Applied Physics. A, Materials Science & Processing 1998: Vol A67 Table of Contents

7 Pages·1998·2.8 MB·English

Contents of Applied Physics A 67
Abe K — Ohshima T Bot A — Turcu R Chen ZZ, Shen B, Zhang XY, Zhang R.
Agui A — Eisebitt S Botti S, Celeste A: Light scattering Chen P, Zhou YG, Zang L, Jiang RL.
Aguiar R — Trtik V diagnostics of silicon particle growth Huang ZC, Zheng YD, Wu ZS,
Ahmad AA — Mcllroy DN in CO» laser-driven reactions 421 Sun XT, Chen F: Study of transient
Alieva EV — Zhizhin GN Boul PJ — Rinzler AG photoconductivity of GaN epilayer
von Alvensleben F — Momma C Bower C, Suzuki S, Tanigaki K, Zhou O: grown by metalorganic chemical
Amelinckx S — Bernaerts D Synthesis and structure of pristine and vapor deposition 567
Ando Y — Bandow S alkali-metal-intercalated single-walled Cheng N-F — Swiech W
Andra G, Falk F, Miihlig C, Kalbag A, carbon nanotubes 47 Cheung NH — Wang PN
Cerny R: Modeling the preparation Bozhko AD, Sklovsky DE, Nalimova VA, Chu C-H — Lee M-K
of pce-Si thin films with a Cu vapor RinzlerAG , Smalley RE, Fischer JE: Cloitre T — Mikulskas |
laser 513 Resistance vs. pressure of single-wall Colbert DT — Rinzler AG
Antonov R — Lefebvre J carbon nanotubes 75 Colomer J-F — Fonseca A
Aoki Y — Ohshima T Brabec C — Bernholc J Congiu-Castellano A — Girasole M
Arimondo E, Calderazzo F, Fuso F, Toffi C: Braginsky MV — Glazov MV Cricenti A — Girasole M
Laser vaporization of carbon in the Brendel R, Artmann H, Oelting S, Frey W,
presence of carbon dioxide. Erratum to Werner JH, Queisser HJ: Monocrystalline
Appl. Phys A 66, 407-411 (1998) 379 Si waffles for thin solar cells fabricated by Dai H — Rinzler AG
Artmann H — Brendel R the novel perforated-silicon process 15] Daweritz L — Niu ZC
de Heer WA — | garte D
Asaka S — Bandow S Brie M — TurcuR
Aulombard RL — Mikulskas I Brousse T + Morcrette M De Marchi G — Miotello A
Averkamp P — Feulner P Bugacov A — Resch R D’Haen J — Dimitrov VI
Buongiorno Nardelli M — Bernholc J Dimitrov VI, Knuyt G, Stals LM, D’Haen J,
B.Nagy J — Fonseca A Burghard M — Duesberg GS Quaeyhaegens C: Generalized Wagner's
Bando Y — Stéphan O Burghard M, PhilippG , Roth S, von Klit- diffusion model of surface modification
of materials by plasma diffusion
Bandow S, Asaka S, Zhao X, Ando Y: zing K: Bridging of lateral nanoelectrodes
Purification and magnetic properties with a metal particle chain 59] treatment 183
of carbon nanotubes 23 Doome R — Fonseca A
Dowben PA — Mcllroy DN
Bao XM — Ye YH
Baran M, Szymezak H, Szymezak R, ‘alderazzo F — Arimondo E Duesberg GS, Muster J, Krstic V,
Barilo SN, Gatalskaya VI, Shirayev SV: ‘arroll SJ, Palmer RE, Mulheran PA, Burghard M, Roth S: Chromatographic
size separation of single-wall carbon
Growth-induced anisotropy in Hobday S, Smith R: Deposition and
nanotubes |
Bao.6Ko,4BiO3 superconducting single diffusion of size-selected (Ag {,,,) clusters
crystal 413 on a stepped graphite surface 613
Barboux P — Morcrette M ‘arstensen J, Prange R, Popkirov GS,
Ealet B > Imre A
Barilo SN — Baran M FOll H: A model for current oscillations in Eberhardt W — Eisebitt S
Bauer G — SenzS the Si-HF system based on a quantitative Efimenko K, Rybka V. Svorcik V.,
Biuerle D — Pedarnig JD analysis of current transients 459
Hnatowicz V: Electrical properties
Baur C — Resch R Cavouras D > Kandarakis | of Au—polystyrene—Au submicron
Bean JC — Teichert C Celeste A > Botti S structures 503
Beke DL — Imre A Cerny R Andra G Eisebitt S, Karl A, Eberhardt W, Fischer JE,
Bergmann HW — KornerC Chang CS — Hor YS SatheC , Agui A, Nordgren J: Electronic
Bernaerts D — Fonseca A Charlier J-C, Issi J-P: Electronic structure structure of single-wall carbon nanotubes
Bernaerts D, Amelinckx S, Lambin Ph, and quantum transport in carbon
studied by resonant inelastic X-ray
Lucas AA: The diffraction space of nanotubes 79
scattering 89
circular and polygonized multishell Chatelain A — Ugarte D Eklund PC — Rinzler AG
nanotubules 53 Chattopadhyay P, Pal J: An improved
Bernholc J, Brabec C, Buongiorno theoretical model of the de characteristics
Nardelli M, Maiti A, Roland C, of metal-semiconductor field effect Falk F — Andra G
Yakobson BI: Theory of growth and transistors 563 Falk F, Mollekopf G, Stafast H: CO> laser
mechanical properties of nanotubes 39 Chatzitheodoridis E — Xirouchaki C CVD of a-Si:H: in situ gas analysis and
Bernier P — Journet C Chen F — Chen ZZ model calculations 507
Bhoga SS — Singh K Chen LF — Ye YH Fan XJ — Fu DJ
Bimberg D — Shchukin VA Chen P — Chen ZZ Fecher GH — Swiech W
Biro LP — Fonseca A Chen SC — Wang PN Fernandez Navarro JM > Paje SE
Boilot JP — Morcrette M Chen XY — Xiong SB Ferrater C — Trtik \
Bonard JM — Ugarte D Chen XY, Wu ZC, Liu ZG, Lei XY, Sha ZS: Feuerhake M, Klein-Wiele J-H,
Boneberg J, Miinzer H-J, Tresp M, \ study of dynamics and chemical Marowsky G, Simon P: Dynamic
Ochmann M, Leiderer P: The mechanism reactions in laser-ablated PbTiO; plume ablation studies of sub-micron gratings
of nanostructuring upon nanosecond laser by optical-wavelength-sensitive CCD on metals with sub-picosecond time
irradiation of aSTM tip 381 photography 331 resolution 603
IV
Feulner P, Averkamp P, Kassiihlke B: Greulich K-O — Fuhr G Ianno NJ — Mcllroy DN
Spectroscopy of near-threshold electrons Grigoropoulos CP — Kim D Ihlemann J — Kunz Th
from surfaces 657 Grimaldi S — Girasole M Ikazaki F — Saito Y
FischerJ E — Rinzler AG, > Bozhko AD, Grobert N, Terrones M, Osborne AJ, Ter- Im JS — Sposili RS
— Eisebitt S rones H, Hsu WK, Trasobares S, Zhu YQ, Imre A, Gontier-Moya E, Beke DL,
Fogarassy E — Prevot B Hare JP, Kroto HW, Walton DRM: Ealet B: Auger electron spectroscopy
Foll H — Carstensen J Thermolysis of Co thin films yields of the kinetics of evaporation of
Fonseca A, Hernadi K, Piedigrosso P, Ni-filled tapered nanotubes 595 palladium beaded films from sapphire
Colomer J-F, Mukhopadhyay K, Gross A: Hydrogen dissociation on metal substrate 469
Doome R, Lazarescu S, Biro LP, surfaces — a model system for reactions Issac RC, Varier GK, Gopinath P,
Lambin Ph, Thiry PA, Bernaerts D, on surfaces 627 Harilal SS, Nampoori VPN, Vallab-
B.Nagy J: Synthesis of single- and multi- Guo HX — Fu DJ han CPG: Prompt electron emission
wall carbon nanotubes over supported Guo XL — Xiong SB and collisional ionization of ambient
catalysts 11 Gusso M > Thomé L gas during pulsed laser ablation of
Forré L — Jantoljak H Gutiérrez-Llorente A — Morcrette M silver 557
Frey W — Brendel R Issi J-P — Charlier J-C
Fricke J > Niu ZC Itoh H + Kawasuso A, — Ohshima T
Fu DJ, Lei YY, Li JC, Ye MS, Guo HX, Haage T — Zegenhagen J
Peng YG, Fan XJ: Doping and Habermeier H-U — Roch T Jahn U > Niu ZC
photoelectric properties of Cg films Hamaguchi K — Saito Y Jantoljak H, Salvetat J-P, Forré L,
prepared by ionized cluster beam Hamoudi A, Sogawa T, Saitoh T, Yumoto J: ThomsenC : Low-energy Raman-
deposition 44] Reflection high-energy electron active phonons of multiwalled carbon
Fuchigami H, Nakao Y, Tanimura S, diffraction real-time monitoring of nanotubes 113
Uehara Y, Kurata T, Tsunoda S, Niino H, an etch process implemented in Je JH — Noh DY
Yabe A: Organic molecular beam molecular beam epitaxy technology: Jevti¢ M — Scepanovic M
deposition combined with a laser-induced hydrogen chloride versus GaAs(001) Jiang HX — Mcllroy DN
chemical reaction 277 epilayers 357 Jiang Q — Zegenhagen J
Fuchs C — Prevot B Hare JP — Grobert N Jiang RL — Chen ZZ
Fuhr G, Schnelle Th, Miiller T, Hitzler H, Harilal SS — Issac RC Jin YS —> Xiong SB
Monajembashi S, Greulich K-O: Force Heckl WM — Pedarnig JD Johnson AT — Lefebvre J
measurements of optical tweezers in de Heer WA — Ugarte D Journet C, Bernier P: Production of carbon
electro-optical cages 385 Heiz U: Size-selected, supported clusters: nanotubes |
Fuso F — Arimondo E the interaction of carbon monoxide with
nickel clusters 621 Kalbag A — Andra G
Gao J — Hou QR, — Hou QR von Helden G, Holleman I, Putter M, Kamins TI, Medeiros-Ribeiro G,
Gao PJ — Zhang YZ Meijer G: Photochemistry of solid Ceo Ohlberg DAA, Williams RS: Dome-to-
Gao RW, Zhang DH, Li H, Zhang JC: with tunable infrared radiation 161 pyramid transition induced by alloying of
Effects of the degree of grain alignment Hellenbart A — Siebert P Ge islands on Si(001) 727
on the hard magnetic properties of Henck R — Prevot B Kamlage G — Momma C
sintered NdFeB magnets 353 Hernadi K — Fonseca A Kandarakis I, Cavouras D, Prassopoulos P,
Garcia MA — Paje SE Heymann D — Rinzler AG Kanellopoulos E, Nomicos CD, Panayio-
Garrido F — Thomé L Hitzler H — Fuhr G takis GS: Evaluating Zn2SiO4:Mn
Gatalskaya VI — Baran M Hnatowicz V — Efimenko K phosphor for use in medical imaging
Generosi R — Girasole M Hobday S — Carroll SJ radiation detectors 521
Girasole M, Cricenti A, Generosi R, Hoekstra R — Morgenstern R Kanellopoulos E — Kandarakis |
Congiu-Castellano A, Pozzi D, Holleman I + von Helden G Kang HC — Noh DY
Pasquali E, Lisi A, Santoro N, Honerlage B — Mikulskas I Karl A — Eisebitt S
Grimaldi S: Atomic force microscopy Hor YS, Chang CS, Lue JT: Ellipsometry Kasstihlke B — Feulner P
study of lymphoblastoid cells study of thin metallic films under Kasuya A — Saito Y
under 50-Hz 2-mT magnetic field constraint by the size effect 531 Kawasuso A, Itoh H, Morishita N,
irradiation 219 Hou QR, Gao J, Li SJ: Adherent Yoshikawa M, Ohshima T, Nashiyama I,
Glazov MV, Braginsky MV, Lalli LA, SiC coatings on Ni-Cr alloys with Okada S, Okumura H, Yoshida S:
Richmond O: On the derivation and a composition-graded intermediate Silicon vacancies in 3C-SiC observed
analysis of the “machine equation” in layer 367 by positron lifetime and electron spin
finite deformations 57] Hou QR, Gao J: Influence of a magnetic resonance 209
Gontier-Moya E — Imre A field on deposition of diamond-like Kessler B: Phthalocyanine-Cgp composites
Gonzalez-Leal JM — Marquez E carbon films 417 as improved photoreceptor materials? 125
Gopinath P — Issac RC Hsu WK — Grobert N Khemliche H — Morgenstern R
Gésele U — Senz S Huang ZC — Chen ZZ Kim D —> Viswanath AK
Gottlich H — Pedarnig JD Huffman CB — Rinzler AG Kim D, Ye M, Grigoropoulos CP:
Greber T: Probing harpooning and Huth M — Swiech W Pulsed laser-induced ablation of
dissociation in gas—surface reactions Hwang S-D — Mcllroy DN absorbing liquids and acoustic-transient
by exoemission 701 Hwu Y — Swiech W generation 169
Kim HK — Noh DY Lu CJ, Shen HM, Wang YN: Preparation Monajembashi S — Fuhr G
Kiriakidis G — Xirouchaki C and crystallization of Pb(Zro.95Tio.os )O3 Morcrette M, Gutiérrez-Llorente A,
Klein-Wiele J-H — Feuerhake M thin films deposited by radio- Laurent A, Perriere J, Barboux P,
von Klitzing K — Burghard M frequency magnetron sputtering with Boilot JP, Raymond O, Brousse T:
Knuyt G — Dimitrov VI a stoichiometric ceramic target 253 Growth by laser ablation of Ti-based
Koel BE — Resch R Lucas AA — Bernaerts D oxide films with different valency
Kokai F, Niino H, Yabe A: Laser ablation of Lue JT — Hor YS states 425
polysulfone films: a laser ionization TOF Luterova K — Mikulskas | Morenza JL — Serra P
mass spectrometric study 607 Morgen P — Xirouchaki C
Korner C, Bergmann HW: The physical Ma LP — Zhang YZ Morgenstern R, Khemliche H, Hoekstra R:
defects of the hyperbolic heat conduction Madhukar A — Resch R Formation of hollow atoms at metal- and
equation 397 Maiti A > Bernholc J insulator surfaces 705
Kroto HW — Grobert N Mallik K — Roy UN Morishita N — Kawasuso A
Krstic V — Duesberg GS Maniette Y — Trtik V Moritz W — Meyerheim HL
Kukreja LM — Roy UN De Marchi G ~ Miotello A Moschovis K — Xirouchaki C
Kunz Th, Stebani J, Ihlemann J, Wokaun A: Marowsky G — Feuerhake M Miihlig C — Andra G
Photoablation and microstructuring of Marquez E, Gonzalez-Leal JM, Prieto- Mukhopadhyay K — Fonseca A
polyestercarbonates and their blends with Alcon R, Vicek M, Stronski A, Wagner T, Mulheran PA — Carroll SJ
a XeCl excimer laser 347 Minkov D: Optical characterization Miiller J— Siebert P
Kurata T — Fuchigami H of thermally evaporated thin films of Miller T — Fuhr G
Kuzik LA — Zhizhin GN As4oS40Se29 chalcogenide glass by Miinzer H-J — Boneberg J
reflectance measurements 37] Muster J— Duesberg GS
Lagally MG — Teichert C Mattei G > Miotello A
Lalli LA — Glazov MV Maxwell JL, Pegna J, Messia DV: Real-time Nakao Y — Fuchigami H
Lambin Ph — Fonseca A, — Bernaerts D volumetric growth rate measurements and Nalimova VA — Bozhko AD
Laurent A — Morcrette M feedback control of three-dimensional Nampoori VPN — Issac RC
Lazarescu S — Fonseca A laser chemical vapor deposition 323 Nashiyama I — Kawasuso A,
Lee CR — Viswanath AK Mazzoldi P > Miotello A — Ohshima T
Lee JI — Viswanath AK McIlroy DN, Hwang S-D, Yang K, Niino H — Fuchigami H, —> Kokai F
Lee M-K, Tseng Y-C, Chu C-H: A high-gain Remmes N, Dowben PA, Ahmad AA, Niko A —> TurcuR
porous silicon metal—semiconductor— Ianno NJ, Li JZ, Lin JY, Jiang HX: The Nikolaev P > Rinzler AG
metal photodetector through rapid incorporation of Nickel and Phosphorus Nishi H: Sulfur diffusion into
thermal oxidation and rapid thermal dopants into Boron-Carbon alloy thin GaAs/Gap.7Alo.3As heterostructures for
annealing 541 films 335 device applications 579
Lee RS — Rinzler AG Medeiros-Ribeiro G — Kamins TI Nishina Y — Saito Y
Leem JY — Viswanath AK van der Meer AFG — Zhizhin GN Niu ZC, Notzel R, Jahn U, Ramsteiner M,
Lefebvre J, Antonov R, Johnson AT: STM Meijer G — von Helden G Schonherr H-P, Fricke J, Xiao ZB,
morphology study of ropes of single-wall Messia DV — Maxwell JL Daweritz L, Ploog KH: Lateral variation
carbon nanotubes 71 Meyerheim HL, Moritz W: Structure and of quantum-well confinement energy
Lei XY — Chen XY dynamics of clean and adsorbate-covered in triangular-shaped dot-like structures
Lei YY — Fu DJ crystal surfaces studied by surface X-ray grown by molecular beam epitaxy on
Leibold B — Roch T diffraction 645 patterned GaAs (311)A substrates 135
Leiderer P + Boneberg J Midorikawa K -+ Zhang J, — Zhang J Noh DY, Kang HC, Seong TY, Je JH,
Leising G > Turcu R Mihut A —> Turcu R Kim HK: Tetragonal distortion
Li H — Gao RW Mikulskas I, Luterova K, Tomasiunas R, and the domain structure of thin
Li JC — FuDJ Honerlage B, Cloitre T, Aulombard RL: Pb(Zr, Ti)O3/MgO(100) films 343
Li JZ — Mcllroy DN Light amplification due to free and Nolte S ~ Momma C
Li SJ — Hou QR localized exciton states in ZnCdSe Nomicos CD — Kandarakis I
Liang JH: Analysis of depth profiles of GRINSCH structures 121 Nordgren J — Eisebitt S
implanted lead ions in silicon 361 Minkov D — Marquez E Notzel R > Niu ZC
Lin C-K — Swiech W Mintmire JW, White CT: First-principles
Lin CY —> Xiong SB band structures of armchair nano- Ochmann M — Boneberg J
Lin JY — Mcllroy DN tubes 65 Oelting S > Brendel R
Lisi A — Girasole M Miotello A, De Marchi G, Mattei G, Ogawa H, Okuda R, Shirota Y: Tuning
Liu J> Rinzler AG, > Zhang YZ Mazzoldi P: Ionic transport model for of the emission color of organic
Liu J-M, Ong CK: Pulsed laser deposition hydrogen permeation inducing silver electroluminescent devices by exciplex
of ZnO as conductive buffer layer of nanocluster formation in silver-sodium formation at the organic solid
(001)-LiNbO3 thin films 493 exchanged glasses 527 interface 599
Liu Z-J — Wan Y-Z Mollekopf G — Falk F Ohlberg DAA — Kamins TI
Liu ZG — Xiong SB, — Chen XY Momma C, Nolte S, Kamlage G, von Ohshima T — Kawasuso A
Llopis J — Paje SE Alvensleben F, Tiinnermann A: Beam Ohshima T, Uedono A, Abe K, Itoh H,
Loiseau A — Stéphan O delivery of femtosecond laser radiation Aoki Y, Yoshikawa M, Tanigawa S,
Lu AH — Rinzler AG by diffractive optical elements 517 Nashiyama I: Characterization of
VI
vacancy-type defects and phosphorus and experiments 265 Shen B — Chen ZZ
donors introduced in 6H-SiC by ion Richmond O — Glazov MV Shen HM — Lu CJ
implantation 407 Rinzler AG — Bozhko AD Shi DX — Zhang YZ
Okada S — Kawasuso A Rinzler AG, Liu J, Dai H, Nikolaev P, Huff- Shi FG, Zhao B: Modeling of chemical-
Okuda R — Ogawa H man CB, Rodriguez-Macias FJ, Boul PJ, mechanical polishing with soft pads
Okumura H — Kawasuso A Lu AH, Heymann D, Colbert DT, 249
Ong CK — Liu J-M Lee RS, Fischer JE, Rao AM, Eklund PC, Shirayev SV — Baran M
Osborne AJ — Grobert N Smalley RE: Large-scale purification of Shirota Y — Ogawa H
Outkina EA — Vorobyova Al single-wall carbon nanotubes: process, Shkrabo DM — Zhizhin GN
product, and characterization 29 Shramchenko N — Stéphan O
Paje SE, Llopis J, Villegas MA, Rizza G > Thomé L Siebert P, Petzold G, Hellenbart A, Miiller J:
Garcia MA, Fernandez Navarro JM: Roch T, Yaghoubzadeh S, Razavi FS, Surface microstructure/miniature mass
Thermal effects on optical properties Leibold B, Praus R, Habermeier H-U: spectrometer:.processing and applications
of silver ruby glass 429 Colossal pressure-induced negative 155
Pal J — Chattopadhyay P resistance change in La2/3Ca;/3MnO3 Simon P — Feuerhake M
Palmer RE — Carroll SJ thin films 723 Singh K, Bhoga SS: The ion conduction
Pan Q — Wang PN Rodriguez-Macias FJ — Rinzler AG mechanism of isovalent cation-doped
Panayiotakis GS — Kandarakis I Roland C — Bernholc J Li2SO4 475
Pang SJ — Zhang YZ Rossler R — Pedarnig JD Sklovsky DE — Bozhko AD
Pantelis DI, Vonatsos KN: Development Roth S — Duesberg GS, — Burghard M Smalley RE > Rinzler AG, ~ Bozhko AD
and experimental validation of analytical Roy UN, Mallik K, Kukreja LM: Reflec- Smith R — Carroll SJ
thermal models for the evaluation of the tivity of cadmium sulphide nanocrystal Sogawa T — Hamoudi A
depth of laser-treated zones 435 films grown by the Langmuir—Blodgett Sokol VA — Vorobyova AI
Pasquali E — Girasole M technique 259 Spence DJ, Tear SP: STM studies of the
Pedarnig JD, Gottlich H, Rossler R, Rybka V — Efimenko K Ge(111)4x4Ag reconstruction 585
Heckl WM, Bauerle D: Patterning of Sposili RS, Im JS: Line-scan sequential
YBa2Cu307_;5 films using a near-field Saito Y, Hamaguchi K, Uemura S, laterai solidification of Si thin films 273
optical configuration 403 Uchida K, Tasaka Y, Ikazaki F, Stafast H — Falk F
Pegna J — Maxwell JL Yumura M, Kasuya A, Nishina Y: Field Stals LM — Dimitrov VI
Peng YG — Fu DJ emission from multi-walled carbon Stangl J — Senz S
Perriere J — Morcrette M nanotubes and its application to electron Stebani J — Kunz Th
Petzold G — Siebert P tubes 95 Stéphan O, Bando Y, Loiseau A, Willaime F,
Philipp G + Burghard M Saitoh T — Hamoudi A Shramchenko N, Tamiya T, Sato T:
Piedigrosso P — Fonseca A Salvetat J-P — Jantoljak H Formation of small single-layer and
Ploog KH — Niu ZC Sanchez F — Trtik V nested BN cages under electron
Ploss] A — SenzS& Santoro N — Girasole M irradiation of nanotubes and bulk
Popkirov GS — Carstensen J Sathe C — Eisebitt S material 107
Pozzi D —> Girasole M Sato T — Stéphan O Stoéckli T — Ugarte D
Prange R — Carstensen J Scepanovic M, Jevti¢ M: Resonant Raman Stronski A + Marquez E
Prassopoulos P — Kandarakis | studies of surface composition and Stuke M — Zergioti I
Praus R — Roch T structural ordering in laser-irradiated Sugioka K — Zhang J, — Zhang J
Prevot B, Fuchs C, Henck R, Fogarassy E: Fig; ,Cd,Te 317 Sun XT — Chen ZZ
Raman investigation of submicro-grained Schmidt O + Swiech W Suprun AD, Razumova MA: Long-term
Si films obtained by incoherent UV Schnelle Th — Fuhr G existence of a solid surface under
photo-CVD of silicon hydrides 139 Schénherr H-P > Niu ZC temperature above melting point. Is it
Prieto-Alc6n R — Marquez E Semenov AA, Woo CH: Stochastic effects possible? 237
Putter M — von Helden G on dislocation structure development Suzuki S — Bower C
under cascade-damage irradiation 193 Svorcik V — Efimenko K
Quaeyhaegens C — Dimitrov VI Senz S, Plossl A , Gésele U, Zerlauth S, Swiech W, Fecher GH, Huth M,
Quaranta A — Thomé L Stangl J, Bauer G: Growth of partially Schmidt O, Cheng N-F, Lin C-K,
Queisser HJ — Brendel R strain-relaxed Si, yC) epilayers on Tung C-Y, Hwu Y: Characterisation
(100)Si 147 of structured thin films made from
Ramsteiner M — Niu ZC Seong TY — Noh DY complex materials by photoabsorption
Rao AM — Rinzler AG Serra P, Morenza JL: Analysis of spectromicroscopy 447
Raymond O — Morcrette M hydroxyapatite laser ablation plumes Szymezak H — Baran M
Razavi FS — Roch T in a water atmosphere 289 Szymezak R — Baran M
Razumova MA — Suprun AD Sha ZS — Chen XY
Remmes N — Mcllroy DN Shafeev GA: Laser-assisted activation of Tamiya T — Stéphan O
Requicha AAG — Resch R dielectrics for electroless metal plating Tan XL — Ye YH
Resch R, Bugacov A, Baur C, Koel BE, 303 Tanigaki K — Bower C
Madhukar A, Requicha AAG, Will P: Shchukin VA, Bimberg D: Strain-driven Tanigawa S — Ohshima T
Manipulation of nanoparticles using self-organization of nanostructures on Tanimura S — Fuchigami H
dynamic force microscopy: simulation semiconductor surfaces 687 Tapfer L — Thomé L
Tasaka Y — Saito Y von Klitzing K — Burghard M from Ge*-implanted SiO> films
Tear SP — Spence DJ Vonatsos KN — Pantelis DI thermally grown on crystalline Si 213
Teichert C, Bean JC, Lagally MG: Self- Vorobyova Al, Sokol VA, Outkina EA: SEM Ye ZM — Xiong SB
organized nanostructures in Si;_,Ge, investigation of pillared microstructures Yoshida S — Kawasuso A
films on Si(0O01) 675 formed by electrochemical anodization Yoshikawa M — Kawasuso A,
Terrones H — Grobert N 487 — Ohshima T
Terrones M — Grobert N Yumoto J — Hamoudi A
Thiry PA — Fonseca A Wagner T — Marquez E Yumura M — Saito Y
Thomé L, Rizza G, Garrido F, Gusso M, Walton DRM — Grobert N
Tapfer L, Quaranta A: Formation of Wan Y-Z, Zhang DW, Liu Z-J, Wang J-T: Zang L — Chen ZZ
metallic nanophases in silica by ion beam Effects of temperature and pressure on Zegenhagen J, Haage T, Jiang Q:
mixing. Part II: cluster formation 241 CVD diamond growth from the C-H-O Microscopic structure and structuring
Thomsen C — Jantoljak H system 225 of perovskite surfaces and interfaces:
ToffiC — Arimondo E Wang J-T — Wan Y-Z SrTi03, RBazCu307_5 711
Tomasiunas R — Mikulskas I Wang PN, Pan Q, Cheung NH, Chen SC: Zergioti 1, Stuke M: Short pulse UV laser
Tosa V — TurcuR Pulsed-discharge-aided laser ablation ablation of solid and liquid gallium 39]
Trasobares S — Grobert N synthesis of nanoscale aluminum nitride Zerlauth S — Senz S
Tresp M —> Boneberg J powders 233 Zhang DH — Gao RW
Trtik V, Sanchez F, Aguiar R, Maniette Y, Wang YN — Lu CJ Zhang DW — Wan Y-Z
Ferrater C, Varela M: Room-temperature Werner JH — Brendel R Zhang J, Sugioka K, Midorikawa K: High-
epitaxial growth of CeO2(001) films on White CT — Mintmire JW speed machining of glass materials by
YSZ buffered Si(001) substrates 455 van der Wiel MJ — Zhizhin GN laser-induced plasma-assisted ablation
Tseng Y-C — Lee M-K Will P > ReschR using a532-nm laser 499
Tsunoda S — Fuchigami H Willaime F — Stéphan O Zhang J, Sugioka K, Midorikawa K: Laser-
Tung C-Y — Swiech W Williams RS — Kamins TI induced plasma-assisted ablation of fused
Tiinnermann A — Momma C Winkler A: Interaction of atomic hydrogen quartz using the fourth harmonic of
Turcu R, Brie M, Leising G, Tosa V, with metal surfaces 637 a Nd*:YAG laser 545
Mihut A, Niko A, Bot A: FTIR Wokaun A — Kunz Th Zhang JC — Gao RW
reflectance studies of electrochemically Woo CH — Semenov AA Zhang JY — Ye YH
prepared polypyrrole films 283 Wu ZC — Chen XY Zhang R — Chen ZZ
Wu ZS — Chen ZZ Zhang XY — Chen ZZ
Uchida K — Saito Y Zhang YZ, Liu J, Gao PJ, Ma LP, Shi DX,
Uedono A — Ohshima T Xiao ZB — Niu ZC Pang SJ: Structure investigation of
Uehara Y — Fuchigami H Xiong SB, Ye ZM, Chen XY, Guo XL, Cellobiohydrolase I from Trichoderma
Uemura S — Saito Y Zhu SN, Liu ZG, Lin CY, Jin YS: pseudokoningii $38 with a scanning
Ugarte D, Stoéckli T, Bonard JM, Ferroelectric Sr,Bay , Nb206 optical tunneling microscope 483
Chatelain A, de Heer WA: Filling carbon waveguiding thin films on Si02-coated Zhao B — Shi FG
nanotubes 101 Si(100) substrates 313 Zhao X — Bandow S
Xirouchaki C, Moschovis K, Chatzitheodor- Zheng YD — Chen ZZ
Vallabhan CPG — Issac RC idis E, Kiriakidis G, Morgen P: Chemical Zhizhin GN, Alieva EV, Kuzik LA,
van der Meer AFG — Zhizhin GN characterization of as-deposited Yakovlev VA, Shkrabo DM, van der
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Varela M — Trtik V prepared by reactive dc magnetron electron laser for infrared SEW
Varier GK — Issac RC sputtering 295 characterization surfaces of conducting
Villegas MA — Paje SE and dielectric solids and nm films on
Viswanath AK, Lee JI, Lee CR, Leem JY, Yabe A — Fuchigami H, — Kokai F them 667
Kim D: Optical properties of residual Yaghoubzadeh S — Roch T Zhou O — Bower C
shallow donors in GaN epitaxial layers Yakobson BI — Bernholc J Zhou YG — Chen ZZ
grown by horizontal LP-MOCVD 551 Yakovlev VA — Zhizhin GN Zhu SN — Xiong SB
Vicek M — Marquez E Yang K — Mcllroy DN Zhu YQ — Grobert N
von Alvensleben F — Momma C Ye M > Kim D
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with tunable infrared radiation 161 Chen LF: Visible photoluminescence Evaluated and abstracted for PHYS on STN