C.E. Lee, J.-H. Lee and K. Rhie, Evidence of
Morais, P.C., see Guedes, M.H.A. 283 electron-spin wave coupling in Co,Nb, magnetic
Morais, P.C., see Macaroff, P.P. 293 metal thin film 880
Moras, K., R. Schaarschuch, W. Riehemann, S. Okitsu, K., see Kinoshita, T. 106
Zinoveva, H. Modrow and D. Eberbeck, Production
Okitsu, K., see Seino, S. 144
and characterisation of magnetic nanoparticles Oliveira, D.M., see Macaroff, P.P. 293
produced by laser evaporation for ferrofluids 119
Or, S.W., see Ren, W.J. 908
Mornet, S., J. Portier and E. Duguet, A method for
Otome, Y., see Kinoshita, T. 106
synthesis and functionalization of ultrasmall super-
Otome, Y., see Seino, S. 144
Author index to volume 293 953
Pachmann, K., see Schwalbe, M. 433 Rehemtulla, A., see Kopelman, R. 404
Pal, S., E. Bose, B.K. Chaudhuri, H.D. Yang, S. Reinhoudt, D.N., see Griittner, C. 559
Neeleshwar and Y.Y. Chen, Effect of Ni doping in Reinoso-Garcia, M.M., see Griittner, C. 559
rare-earth manganite Lay 7Pbp 3Mn,;_ .Ni,O; Reiss, G., see Hiitten, A. 93
(x = 0.0—0.5) 872 Reiss, G., see Sudfeld, D. 151
Pan, B.-F., F. Gao and L.-M. Ao, Investigation of Reiss, G., see Engel, D. 849
interactions between dendrimer-coated magnetite Remboldt, S., see Hai, N.H. 75
nanoparticles and bovine serum albumin 252 Ren, W.J., S.W. Or, H.L.W. Chan and Z.D. Zhang,
Pan, B.-F., see Gao, F. 48 Magnetoelastic properties of polymer-bonded
Pan, L., see Zhang, G. 737 Smp gsDyo.;2Fe;9 3; pseudo-1—3 composites 908
Parak, F., see Alexiou, C. 389 Rhie, K., see Oh, D.K. 880
Parca, R.M., see Garcia, M.P. 277 Ribeiro, K.F., see Macaroff, P.P. 293
Park, J.-H., K.-H. Im, S.-H. Lee, D.-H. Kim, Richardson, G.W., see Grief, A.D. 455
D.-Y. Lee, Y.-K. Lee, K.-M. Kim_= and Richert, H., O. Surzhenko, S. Wangemann, J. Heinrich
K.-N. Kim, Preparation and _ characterization and P. Gérnert, Development of a magnetic capsule
of magnetic chitosan particles for hyperthermia as a drug release system for future applications in the
application human GI tract 497
Pasold, G., see Biskupek, J. Riehemann, W., see Moras, K. 119
Patrakeev, M.V., see Laiho, R. Riffle, J., see Hafeli, U.O. 224
Peixoto, D.L.G., see Guedes, M.H.A. Riffle, J.S., see Vadala, M.L. 162
Pekas, N., M. Granger, M. Tondra, A. Popple and M.D. Ritter, J.A., see Aviles, M.O. 605
Porter, Magnetic particle diverter in an integrated Ritter, J.A., see Chen, H. 616
microfluidic format Ritter, J.A., see Rosengart, A.J. 633
Pekas, N., see Tondra, M. Roa, W., see Ally, J. 442
Pelegrini, F., see Morais, P.C. Roberts, T.G., J.N. Anker and R. Kopelman, Magne-
Pels, C., M. Barthelmess, M. Bolte, A. Thieme and G. tically modulated optical nanoprobes (Mag-
Meier, Thickness and magnetic-field dependence of MOONS) for detection and measurement of
domain switching in isolated and interacting permal- biologically important ions against the natural
loy contacts background fluorescence of intracellular environ-
Pennec, Y., see Fukumoto, K. ments 715
Petri, A., see Schdpf, B. Robertson, D., see Winter, P. 540
Petri, A., see Schulze, K. Roch, A., Y. Gossuin, R.N. Muller and P. Gillis,
Philbert, M., see Kopelman, R. Superparamagnetic colloid suspensions: Water mag-
Pimenta, A.C.M., see Eloi, M.T.A. netic relaxation and clustering 532
Pirri, C., see Stephan, R. Rochette, P., see Ananou, B. 816
Pizzini, S., see Fukumoto, K. Rosengart, A.J.. M.D. Kaminski, H. Chen, P.L.
Plank, C., see Schillinger, U. Caviness, A.D. Ebner and J.A. Ritter, Magnetizable
Polyakova, T. and V. Zablotskii, Magnetization pro- implants and functionalized magnetic carriers: A
cesses in magnetotactic bacteria systems novel approach for noninvasive yet targeted drug
Popa, N.C., A. Siblini and C. Nader, “P” curves for delivery 633
micro-structural characterization of magnetic sus- Rosengart, A.J., see Kaminski, M.D. 398
pensions Rosengart, A.J., see Mertz, C.J. 572
Popple, A., see Pekas, N. Rosengart, A.J., see Aviles, M.O. 605
Popple, A., see Tondra, M. Rosengart, A.J., see Chen, H. 616
Porter, M.D., see Pekas, N. Ross, B.D., see Kopelman, R. 404
Porter, M.D., see Tondra, M. Rotariu, O. and N.J.C. Strachan, Modelling magnetic
Portier, J., see Mornet, S. carrier particle targeting in the tumor microvascu-
Prins, M., see Megens, M. lature for cancer treatment 639
Ptackova, L., see Safarikova, M. Rotariu, O., 1.D. Ogden, M. MacRae, V. Badescu and
N.J.C. Strachan, An immunomagnetic separator for
Qiu, H., see Zhang, G. concentration of pathogenic micro-organisms from
large volume samples 589
Radhakrishnan, R., see Chaudhuri, A. Rudershausen, S., see Griittner, C. 559
Rakhmanov, A.L., see Buznikov, N.A. Rudolph, C., see Schillinger, U. 501
Rao, T.K.G., see Giri, J.
Reddy, G.R., see Kopelman, R. Sacher, M., see Engel, D. 849
Regnier, S., see Ananou, B. Sadeghiani, N., see Guedes, M.H.A. 283
954 Author index to volume 293
Safarik, I., M. Safarikova, F. Weyda, E. Mosiniewicz- Shang, H., P.M. Kirkham, T.M. Myers, G.H. Cassell
Szablewska and A. Slawska-Waniewska, Ferrofluid- and G.U. Lee, The application of magnetic force
modified plant-based materials as adsorbents for differentiation for the measurement of the affinity of
batch separation of selected biologically active peptide libraries
compounds and xenobiotics 371 Shao, H., see Lee, H.S.
Safarik, I., see Safarikova, M. 377 Sheptyakov, D., see Fertman, E.
Safarikova, M., I. Kibrikova, L. Ptackova, T. Hubka, Shi, Y., see Tang, X.L.
K. Komarek and I. Safarik, Magnetic solid phase Shield, J.E., see Hai, N.H.
extraction of non-ionic surfactants from water 377 Shim, I.-B., see Kim, D.-H.
Safarikova, M., see Safarik, I. 371 Shim, I.-B., see Kim, D.-H.
Saikaly, W., see Sudfeld, D. 151 Shumakov, L.I., see Brusentsov, N.A.
Saito, Y., see Hirota, N. 87 Siblini, A., see Popa, N.C.
Santos, A.D., see Garcia, M.P. 277 Simon, S., see Eniu, D.
Santos, J.G., see Morais, P.C. 526 Simsek, E. and M.A. Kilic, Magic ferritin: A novel
Sboychakov, A.O., see Buznikov, N.A. 938 chemotherapeutic encapsulation bullet
Schaarschuch, R., see Moras, K. 119 Sincai, M., D. Ganga, M. Ganga, D. Argherie and D.
Schilling, M., see Ludwig, F. 690 Bica, Antitumor effect of magnetite nanoparticles in
Schillinger, U., T. Brill, C. Rudolph, S. Huth, S. cat mammary adenocarcinoma
Gersting, F. Krétz, J. Hirschberger, C. Bergemann Singh, S., see Ambashta, R.D.
and C. Plank, Advances in magnetofection—magne- Slawska-Waniewska, A., see Safarik, 1.
tically guided nucleic acid delivery 501 Slovakova, M., see Korecka, L.
Schmalhorst, J., see Engel, D. 849 Smallman, D.J., see Marius, M.S.
Schmid, R., see Alexiou, C. 389 Smistrup, K., O. Hansen, H. Bruus and M.F. Hansen,
Schmitter, D., see Hai, N.H. 75 Magnetic separation in microfluidic systems using
Schmitz-Rode, T., see Miiller-Schulte, D. 135 microfabricated electromagnets—experiments and
Scholz, T., see Nethe, A. 709 simulations
Schépf, B., T. Neuberger, K. Schulze, A. Petri, M. Song, T., see Xu, H.
Chastellain, M. Hofmann, H. Hofmann and B. von Sosa, P., see Koneracka, M.
Rechenberg, Methodology description for detection Sourivong, P., see Babinec, P.
of cellular uptake of PVA coated superparamagnetic Sriharsha, T., see Giri, J.
iron oxide nanoparticles (SPION) in synovial cells of St. Pierre, T.G., see Vadala, M.L.
sheep 411 Stahlmann, H.-D., see Nethe, A.
Schépf, B., see Schulze, K. 419 Stahlmann, T.S.H.-D., see Engelmann, S.
Schépf, B., see Neuberger, T. 483 Steingroewer, J., see Hafeli, U.O.
Schiiler, D., see Hergt, R. 80 Steitz, B., see Schulze, K.
Schulze, K., A. Koch, B. Schépf, A. Petri, B. Steitz, Stepanov, A., see Ananou, B.
M. Chastellain, M. Hofmann, H. Hofmann Stephan, R., A. Mehdaoui, D. Berling, D. Bolmont, G.
and B. von Rechenberg, Intraarticular application Gewinner, P. Wetzel, S. Zabrocki, S. Hajjar, G.
of superparamagnetic nanoparticles and their uptake Garreau, J.L. Bubendorff and C. Pirri, In-plane
by synovial membrane—an experimental study in uniaxial magnetic anisotropy of thin Fe layers on
sheep 419 Si(1 11) induced upon grazing deposition of a Si
Schulze, K., see Schépf, B. 411 capping layer 746
Schwalbe, M., C. Jérke, N. Buske, K. H6ffken, K. Strachan, N.J.C., see Rotariu, O. 589
Pachmann and J.H. Clement, Selective reduction of Strachan, N.J.C., see Rotariu, O. 639
the interaction of magnetic nanoparticles with Strand, M., see Hai, N.H. 75
leukocytes and tumor cells by human plasma 433 Su, H., see Tang, X.L. 812
Schwimmle, A., see Holschuh, K. 345 Sudarshan, T.S., see Chaudhuri, A. 206
Seino, S., T. Kinoshita, Y. Otome, T. Nakagawa, K. Sudfeld, D., 1. Ennen, A. Hiitten, U. Golla-Schindler, H.
Okitsu, Y. Mizukoshi, T. Nakayama, T. Sekino, K. Jaksch, G. Reiss, D. MeiBner, K. Wojczykowski, P.
Niihara and T.A. Yamamoto, Gamma-ray synthesis Jutzi, W. Saikaly and G. Thomas, Microstructural
of magnetic nanocarrier composed of gold and investigation of ternary alloyed magnetic nanoparti-
magnetic iron oxide 144 cles 151
Seino, S., see Kinoshita, T. 106 Sudfeld, D., see Hiitten, A. 93
Sekino, T., see Seino, S. 144 Sulpice, A., see Ananou, B. 816
Sen, T., see del Campo, A. 33 Sun, H., see Zhang, C. 193
Serna, C.J., see Bautista, M.C. 20 Sun, S., see Wang, S.X. 731
Shan, G., see Yang, C. 187 Surzhenko, O., see Richert, H. 497
Author index to volume 293
Suzuki, Y., see You, C.-Y. Wang, Y., see Zhang, C.
Syud, F., see Acar, H.Y.c. Wang, Y., see Ding, T.
Wang, Z.-X., see Li, Z.
Takayama, T., see Hirota, N. Wangemann, S., see Richert, H.
Takenaka, S., see MOller, W. Wattal, P.K., see Ambashta, R.D.
Tang, J. and Y. Du, Effects of nitrogen addition on the Webb, C.D., see Wang, S.X.
microstructures and soft magnetic properties of Wereley, N.M., see Chaudhuri, A.
nanocrystalline Feg,Zr7B,Cu, ribbons 903 Weitzel, P., see Stephan, R.
Tang, X.L., H.W. Zhang, H. Su, Y. Shi and X.D. Jiang, Weyda, F., see Safarik, I.
High-frequency micro-inductor fabricated on Ni- White, R.L., see Wang, S.X.
CuZn ferrite substrates 812 Wickline, S., see Winter, P.
Tao, K., see Xia, Z. 182 Williams, G., see Zhou, X.
Tedesco, A.C., see Macaroff, P.P. 293 Williams, P.S., see Carpino, F.
Teller, J., see Griittner, C. 559 Winter, P., P. Athey, G. Kiefer, G. Gulyas, K. Frank, R.
Thakurta, S.G., see Giri, J. 62 Fuhrhop, D. Robertson, S. Wickline and G. Lanza,
Thieme, A., see Pels, C. 885 Improved paramagnetic chelate for molecular ima-
Thomas, G., see Sudfeld, D. 151 ging with MRI
Tian, H., see Ding, T. 782 Witthuhn, W., see Biskupek, J.
Tibu, M., see Chiriac, H. 671 Wojczykowski, K., see Hiitten, A.
Timko, M., see Koneracka, M. 271 Wojczykowski, K., see Sudfeld, D.
Tokunaga, T., see Tsutaoka, T. 768 Woo, K., J. Hong and J.-P. Ahn, Synthesis and surface
Tondra, M., A. Popple, A. Jander, R.L. Millen, N. modification of hydrophobic magnetite to processi-
Pekas and M.D. Porter, Microfabricated tools for ble magnetite(a@ silica-propylamine
manipulation and analysis of magnetic microcarriers 725 Wu, P., see Zhang, G.
Tondra, M., see Pekas, N. 584 Wu, X., see Liu, X.
Térok, G., see Mykhaylyk, O. 464
Tsutaoka, T., Y. Nakamori, K. Koyama and T. Xia, J., see Zhang, C.
Tokunaga, Magnetic and electrical properties of Xia, Z., G. Wang, K. Tao and J. Li, Preparation of
Gd-Rh; single crystal 768 magnetite-dextran microspheres by ultrasonication
Xie, Y., see Mertz, C.J.
Ungaro, R., see Griittner, C. 559 Xing, J., see Yang, C.
Xu, H., T. Song, X. Bao and L. Hu, Site-directed
Vadala, M.L., M.A. Zalich, D.B. Fulks, T.G. St. Pierre, research of magnetic nanoparticles in magnetic drug
J.P. Dailey and J.S. Riffle, Cobalt—silica magnetic targeting
nanoparticles with functional surfaces 162
Valeanu, M., see Eniu, D. 310 Yamamoto, T.A., see Kinoshita, T.
Veintemillas-Verdaguer, S., see Bautista, M.C. 20 Yamamoto, T.A., see Seino, S.
Verboom, W., see Griittner, C. 559 Yang, C., H. Liu, Y. Guan, J. Xing, J. Liu and G. Shan,
Veyret, R., T. Delair and A. Elaissari, Preparation and Preparation of magnetic poly(methylmethacrylate
biomedical application of layer-by-layer encapsu- divinylbenzene—glycidylmethacrylate) microspheres
lated oil in water magnetic emulsion 171 by spraying suspension polymerization and _ their
Viovy, J.-L., see Korecka, L. 349 use for protein adsorption
Vogel, J., see Fukumoto, K. 863 Yang, H.D., see Pal, S.
von Rechenberg, B., see Schdpf, B. 411 Yang, Yu., see Liu, X.
von Rechenberg, B., see Schulze, K. 419 Yang, Z., see Wang, X.
von Rechenberg, B., see Neuberger, T. 483 Yao, S., see Zhang, C.
Yellen, B.B., Z.G. Forbes, D.S. Halverson, G. Fridman,
Wada, H., see Hirota, N. 87 K.A. Barbee, M. Chorny, R. Levy and G. Friedman,
Wang, F., see Zhang, G. 737 Targeted drug delivery to magnetic implants for
Wang, G., see Xia, Z. 182 therapeutic applications
Wang, P., see Griittner, C. 559 Yin, D., see Zhang, C.
Wang, S.X., S.-Y. Bae, G. Li, S. Sun, R.L. White, J.T. You, C.-Y. and Y. Suzuki, Tunable interlayer exchange
Kemp and C.D. Webb, Towards a magnetic micro- coupling energy by modification of Schottky barrier
array for sensitive diagnostics 731 potentials
Wang, X., H. Gu and Z. Yang, The heating effect of Yu, J., see Zhang, C.
magnetic fluids in an alternating magnetic field 334 Yu, S., see Ding, T.
Wang, X., see Ding, T. 782 Yusuf, S.M., see Ambashta, R.D.
956 Author index to volume 293
Zablotskii, V., see Polyakova, T. 365 Zhang, H.W., see Tang, X.L. 812
Zabrocki, S., see Stephan, R. 746 Zhang, Y., see Zhang, G. 737
Zakhvalinskii, V.S., see Laiho, R. 892 Zhang, Z.D., see Ren, W.J. 908
Zalich, M.A., see Vadala, M.L. 162 Zheng, B., see Ding, T. 782
Zang, J., see Ding, T. 782 Zheng, W., F. Gao and H. Gu, Carboxylated magnetic
Zborowski, M., see Carpino, F. 546 polymer nanolatexes: preparation, characterization
Zeisberger, M., see Hergt, R. 80 and biomedical applications 199
Zhang, C., H. Sun, J. Xia, J. Yu, S. Yao, D. Yin and Y. Zheng, W., see Ding, T. 782
Wang, Synthesis of polyacrylamide modified mag- Zheng, W.-M., see Gao, F. 48
netic nanoparticles and radiolabeling with '““Re for Zhou, X., W. Li, H.P. Kunkel and G. Williams,
magnetically targeted radiotherapy 193 Influence of the nature of the magnetic phase
Zhang, G., C. Fan, L. Pan, F. Wang, P. Wu, H. Qiu, Y. transition on the associated magnetocaloric effect in
Gu and Y. Zhang, Magnetic and transport proper- the Ni-Mn-Ga system 854
ties of magnetite thin films 737 Zinoveva, S., see Moras, K. 119