585 - 592 |
Nanocluster Formation by Spin-Coating - Quantitative Atomic-Force Microscopy and Rutherford Backscattering Spectrometry Analysis Partridge A, Toussaint SL, Flipse CF, Vanijzendoorn LJ, Vandenoetelaar LC |
593 - 596 |
Direct Observation of Fullerene-Adsorbed Tips by Scanning-Tunneling-Microscopy Kelly KF, Sarkar D, Prato S, Resh JS, Hale GD, Halas NJ |
597 - 601 |
Microfabrication of Near-Field Optical Probes Ruiter AG, Moers MH, Vanhulst NF, Deboer M |
602 - 605 |
Scanning Force Microscopy for the Study of Domain-Structure in Ferroelectric Thin-Films Gruverman A, Auciello O, Tokumoto H |
606 - 611 |
Electron Trajectories and Light-Emitting Images of Starlike Thin-Film Field Emitters Kaneko A, Sumita I |
612 - 616 |
Fabrication of Si Field Emitters by Dry-Etching and Mask Erosion Rakhshandehroo MR, Pang SW |
617 - 622 |
Ballistic-Electron-Emission Microscopy Studies of Electron-Scattering in Au/GaAs Schottky Diodes Damaged by Focused Ion-Beam Implantation Mcnabb JW, Craighead HG |
623 - 631 |
Atomic-Scale Roughness of GaAs(001)2X4 Surfaces Fan Y, Karpov I, Bratina G, Sorba L, Gladfelter W, Franciosi A |
632 - 637 |
Application of Phase-Sensitive Photoreflectance Spectroscopy to a Study of Undoped AlGaAs/GaAs Quantum-Well Structures Hughes PJ, Weiss BL |
638 - 641 |
Nonlinear Characteristics Induced by Carrier Accumulation in InAs/GaAs Superlattice Cap Layer on GaAs/GaAlAs Multiquantum-Well Structure Matsui Y, Kusumi Y |
642 - 646 |
Strain Relaxation in Compositionally Graded Epitaxial Layers Kim SD, Lord SM, Harris JS |
647 - 651 |
Characterization of Oxide Desorption from InSb(001) Substrates Liu WK, Santos MB |
652 - 656 |
Thermal-Stability and Degradation Mechanism of Wsin/InGaP Schottky Diodes Shiojima K, Nishimura K, Hyuga F |
657 - 661 |
High-Temperature Stable Ir-Al/N-GaAs Schottky Diodes - Effect of the Barrier Height Controlling Lalinsky T, Osvald J, Machajdik D, Mozolova Z, Sisolak J, Constantinidis G, Kobzev AP |
662 - 673 |
Electron-Beam-Induced Deposition from W(Co)(6) at 2 to 20 keV and Its Applications Hoyle PC, Cleaver JR, Ahmed H |
674 - 678 |
Properties of Tanx Films as Diffusion-Barriers in the Thermally Stable Cu/Si Contact Systems Takeyama M, Noya A, Sase T, Ohta A, Sasaki K |
679 - 686 |
Simulation of Uniformity and Lifetime Effects in Collimated Sputtering Tait RN, Dew SK, Tsai W, Hodul D, Smy T, Brett MJ |
687 - 690 |
Number of Voids Formed on a Line - Parameter for Electromigration Lifetime Hinode K, Kondo S, Deguchi O |
691 - 697 |
Study of the H-2 Remote Plasma Cleaning of InP Substrate for Epitaxial-Growth Losurdo M, Capezzuto P, Bruno G |
698 - 706 |
Optical-Properties of Reactive-Ion-Etched Si/Si1-xGex Heterostructures Koster T, Gondemann J, Hadam B, Spangenberg B, Schutze M, Roskos HG, Kurz H, Brunner J, Abstreiter G |
707 - 709 |
Enhanced Dry-Etching of Silicon with Deuterium Plasma Iwakuro H, Kuroda T, Shen DH, Lin ZD |
710 - 715 |
SiO2 to Si Selectivity Mechanisms in High-Density Fluorocarbon Plasma-Etching Kirmse KH, Wendt AE, Disch SB, Wu JZ, Abraham IC, Meyer JA, Breun RA, Woods RC |
716 - 723 |
Mxp+ - A New Dielectric Etcher with Enabling Technology, High Productivity, and Low Cost-of-Consumables Shan HC, Lee E, Welch M, Pu B, Carducci J, Ke KH, Gao H, Luscher P, Crean G, Wang R, Blume R, Cooper J, Wu R |
724 - 726 |
Effect of Fluorine Concentration on the Etch Characteristics of Fluorinated Tetraethylorthosilicate Films Allen LR |
727 - 731 |
Effects of Native-Oxide Removal from Silicon Substrate and Annealing on SiO2-Films Deposited at 120-Degrees-C by Plasma-Enhanced Chemical-Vapor-Deposition Using Disilane and Nitrous-Oxide Song JH, Ajmera PK, Lee GS |
732 - 737 |
Inductively-Coupled Plasma for Polymer Etching of 200 mm Wafers Forgotson N, Khemka V, Hopwood J |
738 - 743 |
Investigation of Low-Temperature SiO2 Plasma-Enhanced Chemical-Vapor-Deposition Deshmukh SC, Aydil ES |
744 - 750 |
Real-Time Investigation of Nucleation and Growth of Silicon on Silicon Dioxide Using Silane and Disilane in a Rapid Thermal-Processing System Hu YZ, Diehl DJ, Zhao CY, Wang CL, Liu Q, Irene EA, Christensen KN, Venable D, Maher DM |
751 - 756 |
Rugged Surface Polycrystalline Silicon Film Deposition and Its Application in a Stacked Dynamic Random-Access Memory Capacitor Electrode Ino M, Miyano J, Kurogi H, Tamura H, Nagatomo Y, Yoshimaru M |
757 - 762 |
Reliability of Ultimate Ultrathin Silicon-Oxide Films Produced by the Continuous Ultradry Process Yamada H |
763 - 767 |
Quantitative Depth Profiling of Boron in Shallow Bf2+-Implanted Silicon by Using Laser-Ionization Sputtered Neutral Mass-Spectrometry Higashi Y, Maruo T, Homma Y, Miyake M |
768 - 771 |
Growth of Copper Nanocrystallites on Copper Seed Cones - Evidence for the Presence of a Liquid-Phase on an Ion-Impacting Cone Surface Okuyama F |
772 - 774 |
Role of Gas-Phase Reactions in Subatmospheric Chemical-Vapor-Deposition Ozone/Teos Processes for Oxide Deposition Shareef IA, Rubloff GW, Bill WN |
787 - 787 |
8th International-Conference on Scanning Tunneling Microscopy/Spectroscopy and Related Techniques - Preface Hamers RJ |
789 - 793 |
Biosensor Based on Force Microscope Technology Baselt DR, Lee GU, Colton RJ |
794 - 799 |
Scanning Local-Acceleration Microscopy Burnham NA, Kulik AJ, Gremaud G, Gallo PJ, Oulevey F |
800 - 803 |
Scanning Near-Field Optical Microscopy/Spectroscopy of Thin Organic Films Nagahara LA, Tokumoto H |
804 - 808 |
Characteristics of Photon Scanning Tunneling Microscope Read-Out Kobayashi K, Watanuki O |
809 - 811 |
Molecular-Orientation in Polymers from Near-Field Optical Polarization Measurements Williamson RL, Miles MJ |
812 - 815 |
Imaging of Organic Molecular Films Using a Scanning Near-Field Optical Microscope Combined with an Atomic-Force Microscope Yamada H, Tokumoto H, Akamine S, Fukuzawa K, Kuwano H |
816 - 819 |
Scattering of Electromagnetic-Waves by Silicon-Nitride Tips Bouju X, Dereux A, Vigneron JP, Girard C |
820 - 823 |
Heterostructure Interface Characterization Using Scanning Tunneling Microscope Excited Time-Resolved Luminescence Horn J, Vogt A, Aller I, Hartnagel HL, Stehle M |
824 - 826 |
Study of Luminescent Porous Polycrystalline Silicon Thin-Films Han PG, Poon MC, Ko PK, Sin JK, Wong H |
827 - 831 |
Design and Performance Analysis of a 3-Dimensional Sample Translation Device Used in Ultrahigh-Vacuum Scanned Probe Microscopy Schlittler RR, Gimzewski JK |
832 - 837 |
Thermal Imaging of Thin-Films by Scanning Thermal Microscope Oesterschulze E, Stopka M, Ackermann L, Scholz W, Werner S |
838 - 841 |
Microwave Tunneling Current from the Resonant Interaction of an Amplitude-Modulated Laser with a Scanning Tunneling Microscope Hagmann MJ |
842 - 844 |
Voltage Contrast in Submicron Integrated-Circuits by Scanning Force Microscopy Bohm C, Sprengepiel J, Otterbeck M, Kubalek E |
845 - 848 |
Normal and Lateral Force Images, Sub-Angstrom Height Resolution, and Midlevel Lateral Resolution with a Phonograph Cartridge as Scanning Force Sensor Mariani T, Frediani C, Ascoli C |
849 - 851 |
Shearing Stress on the Surface-Topography by Scanning Shearing Stress Microscopy Iwata F, Sasaki A, Kawaguchi M, Katsumata A, Aoyama H |
852 - 855 |
Gamble Mode - Resonance Contact Mode in Atomic-Force Microscopy Oconnor SD, Gamble RC, Eby RK, Baldeschwieler JD |
856 - 860 |
Atomic-Force Microscopy and Lateral Force Microscopy Using Piezoresistive Cantilevers Linnemann R, Gotszalk T, Rangelow IW, Dumania P, Oesterschulze E |
861 - 863 |
New Optoelectronic Tip Design for Ultrafast Scanning-Tunneling-Microscopy Groeneveld RH, Rasing T, Kaufmann LM, Smalbrugge E, Wolter JH, Melloch MR, Vankempen H |
864 - 867 |
Driven Nonlinear Atomic-Force Microscopy Cantilevers - From Noncontact to Tapping Modes of Operation Sarid D, Ruskell TG, Workman RK, Chen D |
868 - 871 |
Direct Measurement of Laser Momentum-Transfer to Dense Media by Means of Atomic-Force Microscopy Cantilevers Labardi M, Larocca GC, Mango F, Bassani F, Allegrini M |
872 - 876 |
Scanning Force Microscopy with 2 Optical Levers for Detection of Deformations of the Cantilever Kawakatsu H, Saito T |
877 - 881 |
Acoustic and Dynamic Force Microscopy with Ultrasonic Probes Murdfield T, Fischer UC, Fuchs H, Volk R, Michels A, Meinen F, Beckman E |
882 - 886 |
Strain-Imaging Observation of a Pb(Zr,Ti)O-3 Thin-Film Takata K |
887 - 891 |
Imaging Mechanism and Effects of Adsorbed Water in Contact-Type Scanning Capacitance Microscopy Nakagiri N, Yamamoto T, Sugimura H, Suzuki Y |
892 - 896 |
Imaging Conducting Surfaces and Dielectric Films by a Scanning Capacitance Microscope Lanyi S, Torok J, Rehurek P |
897 - 900 |
Scanning-Tunneling-Microscopy Head Having Integrated Capacitive Sensors for Calibration of Scanner Displacements Picotto GB, Desogus S, Lanyi S, Nerino R, Sosso A |
901 - 905 |
Scanning Force Microscopy in the Dynamic-Mode Using Microfabricated Capacitive Sensors Blanc N, Brugger J, Derooij NF, Durig U |
906 - 908 |
Atomic-Structure of the Steps on Si(001) Studied by Scanning-Tunneling-Microscopy Komura T, Yoshimura M, Yao T |
909 - 913 |
Scanning-Tunneling-Microscopy Investigation of the Dimer Vacancy-Dimer Vacancy Interaction on the Si(001) 2Xn Surface Smith AR, Men FK, Chao KJ, Zhang ZY, Shih CK |
914 - 917 |
Variable Low-Temperature Scanning-Tunneling-Microscopy Study of Si(001) - Nature of the 2X1-)C(2X4) Phase-Transition Smith AR, Men FK, Chao KJ, Shih CK |
918 - 924 |
Laser-Desorption from and Reconstruction on Si(100) Surfaces Studied by Scanning-Tunneling-Microscopy Xu J, Overbury SH, Wendelken JF |
925 - 928 |
Low-Temperature Scanning-Tunneling-Microscopy on Vicinal Ge(100) Rottger B, Bertrams T, Neddermeyer H |
929 - 932 |
Atomic-Structure of the Diamond (100) Surface Studied Using Scanning-Tunneling-Microscopy Stallcup RE, Villarreal LM, Lim SC, Akwani I, Aviles AF, Perez JM |
933 - 937 |
Scanning-Tunneling-Microscopy Study of SiC(0001) Surface Reconstructions Owman F, Martensson P |
938 - 942 |
Surface-Structure of 3C-SiC(111) Fabricated by C-60 Precursor - A Scanning-Tunneling-Microscopy and High-Resolution Electron-Energy-Loss Spectroscopy Study Hu CW, Kasuya A, Suto S, Wawro A, Nishina Y |
943 - 947 |
(2X4)/C(2X8) to (4X2)/C(8X2) Transition on GaAs(001) Surfaces Moriarty P, Benton PH, Ma YR, Dunn AW, Henini M, Woolf DA |
948 - 952 |
Application of Scanning-Tunneling-Microscopy to Determine the Exact Charge States of Surface Point-Defects Chao KJ, Smith AR, Shih CK |
953 - 956 |
Atomic-Resolution Imaging of InP(110) Surface Observed with Ultrahigh-Vacuum Atomic-Force Microscope in Noncontact Mode Sugawara Y, Ohta M, Ueyama H, Morita S, Osaka F, Ohkouchi S, Suzuki M, Mishima S |
957 - 960 |
InSb((111)over-Bar)3X1 - New Surface Reconstruction Bjorkqvist M, Gothelid M, Olsson LO, Kanski J, Karlsson UO |
961 - 965 |
Intrinsic Defects at TiO2(110) Surfaces Studied with Scanning-Tunneling-Microscopy Fischer S, Munz AW, Schierbaum KD, Gopel W |
966 - 969 |
Scanning-Tunneling-Microscopy of the UO2(111) Surface Castell MR, Muggelberg C, Briggs GA, Goddard DT |
970 - 973 |
Layer-by-Layer Etching of HgI2 Films and Crystals by Scanning Force Microscopy Lang HP, Erler B, Rossberg A, Piechotka M, Kaldis E, Guntherodt HJ |
974 - 978 |
Growth of a Uniaxial Incommensurate C-60 Lattice on Ge(100)2X1 Klyachko D, Chen DM |
979 - 981 |
Adsorption and Decomposition of C-60 Molecules on Si(111) Surfaces Chen D, Workman RK, Sarid D |
982 - 987 |
Low-Coverage Adsorption of Sb-4 on Si(113) Studied by Scanning-Tunneling-Microscopy Mussig HJ, Dabrowski J, Arabczyk W, Hinrich S, Wolff G |
988 - 991 |
Atomic-Hydrogen-Induced Ag Cluster Formation on Si(111)-Root-3X-Root-3-Ag Surface Observed by Scanning-Tunneling-Microscopy Oura K, Ohnishi H, Yamamoto Y, Katayama I, Ohba Y |
992 - 994 |
Ga-Induced Restructuring of Si(112) and Si(337) Baski AA, Whitman LJ |
995 - 999 |
Initial-Stages of in Adsorption on Si(111) 7X7 Lin XF, Mai HA, Chizhov I, Willis RF |
1000 - 1004 |
Scanning-Tunneling-Microscopy of Sr Adsorption on the Si(100)-2X1 Surface Bakhtizin RZ, Kishimoto J, Hashizume T, Sakurai T |
1005 - 1009 |
Pb/Si(111) Investigation at the Ultralow-Coverage Range Gomezrodriguez JM, Veuillen JY, Cinti RC |
1010 - 1014 |
Submonolayer Pb Deposition on Si(100) Studied by Scanning-Tunneling-Microscopy Veuillen JY, Gomezrodriguez JM, Cinti RC |
1015 - 1018 |
Studies of Low-Coverage Adsorption of Li on Si(001) - Observation of Negative Differential Resistance and Electron Trapping Johansson MK, Gray SM, Johansson LS |
1019 - 1023 |
High-Temperature Scanning-Tunneling-Microscopy Study of the Li/Si(111) Surface Olthoff S, Welland ME |
1024 - 1028 |
Island, Trimer, and Chain Formation on the Sb-Terminated GaAs(111)B Surface Moriarty P, Beton PH, Henini M, Woolf DA |
1029 - 1031 |
Scanning-Tunneling-Microscopy Study of the Interfacial Structure of Nickel Silicides Yoshimura M, Shinabe S, Yao T |
1032 - 1037 |
Interaction of Vinyltrimethylsilane with the Si(111)-(7X7) Surface Andersohn L, Kochanski GP, Norman JA, Hinch BJ |
1038 - 1042 |
Combined Scanning-Tunneling-Microscopy and Infrared-Spectroscopy Study of the Interaction of Diborane with Si(001) Wang YJ, Shan J, Hamers RJ |
1043 - 1047 |
Nanoscale Roughening of Si(001) by Oxide Desorption in Ultrahigh-Vacuum Gray SM, Johansson MK, Johansson LS |
1048 - 1050 |
Initial-Stages of the Nitridation of the Si(111) Surface Observed by Scanning-Tunneling-Microscopy Yoshimura M, Takahashi E, Yao T |
1051 - 1054 |
Adsorption and Reaction of No on Si(111) Studied by Scanning-Tunneling-Microscopy Rottger B, Kliese R, Neddermeyer H |
1055 - 1059 |
Correlation Between Contact-Electrified Charge Groups on a Thin Silicon-Oxide Uchihashi T, Okusako T, Sugawara Y, Yamanishi Y, Oasa T, Morita S |
1060 - 1063 |
Structure and Electronic States on Reduced BaTiO3 (100) Surface Observed by Scanning-Tunneling-Microscopy and Spectroscopy Bando H, Shimitzu T, Aiura Y, Haruyama Y, Oka K, Nishihara Y |
1064 - 1069 |
Probing Complex Low-Dimensional Solids with Scanning Probe Microscopes - From Charge-Density Waves to High-Temperature Superconductivity Liu J, Huang JL, Lieber CM |
1070 - 1074 |
Spatial and Energy Variation of the Local-Density of States in the Charge-Density-Wave Phase of 2H-NbSe2 Mallet P, Sacks W, Roditchev D, Defourneau D, Klein J |
1075 - 1078 |
Moire Patterns in Scanning-Tunneling-Microscopy Images of Layered Materials Kobayashi K |
1079 - 1082 |
Scanning Tunneling Microscope Investigations of Lead-Phthalocyanine on MoS2 Strohmaier R, Ludwig C, Petersen J, Gompf B, Eisenmenger W |
1083 - 1089 |
Atomic-Force Microscopy of Mercury Iodide Crystal-Growth from Porous-Media at Room-Temperature Henderson DO, Tung YS, Mu R, Ueda A, Collins WE, Burger A, Chen KT, Frazier DO |
1090 - 1095 |
Atomic-Force Microscopy Study of Mercuric Iodide Surfaces Tung YS, Henderson DO, Mu R, Collins WE, Chen KT, George MA, Burger A |
1096 - 1104 |
Layered Heavy-Metal Iodides Examined by Atomic-Force Microscopy George MA, Chen KT, Collins WE, Burger A, Nason D, Boatner L |
1105 - 1108 |
Surface-Morphology of Metalorganic Vapor-Phase Epitaxy-Grown InAs and InGaAs Observed by Atomic-Force Microscopy Hsu CC, Xu JB, Wilson IH |
1109 - 1113 |
Molecular Arrangement of Copper Phthalocyanine on Hydrogen-Terminated Si(111) - Influence of Surface-Roughness Nakamura M, Morita Y, Mori Y, Ishitani A, Tokumoto H |
1114 - 1116 |
Atomic-Scale Reaction Regulated in One-Dimensional Channels Evidenced by Scanning-Tunneling-Microscopy Matsumoto Y, Tanaka K |
1117 - 1120 |
Tip-Induced Lifting of the Au(100) (Hex)-Phase Reconstruction in a Low-Temperature Ultrahigh-Vacuum Scanning Tunneling Microscope Buisset J, Rust HP, Schweizer EK, Cramer L, Bradshaw AM |
1121 - 1125 |
Comparative-Study of the Interface Roughness of Ag/Au and Cu/Au Multilayers with Scanning-Tunneling-Microscopy and X-Ray-Diffraction Heyvaert I, Temst K, Vanhaesendonck C, Bruynseraede Y |
1126 - 1130 |
Structure of Epitaxial Thin TiO2 Films on W(110) as Studied by Low-Energy-Electron Diffraction and Scanning-Tunneling-Microscopy Herman GS, Gallagher MC, Joyce SA, Peden CH |
1131 - 1135 |
Equilibrium Morphology of Au(111) Vicinal Surfaces Revealed by Scanning-Tunneling-Microscopy Rousset S, Pourmir F, Gauthier S, Lacaze E, Sotto M, Klein J, Lecoeur J |
1136 - 1140 |
Spatially and Rotationally Oriented Adsorption of Molecular Adsorbates on Ag(111) Investigated Using Cryogenic Scanning-Tunneling-Microscopy Chen X, Frank ER, Hamers RJ |
1141 - 1144 |
Growth of NiO(100) Layers on Ag(100) - Characterization by Scanning-Tunneling-Microscopy Bertrams T, Neddermeyer H |
1145 - 1148 |
Diffusion of Atoms on Au(111) by the Electric-Field Gradient in Scanning-Tunneling-Microscopy Mendez J, Gomezherrero J, Pascual JI, Saenz JJ, Soler JM, Baro AM |
1149 - 1152 |
Vicinal Surfaces of Au(110) and Ag(110) Investigated by Scanning-Tunneling-Microscopy Li JT, Berndt R, Gaisch R, Schneider WD |
1153 - 1156 |
Tapping Mode Atomic-Force Microscopy Observation of Self-Affine Fractal Roughness in Electrochemically Roughened Silver Electrode Surfaces Otsuka I, Iwasaki T |
1157 - 1161 |
Atomic-Force Microscopy Investigations of Loaded Crack Tips in NiAl Goken M, Vehoff H, Neumann P |
1162 - 1166 |
In-Situ Scanning Tunneling Microscope Investigation of Passivation and Stainless-Steels and Iron Schreyer A, Eng L, Bohni H |
1167 - 1172 |
Vacuum Plasma-Sprayed Hydroxyapatite Coatings on Titanium-Alloy Substrates - Surface Characterization and Observation of Dissolution Processes Using Atomic-Force Microscopy Campbell PA, Gledhill HC, Brown SR, Turner IG |
1173 - 1175 |
Scanning-Tunneling-Microscopy and Spectroscopy on Thin Fe3O4 (110) Films on MgO Jansen R, Vankempen H, Wolf RM |
1176 - 1179 |
Spatially-Resolved Electron-Tunneling Spectroscopy on Single-Crystalline Rb3C60 Jess P, Hubler U, Behler S, Thommengeiser V, Lang HP, Guntherodt HJ |
1180 - 1183 |
Surface-Structure of Ferroelectric Domains on the Triglycine Sulfate (010) Surface Bluhm H, Wiesendanger R, Meyer KP |
1184 - 1187 |
Magnetic Force Microscopy Analysis of the Micromagnetization Mode of Double-Layered Perpendicular Magnetic Recording Media Homma T, Kurokawa Y, Nakamura T, Osaka T, Otsuka I |
1188 - 1190 |
Growth-Structure of Fe on the Cu(001) Surface Noh HP, Choi YJ, Park JY, Jeong IC, Suh YD, Kuk Y |
1191 - 1196 |
Deconvolution of Topographic and Ferroelectric Contrast by Noncontact and Friction Force Microscopy Eng LM, Friedrich M, Fousek J, Gunter P |
1197 - 1201 |
Low-Temperature Magnetic-Resonance Force Detection Wago K, Zuger O, Kendrick R, Yannoni CS, Rugar D |
1202 - 1205 |
Scanning Hall Probe Microscopy of Superconductors and Magnetic-Materials Oral A, Bending SJ, Henini M |
1206 - 1209 |
Scanning Tunneling Microscope for Magnetooptical Imaging Prins MW, Groeneveld RH, Abraham DL, Schad R, Vankempen H, Vankesteren HW |
1210 - 1213 |
Vortex Images in Thin-Films of YBa2Cu3O7-X and Bi2Sr2Ca1Cu2O8+x Obtained by Low-Temperature Magnetic Force Microscopy Yuan CW, Zheng Z, Delozanne AL, Tortonese M, Rudman DA, Eckstein JN |
1214 - 1216 |
Domain-Structure of Co/Pt Multilayers Studied by Magnetic Force Microscopy Lohndorf M, Wadas A, Wiesendanger R, Vankesteren HW |
1217 - 1220 |
Spectroscopic Study of the CuO Chains in YBa2Cu3O7-X Edwards H, Derro DJ, Barr AL, Markert JT, Delozanne AL |
1221 - 1223 |
Schottky-Barrier Height Measurement on Nisi2/Si(100) by Capacitance Microscope Khang Y, Mang KM, Booh KH, Kuk Y |
1224 - 1228 |
Scanning Tunneling Spectroscopy on Low-T-C and High-T-C Superconductors Mielke F, Memmert U, Golubov AA, Hartmann U |
1229 - 1233 |
Observation of Coulomb Staircase and Negative Differential Resistance at Room-Temperature by Scanning-Tunneling-Microscopy Radojkovic P, Schwartzkopff M, Enachescu M, Stefanov E, Hartmann E, Koch F |
1234 - 1237 |
Charge Injection and Extraction on Organic Dot Structures by Atomic-Force Microscopy Hieda H, Tanaka K, Gemma N |
1238 - 1242 |
Role of Interface Microstructure in Rectifying Metal/Semiconductor Contacts - Ballistic-Electron-Emission Observations Correlated to Microstructure Morgan BA, Ring KM, Kavanagh KL, Talin AA, Williams RS, Yasuda T, Yasui T, Segawa Y |
1243 - 1249 |
Energy-Band of Manipulated Atomic Structures on an Insulator Substrate Yamada T, Yamamoto Y, Harrison WA |
1250 - 1254 |
Elastic Deformations of Tip and Sample During Atomic-Force Microscope Measurements Heuberger M, Dietler G, Schlapbach L |
1255 - 1258 |
Friction Forces on Hydrogen Passivated (110) Silicon and Silicon Dioxide Studied by Scanning Force Microscopy Scandella L, Meyer E, Howald L, Luthi R, Guggisberg M, Gobrecht J, Guntherodt HJ |
1259 - 1263 |
Study of Plastic-Flow in Ultrasmall Au Contacts Stalder A, Durig U |
1264 - 1267 |
Influence of Humidity on Friction Measurements of Supported MoS2 Single Layers Schumacher A, Kruse N, Prins R, Meyer E, Luthi R, Howald L, Guntherodt HJ, Scandella L |
1268 - 1271 |
Nanometer-Scale Modification of Tribomechanical Properties of Si(111)H Surfaces Performed and Investigated by a Conducting-Probe Scanning Force Microscope Teuschler T, Mahr K, Miyazaki S, Hundhausen M, Ley L |
1272 - 1275 |
Study of Molecular Scale Friction on Stearic-Acid Crystals by Friction Force Microscopy Takano H, Fujihira M |
1276 - 1279 |
Dewetting Dynamics and Nucleation of Polymers Observed by Elastic and Friction Force Microscopy Overney RM, Leta DP, Fetters LJ, Liu Y, Rafailovich MH, Sokolov J |
1280 - 1284 |
Friction on the Atomic-Scale - An Ultrahigh-Vacuum Atomic-Force Microscopy Study on Ionic-Crystals Luthi R, Meyer E, Bammerlin M, Howald L, Haefke H, Lehmann T, Loppacher C, Guntherodt HJ, Gyalog T, Thomas H |
1285 - 1288 |
Site-Specific Friction Force Spectroscopy Meyer E, Luthi R, Howald L, Bammerlin M, Guggisberg M, Guntherodt HJ |
1289 - 1295 |
Measurement of Interfacial Shear (Friction) with an Ultrahigh-Vacuum Atomic-Force Microscope Carpick RW, Agrait N, Ogletree DF, Salmeron M |
1296 - 1301 |
Scanning Force and Friction Microscopy at Highly Oriented Polycrystalline Graphite and Cup2(100) Surfaces in Ultrahigh-Vacuum Muller T, Kasser T, Labardi M, Luxsteiner M, Marti O, Mlynek J, Krausch G |
1302 - 1307 |
Tip-Sample Interactions - Extraction of Single Molecular Pair Potentials from Force Curves Unger MA, Oconnor SD, Baldeschwieler JD |
1308 - 1312 |
Materials Properties Measurements - Choosing the Optimal Scanning Probe Microscope Configuration Burnham NA, Gremaud G, Kulik AJ, Gallo PJ, Oulevey F |
1313 - 1317 |
Transient-Response of Tapping Scanning Force Microscopy in Liquids Chen GY, Warmack RJ, Oden PI, Thundat T |
1318 - 1321 |
Atomic-Force Microscopy Images Obtained with C-60 Modified Tips Kim SH, Park SK, Park C, Jeon IC |
1322 - 1326 |
Direct Patterning of Si(001) Surfaces by Atomic Manipulation Salling CT |
1327 - 1330 |
Low-Voltage Electron-Beam Lithography with Scanning-Tunneling-Microscopy in Air - A New Method for Producing Structures with High Aspect Ratios Kragler K, Gunther E, Leuschner R, Falk G, Vonseggern H, Saemannischenko G |
1331 - 1335 |
Application of Scanning-Tunneling-Microscopy Nanofabrication Process to Single-Electron Transistor Matsumoto K, Ishii M, Segawa K |
1336 - 1340 |
Electron-Stimulated Desorption of Hydrogen from the Si(111) Surface by Scanning-Tunneling-Microscopy Schwartzkopff M, Radojkovic P, Enachescu M, Hartmann E, Koch F |
1341 - 1343 |
Imaging and Manipulation of Nanometer-Size Liquid Droplets by Scanning Polarization Force Microscopy Hu J, Carpick RW, Salmeron M, Xiao XD |
1344 - 1348 |
Scanning-Tunneling-Microscopy Induced Chemical-Vapor-Deposition of Semiconductor Quantum Dots Samara D, Williamson JR, Shih CK, Banerjee SK |
1349 - 1352 |
Ultrahigh Density Data-Storage on Ag-Tdcn Thin-Films by Scanning-Tunneling-Microscopy Gao HJ, Wang DW, Liu N, Xue ZQ, Pang SJ |
1353 - 1355 |
Information-Storage Using Conductance Change of Langmuir-Blodgett-Film and Atomic-Force Microscope Scanning Tunneling Microscope Yano K, Kuroda R, Shimada Y, Shido S, Kyogaku M, Matsuda H, Takimoto K, Eguchi K, Nakagiri T |
1356 - 1359 |
Critical Humidity for Removal of Atoms from the Gold Surface with Scanning-Tunneling-Microscopy Lebreton C, Wang ZZ |
1360 - 1364 |
Morphology and Dissolution Processes of Metal Sulfide Minerals Observed with the Electrochemical Scanning Tunneling Microscope Higgins SR, Hamers RJ |
1365 - 1368 |
Stability of Surface Atomic Structures of Ionic-Crystals Studied by Atomic-Force Microscopy Observation of Various Faces of CaSO4 Crystal in Solutions Shindo H, Seo A, Itasaka M, Odaki T, Tanaka K |
1369 - 1372 |
Atomic Structures and Growth Mechanisms of Electrodeposited Ag and Te Films as Discerned by Atomic-Force Microscopy Ikemiya N, Yamada K, Hara S |
1373 - 1377 |
In-Situ Studies of Potassium Hydrogen Phthalate Crystal Dissolution Using Scanning Probe Microscopy Campbell PA, Ester GR, Halfpenny PJ |
1378 - 1382 |
Effects of Electric Potentials on Surface Forces in Electrolyte-Solutions Arai T, Fujihira M |
1383 - 1385 |
Atomic-Force Microscopy Stress Sensors for Studies in Liquids Oshea SJ, Welland ME, Brunt TA, Ramadan AR, Rayment T |
1386 - 1389 |
Approaching the Liquid/Air Interface with Scanning Force Microscopy Eng LM, Seuret C, Looser H, Gunter P |
1390 - 1394 |
Atomic-Force Microscopy of Biomolecules Hansma HG |
1395 - 1398 |
Atomic-Force Microscopy Observation of Native Neurons and Modifications Induced by Glutamate Cricenti A, Destasio G, Generosi R, Scarselli MA, Perfetti P, Ciotti MT, Mercanti D |
1399 - 1404 |
Combination of Fluorescence in-Situ Hybridization and Scanning Force Microscopy for the Ultrastructural Characterization of Defined Chromatin Regions Fritzsche W, Takacs L, Vereb G, Schlammadinger J, Jovin TM |
1405 - 1409 |
Reconstruction of Ribosomal-Subunits and rDNA Chromatin Imaged by Scanning Force Microscopy Fritzsche W, Martin L, Dobbs D, Jondle D, Miller R, Vesenka J, Henderson E |
1410 - 1412 |
Atomic-Force Microscope Imaging of Ribosome and Chromosome Li MQ, Xu L, Ikai A |
1413 - 1417 |
Atomic-Force Microscopy Reconstruction of G-Wire DNA Vesenka J, Marsh T, Miller R, Henderson E |
1418 - 1421 |
Modified DNA Immobilized on Bioreactive Self-Assembled Monolayer on Gold for Dynamic Force Microscopy Imaging in Aqueous Buffer Solution Hegner M, Dreier M, Wagner P, Semenza G, Guntherodt HJ |
1422 - 1426 |
Covalent Immobilization of Immunoglobulins-G and Fab’ Fragments on Gold Substrates for Scanning Force Microscopy Imaging in Liquids Droz E, Taborelli M, Descouts P, Wells TN, Werlen RC |
1427 - 1431 |
Dynamical and Mechanical Study of Immobilized Microtubules with Atomic-Force Microscopy Vinckier A, Dumortier C, Engelborghs Y, Hellemans L |
1432 - 1437 |
Hydrogen-Bonding Molecules and Their Effect on Scanning Tunneling Microscope Image-Contrast of Covalently Immobilized Protein Molecules Parker MC, Davies MC, Tendler SJ |
1438 - 1443 |
Chromosome Classification by Atomic-Force Microscopy Volume Measurement Mcmaster TJ, Winfield MO, Baker AA, Karp A, Miles MJ |
1444 - 1448 |
Improvements in Atomic-Force Microscopy Protocols for Imaging Fibrous Proteins Hallett P, Tskhovrebova L, Trinick J, Offer G, Miles MJ |
1449 - 1452 |
Studying Membranes with Scanning Force Microscopy and Patch-Clamp Technique Mosbacher J, Haberle W, Horber JK |
1453 - 1460 |
Butanethiol Self-Assembly on Au(001) - The 1X4 Au Missing-Row, C(2X8) Molecular Lattice Poirier GE |
1461 - 1465 |
Comparative Scanning-Tunneling-Microscopy Observation of a Homologous Series of N-Alkyloxy-Cyanobiphenyles Walzer K, Hietschold M |
1466 - 1471 |
Omega-Functionalized Self-Assembled Monolayers Chemisorbed on Ultraflat Au(111) Surfaces for Biological Scanning Probe Microscopy in Aqueous Buffers Wagner P, Zaugg F, Kernen P, Hegner M, Semenza G |
1472 - 1475 |
Current Imaging Tunneling Spectroscopy of an Alkyl Cyanobiphenyl Liquid-Crystal Rivera M, Williamson RL, Miles MJ |
1476 - 1480 |
Structural Investigation of Cytochrome-F Langmuir-Blodgett-Films with Scanning-Tunneling-Microscopy - Protein Aggregation Tazi A, Boussaad S, Derose JA, Leblanc RM |
1481 - 1485 |
Atomic-Force Microscope Study of Chromatic Transitions in Polydiacetylene Thin-Films Lio A, Reichert A, Nagy JO, Salmeron M, Charych DH |
1486 - 1491 |
Scanning Thermal Microscopy - Subsurface Imaging, Thermal Mapping of Polymer Blends, and Localized Calorimetry Hammiche A, Hourston DJ, Pollock HM, Reading M, Song M |
1492 - 1497 |
Characterization of Mixed Miscible and Nonmiscible Phospholipid Langmuir-Blodgett-Films by Atomic-Force Microscopy Solletti JM, Botreau M, Sommer F, Duc TM, Celio MR |
1498 - 1502 |
Scanning-Tunneling-Microscopy Based on the Conductivity of Surface-Adsorbed Water - Charge-Transfer Between Tip and Sample via Electrochemistry in a Water Meniscus or via Tunneling Heim M, Eschrich R, Hillebrand A, Knapp HF, Guckenberger R, Cevc G |
1503 - 1508 |
Combined Scanning Force, Lateral Force, and Scanning Surface-Potential Microscopy on Phase-Separated Langmuir-Blodgett-Films Jacobi S, Chi LF, Fuchs H |
1509 - 1512 |
Scanning Force Microscopy of Polyolefinic Rubbers in Homopolypropylene Matrices Labardi M, Allegrini M, Marchetti E, Sgarzi P |
1513 - 1517 |
Minimizing the Size of Force-Controlled Point Contacts on Silicon for Carrier Profiling Snauwaert J, Blanc N, Dewolf P, Vandervorst W, Hellemans L |
1518 - 1521 |
Scanned Probe Microscope Tip Characterization Without Calibrated Tip Characterizers Villarrubia JS |
1522 - 1526 |
In-Situ Control and Analysis of the Scanning Tunneling Microscope Tip by Formation of Sharp Needles on the Si Sample and W Tip Heike S, Hashizume T, Wada Y |
1527 - 1530 |
Pt-SnO2 Thin-Films for Gas Sensor Characterized by Atomic-Force Microscopy and X-Ray Photoemission Spectromicroscopy Cricenti A, Generosi R, Scarselli MA, Perfetti P, Siciliano P, Serra A, Tepore A, Almeida J, Coluzza C, Margaritondo G |
1531 - 1535 |
International Intercomparison of Scanning-Tunneling-Microscopy Barbato G, Cameiro K, Cuppini D, Garnaes J, Gori G, Hughes G, Jenson CP, Jorgensen JF, Jusko O, Livi S, Mcquoid H, Nielsen L, Picotto GB, Wilkening G |
1536 - 1539 |
Direct Imaging of SiO2 Thickness Variation on Si Using Modified Atomic-Force Microscope Mang KM, Khang Y, Park YJ, Kuk Y, Lee SM, Williams CC |
1540 - 1546 |
Increasing the Value of Atomic-Force Microscopy Process Metrology Using a High-Accuracy Scanner, Tip Characterization, and Morphological Image-Analysis Schneir J, Villarrubia JS, Mcwaid TH, Tsai VW, Dixson R |
1547 - 1551 |
Kelvin Probe Force Microscopy for Characterization of Semiconductor-Devices and Processes Tanimoto M, Vatel O |
1552 - 1556 |
Blind Restoration Method of Scanning Tunneling and Atomic-Force Microscopy Images Dongmo S, Troyon M, Vautrot P, Delain E, Bonnet N |
1557 - 1562 |
Blind Reconstruction of Scanning Probe Image Data Williams PM, Shakesheff KM, Davies MC, Jackson DE, Roberts CJ, Tendler SJ |
1563 - 1568 |
Neural-Network Correction of Nonlinearities in Scanning Probe Microscope Images Hadjiiski L, Munster S, Oesterschulze E, Kassing R |