757 - 761 |
Theory of nanotip formation Bilbro GL |
762 - 765 |
Three-dimensional site control of self-organized InAs quantum dots by in situ scanning tunneling probe-assisted nanolithography and molecular beam epitaxy Kohmoto S, Nakamura H, Nishikawa S, Asakawa K |
766 - 775 |
Morphological evolution and surface and interface structure of aluminum on polyimide Lin XF, Grove DA, Wei LC, Strossman GS, Lefever-Button G, Kingsley JR |
776 - 782 |
Effect of polishing pretreatment on the fabrication of ordered nanopore arrays on aluminum foils by anodization Wu MT, Leu IC, Hon MH |
783 - 786 |
Scanning capacitance microscopy measurements using diamond-coated probes Yabuhara H, Ciappa M, Fichtner W |
787 - 790 |
Field electron emission device using silicon nanoprotrusions Sawada K, Tabe M, Ishikawa Y, Ishida M |
791 - 796 |
Importance of fluorine surface diffusion for plasma etching of silicon Verdonck P, Goodyear A, Mansano RD, Barroy PRJ, Braithwaite NSJ |
797 - 801 |
Advanced transfer system for spin coating film transfer and hot-pressing in planarization technology Sato N, Machida K, Kudou K, Yano M, Kyuragi H |
802 - 811 |
Carbon nanotube films grown by laser-assisted chemical vapor deposition Rohmund F, Morjan RE, Ledoux G, Huisken F, Alexandrescu R |
812 - 817 |
Quantum transport through one-dimensional aluminum wires Batra IP, Sen P, Ciraci S |
818 - 821 |
Spatially selective single-grain silicon films induced by hydrogen plasma seeding Bo XZ, Yao N, Wagner S, Sturm JC |
822 - 827 |
Atomic force microscopy using single-wall C nanotube probes Snow ES, Campbell PM, Novak JP |
828 - 833 |
Characterization of methyl-doped silicon oxide film deposited using Flowfill(TM) chemical vapor deposition technology Lu HQ, Cui H, Bhat I, Murarka S, Lanford W, Hsia WJ, Li WD |
834 - 842 |
Comparative study on alloy cluster formation in Co-Al and Co-Pt systems Konno TJ, Yamamuro S, Sumiyama K |
843 - 848 |
Selective etching of AI/AIN structures for metallization of surface acoustic wave devices Engelmark F, Iriarte GF, Katardjiev IV |
849 - 854 |
Electron-beam double resist process to enhance bright field pattern resolution Chan VWC, Chan PCH |
855 - 861 |
Simulation and dielectric characterization of reactive dc magnetron cosputtered (Ta2O5)(1-x)(TiO2)(x) thin films Westlinder J, Zhang Y, Engelmark F, Possnert G, Blom HO, Olsson J, Berg S |
862 - 870 |
Silicon nanowires with sub 10 nm lateral dimensions: From atomic force microscope lithography based fabrication to electrical measurements Legrand B, Deresmes D, Stievenard D |
871 - 875 |
Thin-film resistor fabrication for InP technology applications Kopf RF, Melendes R, Jacobson DC, Tate A, Melendes MA, Reyes RR, Hamm RA, Yang Y, Frackoviak J, Weimann NG, Maynard HL, Liu CT |
876 - 879 |
Protection of In0.25Ga0.75As/GaAs structures during lateral oxidation using an amorphous InGaP layer Pickrell GW, Chang KL, Epple JH, Cheng KY, Hsieh KC |
880 - 884 |
Thermal stability of SiO2/CoSi2 /polysilicon multilayer structures improved by cavity formation Alberti A, La Via F, Ravesi S |
885 - 890 |
Inverse electronic scattering from shifted projections within the Fresnel-Kirchhoff formalism Mayer A |
891 - 901 |
Development of a data-driven dynamic model for a plasma etching reactor Zhang HY, Nikolaou M, Peng Y |
902 - 908 |
Deep etch of GaP using high-density plasma for light-emitting diode applications Wuu DS, Chung CR, Liu YH, Horng RH, Huang SH |
909 - 913 |
Highly cross-linked polysilane as antireflective coating for deep ultraviolet lithography to improve durability during SiO2 etching Sato Y, Shiobara E, Onishi Y, Yoshikawa S, Nakano Y, Hayase S, Hamada Y |
914 - 917 |
Ion-graphy implanter with stencil mask Nishihashi T, Kashimoto K, Fujiyama J, Sakurada Y, Shibata T, Suguro K, Sugihara K, Okumura K, Gotou T, Saji S, Tsunoda M |
918 - 923 |
Chemical mechanical polishing of shallow trench isolation using the ceria-based high selectivity slurry for sub-0.18 mu m complementary metal-oxide-semiconductor fabrication Kim SD, Hwang IS, Park HM, Rhee JK, Nam CW |
924 - 931 |
Influence of resist components on image blur in a patterned positive-tone chemically amplified photoresist Houle FA, Hinsberg WD, Sanchez MI, Hoffnagle JA |
932 - 935 |
Fabrication of micrometer and nanometer scale structures in silica sol-gel films using electron beam writing methods Visovsky NJ, Ukrainczyk L, Dawes SB |
936 - 939 |
Ion implantation effects on the structure and nanomechanical properties of vapor deposited cubic boron nitride films Yamada-Takamura Y, Yoshida T |
940 - 945 |
Electroplating copper in sub-100 nm gaps by additives with low consumption and diffusion ability Lin KC, Shieh JM, Chang SC, Dai BT, Chen CF, Feng MS |
946 - 955 |
Molecular dynamics simulation of sputter trench-filling morphology in damascene process Ju SP, Weng CI, Chang JG, Hwang CC |
956 - 959 |
Patterning pentacene organic thin film transistors Kymissis I, Dimitrakopoulos CD, Purushothaman S |
960 - 963 |
Controlled tuning of periodic morphologies on vicinal Si(111) surfaces Szkutnik PD, Sander D, Dulot F, d'Avitaya FA, Hanbucken M |
964 - 968 |
Photoluminescence characteristics of GaInNAs quantum wells annealed at high temperature Ng TK, Yoon SF, Wang SZ, Loke WK, Fan WJ |
969 - 973 |
Room temperature magnetism in GaMnP produced by both ion implantation and molecular-beam epitaxy Overberg ME, Gila BP, Thaler GT, Abernathy CR, Pearton SJ, Theodoropoulou NA, McCarthy KT, Arnason SB, Hebard AF, Chu SNG, Wilson RG, Zavada JM, Park YD |
974 - 983 |
Characterization by medium energy ion scattering of damage and dopant profiles produced by ultrashallow B and As implants into Si at different temperatures Van den Berg JA, Armour DG, Zhang S, Whelan S, Ohno H, Wang TS, Cullis AG, Collart EHJ, Goldberg RD, Bailey P, Noakes TCQ |
984 - 991 |
Specular ion current measurements as a quantitative, real-time probe of GaAs(001) epitaxial growth Ruthe KC, DeLuca PM, Barnett SA |
992 - 994 |
Cluster-ion implantation: An approach to fabricate ultrashallow junctions in silicon Lu XM, Shao L, Wang XM, Liu JR, Chu WK, Bennett J, Larson L, Ling PC |
995 - 999 |
Nanophase films deposited from a high-rate, nanoparticle beam Urban FK, Hosseini-Tehrani A, Griffiths P, Khabari A, Kim YW, Petrov I |
1000 - 1007 |
Effects of the polymer residues on via contact resistance after reactive ion etching Ko HS, Nah JW, Paik KW, Park Y |
1008 - 1012 |
Freestanding microheaters in Si with high aspect ratio microstructures Tian WC, Pang SW |
1013 - 1018 |
1.3 mu m InAsP multiquantum well laser diodes with the n-type modulation-doped InAsP/InP/InGaP active region Lei PH, Wu MY, Wu MC, Lee CY, Ho WJ, Lin CC |
1019 - 1025 |
Etching method for fabricating ultracompact three-dimensional monolithic microwave integrated circuits Sugitani S, Onodera K, Aoyama S, Hirano M, Tokumitsu M |
1026 - 1030 |
Charging-damage-free and precise dielectric etching in pulsed C2F4/CF3I plasma Ohtake H, Samukawa S |
1031 - 1043 |
Modeling and simulation of atomic layer deposition at the feature scale Gobbert MK, Prasad V, Cale TS |
1044 - 1047 |
Low-energy electron point source microscope as a tool for transport measurements of free-standing nanometer-scale objects: Application to carbon nanotubes Dorozhkin P, Nejoh H, Fujita D |
1048 - 1054 |
Reduced pressure chemical vapor deposition of Si1-x-yGexCy/Si and S1-yCy/Si heterostructures Loup V, Hartmann JM, Rolland G, Holliger P, Laugier F, Vannuffel C, Semeria MN |
1055 - 1063 |
Etching of polysilicon in inductively coupled Cl-2 and HBr discharges. I. Experimental characterization of polysilicon profiles Mahorowala AP, Sawin HH, Jones R, Labun AH |
1064 - 1076 |
Etching of polysilicon in inductively coupled Cl-2 and HBr discharges. II. Simulation of profile evolution using cellular representation of feature composition and Monte Carlo computation of flux and surface kinetics Mahorowala AP, Sawin HH |
1077 - 1083 |
Etching of polysilicon in inductively coupled Cl-2 and HBr discharges. III. Photoresist mask faceting, sidewall deposition, and microtrenching Mahorowala AP, Sawin HH |
1084 - 1095 |
Etching of polysilicon in inductively coupled Cl-2 and HBr discharges. IV. Calculation of feature charging in profile evolution Mahorowala AP, Sawin HH |
1096 - 1101 |
Study of InGaP/GaAs/InGaAs high-barrier gate and heterostructure-channel field-effect transistors Yu KH, Lin KW, Lin KP, Yen CH, Wang CK, Liu WC |
1102 - 1106 |
Growth and evolution of ZnCdSe quantum dots Shan CX, Fan XW, Zhang JY, Zhang ZZ, Li BS, Lu YM, Liu YC, Shen DZ, Kong XG, Wang XH |
1107 - 1110 |
Selective wet etching of AIGaAs in HF/CrO3 solutions: Application to vertical taper structures in integrated optoelectronic devices Huang H, Huang YQ, Ren XM |
1111 - 1117 |
Effects of the underlayer substrates on copper chemical vapor deposition Lin CL, Chen PS, Chen MC |
1118 - 1125 |
Sub-50 nm nanopatterning of metallic layers by green pulsed laser combined with atomic force microscopy Huang SM, Hong MH, Luk'yanchuk BS, Lu YF, Song WD, Chong TC |
1126 - 1131 |
Electron trapping in noncrystalline remote plasma deposited Hf-aluminate alloys for gate dielectric applications Johnson RS, Hong JG, Hinkle C, Lucovsky G |
1132 - 1134 |
Feasibility of thin film microfabricated hydrogen ion sources Reuss RH, Chalamala BR |
1135 - 1138 |
Evidence of storing and erasing of electrons in a nanocrystalline-Si based memory device at 77 K Banerjee S, Huang SY, Yamanaka T, Oda S |
1139 - 1142 |
Investigation of polymethylmethacrylate resist residues using photoelectron microscopy Maximov I, Zakharov AA, Holmqvist T, Montelius L, Lindau I |
1143 - 1145 |
Ultrathin nitrided-nanolaminate (Al2O3/ZrO2/Al2O3) for metal-oxide-semiconductor gate dielectric applications Jeon S, Yang H, Chang HS, Park DG, Hwang H |
1153 - 1153 |
Papers from the 20th North American Conference on Molecular Beam Epitaxy - Preface Newman P |
1154 - 1157 |
Optical characterization of strained InGaAsN/GaAs multiple quantum wells Heroux JB, Yang X, Wang WI |
1158 - 1162 |
Molecular beam epitaxy growth of GaAsN layers with high luminescence efficiency Kovsh AR, Wang JS, Wei L, Shiao RS, Chi JY, Volovik BV, Tsatsul'nikov AF, Ustinov VM |
1163 - 1166 |
Growth of GaInNAs quaternaries using a digital alloy technique Hong YG, Egorov AY, Tu CW |
1167 - 1169 |
Growth and characterization of Ga0.8In0.2(N)As quantum wells with GaNxAs1-x(x <= 0.05) barriers by plasma-assisted molecular beam epitaxy Govindaraju S, Holmes AL |
1170 - 1173 |
Substrate preparation and low-temperature boron doped silicon growth on wafer-scale charge-coupled devices by molecular beam epitaxy Calawa SD, Burke BE, Nitishin PM, Loomis AH, Gregory JA, Lind TA |
1174 - 1177 |
Structural and transport characterization of AlSb/InAs quantum-well structures grown by molecular-beam epitaxy with two growth interruptions Sigmund J, Saglam M, Hartnagel HL, Zverev VN, Raichev OE, Debray P, Miehe G, Fuess H |
1178 - 1181 |
Atomistics of III-V semiconductor surfaces: Role of group V pressure Grosse F, Barvosa-Carter W, Zinck JJ, Gyure MF |
1182 - 1184 |
Electrical spin injection into In0.4Ga0.6As/GaAs quantum dots using (Ga,Mn)As Ghosh S, Bhattacharya P |
1185 - 1187 |
Low-bias, high-temperature performance of a normal-incidence InAs/GaAs vertical quantum-dot infrared photodetector with a current-blocking barrier Stiff-Roberts AD, Krishna S, Bhattacharya P, Kennerly S |
1188 - 1191 |
Tailoring mid- and long-wavelength dual response of InAs quantum-dot infrared photodetectors using InxGa1-xAs capping layers Kim ET, Chen ZH, Ho M, Madhukar A |
1192 - 1195 |
Trench-type InGaAs quantum-wire field effect transistor with negative differential conductance fabricated by hydrogen-assisted molecular beam epitaxy Sugaya T, Bird JP, Ferry DK, Jang KY, Ogura M, Sugiyama Y |
1196 - 1199 |
High quality GaAs grown on Si-on-insulator compliant substrates Pei CW, Heroux JB, Sweet J, Wang WI, Chen J, Chang MF |
1200 - 1204 |
Molecular-beam epitaxy production of large-diameter metamorphic high electron mobility transistor and heterojunction bipolar transistor wafers Baklenov O, Lubyshev D, Wu Y, Fang XM, Fastenau JM, Leung L, Towner FJ, Cornfeld AB, Liu WK |
1205 - 1208 |
Interfacial roughness and carrier scattering due to misfit dislocations in In0.52Al0.48As/In0.75Ga0.25As/InP structures Naidenkova M, Goorsky MS, Sandhu R, Hsing R, Wojtowicz M, Chin TP, Block TR, Streit DC |
1209 - 1212 |
High-frequency metamorphic p-i-n photodiodes and high-electron mobility transistor transimpedance amplifiers: Candidates for fiber-optic communications Hoke WE, Leoni RE, Whelan CS, Marsh PF, Jang JH, Adesida I, Joshi AM, Wang X |
1213 - 1216 |
InAs-based bipolar transistors grown by molecular beam epitaxy Averett KL, Maimon S, Wu X, Koch MW, Wicks GW |
1217 - 1220 |
Investigation of Si doping and impurity incorporation dependence on the polarity of GaN by molecular beam epitaxy Ng HM, Cho AY |
1221 - 1228 |
Role of low-temperature (200 degrees C) nitridation in the growth of GaN by plasma-assisted molecular-beam epitaxy Namkoong G, Doolittle WA, Brown AS, Losurdo M, Capezzuto P, Bruno G |
1229 - 1233 |
High reflectivity and crack-free AlGaN/AlN ultraviolet distributed Bragg reflectors Bhattacharyya A, Iyer S, Iliopoulos E, Sampath AV, Cabalu J, Moustakas TD, Friel I |
1234 - 1237 |
Surface and interface characterization of GaN/AlGaN high electron mobility transistor structures by x-ray and atomic force microscopy Torabi A, Ericson P, Yarranton EJ, Hoke WE |
1238 - 1242 |
Photoreflectance spectroscopy of AlGaAs/GaAs heterostructures with a two-dimensional electron gas system Mendez-Garcia VH, Zamora L, Lastras-Martinez A, Saucedo N, Pena R, Guillen A, Rivera Z, Melendez M, Lopez M, Hernandez F, Huerta J |
1243 - 1246 |
Intraband and interband photocurrent spectroscopy and induced dipole moments of InAs/GaAs(001) quantum dots in n-i-n photodetector structures Chen ZH, Kim ET, Madhukar A |
1247 - 1250 |
Dislocation structure and relaxation kinetics in InGaAs/GaAs heteroepitaxy Lynch C, Chason E, Beresford R, Chen EB, Paine DC |
1251 - 1258 |
Kinetics of the heteroepitaxial growth of Ge on Si(001) Yam V, Le Thanh V, Boucaud P, Debarre D, Bouchier D |
1259 - 1265 |
Vertical ordering in multilayers of self-assembled Ge/Si(001) quantum dots Le Thanh V, Yam V, Nguyen LH, Zheng Y, Boucaud P, Debarre D, Bouchier D |
1266 - 1269 |
Growth and characterization of ferromagnetic Ga1-xMnxAs epilayers on (001) ZnSe Chun SH, Ku KC, Potashnik SJ, Schiffer P, Samarth N |
1270 - 1273 |
High characteristic temperature (T-0=243 K) of stacked InGaAs quantum wire lasers grown on (775)B GaAs substrates by molecular beam epitaxy Ohno Y, Kanamori H, Shimomura S, Hiyamizu S |
1274 - 1277 |
Single-crystal GaN/Gd2O3/GaN heterostructure Hong M, Kwo J, Chu SNG, Mannaerts JP, Kortan AR, Ng HM, Cho AY, Anselm KA, Lee CM, Chyi JI |
1278 - 1281 |
Molecular-beam epitaxy growth and properties of BexZn1-xTe alloys for optoelectronic devices Maksimov O, Munoz M, Tamargo MC, Lau J, Neumark GF |