Wrocław University of Technology Centre of Advanced Materials and Nanotechnology

Materials Science-Poland Contents of Volume 26

Author Index Key Word Index

Vol. 26 • • 2008

Oficyna Wydawnicza Politechniki Wrocławskiej

Printed in Poland

© Copyright by Oficyna Wydawnicza Politechniki Wrocławskiej, Wrocław 2008

Drukarnia Oficyny Wydawniczej Politechniki Wrocławskiej

Contents of Volume 26

No. 1

A. Jakubowski, L. Łukasiak, CMOS evolution. Development limits 5 T. Błachowicz, Isotropic effects in exchange-biased ferromagnetic/antiferromagnetic bilayers 21 B. Boratyński, W. Kordalski, B. Ściana, M. Panek, I. Zborowska-Lindert, A new drain insulation

design in GaAs SD-MAGFET 27 W. Kordalski, B. Boratyński, M. Panek, Properties and estimated parameters of a submicrometer

HSDMAGFET 33 K. Gutowski, R.P. Sarzała, Computer simulation of tuned and detuned GaInNAsSb QW VCSELs

for long-wavelength applications 45 K. Skrobas, R. Zdyb, M. Kisiel, M. Jałochowski, Band structure of In chains on Si(335)–Au 55 S. Kochowski, M. Szydłowski, R. Paszkiewicz, B. Paszkiewicz, Analysis of electrical equivalent

circuit of metal–insulator–semiconductor structure based on admittance measurements 63 B. Ściana, D. Radziewicz, D. Pucicki, M. Tłaczała, G. Sęk, P. Poloczek, J. Misiewicz, J. Kováč,

R. Srnanek, A. Christofi, Technology and properties of GaAs doping superlattices 71 J. Prażmowska, R. Korbutowicz, R. Paszkiewicz, A. Szyszka, A. Podhorodecki, J. Misiewicz,

M. Tłaczała, Influence of the deposition parameters of nucleation layer on the properties of thick gallium nitride layers 79

M. Wośko, B. Paszkiewicz, A. Szyszka, W. Macherzyński, D. Radziewicz, B. Ściana, R. Paszkiewicz, M. Tłaczała, G. Sęk, P. Poloczek, M. Motyka, J. Misiewicz, A(III)B(V) de-tectors with graded active region 87

J. Bodzenta, Nanoscale heat transport 95 A. Bachmatiuk, R. J. Kaleńczuk, M. H. Rümmeli, T. Gemming, E. Borowiak-Palen, Preparation

of ultra-large-scale catalysts for catalytic vapour deposition of carbon nanotubes 105 D. Kaczmarek, E. L. Prociow, J. Domaradzki, A. Borkowska, W. Mielcarek, D. Wojcieszak,

Influence of substrate type and its placement on structural properties of TiO2 thin films pre-pared by the high energy reactive magnetron sputtering method 113

E. Czerwosz, P. Dłużewski, J. Kęczkowska, M. Kozłowski, M.Suchańska, H. Wronka, Palladium nanocrystals and their properties 119

B. Cichy, W. Stręk, J. Dziuban, A. Górecka-Drzazga, Application of multiwall carbon nanotubes to microfluidic systems 127

M. Cwil, P. Firek, P. Konarski, A. Werbowy, SIMS depth profiling of thin boron nitride insula-ting films 135

J. Domaradzki, D. Kaczmarek, E. L. Prociow, A. Borkowska, T. Berlicki, K. Sieradzka, Optical and electrical properties of TiO2 doped with Tb and Pd 143

B. Gągorowska, B. Kucharska, M. Duś-Sitek, A. Tokarz, Comparative X-ray investigation of Ni/Cu systems heated in the 250–350 °C temperature range 149

Ł. Gelczuk, M. Dąbrowska-Szata, J. Serafińczuk, A. Masalska, E. Łusakowska, P. Dłużewski, Anisotropic strain relaxation and surface morphology related to asymmetry in the formation of misfit dislocations in InGaAs/GaAs heterostructures 157

M. Hasiak, M. Miglierini, J. Kaleta, J. Zbroszczyk, H. Fukunaga, Microstructure and magnetic properties of nanocrystalline Fe-based alloys 167

M. Kramkowska, A. Szyszka, B. Ściana, I. Zubel, Submicron suspended structures based on A(III)B(V) epitaxial layers 173

4

B. Kucharska, Structure of 310S steel-based Fe–Cr–Ni coatings 181 S. Lis, R. Dylewicz, J. Myśliwiec, A. Miniewicz, S. Patela, Application of flowable oxides in

photonics 189 A. Raźniak, P. Tomczyk, Application of microelectrodes for investigation of the oxygen electro-

de reaction in selected solid electrolytes 195 J. Serafińczuk, J. Kozłowski, Determination of indium and nitrogen content in four-compound

epitaxial layers of InxGa1–xAs1–yNy deposited on GaAs substrate 207 P. Strzyżewski, M. J. Sadowski, R. Nietubyć, K. Rogacki, T. Paryjczak, J. Rogowski, Fabrication

of thin metallic films by arc discharges under ultra-high vacuum conditions 213 A. Szyszka, B. Paszkiewicz, R. Paszkiewicz, M. Tłaczała, Influence of the columnar structure of

heteroepitaxial nitride layers on the transport of electrons 221 K. Walczak, I. Nowak, Novel nanoporous organic-inorganic hybrid materials containing niobium 229 A. Feliczak, I. Nowak, Rational design of NbMSU-X type nanoporous materials with desired

textural properties 237 M. J. Woźniak, J. Ryszkowska, T. Szymborski, G. Chen, T. Tateishi, K. J. Kurzydłowski, Appli-

cation of phase imaging and force modulation mode for description of dispersion of carbon nanotubes in polyol matrix 245

No. 2

P. Mazur, S. Zuber, M. Grodzicki, A. Ciszewski, Effects of Ar+ ion sputtering on morphology and electric conductance of 6H-SiC (0001) surface 265

K. Kolanek, T. Gotszalk, M. Zielony, P. Grabiec, Fabrication of micro- and nanostructures by scanning probe microscopy. Local anodic oxidation 271

Z. W. Kowalski, J. Wilk, Surface nanomodification induced by a neutralized ion beam 279 M. Krzywiecki, L. Grządziel, L. Ottaviano, P. Parisse, S. Santucci, J. Szuber, XPS study of air

exposed copper phthalocyanine ultra-thin films deposited on Si(111) native substrates 287 A. Stupakiewicz, A. Fleurence, R. Gieniusz, A. Maziewski, T. Maroutian, P. Gogol, B. Barten-

lian, R. Mégy, P. Beauvillain, Magnetic properties of ultrathin Co(0001) films on vicinal Si(111) substrate 295

A. Boczkowska, M. Marczewski, E. Ciecierska, B. Sienkiewicz, A. Pietrzykowski, Urea–urethane nanocomposites obtained from modified methylalumoxane oligomers 301

C. Czosnek, S. Kluska, J. F. Janik, Aerosol-assisted synthesis of SiC-based nanopowders from organosilicon precursor systems 309

M. Dudek, M. Mróz, Ł. Zych, E. Drożdż-Cieśla, Synthesis of ceria-based nanopowders suitable for manufacturing solid oxide electrolytes 319

N. Moskała, J. Morgiel, W. Pyda, Nanometric Y2O3–TiO2–ZrO2 solid solution powders and their utilization in the synthesis of composite powders with TiB2 and TiC inclusions 331

K. Niespodziana, K. Jurczyk, M. Jurczyk, Titanium-ceramic nanocomposites fabricated by the mechanical alloying process 341

R. Pelka, P. Glinka, W. Arabczyk, The influence of iron nanocrystallite size on a nitriding pro-cess rate 349

M. Podsiadły, U. Narkiewicz, W. Arabczyk, M. J. Woźniak, K. J. Kurzydłowski, Preparation of carbon encapsulated cobalt nanoparticles by catalytic ethane decomposition 357

J. Ryszkowska, M. Jurczyk, Structure and properties of polyurethane nanocomposites modified by dibutyl phosphate boehmite 365

A. Adamski, P. Jakubus, Z. Sojka, Structural and textural evolution of zirconia nanocrystals induced by thermal treatment 373

M. Tulinski, K. Jurczyk, M. Jurczyk, Nickel-free nanocrystalline austenitic stainless steels 381

5

A. Zdyb, K. Cieślak, J. M. Olchowik, Properties of films fabricated from ZnS/Mn2+ nanoparticles 389 Ł. Zych, Consolidation and sintering of nanometric ceramic powders 395 W. Pyda, Nano-ceramic aspect of preparation and processing of zirconia nanopowders 403 E. Borowiak-Palen, Iron filled carbon nanotubes for bio-applications 413 Z. Sadowski, I. H. Maliszewska, B. Grochowalska, I. Polowczyk, T. Koźlecki, Synthesis of silver

nanoparticles using microorganisms 419 M. Ziolek, I. Sobczak, A. Dudzik, Ł. Konwicki, J. Kujawa, Nanosorbents for selective removal of

odours 425 S. Costa, E. Borowiak-Palen, M. Kruszyńska, A. Bachmatiuk, R. J. Kaleńczuk, Characterization

of carbon nanotubes by Raman spectroscopy 433 K. Zielińska, K. A. Wilk, E. Seweryn, J. Pietkiewicz, J. Saczko, Studies on biocompatible nano-

capsules formed in microemulsion templated processes 443 I. Maliszewska, K. A. Wilk, Detection of some chloroorganic compounds by a microbial sensor

system 451 M. Kabsch-Korbutowicz, Ultrafiltration as a method of separation of natural organic matter from

water 459

No. 3

S. Prasad, K. Prasad, S.N. Choudhary, T.P. Sinha, Electrical properties of 0.90Pb[(Mg,Zn)1/3Ta2/3]O3 –0.10PbTiO3 relaxor 475

Tian Tian, Xiao Xiu-Feng, She Hou-De, Liu Rong-Fang, Biomimetic growth of apatite on titania nanotube arrays fabricated by titanium anodization in NH4F/H2SO4 electrolyte 487

X. Liujie, R. Cardoso, J. P. Davim, Modelling of tribological behaviours of composite PEEK -CF30 using BP neural networks 495

Z. Zhou, L. Chen, Morphology expression and proliferation of human osteoblasts on bioactive glass scaffolds 505

H. S. Zhuang, H. L. Xia, T. Zhang, D. C. Xiao, Synthesis, characterization, and visible-light photocatalytic activity of Fe2O3/SnO2 nanocomposites 517

P. Syam Prasad, V. Ravi Kumar, G. Naga Raju, N. Veeraiah, Influence of nickel ions on dielec-tric and other physical properties of PbO–MoO3–B2O3 glass system 527

P. Cichosz, P. Karolczak, Sinker electrical discharge machining of aluminium matrix composites 547 S. Bahel, S. B. Narang, Dielectric and structural characteristics of Sm doped Ba4La9.33Ti18O54

ceramics 555 M. H. Sabour, R. B. Bhat, Lifetime prediction in creep-fatigue environment 563 M. S. da Luz, C. A. M. dos Santos, A. J. S. Machado, Orthorhombic to tetragonal phase transition

and superconductivity in Ba2Cu3O4Cl2 585 J. Wang, J.You, P. Yang, C. Zhong, Z. Li, M. Zhang, X. Jing, New magnetic Ni-Al hydrotalcite-

like materials Synthesis and characterization 591 M. R. Vaezi, S. H. Mir Shah Ghassemi, A. Shokuhfar, The effect of impact energy on the forma-

tion of nanocrystalline powders in Cu–50% Fe immiscible alloy systems 601 L.S. Chuah, Z. Hassan, H. Abu Hassan, Optical characterization of nanoporous GaN through

electroless wet chemical etching 609 V.K. Gupta, S. Ray, O.P. Pandey, Dry sliding wear characteristics of 0.13 wt. % carbon steel 617 K. Baltakys, R. Siauciunas, S. Kitrys, Surface microstructure and specific surface area of pure and

Na-substituted gyrolites 633 M. Prashant Kumar, T. Sankarappa, Studies of conductivity in mixed alkali vanadotellurite

glasses 647

6

M. Sharma, R. M. Mehra, Structural, optical, electrical and magnetic properties of sol-gel derived Zn1–x–yCoxAlyO films 659

M. Yu, Y. Wang, Y. Wang, Z. Sun, Effect of Ni addition on the microstructures of melt-spun CuCr ribbons 675

J. Zhang, D.W. Zhou, P. Peng, J.S. Liu, First-principles plane-wave pseudopotential method calculations for Cu alloying Mg2Ni hydride 681

Conference of the Scientific Network “New Materials for Magnetoelectronics – MAG-EL-MAT 2007”, Będlewo near Poznań, 7–10 May, 2007

G. Kozłowski, A. Jezierski, Electronic structure and magnetic properties of Ce2Pd1–xCoxSi3 and Ce2Pd1–xFexSi 693

D. Sztenkiel, R. Świrkowicz, Orbital Kondo anomaly and channel mixing effects in a double quantum dot 699

P. Trocha, J. Barnaś, Spin-polarized transport through two quantum dots Interference and Coulomb correlation effects 707

J. Wiśniewska, I. Weymann, Theoretical analysis of transport in ferromagnetic single-electron transistors in the sequential tunnelling regime 715

M. Werwiński, A. Szajek, Electronic properties of ThCu5Sn and ThCu5In compounds 723 W. Głogowski, J. Goraus, A. Ślebarski, Electronic structure of CePdAl. Experiment and calcula-

tions 729 M. Marszałek, M. Kąc, M. Krupiński, A. Polit, Y. Zabila, Specular and diffuse X-ray reflectivity

study of surfactant mediated Co/Cu multilayers 735 W. Olszewski, K. Szymański, M. Biernacka, R. Sobiecki, 3d metallic layers electrochemically

deposited from nearly nonaquaeous electrolyte 743 V. Osinniy, A. Misiuk, M. Szot, K. Świątek, J. Bąk-Misiuk, A. Barcz, W. Jung, M. Prujszczyk,

T. Story, Magnetic properties of silicon crystals implanted with manganese 751 A. Szytuła, B. Penc, A. Jezierski, XPS study of RNiSb2 (R = Pr, Nd) 759

9th Symposium on Reactivity of Metastable Materials, 2007 EMRS Fall Meeting, Warsaw, 17–21 September, 2007

R. Sitek, K. Sikorski, J. Sobczak, T. Wierzchoń, Structure and properties of the multilayers produced on Inconel 600 by PACVD method with the participation of trimethylaluminum vapours 767

Seong-Jong Kim, Seok-Ki Jang, Jeong-Il Kim, Investigation on optimum corrosion protection potential of Al alloy in marine environment 779

Regular paper

C. K. Kajdas, A. Kulczycki, A new idea of the influence of solid materials on kinetics of chemical reactions 787

No. 4

B. Idzikowski, MAG-EL-MAT. A summary 803 H. Szymczak, R. Szymczak, Magnetocaloric effect. Physics and applications 807

7

Ł. Gondek, J. Żukrowski, M. Bałanda, D. Kaczorowski, A. Szytuła, Magnetism and electronic structures of hexagonal 1:1:1 rare earth-based intermetallic compounds 815

A. Pikul, D. Kaczorowski, Strong electronic correlations in CePt4In 821 M. Urbaniak, NiFe/Au/Co/Au layered films. Magnetic and transport properties 831 M. Czapkiewicz, J. Kanak, T. Stobiecki, M. Kachel, M. Żołądź, I. Sveklo, A. Maziewski,

S. van Dijken, Micromagnetic properties of Co/Pt multilayers deposited on various buffer layers 839 P. Machnikowski, A. Grodecka, C. Weber, A. Knor, Optical control and decoherence of spin

qubits in quantum dots 851 Z. Wilamowski, H. Malissa, W. Jantsch, Tuning of spin resonance by an electric current in a Si

quantum well 863 J. Dajka, L. Machura, S. Rogoziński, J. Łuczka, Mesoscopic rings. Multi-states induced by

quantum thermal fluctuations 871 W. Rudziński, Phonon-assisted tunnelling through a quantum dot coupled to magnetic leads 879 T. Ślęzak, S. Stankov, M. Zając, M. Ślęzak, K. Matlak, N. Spiridis, B. Laenens, N. Planckaert,

M. Rennhofer, K. Freindl, D. Wilgocka-Ślęzak, R. Rüffer, J. Korecki, Magnetism of ultra-thin iron films seen by the nuclear resonant scattering of synchrotron radiation 885

W. Stankowski, A. Muszyński, Time of fall and some properties of the Morasko meteorite 897 B. Kozakowski, M. Duda, J. Wolny, Structure of decagonal quasicrystals described by clusters 903 Z. Bąk, Fracton mediated superconductivity in the “net fractal” systems. Preliminaries and an

overview of other fracton based models 913 O. Volnianska, P. Bogusławski, Electronic and magnetic properties of IIA–V nitrides 921 B. Brodowska, I. Kuryliszyn-Kudelska, M. Arciszewska, K. Dybko, V. Domukhovski,

W. Dobrowolski, V.E. Slynko, E.I. Slynko, V.K. Dugaev, Transport and magnetic properties of Ge1–x–y Mnx(Eu,Yb)yTe semimagnetic semiconductors 927

P. Wiśniewski, Z. Henkie, A. Pietraszko, Crystallization of (Th1–xUx)3As4 ferromagnetic semi-conductor from the Ga flux 933

J. Kaczkowski, A. Jezierski, First-principles study of X/Bi2Te3(0001) surface (X = Ag, Ni, Ti) 939 P. Kamasa, L.K. Varga, P. Myśliński, S.G. Rassolov, V. Maksimov, B. Idzikowski, Crystalliza-

tion of amorphous Fe–Cr–B alloys investigated with high heating rates 947 M. Klimczak, E. Talik, J. Jarosz, T. Mydlarz, Properties of GdFeAl ternary compound in two

crystallographic structures 953 W. Knoff, P. Dziawa, V. Osinniy, B. Taliashvili, V. Domukhovski, R. Diduszko, J. Domagała,

E. Łusakowska, R. Jakieła, T. Story, Ferromagnetic and structural properties of Ge1–xMnxTe epitaxial layers 959

J. W. Kłos, M. Krawczyk, Electronic miniband formation in a two-dimensional semiconductor superlattice 965

M. Kowalik, Spin torque characteristics for the asymmetric non-collinearly polarized ferromagne-tic single-electron devices 971

M. Kowalik, K.W. Wojciechowski, Elastic properties of orientationally disordered crystal of mono- and polydisperse hard dumbbells in three dimensions 977

K. M. Lebecki, Modelling of magnetization reversal for long ferromagnetic nanotubes 983 S. Mamica, H. Puszkarski, Spin-wave theory of spin-polarized electron energy loss spectroscopy.

Measurements in 5 ML Fe film deposited on W(110) 989 A. Szajek, M. Werwiński, J.A. Morkowski, G. Chełkowska, R. Troć, Photoemission spectra of

some uranium compounds 995 J. W. Narojczyk, K. W. Wojciechowski, Influence of size polydispersity on the elastic constants

of fcc crystals of static soft spheres 1001 A. Paja, B. J. Spisak, Conductivity of a disordered ferromagnetic monoatomic film 1009 M. Pugaczowa-Michalska, M. Falkowski, A. Kowalczyk, Ab intio study of YNi4Si under pressure 1015

8

A. Stupakiewicz, A. Fleurence, R. Gieniusz, A. Maziewski, T. Maroutian, P. Gogol, B. Bartenlian, R. Mégy, P. Beauvillain, Study of ultrathin Co films grown on Si(111) substrates 1021

K. Szałowski, T. Balcerzak, Ground state phase diagram of a diluted fcc magnet with modified RKKY interaction in an external magnetic field 1027

M. Szot, L. Kowalczyk, E. Smajek, V.V. Volobuev, A.Yu. Sipatov, T. Story, Spectral dependen-ce of magnetooptical Kerr effect in EuS-based ferromagnetic semiconductor multilayers 1033

T. Szumiata, M. Gzik-Szumiata, K. Brzózka, Pseudodipolar model of surface magnetostriction for thin layers with roughness 1039

W. Szuszkiewicz, J.-F. Morhange, M. Schumm, M. Lentze, Z. Gołacki, P. Skupiński, K. Grasza, J. Geurts, Raman spectroscopy of Zn1–xCoxO bulk mixed crystals 1045

W. Szuszkiewicz, J.-F. Morhange, E. Dynowska, E. Janik, W.H. Zaleszczyk, A. Presz, J. Z. Domagała, W. Caliebe, G. Karczewski, T. Wojtowicz, Raman scattering studies of MBE-grown ZnTe na-nowires 1053

A. Szytuła, Ya.M. Kalychak, Yu. Tyvanchuk, B. Penc, A. Winiarski, Electronic structures of RCuIn and R2CuIn3 (R = La, Ce, Pr) 1061

V. H. Tran, Effect of randomness on anomalous Hall coefficient in antiferromagnet U2PdGa3 1069 K. Warda, M. Pereiro, L. Wojtczak, D. Baldomir, J. Castro, J. Arias, Surface contribution to giant

magnetoresistance in Fe/Cr/Fe films 1077 M. Wawrzyniak, Influence of external magnetic field on transport properties of a quantum dot

attached to non-collinearly polarized magnetic electrodes 1083 W. M. Woch, R. Zalecki, A. Kołodziejczyk, H. Sudra, G. Gritzner, Magnetic susceptibility and

critical currents of (Tl0.5Pb0.5)Sr2(Ca0.9Gd0.1)Cu2Oy superconductor 1091 T. Wosiński, T. Figielski, A. Morawski, A. Mąkosa, R. Szymczak, J. Wróbel, J. Sadowski,

Magnetoresistive memory in ferromagnetic (Ga, Mn)As nanostructures 1097

Author Index*

Abu Hassan H. see Chuah L.S. 609/3 Adamski A., Jakubus P., Sojka Z., Structural and textural evolution of zirconia nanocrystals

induced by thermal treatment 373/2 Arabczyk W. see Pelka R. 349/2 Arabczyk W. see Podsiadły M. 357/2 Arciszewska M. see Brodowska B. 927/4 Arias J. see Warda K. 1077/4 Bachmatiuk A., Kaleńczuk R. J., Rümmeli M. H., Gemming T., Borowiak-Palen E., Preparation

of ultra-large-scale catalysts for catalytic vapour deposition of carbon nanotubes 105/1 Bachmatiuk A. see Costa S. 433/2 Bahel S., Narang S. B., Dielectric and structural characteristics of Sm doped Ba4La9.33Ti18O54

ceramics 555/3 Bałanda M. see Gondek Ł. 815/4 Balcerzak T. see Szałowski K. 1027/4 Baldomir D. see Warda K. 1077/4 Baltakys K., Siauciunas R., Kitrys S., Surface microstructure and specific surface area of pure and

Na-substituted gyrolites 633/3 Barcz A. see Osinniy V. 751/3 Barnaś J. see Trocha P. 707/3 Bartenlian B. see Gieniusz R. 1021/4 Bartenlian B. see Stupakiewicz A. 295/2 Bąk Z., Fracton mediated superconductivity in the “net fractal” systems. Preliminaries and an

overview of other fracton based models 913/4 Bąk-Misiuk J. see Osinniy V. 751/3 Beauvillain P. see Gieniusz R. 1021/4 Beauvillain P. see Stupakiewicz A. 295/2 Berlicki T. see Domaradzki J. 143/1 Bhat R. B. see Sabour M.H. 563/3 Biernacka M. see Olszewski W. 743/3 Błachowicz T., Isotropic effects in exchange-biased ferromagnetic/antiferromagnetic bilayers 21/1 Boczkowska A., Marczewski M., Ciecierska E., Sienkiewicz B., Pietrzykowski A., Urea–urethane

nanocomposites obtained from modified methylalumoxane oligomers 301/2 Bodzenta J., Nanoscale heat transport 95/1 Bogusławski P. see Volnianska O. 921/4 Boratyński B. see Kordalski W. 33/1 Boratyński B., Kordalski W., Ściana B., Panek M., Zborowska-Lindert I., A new drain insulation

design in GaAs SD-MAGFET 27/1 Borkowska A. see Domaradzki J. 143/1 Borkowska A. see Kaczmarek D. 113/1 Borowiak-Palen E. see Bachmatiuk A. 105/1 Borowiak-Palen E. see Costa S. 433/2 Borowiak-Palen E., Iron filled carbon nanotubes for bio-applications 413/2

_________ *Page number/Issue number.

10

Brodowska B., Kuryliszyn-Kudelska I., Arciszewska M., Dybko K., Domukhovski V., Dobrowol-ski W., Slynko V. E., Slynko E. I., Dugaev V. K., Transport and magnetic properties of Ge1–x–y Mnx(Eu,Yb)yTe semimagnetic semiconductors 927/4

Brzózka K. see Szumiata T. 1039/4 Caliebe W. see Szuszkiewicz W. 1053/4 Cardoso R. see Liujie X. 495/3 Castro J. see Warda K. 1077/4 Chełkowska G. see Szajek A. 995/4 Chen G. see Woźniak M. J. 245/1 Chen L. see Zhou Z. 505/3 Choudhary S.N. see Prasad S. 475/3 Christofi A. see Ściana B. 71/1 Chuah L.S., Hassan Z., Abu Hassan H., Optical characterization of nanoporous GaN through

electroless wet chemical etching 609/3 Cichosz P., Karolczak P., Sinker electrical discharge machining of aluminium matrix composites 547/3 Cichy B., Stręk W., Dziuban J., Górecka-Drzazga A., Application of multiwall carbon nanotubes

to microfluidic systems 127/1 Ciecierska E. see Boczkowska A. 301/2 Cieślak K. see Zdyb A. 389/2 Ciszewski A. see Mazur P. 265/2 Costa S., Borowiak-Palen E., Kruszyńska M., Bachmatiuk A., Kaleńczuk R. J., Characterization

of carbon nanotubes by Raman spectroscopy 433/2 Cwil M., Firek P., Konarski P., Werbowy A., SIMS depth profiling of thin boron nitride insulat-

ing films 135/1 Czapkiewicz M., Kanak J., Stobiecki T., Kachel M., Żołądź M., Sveklo I., Maziewski A., Dijken S. van,

Micromagnetic properties of Co/Pt multilayers deposited on various buffer layers 839/4 Czerwosz E., Dłużewski P., Kęczkowska J., Kozłowski M., Suchańska M., Wronka H., Palladium

nanocrystals and their properties 119/1 Czosnek C., Kluska S., Janik J. F., Aerosol-assisted synthesis of SiC-based nanopowders from

organosilicon precursor systems 309/2 Dajka J., Machura L., Rogoziński S., Łuczka J., Mesoscopic rings. Multi-states induced by quan-

tum thermal fluctuations 871/4 Davim J. P. see Liujie X. 495/3 Dąbrowska-Szata M. see Gelczuk Ł. 157/1 Diduszko R. see Knoff W. 959/4 Dijken S. van see Czapkiewicz M. 839/4 Dłużewski P. see Czerwosz E. 119/1 Dłużewski P. see Gelczuk Ł. 157/1 Dobrowolski W. see Brodowska B. 927/4 Domagała J. see Knoff W. 959/4 Domagała J. Z. see Szuszkiewicz W. 1053/4 Domaradzki J. see Kaczmarek D. 113/1 Domaradzki J., Kaczmarek D., Prociow E. L., Borkowska A., Berlicki T., Sieradzka K., Optical

and electrical properties of TiO2 doped with Tb and Pd 143/1 Domukhovski V. see Knoff W. 959/4 Domukhovski V. see Brodowska B. 927/4 Drożdż-Cieśla E. see Dudek M. 319/2 Duda M. see Kozakowski B. 903/4 Dudek M., Mróz M., Zych Ł., Drożdż-Cieśla E., Synthesis of ceria-based nanopowders suitable

for manufacturing solid oxide electrolytes 319/2

11

Dudzik A. see Ziolek M. 425/2 Dugaev V. K. see Brodowska B. 927/4 Duś-Sitek M. see Gągorowska B. 149/1 Dybko K. see Brodowska B. 927/4 Dylewicz R. see Lis S. 189/1 Dynowska E. see Szuszkiewicz W. 1053/4 Dziawa P. see Knoff W. 959/4 Dziuban J. see Cichy B. 127/1 Falkowski M. see Pugaczowa-Michalska M. 1015/4 Feliczak A., Nowak I., Rational design of NbMSU-X type nanoporous materials with desired

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Ni/Cu systems heated in the 250–350 °C temperature range 149/1 Gelczuk Ł., Dąbrowska-Szata M., Serafińczuk J., Masalska A., Łusakowska E., Dłużewski P.,

Anisotropic strain relaxation and surface morphology related to asymmetry in the formation of misfit dislocations in InGaAs/GaAs heterostructures 157/1

Gemming T. see Bachmatiuk A. 105/1 Geurts J. see Szuszkiewicz W. 1045/4 Gieniusz R. see Stupakiewicz A. 295/2 Gieniusz R., Maziewski A., Maroutian T., Gogol P., Bartenlian B., Mégy R., Beauvillain P., Study of

ultrathin Co films grown on Si(111) substrates 1021/4 Glinka P. see Pelka R. 349/2 Głogowski W., Goraus J., Ślebarski A., Electronic structure of CePdAl. Experiment and calcula-

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structures of hexagonal 1:1:1 rare earth-based intermetallic compounds 815/4 Goraus J. see Głogowski W. 729/3 Gotszalk T. see Kolanek K. 271/2 Górecka-Drzazga A. see Cichy B. 127/1 Grabiec P. see Kolanek K. 271/2 Grasza K. see Szuszkiewicz W. 1045/4 Gritzner G. see Woch W. M. 1091/4 Grochowalska B. see Sadowski Z. 419/2 Grodecka A. see Machnikowski P. 851/4 Grodzicki M. see Mazur P. 265/2 Grządziel L. see Krzywiecki M. 287/2 Gupta V. K., Ray S., Pandey O. P., Dry sliding wear characteristics of 0.13 wt. % carbon steel 617/3 Gutowski K., Sarzała R.P., Computer simulation of tuned and detuned GaInNAsSb QW VCSELs

for long-wavelength applications 45/1 Gzik-Szumiata M. see Szumiata T. 1039/4

12

Hasiak M., Miglierini M., Kaleta J., Zbroszczyk J., Fukunaga H., Microstructure and magnetic properties of nanocrystalline Fe-based alloys 167/1

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water 459/2 Kachel M. see Czapkiewicz M. 839/4 Kaczkowski J., Jezierski A., First-principles study of X/Bi2Te3(0001) surface (X = Ag, Ni, Ti) 939/4 Kaczmarek D. see Domaradzki J. 143/1 Kaczmarek D., Prociow E. L., Domaradzki J., Borkowska A., Mielcarek W., Wojcieszak D.,

Influence of substrate type and its placement on structural properties of TiO2 thin films pre-pared by the high energy reactive magnetron sputtering method 113/1

Kaczorowski D. see Gondek Ł. 815/4 Kaczorowski D. see Pikul A. 821/4 Kajdas C. K., Kulczycki A., A new idea of the influence of solid materials on kinetics of chemical

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13

Kim S.-J., Jang S.-K., Kim J.-I., Investigation on optimum corrosion protection potential of Al alloy in marine environment 779/3

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crystallographic structures 953/4 Kluska S. see Czosnek C. 309/2 Kłos J. W., Krawczyk M., Electronic miniband formation in a two-dimensional semiconductor

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Knor A. see Machnikowski P. 851/4 Kochowski S., Szydłowski M., Paszkiewicz R., Paszkiewicz B., Analysis of electrical equivalent

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scanning probe microscopy. Local anodic oxidation 271/2 Kołodziejczyk A. see Woch W. M. 1091/4 Konarski P. see Cwil M. 135/1 Konwicki Ł. see Ziolek M. 425/2 Korbutowicz R. see Prażmowska J. 79/1 Kordalski W. see Boratyński B. 27/1 Kordalski W., Boratyński B., Panek M., Properties and estimated parameters of a submicrometer

HSDMAGFET 33/1 Korecki J. see Ślęzak T. 885/4 Kováč J. see Ściana B. 71/1 Kowalczyk A. see Pugaczowa-Michalska M. 1015/4 Kowalczyk L. see Szot M. 1033/4 Kowalik M., Spin torque characteristics for the asymmetric non-collinearly polarized ferromag-

netic single-electron devices 971/4 Kowalik M., Wojciechowski K. W., Elastic properties of orientationally disordered crystal of

mono- and polydisperse hard dumbbells in three dimensions 977/4 Kowalski Z.W., Wilk J., Surface nanomodification induced by a neutralized ion beam 279/2 Kozakowski B., Duda M., Wolny J., Structure of decagonal quasicrystals described by clusters 903/4 Kozłowski G., Jezierski A., Electronic structure and magnetic properties of Ce2Pd1–xCoxSi3 and

Ce2Pd1–xFexSi 693/3 Kozłowski J. see Serafińczuk J. 207/1 Kozłowski M. see Czerwosz E. 119/1 Koźlecki T. see Sadowski Z. 419/2 Kramkowska M., Szyszka A., Ściana B., Zubel I., Submicron suspended structures based on

A(III)B(V) epitaxial layers 173/1 Krawczyk M. see Kłos J. W. 965/4 Krupiński M. see Marszałek M. 735/3 Kruszyńska M. see Costa S. 433/2 Krzywiecki M., Grządziel L., Ottaviano L., Parisse P., Santucci S., Szuber J., XPS study of air

exposed copper phthalocyanine ultra-thin films deposited on Si(111) native substrates 287/2 Kucharska B. see Gągorowska B. 149/1 Kucharska B., Structure of 310S steel-based Fe–Cr–Ni coatings 181/1 Kujawa J. see Ziolek M. 425/2 Kulczycki A. see Kajdas C. K. 787/3

14

Kuryliszyn-Kudelska I. see Brodowska B. 927/4 Kurzydłowski K. J. see Podsiadły M. 357/2 Kurzydłowski K. J. see Woźniak M. J. 245/1 Laenens B. see Ślęzak T. 885/4 Lebecki K. M., Modelling of magnetization reversal for long ferromagnetic nanotubes 983/4 Lentze M. see Szuszkiewicz W. 1045/4 Li Z. see Wang J. 591/3 Lis S., Dylewicz R., Myśliwiec J., Miniewicz A., Patela S., Application of flowable oxides in

photonics 189/1 Liu J.S. see Zhang J. 681/3 Liu Rong-Fang see Tian Tian 487/3 Liujie X., Cardoso R., Davim J. P., Modelling of tribological behaviours of composite PEEK

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system 451/2 Mamica S., Puszkarski H., Spin-wave theory of spin-polarized electron energy loss spectroscopy.

Measurements in 5 ML Fe film deposited on W(110) 989/4 Marczewski M. see Boczkowska A. 301/2 Maroutian T. see Gieniusz R. 1021/4 Maroutian T. see Stupakiewicz A. 295/2 Marszałek M., Kąc M., Krupiński M., Polit A., Zabila Y., Specular and diffuse X-ray reflectivity

study of surfactant mediated Co/Cu multilayers 735/3 Masalska A. see Gelczuk Ł. 157/1 Matlak K. see Ślęzak T. 885/4 Maziewski A. see Czapkiewicz M. 839/4 Maziewski A. see Gieniusz R. 1021/4 Maziewski A. see Stupakiewicz A. 295/2 Mazur P., Zuber S., Grodzicki M., Ciszewski A., Effects of Ar+ ion sputtering on morphology and

electric conductance of 6H-SiC (0001) surface 265/2 Mąkosa A. see Wosiński T. 1097/4 Mégy R. see Gieniusz R. 1021/4 Mégy R. see Stupakiewicz A. 295/2 Mehra R. M. see Sharma M. 659/3 Mielcarek W. see Kaczmarek D. 113/1 Miglierini M. see Hasiak M. 167/1 Miniewicz A. see Lis S. 189/1

15

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deposited from nearly nonaquaeous electrolyte 743/3 Osinniy V. see Knoff W. 959/4 Osinniy V., Misiuk A., Szot M., Świątek K., Bąk-Misiuk J., Barcz A., Jung W., Prujszczyk M.,

Story T., Magnetic properties of silicon crystals implanted with manganese 751/3 Ottaviano L. see Krzywiecki M. 287/2 Paja A., Spisak B. J., Conductivity of a disordered ferromagnetic monoatomic film 1009/4 Pandey O. P. see Gupta V. K. 617/3 Panek M. see Boratyński B. 27/1 Panek M. see Kordalski W. 33/1 Parisse P. see Krzywiecki M. 287/2 Paryjczak T. see Strzyżewski P. 213/1 Paszkiewicz B. see Kochowski S. 63/1 Paszkiewicz B. see Szyszka A. 221/1 Paszkiewicz B. see Wośko M. 87/1 Paszkiewicz R. see Kochowski S. 63/1 Paszkiewicz R. see Prażmowska J. 79/1 Paszkiewicz R. see Szyszka A. 221/1 Paszkiewicz R. see Wośko M. 87/1 Patela S. see Lis S. 189/1

16

Pelka R., Glinka P., Arabczyk W., The influence of iron nanocrystallite size on a nitriding process rate 349/2

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17

Ryszkowska J., Jurczyk M., Structure and properties of polyurethane nanocomposites modified by dibutyl phosphate boehmite 365/2

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18

Stręk W. see Cichy B. 127/1 Strzyżewski P., Sadowski M. J., Nietubyć R., Rogacki K., Paryjczak T., Rogowski J., Fabrication

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Mégy R., Beauvillain P., Magnetic properties of ultrathin Co(0001) films on vicinal Si(111) substrate 295/2

Suchańska M. see Czerwosz E. 119/1 Sudra H. see Woch W. M. 1091/4 Sun Z. see Yu M. 675/3 Sveklo I. see Czapkiewicz M. 839/4 Syam Prasad P., Ravi Kumar V., Naga Raju G., Veeraiah N., Influence of nickel ions on dielec-

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RKKY interaction in an external magnetic field 1027/4 Szot M. see Osinniy V. 751/3 Szot M., Kowalczyk L., Smajek E., Volobuev V. V., Sipatov A.Yu., Story T., Spectral depend-

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RCuIn and R2CuIn3 (R = La, Ce, Pr) 1061/4 Szytuła A., Penc B., Jezierski A., XPS study of RNiSb2 (R = Pr, Nd) 759/3 Ściana B. see Boratyński B. 27/1 Ściana B. see Kramkowska M. 173/1 Ściana B. see Wośko M. 87/1

19

Ściana B., Radziewicz D., Pucicki D., Tłaczała M., Sęk G., Poloczek P., Misiewicz J., Kováč J., Srnanek R., Christofi A., Technology and properties of GaAs doping superlattices 71/1

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lomb correlation effects 707/3 Troć R. see Szajek A. 995/4 Tulinski M., Jurczyk K., Jurczyk M., Nickel-free nanocrystalline austenitic stainless steels 381/2 Tyvanchuk Yu. see Szytuła A. 1061/4 Urbaniak M., NiFe/Au/Co/Au layered films. Magnetic and transport properties 831/4 Vaezi M. R., Mir Shah Ghassemi S. H., Shokuhfar A., The effect of impact energy on the forma-

tion of nanocrystalline powders in Cu–50% Fe immiscible alloy systems 601/3 Varga L. K. see Kamasa P. 947/4 Veeraiah N. see Syam Prasad P. 527/3 Volnianska O., Bogusławski P., Electronic and magnetic properties of IIA–V nitrides 921/4 Volobuev V. V. see Szot M. 1033/4 Walczak K., Nowak I., Novel nanoporous organic-inorganic hybrid materials containing niobium 229/1 Wang J., You J., Yang P., Zhong C., Li Z., Zhang M., Jing X., New magnetic Ni-Al hydrotalcite-

like materials Synthesis and characterization 591/3 Wang Y. see Yu M. 675/3 Wang Y. see Yu M. 675/3 Warda K., Pereiro M., Wojtczak L., Baldomir D., Castro J., Arias J., Surface contribution to giant

magnetoresistance in Fe/Cr/Fe films 1077/4 Wawrzyniak M., Influence of external magnetic field on transport properties of a quantum dot

attached to non-collinearly polarized magnetic electrodes 1083/4 Weber C. see Machnikowski P. 851/4 Werbowy A. see Cwil M. 135/1 Werwiński M. see Szajek A. 995/4 Werwiński M., Szajek A., Electronic properties of ThCu5Sn and ThCu5In compounds 723/3 Weymann I. see Wiśniewska J. 715/3 Wierzchoń T. see Sitek R. 767/3 Wilamowski Z., Malissa H., Jantsch W., Tuning of spin resonance by an electric current in a Si

quantum well 863/4

20

Wilgocka-Ślęzak D. see Ślęzak T. 885/4 Wilk J. see Kowalski Z.W. 279/2 Wilk K. A. see Maliszewska I. 451/2 Wilk K. A. see Zielińska K. 443/2 Winiarski A. see Szytuła A. 1061/4 Wiśniewska J., Weymann I., Theoretical analysis of transport in ferromagnetic single-electron

transistors in the sequential tunnelling regime 715/3 Wiśniewski P., Henkie Z., Pietraszko A., Crystallization of (Th1–xUx)3As4 ferromagnetic semicon-

ductor from the Ga flux 933/4 Woch W. M., Zalecki R., Kołodziejczyk A., Sudra H., Gritzner G., Magnetic susceptibility and

critical currents of (Tl0.5Pb0.5)Sr2(Ca0.9Gd0.1)Cu2Oy superconductor 1091/4 Wojciechowski K. W. see Kowalik M. 977/4 Wojciechowski K. W. see Narojczyk J. W. 1001/4 Wojcieszak D. see Kaczmarek D. 113/1 Wojtczak L. see Warda K. 1077/4 Wojtowicz T. see Szuszkiewicz W. 1053/4 Wolny J. see Kozakowski B. 903/4 Wosiński T., Figielski T., Morawski A., Mąkosa A., Szymczak R., Wróbel J., Sadowski J., Ma-

gnetoresistive memory in ferromagnetic (Ga, Mn)As nanostructures 1097/4 Wośko M., Paszkiewicz B., Szyszka A., Macherzyński W., Radziewicz D., Ściana B., Paszkie-

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Woźniak M. J. see Podsiadły M. 357/2 Woźniak M. J., Ryszkowska J., Szymborski T., Chen G., Tateishi T., Kurzydłowski K. J., Appli-

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CuCr ribbons 675/3 Zabila Y. see Marszałek M. 735/3 Zając M. see Ślęzak T. 885/4 Zalecki R. see Woch W. M. 1091/4 Zaleszczyk W.H. see Szuszkiewicz W. 1053/4 Zborowska-Lindert I. see Boratyński B. 27/1 Zbroszczyk J. see Hasiak M. 167/1 Zdyb A., Cieślak K., Olchowik J. M., Properties of films fabricated from ZnS/Mn2+ nanoparticles 389/2 Zdyb R. see Skrobas K. 55/1 Zhang J., Zhou D.W., Peng P., Liu J.S., First-principles plane-wave pseudopotential method

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21

Zhou Z., Chen L., Morphology expression and proliferation of human osteoblasts on bioactive glass scaffolds 505/3

Zhuang H. S., Xia H. L., Zhang T., Xiao D. C., Synthesis, characterization, and visible-light photocatalytic activity of Fe2O3/SnO2 nanocomposites 517/3

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Key Word Index*

_________ *Page number/Issue number.

A(III)B(V) epitaxial layers 173/1 acid blue 62 517/3 actinide compounds 723/3, 933/4, 995/4 activation energy 787/3 advanced composite (PEEK-CF30) 495/3 aerosol 309/2 AFM 119/1, 245/1 Al alloy 779/3 alkylcyanoacrylate 443/2 all-optical control 851/4 aluminium matrix composites 547/3 ammonia decomposition 349/2 amorphous alloy 167/1, 947/4 anomalous Hall effect 927/4 AP MOVPE 71/1, 173/1 apatite 487/3 arc deposition 213/1 ARPES 55/1 atomic force microscope 271/2 Au/MCM-41 425/2 Au/NbMCM-41 425/2 Auger electron spectroscopy 735/3 auxetics 977/4 BET equation 633/3 bimodal mesopore distribution 229/1 bioactive glass scaffold 505/3 bioactivity 487/3 bioceramics 341/2 biomaterials 381/2, 505/3 bismuth 735/3 boehmite 365/2 boron nitride 135/1 BP neural network 495/3 Brillouin light scattering 21/1 bulk density 647/3 butyl amine 425/2 C/SiC 309/2 carbon nanotubes 105/1, 413/2, 433/2 CeInPt4 821/4 ceramics 555/3

ceria-based electrolyte 319/2 characterization 237/1 charging effects 135/1 chloroorganic compounds 451/2 cluster 903/4 CMOS 5/1 Co/Cu multilayers 735/3 cobalt 1021/4, 295/2, 357/2 coercivity 983/4 columnar structure 181/1, 221/1 composite 245/1, 309/2 compositionally graded material 87/1 compressive stress 149/1 conductivity 647/3, 1077/4 constant phase element 63/1 constitutive model 563/3 contact 675/3 copper phthalocyanine 287/2 co-precipitation 591/3 core level 1061/4 core losses 167/1 craters 897/4 creep-fatigue 563/3 critical current 1091/4 crystallization 933/4 crystallization kinetics 947/4 CuCr alloys 675/3 CuPc 287/2 cytotoxicity 443/2 dehalogenation 451/2 dehydrogenating properties 681/3 dephasing 851/4 depth profiling 135/1 detection 451/2 diamagnetism 585/3 dibutyl phosphate 365/2 dibutyl sulfide 425/2 dielectric properties 475/3, 527/3 dielectric relaxation 475/3 diffuse phase transition 475/3 diffusion 601/3

24

diluted magnetic semiconductor 659/3, 927/4 1027/4, 1045/4 disordered material 1009/4 domain structure 295/2 domain wall 1097/4 doping superlattice 71/1 δ-doping 71/1 double quantum dot 699/3 DTA 947/4 DTA pattern 527/3 dumbbells 977/4 elastic constants 1001/4 electric permittivity 555/3 electric properties 63/1, 119/1 electrical resistivity 953/4 electrochemical etching 609/3 electrochemical experiments 779/3 electrochemical gas sensor 319/2 electrochemical method 149/1 electrodeposition 743/3 electron density of states 939/4 electron spin resonance 863/4 electron transport 1009/4 electronic properties 1061/4 electronic specific heat coefficient 1015/4 electronic states 965/4 electronic structure 681/3, 693/3, 723/3 729/3, 759/3, 815/4, 995/4 electronic transport 221/1 encapsulates 357/2 entropy 807/4 epitaxial growth 27/1 epitaxial layer 207/1 epitaxy 87/1 equation of states 1015/4 ESR spectra 527/3 Eu chalcogenides 1033/4 exchange bias 21/1 extracellular synthesis 419/2 Fe(001)/Au(001) 885/4 Fe(110)/W(110) 885/4 Fe2O3/SnO2 517/3 ferromagnet 1009/4 ferromagnetic semiconductor 751/3, 933/4, 1033/4, 1097/4 ferromagnetic single-electron transistor 715/3 FGM 87/1 filling of carbon nanotubes 413/2

fishing boat 779/3 flowable oxide photonics 189/1 fluorescent dyes 127/1 force modulation 245/1 fouling 459/2 fractals 913/4 fractons 913/4 friction and wear 495/3 fuel cell 195/1 GaAs 173/1 GaAs MESFET 27/1 GaInNAsSb diode laser 45/1 gallium nitride 221/1 GDC 195/1 giant magnetoresistance 831/4, 1077/4 glass 647/3 grain size 373/2 gyrolite 633/3 Hall effect 1069/4 hard body 977/4 Hartree–Fock approximation 1083/4 heat of formation 681/3 heat transport 95/1 heavy-fermion behaviour 821/4 heterogeneous catalysis 787/3 high heating rate 947/4 high vacuum 213/1 HT-GaN 79/1 human osteoblasts 505/3 HVPE method 79/1 hydrogen silsesquioxane 189/1 hydrotalcite 591/3 hydrothermal crystallisation 403/2 hydrothermal method 591/3 hysteresis loop 167/1 hysteresis 659/3 image analysis 365/2 immiscible systems 601/3 impedance spectroscopy 63/1 implantation 751/3 In 55/1 Inconel 600 767/3 InGaAs 157/1 InGaAsN 207/1 inorganic/organic hybrid 229/1 intermetallic compounds 693/3 ion polishing 279/2

25

ion sputtering 265/1 IR-768 perchlorate 443/2 Kondo effect 699/3, 821/4 lab-on-a-chip 127/1 lattice dynamics 1053/4 lattice parameters 953/4 lattice vibrations 1045/4 lead 735/3 lifetime 563/3 LMTO 693/3 local anodic oxidation 271/2 loss tangent 555/3 LT-GaN 79/1 machining 547/3 MAGFET 27/1 magnetic anisotropy 295/2, 1021/4 magnetic domain 831/4, 839/4 magnetic field effect transistor (MAGFET) 33/1 magnetic field measurement 33/1 magnetic film 921/4 magnetic measurements 1091/4 magnetic moment 693/3 magnetic nanowires 983/4 magnetic pattern recognition 33/1 magnetic properties 815/4, 959/4 magnetic refrigerator 807/4 magnetic thin layer 1039/4 magnetically ordered materials 921/4 magnetism 591/3, 885/4 magnetization 953/4 magnetization reversal 839/4, 983/4 magnetocaloric effect 807/4 magnetoelectronics 21/1 magnetooptical Kerr effect 1033/4 magnetoresistance 1097/4 magnetron sputtering 181/1 MBE growth 1053/4 MCF-7 Dox 443/2 mechanical alloying 341/2, 381/2, 601/3 mechanical properties 977/4, 1001/4 melt spinning 675/3 membrane 459/2 metal contact 265/1 metal–insulator–semiconductor structure 63/1 metallic film 213/1 meteorite 897/4 methylalumoxanes 301/2

Mg2Ni phase 681/3 microcrystalline coating 181/1 microelectrode 195/1 microemulsion 443/2 micromagnetic modelling 983/4 microorganism 451/2 microstructure 675/3 misfit dislocation 157/1 mixed alkali effect 647/3 modelling 1001/4 Monte Carlo simulations 977/4 Morasko meteorite 897/4 morphology 505/3 Mössbauer spectroscopy 167/1 multilayers 149/1, 767/3, 921/4, 1077/4 nanocapsule 301/2, 341/2, 365/2, 403/2, 443/2 nanocrystalline alloy 167/1 nanocrystalline iron 349/2 nanocrystalline material 309/2 nanolithography 271/2 nanoparticles 127/1, 389/2 nanopowder 319/2, 403/2 nanoscale 95/1 nanostructure 95/1, 1097/4 nanostructured ZrO2 373/2 nanotechnology 271/2 nanotube array 487/3 nanotubes 127/1, 357/2 narrow-band system 939/4 Na-substituted gyrolite 633/3 NbMSU-X synthesis 237/1 Nb-PMOs 229/1 neutralized ion beam 279/2 Ni2+ ions 527/3 Ni-free stainless steel 381/2 nitriding process 349/2 nonaqueous electrolyte 743/3 nuclear resonant scattering 885/4 optical absorption 527/3 optimum protection potential 779/3 oxychloride 585/3 oxygen electrode 195/1 PACVD process 767/3 palladium 143/1 palladium nanocrystals 119/1 PbO–MoO3–B2O3 glass 527/3 Penicillium fungi 419/2

26

permanent magnet 921/4 perpendicular anisotropy 831/4, 839/4 persistent current 871/4 phase diagram 1027/4 phase imaging 245/1 phase transition 807/4 phonons 879/4 photocatalysis 517/3 photodetector 87/1 photoemission spectra 723/3, 995/4 photoemission spectroscopy 759/3 photoluminescence 71/1, 609/3 photoreflectance 71/1 photovoltaic cell 965/4 plane-wave pseudopotential theory 681/3 polydispersity 1001/4 polymer HSQ 189/1 polymorphism 373/2 polyurethane 365/2 pore size 633/3 porous GaN 609/3 porous worm-like structure 237/1 pressure filtration 395/2 proliferation 505/3 pseudodipolar interactions 1039/4 pseudopotential method 939/4 quantum computing 851/4 quantum dot 707/3, 879/4, 1083/4 quantum interference 707/3 quantum Smoluchowski limit 871/4 quasicrystal 903/4 qutrit 871/4 Raman mapping 433/2 Raman scattering 1045/4, 1053/4 Raman spectra 433/2 Raman spectroscopy 105/1 randomness 1069/4 rare earth compounds 815/4 rare earth intermetallics 759/3, 1061/4 rare earth metals 1015/4 rare earth transition metal compounds 953/4 reactive sputtering 113/1 real-time diagrammatic technique 715/3 relaxor ferroelectrics 475/3 resistivity 675/3 RF-MBE 609/3 RHEED 55/1 RKKY interaction 1027/4

rotatable anisotropy 21/1 scaling 5/1 scanning electron microscopy 555/3 scanning probe microscopy 271/2 semiconductor 851/4 semiconductor heterostructure 157/1 semiconductor surface 939/4 semimagnetic layer 959/4 semimagnetic semiconductor 927/4 separation 459/2 Si 609/3 Si(335) 55/1 silicon 63/1, 751/3 silicon carbide 265/1, 309/2 silicon microelectronics 5/1 silicon on insulator 5/1 silver nanoparticles 419/2 SIMS 135/1 simulation 1001/4 single-electron transistor 971/4 sintering 395/2 size polydispersity 977/4 sliding wear 617/3 SOI 5/1 sol-gel 659/3 solid electrolyte 195/1 solid oxide fuel cell 319/2 solid solution 149/1 spark erosion 547/3 SPEELS 989/4 spin accumulation 1083/4 spin chirality 1069/4 spin orbit field 863/4 spin waves 989/4 spin-dependent transport 715/3 spin-polarized current 971/4 spin-polarized tunnelling 879/4 spin-transfer torque 971/4 spintronics 863/4 steel 617/3 strain relaxation 157/1 strained silicon 5/1 strong electronic correlations 821/4 strongly correlated electron systems 729/3, 1069/4 structural properties 113/1 structural transition 585/3 structure factor 903/4 superconductivity 913/4 2D superlattice 965/4

27

surface chemistry 287/2 surface magnetostriction 1039/4 surface morphology 157/1 surface nanomodification 279/2 surface roughening 279/2 surface roughness 1039/4 surface segregation 735/3 surfactant 735/3 suspended beam 173/1 suspension 395/2 synchrotron radiation 885/4 Taguchi design 601/3 tellurite glass 647/3 TEM 119/1, 357/2 tensile stress 149/1 terbium 143/1 Tl Gd dopped 1212 superconductor 1091/4 thermal analysis 365/2 thermal evolution 373/2 thermogravimetry 349/2, 357/2 thick GaN layer 79/1 thin films 113/1, 143/1, 287/2 885/4, 1009/4, 1077/4 threshold laser simulation 45/1 TiC 403/2 TiN layers 213/1 TiO2 113/1, 143/1 titanium 341/2, 487/3 TMAG 947/4 transition metal compounds 1015/4 transmission electron microscopy 105/1, 413/2 transparent oxide semiconductor 143/1 tribology 787/3

tunnel magnetoresistance 707/3 tunnelling magnetoresistance 1083/4 U2PdGa3 1069/4 ultrathin films 295/2, 1021/4 ultrathin Fe film 989/4 urea–urethane elastomer 301/2 UV-VIS absorption 119/1 1.5 μm VCSELs 45/1 vicinal substrate 1021/4 visible light 517/3 water treatment 459/2 wear coefficient 617/3 whole cell biosensor 451/2 XPS 767/3 X-ray 207/1 X-ray diffraction 413/2, 555/3 X-ray reflection 735/3 XRD 349/2, 357/2 Y zeolites containing Cu, Ni, Mn 425/2 YSZ 195/1 zeta potential 419/2 zirconia 403/2 zirconia nanopowder 395/2 Zn1–xCoxO 1045/4 ZnO:Co 659/3 ZnS 389/2 ZnTe nanowire 1053/4