2751 - 2756 |
Structural and electrical properties of thin microcrystalline silicon films deposited by an electron cyclotron resonance plasma discharge of 2% SiH4/Ar further diluted in H-2 Jagannathan BB, Wallace RL, Anderson WA |
2757 - 2761 |
Plasma assisted chemical vapor deposition silicon oxynitride films grown from SiH4+NH3+O-2 gas mixtures Olivares-Roza J, Sanchez O, Albella JM |
2762 - 2767 |
Plasma deposition chemistry of amorphous silicon-carbon alloys from fluorinated gas Cicala G, Bruno G, Capezzuto P |
2768 - 2771 |
Preparation of high quality RuO2 electrodes for high dielectric thin films by low pressure metal organic chemical vapor deposition Lee JM, Shin JC, Hwang CS, Kim HJ, Suk CG |
2772 - 2776 |
Etching properties of Pt thin films by inductively coupled plasma Kwon KH, Kim CI, Yun SJ, Yeom GY |
2777 - 2784 |
Characterization and modeling of a Helicon plasma source Cheetham AD, Rayner JP |
2785 - 2790 |
Silicon epitaxy by low-energy plasma enhanced chemical vapor deposition Rosenblad C, Deller HR, Dommann A, Meyer T, Schroeter P, von Kanel H |
2791 - 2793 |
High growth rate GaN films using a modified electron cyclotron resonance plasma source Berishev I, Kim E, Bensaoula A |
2794 - 2803 |
Bow temperature plasma deposition of silicon nitride from silane and nitrogen plasmas Hanyaloglu BF, Aydil ES |
2804 - 2815 |
Structural characteristics of AIN films deposited by pulsed laser deposition and reactive magnetron sputtering : A comparative study Jagannadham K, Sharma AK, Wei Q, Kalyanraman R, Narayan J |
2816 - 2826 |
Plasma diagnostics in a triode ion plating system Wouters S, Kadlec S, Quaeyhaegens C, Stals LM |
2827 - 2831 |
Twin-source plasma chemical vapor deposition for high rate deposition of SiO2 films Nonogaki R, Nakai S, Yamada S, Wada T |
2832 - 2839 |
New-type microwave plasma source excited by azimuthally symmetric surface waves with magnetic multicusp fields Tuda M, Ono K |
2840 - 2844 |
Hydrocarbon plasma polymerized coatings Benardais A, Leprince P, Zielinski F, Floch H |
2845 - 2850 |
Deposition of molybdenum thin films by an alternate supply of MoCl5 and Zn Juppo M, Vehkamaki M, Ritala M, Leskela M |
2851 - 2857 |
Structure, mechanical and tribological properties of Ti-B-N and Ti-Al-B-N multiphase thin films produced by electron-beam evaporation Rebholz C, Ziegele H, Leyland A, Matthews A |
2858 - 2869 |
Development of a novel structure zone model relating to the closed-field unbalanced magnetron sputtering system Kelly PJ, Arnell RD |
2870 - 2875 |
Optical and electronic properties of sputtered TiNx thin films Schmid PE, Sunaga MS, Levy F |
2876 - 2884 |
Growth and characterization of radio-frequency magnetron sputtered lead zirconate titanate thin films deposited on < 111 > Pt electrodes Ea-Kim B, Aubert P, Ayguavives F, Bisaro R, Varniere F, Olivier J, Puech M, Agius B |
2885 - 2889 |
Proposal for a new UV-light generating device based on cold electron emission Nicolaescu D, Filip V, Okuyama F |
2890 - 2895 |
X-ray photoelectron spectroscopy study of the heating effects on Pd/6H-SiC Schottky structure Chen LY, Hunter GW, Neudeck PG, Knight D |
2896 - 2900 |
Surface composition of BN, CN, and BCN thin films Tempez A, Badi N, Bensaoula A, Kulik J |
2901 - 2912 |
Reversible and irreversible control of optical properties of porous silicon superlattices by thermal oxidation, vapor adsorption, and liquid penetration Zangooie S, Jansson R, Arwin H |
2913 - 2918 |
Structure and mechanical properties of polycrystalline CrN/TiN superlattices Yashar P, Barnett SA, Rechner J, Sproul WD |
2919 - 2925 |
Blistering mechanism for the crater formation at Ta/Si interface by sputtering with oxygen ion beam Kim KJ, Moon DW, Jung KH |
2926 - 2930 |
Optical properties of titania/silica multilayer filters prepared by helicon plasma sputtering Wang X, Masumoto H, Someno Y, Hiral T |
2931 - 2940 |
Factors affecting interface-state density and stress of silicon nitride films deposited on Si by electron-cyclotron resonance chemical vapor deposition Landheer D, Rajesh K, Masson D, Hulse JE, Sproule GI, Quance T |
2941 - 2949 |
Electronic structure of hydrogenated carbon nitride films Hammer P, Victoria NM, Alvarez F |
2950 - 2955 |
Can photoemission accurately probe the bulk electronic structure of the complex oxides? Choi JW, Waldfried C, Liou SH, Dowben PA |
2956 - 2960 |
In situ observations of nucleation and coalescence stages in Ge growth on Si surfaces using transmission electron microscope combined with molecular beam epitaxy chamber Hiroyama Y, Tamura M |
2961 - 2966 |
Thermal desorption spectroscopy study of native and electron irradiated glycine overlayers on graphite(0001) Lofgren P, Krozer A, Chakarov DV, Kasemo B |
2967 - 2973 |
Scanning tunneling microscopy study of Fe(CO)(5) and Fe(C5H5)(2) adsorption on Si(111)7x7 and B/Si(111)root 3x root 3 Thibaudau F, Masson L, Chemam A, Roche JR, Salvan F |
2974 - 2978 |
Desorption rate of surface hydrogen in SiGe gas-source molecular beam epitaxy using Si2H6 and GeH4 Hirose F, Sakamoto H |
2979 - 2989 |
Quantitative characterization of a highly effective atomic hydrogen doser Eibl C, Lackner G, Winkler A |
2990 - 2994 |
Surfactant and ordering effects of arsenic interlayers at the Pb/InP(110) interface Schomann S, Chasse T |
2995 - 3005 |
Thermal and electron-driven chemistry of CCl4 on clean and hydrogen precovered Si(100) Junker KH, Hess G, Ekerdt JG, White JM |
3006 - 3019 |
Energetic ion bombardment of SiO2 surfaces : Molecular dynamics simulations Abrams CF, Graves DB |
3020 - 3024 |
Micro-Raman study of reactive pulsed laser ablation deposited silicon carbon alloy films Trusso S, Vasi C, Barreca F, Neri F |
3025 - 3028 |
Holographic imaging of macromolecules Golzhauser A, Volkel B, Jager B, Zharnikov M, Kreuzer HJ, Grunze M |
3029 - 3033 |
Symmetry of, and polarized-laser-induced reactions on, Si (111) Cl2 surfaces studied by second-harmonic generation Haraichi S, Sasaki F |
3034 - 3040 |
Interactions of methanol with stoichiometric and defective TiO2(110) and (100) surfaces Wang LQ, Ferris KF, Winokur JP, Shultz AN, Baer DR, Engelhard MH |
3041 - 3045 |
Study of the reactions of Li with tetrahydrofuran and propylene carbonate by photoemission spectroscopy Zhuang GR, Wang K, Chen Y, Ross PN |
3046 - 3051 |
Surface composition and morphology of polyimidesiloxane copolymers with short polydimethylsiloxane segments studied by electron spectroscopy for chemical analysis and time-of-flight secondary ion mass spectrometry Zhao J, Rojstaczer SR, Gardella JA |
3052 - 3057 |
Generation of optical absorption bands in CaF2 single crystals by ArF excimer laser irradiation : Effect of yttrium impurity Mizuguchi M, Hosono H, Kawazoe H, Ogawa T |
3058 - 3063 |
Application of pulsed-laser deposition technique for cleaning a GaAs surface and for epitaxial ZnSe film growth Ryu YR, Zhu S, Han SW, White HW |
3064 - 3067 |
Surface-mediated reaction pathways of 2,4-pentanedione on clean and oxygen covered Cu (210) Nigg HL, Ford LP, Masel RI |
3068 - 3075 |
Doping effects and reversibility studies on gas-exposed alpha-sexithiophene thin films Kendrick C, Semancik S |
3076 - 3079 |
Diffusion behavior study of Yb+ and Er+ implanted into polyimide (C22H10N2O5)(n) Wang KM, Lu F, Meng MQ, Huang MB, Wu B, Li W, Liu XD, Liu JT |
3080 - 3083 |
Meeting the process challenges for spin-valve fabrication on an industrial scale Schwartz PV, Bubber R, Paranjpe AP, Kools JCS |
3084 - 3087 |
Pumping properties using an electrolytic polished stainless steel vacuum chamber Watanabe S, Kurokouchi S, Aono M |
3088 - 3095 |
Substrate dependence of adlayer optical response in reflectance anisotropy spectroscopy Cole RJ, Frederick BG, Weightman P |
3096 - 3103 |
On the nature of the rate limiting step in the reaction of cracking water molecules on a metallic surface Ghezzi F |
3104 - 3113 |
Nanoindentation hardness, abrasive wear, and microstructure of TiN/NbN polycrystalline nanostructured multilayer films grown by reactive magnetron sputtering Ljungcrantz H, Engstrom C, Hultman L, Olsson M, Chu X, Wong MS, Sproul WD |
3114 - 3118 |
Atmospheric permeation of austenitic stainless steel Moore BC |
3119 - 3122 |
Noncontact method for measuring coefficient of linear thermal expansion of thin films Rafla-Yuan H, Hichwa BP, Allen TH |
3123 - 3126 |
Deposition rate dependence of step coverage of sputter deposited aluminum-(1.5%) copper films Taylor DS, Jain MK, Cale TS |
3127 - 3130 |
Detection of trace nitrogen in bulk argon using proton transfer reactions Hunter EJ, Homyak AR, Ketkar SN |
3131 - 3133 |
Gas-phase esterification during plasma polymerization of propanoic acid and 1-propanol Beck AJ, Short RD |
3134 - 3137 |
Growth of microcrystalline silicon film by electron beam excited plasma chemical vapor deposition without hydrogen dilution Imaizumi M, Okitsu K, Yamaguchi M, Hara T, Ito T, Konomi I, Ban M, Tokai M, Kawamura K |
3138 - 3141 |
Diamond nucleation on nonscratched Si substrate pretreated by pulsed high-temperature and high-density CH4-plasma beam Jiang YB, Zhang HX, Liu CZ, Liu B, Lin ZD, Wu C, Yang SZ |
3142 - 3144 |
Study on TiNx films and Ti target surface nitrided by rf dc coupled reactive magnetron sputtering Suzuki M, Tanaka T, Kawabata K |
3145 - 3147 |
Phase-shift interference microscope employing a simple method to depress speckle noises for the thickness measurement of thin films Matsumoto S, Takayama K, Toyooka S, Kikuchi A |
3148 - 3148 |
Comparison of the submicron particle analysis capabilities of Auger electron spectroscopy, time-of-flight secondary ion mass spectrometry, and scanning electron microscopy with energy dispersive x-ray spectroscopy for particles deposited on silicon wafers with one micron thick oxide layers (vol 16, pg 1825, 1998) Diebold AC, Lindley P, Viteralli J, Kingsley J, Liu BYH, Woo KS |