STM'05: Conference Program |
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Sunday July 3 |
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Public Lecture in Japanese (Meeting Room 108) (through 17:00) |
14:00 |
Nishi, Y. & Uchiyama, T. |
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Nanotechnology, and How Would It Contribute to Our Better Life and Society |
16:00 |
Registration (Entrance Hall) (until 20:00) |
18:00 |
Welcome Reception (Mid-sized Hall A & B) |
20:00 |
End |
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Monday July 4 |
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Kuk, Y. (Seoul Univ.) |
10:00 |
Opening (Conference Hall) |
10:15 |
Kern, K. |
Mon-P-1 |
STM beyond Imaging: Probing the Quantum World of Nanostructures |
11:00 |
Tsukada, M. |
Mon-P-2 |
Theoretical Exploration of Scanning Probe Microscopy Frontiers |
11:45 |
Lunch (Served in Entrance Hall) |
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Miles, M.J. (Univ. of Bristol) |
13:30 |
Saito, A. |
Mon-1-C1 |
Scanning Tunneling Microscope Combined with Hard X-ray Micro-Beam of High Brilliance from Synchrotron Radiation Source |
13:45 |
Dede, M. |
Mon-1-C2 |
Scanning Hall Probe Microscopy (SHPM) Using Quartz Crystal AFM Feedback |
14:00 |
Stark, R.W. |
Mon-1-C3 |
Multimode Electrostatic Force Microscopy for the Detection of Injected Charges |
14:15 |
Xiao, X. |
Mon-1-C4 |
A New STM Mode with Time Dependent Tunneling Spectroscopy for Studying Fast Surface Diffusion |
14:30 |
Weaver, J.M.R. |
Mon-1-C5 |
Accurate Scanning Thermal Microscopy Thermometry for Semiconductor Devices |
14:45 |
Tomoda, M. |
Mon-1-C6 |
Imaging of Megahertz Thermal Wave Diffusion by Optical Heterodyne Force Microscopy |
15:00 |
Reading, M. |
Mon-1-I7 |
Nanothermal Analysis (n-TA) and Photothermal IR Micro-Spectroscopy (PTMS), at Sub-250 nm Spatial Resolution (Invited) |
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Shigekawa, H. (Univ. of Tsukuba) |
13:30 |
Crain, J.N. |
Mon-2-C1 |
Observation of End States in One-Dimensional Atom Chains |
13:45 |
Kahng, S.-J. |
Mon-2-C2 |
Position-Resolved Scanning Tunneling Spectroscopy of Single Wall Carbon Nanotubes |
14:00 |
Arai, T. |
Mon-2-I3 |
Bias-Voltage Dependence of Chemical Bonding Force Detected by Noncontact Atomic Force Microscopy/Spectroscopy (Invited) |
14:30 |
Azuma, Y. |
Mon-2-C4 |
Single Electron Counting on Single Nanodot due to Coulomb Blockade by nc-AFM |
14:45 |
Miyahara, Y. |
Mon-2-C5 |
Detection of Single-Electron Charging in Individual InAs Quantum Dot by Electrostatic Force Measurement |
15:00 |
Rontani, M. |
Mon-2-C6 |
Imaging Quasi-Particle Wavefunctions in Semiconductor Quantum Dots via Tunneling Spectroscopies |
15:15 |
Mizoguchi, T. |
Mon-2-C7 |
Spin-Polarized Scanning Tunneling Spectroscopy with Spin-Polarized Electrons from Optically Pumped GaAs(110) |
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Tsukada, M. (Waseda Univ.) |
13:30 |
Kantorovich, L. |
Mon-3-I1 |
Playing Football on Reactive Surfaces - an Experimental and Theoretical Study (Invited) |
14:00 |
Chen, C.J. |
Mon-3-C2 |
Reciprocal STM and AFM: Probing Tip States with Known Samples |
14:15 |
Sader, J.E. |
Mon-3-C3 |
Quantitative Force Spectroscopy using Frequency Modulation Atomic Force Microscopy - Theoretical Foundations |
14:30 |
Caciuc, V. |
Mon-3-C4 |
Non-Contact Atomic Force Microscopy Simulations of Graphite(0001) using Empirical and ab-initio Methods |
14:45 |
Corni, S. |
Mon-3-C5 |
Modeling the ElectroChemical Scanning Tunneling Microscopy of Azurin |
15:00 |
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Mon-3-C6 |
-- removed -- |
15:15 |
Magonov, S. |
Mon-3-C7 |
True Molecular-Scale Imaging in Atomic Force Microscopy: Experiment and Modeling |
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K. Koike (Hokkaido Univ.) |
13:30 |
Schwarz, A. |
Mon-4-C1 |
Visualization of the Barkhausen Effect |
13:45 |
von Bergmann, K. |
Mon-4-C2 |
Magnetism of Fe on W(001) Studied by Spin-Polarized STM |
14:00 |
Ferriani, P. |
Mon-4-C3 |
Two-Dimensional Antiferromagnetism of Fe and Co Monolayers on W(001) Studied by Spin-Polarized STM |
14:15 |
Berbil-Bautista, L. |
Mon-4-C4 |
Ferromagnetic Domains in Dy(0001) Films on W(110) Studied by Means of Spin-Polarized-STM |
14:30 |
Wiesendanger, R. |
Mon-4-I5 |
Recent Progress in Spin-Polarized Scanning Tunneling Spectroscopy (Invited) |
15:00 |
Krause, S. |
Mon-4-C6 |
Spin-Polarized STM Through an Adsorbate Layer: Sulfur-Covered Fe/W(110) |
15:15 |
Kim, T.-H. |
Mon-4-C7 |
Magnetic Interaction between Single-Crystal Fe-Nano-Dot Arrays: an SP-STM Study |
15:30 |
Break (Complimentary Coffee/Tea) |
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Yoshimura, M. (Toyota Tech. Inst.) |
16:00 |
Miles, M.J. |
Mon-5-C1 |
High-speed AFM of Biomolecular Structures |
16:15 |
Sugawara, Y. |
Mon-5-C2 |
Sub-Nanometer Resolution Dynamic Force Microscopy in Liquids |
16:30 |
Yang, X.J. |
Mon-5-C3 |
Studying the Lateral Composition in Ge Quantum Dots on Si (001) by Conductive Atomic Force Microscopy |
16:45 |
Takahashi, T. |
Mon-5-C4 |
Intermittent Bias Application in Kelvin Probe Force Microscopy for Accurate Determination of Surface Potential |
17:00 |
Nishikawa, O. |
Mon-5-C5 |
Scanning Atom Probe Study of the Dissociation of Organic Molecules on Titanium Oxide |
17:15 |
Sato, T. |
Mon-5-C6 |
Field Emission Observations with a Scanning Tunneling Microscope |
|
Arai, T. (JAIST) |
16:00 |
Yakunin, A.M. |
Mon-6-C1 |
Mn in GaAs Studied by Cross-sectional STM: From a Single Impurity to Ferromagnetic Delta Layers |
16:15 |
Grandidier, B. |
Mon-6-C2 |
Acceptor states in GaAs studied by X-STS at 5K |
16:30 |
Hulsken, B. |
Mon-6-C3 |
Measuring the Au(111) Electronic Surface State at the Solid/Liquid Interface |
16:45 |
Mallet, P. |
Mon-6-C4 |
Defect-Induced Localization of the ErSi2/Si(111) Surface State |
17:00 |
Ono, M. |
Mon-6-C5 |
Local Potential Profile on the Si(111)-√3×√3-Ag Surface by Scanning Tunneling Spectroscopy |
17:15 |
Kemerink, M. |
Mon-6-C6 |
Invasive Spectroscopy on Soft Condensed Mater: Experiment and Model |
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Wiesendanger, R. (Univ. of Hamburg) |
16:00 |
Pietzsch, O. |
Mon-7-C1 |
Spin-Polarized Scanning Tunneling Spectroscopy of Co Islands on Cu(111) |
16:15 |
Yamada, T.K. |
Mon-7-C2 |
Spin-polarized Sacnning Tunneling Microscopy/Spectroscopy Study of MnAu(001) Thin Films |
16:30 |
Subagyo, A. |
Mon-7-C3 |
Charge Ordering of Reconstructed Fe3O4(001) Surfaces Studied by Spin-Polarized Scanning Tunneling Microscopy |
16:45 |
Nagaoka, K. |
Mon-7-C4 |
Magnetic-moment-induced Local Superstructure On A Graphite Surface Observed By SP-STM |
17:00 |
Takezaki, T. |
Mon-7-C5 |
Magnetic Field Measurement by Means of Scanning Magnetoresistance Microscope with Spin-Valve Sensor |
17:15 |
Koblischka, M.R. |
Mon-7-C6 |
High Frequency-MFM-Imaging of Harddisk Write Heads and Soft Magnetic Materials |
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Kantorovich, L. (King's College London) |
16:00 |
Totsuka, H. |
Mon-8-C1 |
Theoratical Analysis of Coverage Dependence of Local Tunneling Barrier Height on a Na/Al(100) Surface |
16:15 |
Sasaki, T. |
Mon-8-C2 |
First-Principles Calculation Method for Self-Consistent Ground-State Electronic Structures of Nanostructures Attached to Semi-Infinite Crystalline Bulks |
16:30 |
Tanaka, M. |
Mon-8-C3 |
First-Principles Study on Nanoscale Properties of Displacement Current Between Two Parallel Electrodes |
16:45 |
Hirose, K. |
Mon-8-C4 |
Current Image of H-Adsorbed Si(001) by First-Principles Electron-Transport Calculation |
17:00 |
Ono, T. |
Mon-8-C5 |
First-Principles Study on Electron Conduction Property of Nanowires |
17:15 |
Kim, H. |
Mon-8-C6 |
Adsorption of Hydrogen Atoms on the Si(111)4×1-In Surface |
17:30 |
Break |
17:45 |
Poster Session - I (Main Hall) (Complimentary Light Meal) |
20:00 |
End |
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Tuesday July 5 |
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Kern, K. (Max-Plack-Insti.) |
9:00 |
Murday, J.S. |
Tue-P-1 |
The New Strategic Plan for the U.S. National Nanotechnology Initiative and its Implications for Instrumentation and Metrology. |
9:45 |
Nishi, Y. |
Tue-P-2 |
Nanoelectronic Materials and Devices, Challenges and Opportunities |
10:30 |
Break (Complimentary Coffee/Tea) |
11:00 |
Heinrich, A.J. |
Tue-P-3 |
Inelastic STM Spectroscopy at Low Temperatures |
11:45 |
Lunch (Served in Entrance Hall) |
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Meyer, E. (Univv. of Basel) |
13:30 |
Kawakatsu, H. |
Tue-1-I1 |
Atomic Force Microscopy with a Heterodyne Laser Doppler Interferometer and Photothermal Excitation for in-Liquid Imaging (Invited) |
14:00 |
Kageshima, M. |
Tue-1-C2 |
Atomic Force Microscopy Sensor Fabricated with Length-Extensional Quartz Oscillator for Liquid Environment |
14:15 |
Pakarinen, O.H. |
Tue-1-C3 |
High Resolution Atomic Force Microscopy of Gold Nanoclusters on the KBr(001) Surface |
14:30 |
An, T. |
Tue-1-C4 |
Atomically Resolved Imaging by Frequency Modulation Noncontact Atomic Force Microscopy Using Quartz Length-Extension Resonator |
14:45 |
Müller, F. |
Tue-1-C5 |
Capacitive Atomic Force Mircoscopy in Dynamic Mode and other Experiments with Double Cantilever Devices |
15:00 |
Ichii, T. |
Tue-1-C6 |
Molecular-scale Investigations on Mixed Alkanethiol Self-assembled Monolayers by Noncontact Atomic Force Microscopy |
15:15 |
Akiyama, K. |
Tue-1-C7 |
Development of a Metal Probe Attached to a Si Cantilever |
|
Mamin, J. (IBM Almaden) |
13:30 |
Hammiche, A. |
Tue-2-C1 |
Photothermal IR Micro-Spectroscopy (PTMS), and its Applications in Cell Biology |
13:45 |
Kawahara, T. |
Tue-2-C2 |
Tunneling Spectroscopic Study for the Fluorescein Derivatives Attached to Deoxyribonucleic Acid |
14:00 |
Song, Y.J. |
Tue-2-C3 |
HOMO, LUMO and Derived States of a Pentacene Molecule on Gold Substrate |
14:15 |
Elemans, J.A.A.W. |
Tue-2-C4 |
Scanning Tunneling Microscopy and Spectroscopy Study of Porphyrins at the Au(111)/Alkane Interface |
14:30 |
Bartels, L. |
Tue-2-I5 |
Lessons from Chemistry for STM-based Excitation of Surface Reactions (Invited) |
15:00 |
Komeda, T. |
Tue-2-C6 |
Selection Rules Observed in Vibrational Spectroscopy with Inelastic Tunneling Spectroscopy |
15:15 |
Albrecht, T. |
Tue-2-C7 |
Transistor Effects in Redox Molecules at Room Temperature |
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Nakamura, M. (Chiba Univ.) |
13:30 |
Classen, T. |
Tue-3-C1 |
One Dimensional Metal-Organic Chains on Cu(110) |
13:45 |
Ramoino, L. |
Tue-3-C2 |
Layer-selective Self-assembly of Porphyrins on Ultrathin Insulators |
14:00 |
Linderoth, T.R. |
Tue-3-C3 |
Conformational Changes and Chiral Ordering in Adsorbed Molecular Layers Investigated by Time-resolved STM |
14:15 |
Stöhr, M. |
Tue-3-C4 |
Creation of Supramolecular Polymers via a Surface Induced Reaction |
14:30 |
Ojima, K. |
Tue-3-C5 |
Potential Mapping of Top-contacted Junctions: Molecules and Nanotransfer Printing Electrode |
14:45 |
Akai-Kasaya, M. |
Tue-3-C6 |
Polaron Injection into a One-dimensional Polydiacetylene Nanowire |
15:00 |
Yamachika, R |
Tue-3-I7 |
Controlled Atomic Doping of a Single C60 Molecule (Invited) |
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Sugawara, Y. (Osaka Univ.) |
13:30 |
Fukui, K. |
Tue-4-C1 |
Formation of One-dimensional C60 Rows on TiO2(110)-1×2 and Their Local Polymerization Induced by Tunneling Electrons |
13:45 |
Degawa, M. |
Tue-4-C2 |
Fluctuation Mediated Evolution of Nano-size Crystallites |
14:00 |
Nysten, B. |
Tue-4-I3 |
3D Organic Structures Grown onto Chemically Nano-Patterned Surfaces: an AFM Study (Invited) |
14:30 |
Spillmann, H. |
Tue-4-C4 |
Supramolecular Patterned Surfaces Driven by Cooperative Assembly of C60 and Porphyrins on Metal Surfaces |
14:45 |
Fujikawa, K. |
Tue-4-C5 |
The Study of Mechanism of Ni Growth Mode on TiO2(110) |
15:00 |
Berdunov, N. |
Tue-4-C6 |
Self-Assembly of Metal Clusters on Oxide Nanotemplates |
15:15 |
Ansari, Z.A. |
Tue-4-C7 |
Self-Assembled Ge Nano-Clusters Grown on Si(111)-7×7 at Elevated Temperatures |
15:30 |
Break (Complimentary Coffee/Tea) |
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Hasegawa, Y. (Univ. of Tokyo) |
16:00 |
Li, Y.J. |
Tue-5-C1 |
Identification of Subsurface Atom Species Using NC-AFM |
16:15 |
Saida, D. |
Tue-5-C2 |
Ability in Quantitative Measurement of Current-Induced Magnetic Field by Magnetic Force Microscopy |
16:30 |
Koeble, J. |
Tue-5-C3 |
Scanning Kelvin Probe Microscopy in Ultrahigh Vacuum: Electrical Characterisation of Nanodevices at Variable Temperature. |
16:45 |
Akiyama, T. |
Tue-5-C4 |
Scanning Probe with Tuning Fork Sensor, Microfabricated Silicon Cantilever and Conductive Tip for Microscopy at Cryogenic Temperature |
17:00 |
Meyer, E. |
Tue-5-I5 |
Variable Temperature Force Microscopy Experiments with atto-Newton Sensitivity (Invited) |
|
Bartels, L. (Univ. of California at Riverside) |
16:00 |
Kawagoe, T. |
Tue-6-C1 |
Magnetic Imaging of Cr (001) Films with Spiral Growth Terraces Studied by Spin-Polarized Scanning Tunneling Spectroscopy |
16:15 |
Wegner, D. |
Tue-6-C2 |
Electronic Structure and Dynamics of Quantum-Well States in Thin Yb-Metal films |
16:30 |
Wiebe, J. |
Tue-6-C3 |
The Spectroscopic Signature of Stacking Faults and Dislocation Lines on Co(0001) |
16:45 |
Bauer, A. |
Tue-6-C4 |
Surface-Induced Kondo Effect for Gd and Ho Atoms Embedded in Lu(0001) |
17:00 |
Colonna, S. |
Tue-6-C5 |
STM Observation of a Mott-Insulator Phase at the 1T-TaSe2 Surface |
17:15 |
Vázquez de Parga, A.L.. |
Tue-6-C6 |
Direct Observation of Non-collinear Coupling between Ferromagnetic Layers Grown on an Antiferromagnetic Surface |
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Linderoth, T.R. (Univ. of Aarhus) |
16:00 |
Fujihira, M. |
Tue-7-C1 |
Single Molecular Conductivity Measurements by STM under UHV |
16:15 |
Clair, S. |
Tue-7-C2 |
Metal-Directed Assembly Using Textured Substrates: Fe, Co - Terephthalate Coordination Networks and Ribbons on Au(111) |
16:30 |
Yamada, F. |
Tue-7-C3 |
Surface Potential and Capacitance Measurement of Molecules on Insulating Substrate |
16:45 |
Zhu, J. |
Tue-7-C4 |
Imaging Single Electron Charging in Carbon Nanotubes with Non-Contact Atomic Force Microscopy |
17:00 |
Nakamura, M. |
Tue-7-C5 |
Development of Atomic-Force-Microscope Potentiometry for Precise Potential Mapping of Working Thin-Film Transistors |
17:15 |
Mena-Osteritz, E. |
Tue-7-C6 |
3D Self-Assembly of Organic Semiconductors: Towards Molecular Electronics |
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Takahashi, T. (Univ. of Tokyo) |
16:00 |
Katano, S. |
Tue-8-C1 |
Reversible Chemical Modification of CH3NC on Pt(111) by Scanning Tunneling Microscope |
16:15 |
Rahman, M.M. |
Tue-8-C2 |
Electron Standing Wave Analysis in an STM Vacuum Gap for Nano-Structure Fabrication on Si Surfaces |
16:30 |
Lee, G. |
Tue-8-C3 |
Nano-Scale Inhomogeneities and Fluctuations in the Surface Quasi-One Dimensional System |
16:45 |
Xu, H. |
Tue-8-C4 |
Cobalt Nanowires Fabrication on Atomic Nitrogen-templated Cu(210) Surface |
17:00 |
Cai, Q. |
Tue-8-C5 |
Growth Behaviors and Evolutions of Epitaxial Er Nanostructures Self-organized on the Vicinal Si(001) Surface |
17:15 |
Kimura, K. |
Tue-8-C6 |
Control and Visualization of Polymer Chain Orientation by Friction Force Microscopy |
17:30 |
Break |
17:45 |
Poster Session - II (Main Hall) (Complimentary Light Meal) |
20:00 |
End |
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Wednesday July 6 |
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Heinrich, A.J. (IBM Almaden) |
9:00 |
Mamin, J. |
Wed-P-1 |
Single Spin Detection Using Magnetic Resonance Force Microscopy |
9:45 |
Ando, T. |
Wed-P-2 |
High-speed AFM for Studying the Dynamic Behavior of Protein Molecules at Work |
10:30 |
Break (Complimentary Coffee/Tea) |
11:00 |
Bai, C. |
Wed-P-3 |
Atomic and Molecular Process under STM World |
11:45 |
Lunch (Served in Entrance Hall) |
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Kawakatsu, H. (Univ. of Tokyo) |
13:30 |
Hu, SQ. |
Wed-1-C1 |
Observation of Subharmonics and Chaos in Tapping Mode Atomic Force Microscopy |
13:45 |
Hölscher, H. |
Wed-1-C2 |
Dynamic Force Spectroscopy in Vacuum, Air, and Liquids Using the Constant Excitation Mode |
14:00 |
Kindt, J. |
Wed-1-I3 |
Advances in Fast AFM Technology (Invited) |
14:30 |
Zoriniants, G. |
Wed-1-C4 |
Polarization Anomaly in Near-Field Magneto-Optical Microscopy Designed for Spindynamics Studies |
14:45 |
Miyake, K. |
Wed-1-C5 |
Measurement of Mechanical Properties of Bulk and Thin Film Materials by AFM Indentation |
15:00 |
Torricelli, G. |
Wed-1-C6 |
Studies of Two Damping Channels Controlled by the Near Field Distance: Johnson Noise and Thermal Electromagnetic Field Fluctuations |
15:15 |
Gómez-Navarro, C. |
Wed-1-C7 |
Electronic Transport Properties of Ion Irradiated Single Walled Carbon Nanotubes |
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Matsumoto, T. (Osaka Univ.) |
13:30 |
Sheehan, P.E. |
Wed-2-C1 |
Direct Deposition of Electronic Materials with Thermal DPN |
13:45 |
Song, A.M. |
Wed-2-C2 |
Scanning Probe Microscope Based Nanolithography on Conducting Polymer Films |
14:00 |
van Schaik, J.H.K. |
Wed-2-C3 |
Surface Templating by Electro-oxidative Nanolithography - Dynamic Studies of the Patterning by Force Spectroscopic Investigations |
14:15 |
Suter, K. |
Wed-2-C4 |
Local Oxidation of Titanium Using a Dynamic Mode Operated Tuning Fork Probe with Microfabricated Silicon Cantilever |
14:30 |
Naujoks, N. |
Wed-2-I5 |
Electrical AFM Draws Charge Patterns to Guide Particle Deposition in Liquids (Invited) |
15:00 |
Pellegrino, L. |
Wed-2-C6 |
Nanopatterning of Transition Metal Oxides by the Voltage-Biased Tip of an Atomic Force Microscope |
15:15 |
Egger, S. |
Wed-2-C7 |
Applications of Dynamic Shadow Mask Technique |
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Tobenas, S. (EPFL) |
13:30 |
Imer, R. |
Wed-3-I1 |
Scanning Force Endoscope (Invited) |
14:00 |
Otsuka, Y. |
Wed-3-C2 |
Structure and Electrical Property of DNA Molecules Immobilized on Patterned Hydrophobic / Hydrophilic Surface |
14:15 |
Matsumoto, T. |
Wed-3-C3 |
Conduction through Cytochrome c Molecules |
14:30 |
Taniguchi, M. |
Wed-3-C4 |
Reversible Disociation-Association Interaction of Regulatory Light Chains on Single Oyster Myosin Molecule observed by Atomic Force Microscopy |
14:45 |
Ros, R. |
Wed-3-C5 |
Single Molecule Recognition by AFM Force Spectroscopy: From Transcriptional Regulation to Supramolecular Chemistry |
15:00 |
Campbell, P.A. |
Wed-3-C6 |
Discriminating Cavitation Induced Membrane Damage from Chemical Fixing Artifacts with AFM |
15:15 |
Mikamo, E. |
Wed-3-C7 |
AFM Imaging of Ribosomes Lined on mRNA at Translation State |
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Fukui, K. (Tokyo Inst. of Tech.) |
13:30 |
Schnadt, J. |
Wed-4-C1 |
O/Ag(111) Revisited Using STM and XPS: New Structures and Structure Models |
13:45 |
Berkó, A. |
Wed-4-C2 |
Identification of K-CO Ionic Complex on Cu(110) Surfaces by STM-STS and TDS Methods |
14:00 |
Vang, R.T. |
Wed-4-C3 |
Towards Atomic Scale Design of Catalysts |
14:15 |
Namai, Y. |
Wed-4-C4 |
Controlled Structure of Hydroxyl Groups on TiO2(110) Surface with Linear Oxygen Vacancy Studied by Scanning Probe Microscopy |
14:30 |
Sasahara, A. |
Wed-4-C5 |
Kelvin Probe Force Microscope Observation of Pt Clusters on TiO2 Surface |
14:45 |
Matsushima, T. |
Wed-4-C6 |
STM and NEXAFS Studies of N2O Orientation on Pd(110) |
15:00 |
Besenbacher, F. |
Wed-4-I7 |
Atomic-Scale Investigations on the Role of Ni and Co Promoters in MoS2-based Hydrotreating Catalysts (Invited) |
15:30 |
Break (Complimentary Coffee/Tea) |
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Hoelscher, H. (Univ. of Muenster) |
16:00 |
Nagase, M. |
Wed-5-C1 |
Carbon Multi-probes on a Si Cantilever for Pseudo-MOSFET |
16:15 |
Soppera, O. |
Wed-5-C2 |
New Nanofunctionalized Photopolymer Probes for SNOM Applications |
16:30 |
Tanemura, M. |
Wed-5-C3 |
Direct Growth of a Single Carbon Nanofiber onto a Tip of Scanning Probe Microscopy Induced by Ion Irradiation |
16:45 |
Dobson, P.S. |
Wed-5-C4 |
A Batch Fabricated SECM-AFM Probe |
17:00 |
Sulzbach, T. |
Wed-5-C5 |
Advanced Tips for High Resolution Magnetic Force Microscopy |
17:15 |
Akita, S. |
Wed-5-C6 |
Buckling Behavior of Carbon Nanotube Probe |
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Yamada, H. (Kyoto Univ.) |
16:00 |
Ishida, T. |
Wed-6-C1 |
In-situ TEM observation of the Gold Nano-Contact Formation by Electric Field |
16:15 |
Isoda, S. |
Wed-6-C2 |
Selective Molecular Adsorption into a Nano-domain from a Mixture Solution |
16:30 |
Chung, H.J. |
Wed-6-C3 |
Electronic Structure and Transport Properties of Polypyrrole: an STM and an SGM Study |
16:45 |
Ando, A. |
Wed-6-C4 |
Simultaneous Mechanical and Electrical Measurement of Nanostructures by Self-sensing Piezoresistive Cantilever in Scanning Electron Microscope |
17:00 |
Naitou, Y. |
Wed-6-C5 |
Mapping of Ferroelectric Response by Scanning Capacitance Microscopy with Self-Sensing Conductive Probe |
17:15 |
Suzuki, S. |
Wed-6-C6 |
Simultaneous Observation of Magnetic Domain Structure and Topography in FeCo by Using Scanning Lorentz Force Microscopy (SLFM) |
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Ros, R. (Univ. of Bielefeld) |
16:00 |
Fukuma, T. |
Wed-7-C1 |
True Atomic Resolution in Liquid by Frequency-Modulation Atomic Force Microscopy |
16:15 |
Yaminsky, I.V. |
Wed-7-C2 |
Concurrence of Intermolecular Forces in Monolayers |
16:30 |
Tobenas, S. |
Wed-7-C3 |
Study of DNA in "Glass Like State" on Different Substrates by AFM |
16:45 |
Yamaguchi, T. |
Wed-7-C4 |
Observation of Ordered Arrays of Adsorbed Lysozyme by STM |
17:00 |
Higgins, M.J. |
Wed-7-C5 |
Determining the Role of Water at Biomolecular Interfaces |
17:15 |
Jeon, K. |
Wed-7-C6 |
Structural Investigation of Feeder Cells Supporting Human Embryonic Stem Cells under Various Conditions Using Mesoscopic AFM Imaging |
|
Matsushima, T. (Hokkaido Univ.) |
16:00 |
Blanco, J.M. |
Wed-8-C1 |
The Origin of Contrast in STM Images of Oxygen on Pd(111) and its Dependence on Tip Structure and Tunnelling Parameters. |
16:15 |
Itaya, K. |
Wed-8-C2 |
In situ STM of Supramolecular Assembled Adlayers on Au Single Crystal Electrodes |
16:30 |
Wandelt, K. |
Wed-8-C3 |
Molecular Structure and Redox Behavior of Viologenes Adsorbed on a Chloride Precovered Cu(100) Electrode: an Electrochemical STM Study |
16:45 |
Arima, K. |
Wed-8-C4 |
Atomic-Scale Evaluation of Si(001) Surfaces Finished by Novel Global Planarization Process |
17:00 |
Hirai, N. |
Wed-8-C5 |
In-situ EC-AFM Observation on Au(100) in Room Temperature Ionic Liquid |
17:15 |
Yau, S.-L. |
Wed-8-C6 |
Elucidation of the Deposition Processes and Spatial Structures of Alkanethiol and Arylthiol Molecules Adsorbed on Pt(111) Electrodes with In situ Scanning Tunneling Microscopy |
17:30 |
Break |
17:45 |
Poster Session - III (Main Hall) (Complimentary Light Meal) |
20:00 |
End |
|
Thursday July 7 |
|
Wright, O.B. (Hokkaido Univ.) |
9:00 |
Smoliner, J. |
Thu-1-I1 |
Cross Sectional Ballistic Electron Emission Microscopy for Schottky Barrier Height Profiling on Heterostructures (Invited) |
9:30 |
O'Shea, S.J. |
Thu-1-C2 |
Nanoscale Spectroscopy and Imaging of Metal-Organic Interfaces using BEEM |
9:45 |
Kobayashi, K. |
Thu-1-C3 |
Dopant Charge Detection on GaAs(110) by STM-BH |
10:00 |
Reusch, T.C.G |
Thu-1-C4 |
Reversible Changes of Phosphorus Dopants in the Si(001) Surface Induced by Scanning Tunneling Microscopy |
10:15 |
Jordan, K. |
Thu-1-C5 |
STM Study of the Fe/Ge (001) Interface |
|
Hashizume, T. (Hitachi Ltd.) |
9:00 |
Kuk, Y. |
Thu-2-I1 |
Chain Molecules : Geometric and Electronic Structures and Transport Property (Invited) |
9:30 |
Ashino, M. |
Thu-2-C2 |
Atomic-Resolution Dynamic Force Microscopy and Three-Dimensional Force Field Spectroscopy of Single-Walled Carbon Nanotubes |
9:45 |
Kulik, A.J. |
Thu-2-C3 |
Mechanical Properties and Anisotropy of Carbon nanotubes and Biological Microtubules |
10:00 |
Albrecht, P.M. |
Thu-2-C4 |
UHV-STM Characterization of Carbon Nanotubes on Semiconductor Surfaces |
10:15 |
Nakaya, M. |
Thu-2-C5 |
Control of Nanoscale Reversible Chemical Reaction of C60 Molecules Using an STM Tip |
|
Komeda, T. (Tohoku Univ.) |
9:00 |
Liu, Z. |
Thu-3-C1 |
Thermochemical Hole Burning on Charge-Transfer Complexes for Ultrahigh Density Data Storage |
9:15 |
Ohara, M. |
Thu-3-C2 |
Hopping Phenomenon of Methyl-Thiolate on Cu (111) |
9:30 |
Fölsch, S. |
Thu-3-I3 |
Quantum Confinement in Straight, Kinked, and Branched Cu/Cu(111) Ad-Atom Chains (Invited) |
10:00 |
Choi, B.-Y. |
Thu-3-C4 |
Transformation of Electronic Structure Induced by Conformational Transition in a Single Molecule |
10:15 |
Stroscio, J.A. |
Thu-3-C5 |
Atom Manipulation Dynamics of Co and Cu on Cu(111) Surfaces |
|
Kageshima, M. (Osaka Uni.v) |
9:00 |
Cho, S. |
Thu-4-C1 |
Stress-induced Orientation Transformation from (5 5 12) to (7 7 17) |
9:15 |
Krupski, A. |
Thu-4-C2 |
STM Study of Fe Clusters on Al2O3/Ni3Al(111) |
9:30 |
Nakajima, K. |
Thu-4-C3 |
Polymer Surfaces as Model Samples for Dynamic-Mode AFM |
9:45 |
Ohno, Y. |
Thu-4-C4 |
Atomistic Structure of Spontaneously-Ordered GaInP |
10:00 |
Koenraad, P.M. |
Thu-4-I5 |
Intermixing, Decomposition and Segregation During InAs Dot and Ring Formation on GaAs and AlAs Analyzed by Cross-sectional STM (Invited) |
10:30 |
Break (Complimentary Coffee/Tea) |
|
Smoliner, J. (Vienna Univ. of Tech.) |
10:45 |
Nomura, H. |
Thu-5-C1 |
Identification Mechanism of Atomic Species on Ge/Si(111)-(7×7) Surface by Using NC-AFM/KPFM |
11:00 |
Rezek, B. |
Thu-5-C2 |
Understanding Functionalized Diamond Surfaces via Atomic and Kelvin Force Microscopy |
11:15 |
Suddards, M.E. |
Thu-5-C3 |
Low Temperature Scanning Capacitance Microscopy |
11:30 |
Hasegawa, Y. |
Thu-5-I4 |
STM and AFM; Which is Better for Surface Structural Analysis? Non-contact AFM Studies on Ge/Si(105) Surface (Invited) |
|
Tomitori, M. (JAIST) |
10:45 |
Kelly, K.F. |
Thu-6-I1 |
Investigation of Single Molecule Motion and Molecular Machines: Driving Nanocars (Invited) |
11:15 |
Suzuki, H. |
Thu-6-C2 |
Molecular Overlayer Structure of Thermally Unstable Molecule Deposited by A Spray-jet Molecular Beam Deposition System |
11:30 |
|
Thu-6-C3 |
-- removed -- |
11:45 |
Hirade, M. |
Thu-6-C4 |
Energy Spectra of Electrons Backscattered from Sample Surfaces with Hetero Structures using Field Emission Scanning Tunneling Microscopy |
|
O'Shea, S.J. (IMRE) |
10:45 |
Sugimoto, Y. |
Thu-7-C1 |
Atom Assembly Using Atomic Force Microscopy at Room Temperature |
11:00 |
Pérez, R. |
Thu-7-C2 |
Nanomanipulation using Only Mechanical Energy |
11:15 |
Socoliuc, A. |
Thu-7-C3 |
Can Two Solids Bodies Slide Past Each Other With Negligible Friction? |
11:30 |
Hwang, I.-S. |
Thu-7-C4 |
Probing Dynamics of a Phase Transition of Two-Dimensional Nano-Domains with STM Imaging and Manipulation |
11:45 |
Yin, F. |
Thu-7-C5 |
Field Induced Formation of Nanoscale Gold Fingers on the Au(111) Surface with the STM |
|
Takeuchi, O. (Univ. of Tsukuba) |
10:45 |
Fritz, T. |
Thu-8-C1 |
The Growth of Titanylphthalocyanine on Au(111): a Combined STM, LEED, and Molecular Modeling Study |
11:00 |
Pai, W.W. |
Thu-8-C2 |
Adsorption of Methyl (CH3) and Methylnitrene (NCH3) Radicals on Cu Surfaces Studied by STM |
11:15 |
Wagner, Th. |
Thu-8-C3 |
The Adsorption of 3,4,9,10 Perylenetetracaboxlic Dianhydrid on Cu(100) |
11:30 |
Komura, M. |
Thu-8-C4 |
AFM Images of Cleaved Cross Sections of Microphase Separated Films with Hexagonally Arranged Cylinder Structure |
11:45 |
Merz, L. |
Thu-8-C5 |
Spontaneous Reorganisation of Alkoxylated Fréchet-Dendrons on Graphite |
12:00 |
Break |
12:30 |
Excursion (at Noboribetsu Hot spring, Lunch in the buses; Come to the parking lot) |
18:30 |
Banquet (at Northern Horse Park) |
22:30 |
End (Arrival at Sapporo) |
|
Friday July 8 |
|
Xue, Q.-K. (Chin. Academy of Sci.) |
9:00 |
Kohsaka, Y. |
Fri-1-I1 |
Imaging Local Charge Density in a Doped Mott Insulator (Invited) |
9:30 |
Yamazaki, S. |
Fri-1-C2 |
Study of Surface Electrical Conduction at Glass-Crystal Transition in Au/Si(111) Surface Superstructures: Variable Range Hopping at Glass Phase |
9:45 |
Liu, C. |
Fri-1-C3 |
Influence of Adatoms on the Two-Dimensional Electron Gas in the Surface of Si(111)-√3×√3-Ag |
10:00 |
Yoshida, S. |
Fri-1-C4 |
Nanoscale Band Structure Analysis of Semiconductor through Surface Photovoltage Observation by STM |
10:15 |
Zhang, P.P. |
Fri-1-C5 |
Surface Electronic Transport in Ultrathin Silicon-on-Insulator |
|
Nakajima, K. (Tokyo Inst. of Tech.) |
9:00 |
Cricenti, A. |
Fri-2-C1 |
Micro-radiographs Stored in Lithium Fluoride Films Observed by Scanning Near-Field Optical Microscopy |
9:15 |
Liu, H.W. |
Fri-2-C2 |
Fluorescence of Porphyrin Thin Films on Conductive Substrates by STL |
9:30 |
Inoue, Y. |
Fri-2-I3 |
Nonlinear and Near Field Effects of Tip-Enhanced Raman Microscopy for Nano-Imaging (Invited) |
10:00 |
Dawson, P. |
Fri-2-C4 |
Spectral Analysis of Light Emission in Scanning Tunnelling Microscopy |
10:15 |
Nakamura, Y. |
Fri-2-C5 |
Observation of Coulomb Blockade of Individual Ge Quantum Dots Using Scanning Tunneling Microscopy |
|
Onishi, H. (Kobe Univ.) |
9:00 |
Lauritsen, J.V |
Fri-3-C1 |
Water Dissociation on TiO2 imaged by Atom-resolved Non-contact AFM |
9:15 |
Minato, T. |
Fri-3-C2 |
Spatial distribution of defect states on TiO2(110) |
9:30 |
Brezna, W. |
Fri-3-C3 |
Mapping of Local Oxide Properties by Quantitative Scanning Capacitance Spectroscopy |
9:45 |
Brun, C. |
Fri-3-C4 |
Observation of Charge Density Waves in Rubidium Blue Bronze Rb0.3MoO3 by Scanning Tunneling Microscopy |
10:00 |
Kurnosikov, O. |
Fri-3-C5 |
Surface Superstructures of Ordered Layers of Al2O3 on Ni3Al(001) |
10:15 |
Pang, C.L. |
Fri-3-C6 |
Scanning Probe Microscopy Studies of Oxide on Oxide Growth |
|
Wiebe, J. (Hamburg Univ.) |
9:00 |
Ma, X.-C. |
Fri-4-C1 |
Quantum Well States Facilitated Oxygen Chemisorption on Pb(111) Thin Films |
9:15 |
Sharma, H.R. |
Fri-4-C2 |
Scanning Tunneling Microscopy of Quasicrystal Surfaces |
9:30 |
Saida, M. |
Fri-4-C3 |
Local Tunneling Barrier Height Observations of a NiAl (110) Surface |
9:45 |
Calleja, F. |
Fri-4-C4 |
Quantum Size Effects in Lead Nanodots Grown on Cu(111) |
10:00 |
Wenderoth, M. |
Fri-4-I5 |
Probing Noble Metal Bulk States with the STM (Invited) |
10:30 |
Break (Complimentary Coffee/Tea) |
|
Kohsaka, Y. (Cornell Univ.) |
10:45 |
Gómez-Rodríguez, J.M. |
Fri-5-C1 |
Direct Observation of the (3×3) to (√3×√3) Phase Transition in Pb/Si(111) by Variable Temperature Scanning Tunneling Microscopy |
11:00 |
Ishigami, M. |
Fri-5-C2 |
Atomic Scale Investigation of Schottky Barrier Formation: Lead on Si(111) |
11:15 |
Naitoh, Y. |
Fri-5-C3 |
Structural Manipulation on Si(001) Surface at 5K Controlled by AFM Tip |
11:30 |
Hossain, Md.Z. |
Fri-5-C4 |
Observation of Surface Si-C Species on the Si(100)c(4×4) Surface at 80 K |
11:45 |
Suwa, Y. |
Fri-5-C5 |
First Principles Study of Dihydride Chains on H-Terminated Si(100)-2×1 Surface |
12:00 |
Kimura, K. |
Fri-5-C6 |
Two-dimensional Carrier Profiling on Operating Si-MOSFET by Scanning Capacitance Force Microscopy and SCM |
|
Kobayashi, K. (Ochanomizu Univ.) |
10:45 |
Ternes, M. |
Fri-6-C1 |
Midgap States and Josephson Supercurrent in Asymetric Superconducting Tunneljunctions |
11:00 |
Ichimura, K. |
Fri-6-C2 |
Scanning Tunneling Spectroscopy on Organic Superconductors |
11:15 |
Nishio, T. |
Fri-6-C3 |
Low-temperature Scanning Tunneling Microscopy on Nanometer-size Superconductors |
11:30 |
Xue, Q. |
Fri-6-I4 |
Superconductivity Modulated by Quantum Size Effects (Invited) |
|
Sawamura, M. (Hokkaido Univ.) |
10:45 |
Maris, G. |
Fri-7-I1 |
Towards Spin-Polarized STM on Magnetite (110) (Invited) |
11:15 |
Endo, K. |
Fri-7-C2 |
AFM Study on High-Quality Thin Films of Perovskite-Related Oxides Grown by MOCVD toward Novel Nano-Electronic Devices |
11:30 |
Teichert, C. |
Fri-7-C3 |
Conducting Atomic-Force Microscopy to Study Electrical Homogeneity of High-k Dielectric Thin Films on the Nanometer Scale |
11:45 |
Sugihara, T. |
Fri-7-C4 |
Scanning Nonlinear Dielectric Microscopy for Observation of Nano-scale Three-dimensional Ferroelectric Domain Structure |
|
Wenderoth, M. (Univ. of Gätingen) |
10:45 |
Meier, F. |
Fri-8-C1 |
Oberservation of a Surface State on the Pt(111) Surface |
11:00 |
Cazacu, A. |
Fri-8-C2 |
Strain Induced Nanostructure Formation in Ultrathin Cr Films on Mo (110) Substrate |
11:15 |
Yoshimura, M. |
Fri-8-C3 |
Growth of Fe on Pt(111) and Alloy Formation |
11:30 |
Fujii, J. |
Fri-8-C4 |
Self Organization of Non Magnetic Impurities on Fe(100) |
11:45 |
Nakamura, J. |
Fri-8-C5 |
Formation of Ni3S3 clusters on a Ni(111) surface by dissociation of H2S |
12:15 |
Closing (Mid-sized Hall A) |
|
Poster Session I - Monday, July 4 (Main Hall 17:45-20:00) |
|
Bio |
|
|
Mon-Pos-1 |
-- removed -- |
|
Azehara, H. |
Mon-Pos-2 |
Force Measurements on Adsorbed Lipid Bilayer Membranes by AFM |
|
Arakawa, H. |
Mon-Pos-3 |
Zeptomoles Level Detection of Protein Molecules in Combination of Atomic Force Microscope and Total Internal Reflection Fluorescence Microscope |
|
Sato, H. |
Mon-Pos-4 |
Preparation of Supramolecular Porphyrin Polymer on Surface |
|
Campbell, P.A. |
Mon-Pos-5 |
Dislocation Mediated Dissolution of the Amino Acid L-Valine |
|
Campbell, P.A. |
Mon-Pos-6 |
Rapid Optimisation of Fixation Time on Cells via Elasticity Mapping |
|
Sugiyama, S. |
Mon-Pos-7 |
Attempt to Apply Scanning Probe Microscopy to Genetic Analysis |
|
Mizutani, T. |
Mon-Pos-8 |
Spatial Distribution of Stiffness on Biomaterial Gels Measured by Wide-Range Scanning Probe Microscopy |
|
Hida, A. |
Mon-Pos-9 |
Diagnosis of Osteogenesis Imperfecta Collagen Molecules by Scanning Tunneling Microscopy |
|
Takagi, A. |
Mon-Pos-10 |
Observation of Various Porphyrinoids Adsorbed on a Substrate by Using AFM/STM |
|
Structural Analysis |
|
Wang, C.C. |
Mon-Pos-11 |
AFM Image Analysis applied on Study of Dispersion of Filler in Polymers |
|
Kang, H.-G. |
Mon-Pos-12 |
Various Conditions Afftecing an Oxidization of YBCO Superconducting Thin Films during the AFM Lithography |
|
Cricenti, A. |
Mon-Pos-13 |
Chemically Resolved Imaging of Biological Cells by Free Electron Laser Infrared Scanning Near-Field Optical Microscopy |
|
Yoshimura, M. |
Mon-Pos-14 |
Scanning Probe Microscopy Study on Nafion Films |
|
Baik, J.Y. |
Mon-Pos-15 |
Direct Observation Of π-Bonds Functionalized On Si(111) 7×7 Surface By 1,3-butadiene |
|
Seo, J.M. |
Mon-Pos-16 |
Cyclic Transformation of 1-D Structures during Homoepitaxy of Si(5 5 12)-2×1 |
|
Oka, H. |
Mon-Pos-17 |
Interaction of Herringbone Ridge with Dislocation on Au(111) Surfaces |
|
Semiconductors |
|
Yoo, Y.K. |
Mon-Pos-18 |
CMP Metrology with Atomic Force Profiler |
|
Lin, D.-S. |
Mon-Pos-19 |
Atomistic View of the Recombinative Desorption of H2 from H/Si(100) |
|
Hahn, J.R. |
Mon-Pos-20 |
Adsorption Structures of Benzene on a Si(5 5 12)-2×1 Surface: A combined STM and Theoretical Study |
|
Kim, A. |
Mon-Pos-21 |
Surface Reactions of a Bifunctional Molecule for Layer-by-layer Growth: Ethylene Diamine on Ge(100) |
|
Matsumoto, T. |
Mon-Pos-22 |
Kinetic and Thermodynamic Control by Chemical Bond Rearrangement on a Si(001) Surface |
|
Bannani, A. |
Mon-Pos-23 |
Energy Loss of Conducting Electrons in Noble Metals |
|
Wenderoth, M. |
Mon-Pos-24 |
Spatially Resolved Scanning Tunneling Spectroscopy of Shallow Acceptors in Gallium Arsenide |
|
Bae, S.-S. |
Mon-Pos-25 |
Adsorption and Reaction of Methanol on Ge(100) |
|
Metals |
|
Bartels, L. |
Mon-Pos-26 |
On Walking and Waltzing Molecules |
|
Xu, M. |
Mon-Pos-27 |
Oxygen-Induced Surface Structures of Nb(111) Investigated by STM |
|
Kralj, M. |
Mon-Pos-28 |
STM and SXRD Study of Au/Pd(110) Structures |
|
Oxide |
|
Lo, R.-L. |
Mon-Pos-29 |
AFM Nano-Lithography on Hafnium Oxide Thin Films |
|
Pang, C.L. |
Mon-Pos-30 |
Scanning Tunneling Microscopy Study of the Adsorption of Ammonia on Rutile TiO2(110) |
|
Magnetic System |
|
Smoliner, J. |
Mon-Pos-31 |
Ballistic Electron Transport in Spin Valve Transistors |
|
|
Mon-Pos-32 |
-- removed -- |
|
|
Mon-Pos-33 |
-- removed -- |
|
Seo, J. |
Mon-Pos-34 |
Antiferromagnetic Coupling in Patterned Ferromagnetic Dot Arrays |
|
Catalysis & Electrochemistry |
|
Katoh, J. |
Mon-Pos-35 |
Investigation of Machining Mechanism in Elastic Emission Machining (EEM) on the Atomic Scale |
|
Electronic-device |
|
Miyato, Y. |
Mon-Pos-36 |
Surface Potential Measurements of Carbon Nanotubes on Substrate Modified with Self-Assembled Monolayers Investigated by KFM |
|
Chang, T.C. |
Mon-Pos-37 |
Electrical Analysis of Amorphous Silicon Thin-Film Transistors under Mechanical Strain |
|
Liu, P.T. |
Mon-Pos-38 |
Influence of Visible Light Illumination on Organic Polymer Thin Film Transistors (OTFTs) with Indium-Tin-Oxide Electrodes |
|
Bottom-up Process |
|
Tanaka, S. |
Mon-Pos-39 |
FM-NCAFM Study of Heat-Treated Oxide Surfaces with Organic Molecules |
|
Karasawa, H. |
Mon-Pos-40 |
Nanometer-scale Observation of Metalized- DNA Nanowires using a Scanning Near-field Optical Microscopy |
|
Manipulation |
|
Adam, O.A.O. |
Mon-Pos-41 |
Single-atom Manipulation of Embedded Co in Cu(001) |
|
Nanomaterials |
|
Yang, P.P. |
Mon-Pos-42 |
Imaging of Nanometer-scale Recording Bits on Phase-change Layer of a Rewritable Optical Disk using Conductive–Atomic Force Microscopy |
|
|
Mon-Pos-43 |
-- removed -- |
|
Inoue, H. |
Mon-Pos-44 |
Voltage-dependent STM Images of One-dimensionally Arranged Sexithienyl(6T) Molecules on Ag (110) |
|
Okino, H. |
Mon-Pos-45 |
Resistance Measurements of Epitaxial Cobalt Silicide Nanowires on Si(110) |
|
Kemerink, M. |
Mon-Pos-46 |
3D Conductivity Mapping |
|
Chang, L.W. |
Mon-Pos-47 |
The Electrical Conductivity of a Single Multi-wall Carbon Nanotube |
|
Gopakumar, T.G. |
Mon-Pos-48 |
Scanning Tunnelling Microscopy on Ultra Thin Organic Layers of Phthalocyanine and Naphthalocyanines on HOPG (0001) |
|
Nanostructuring |
|
Ma, Y.-R. |
Mon-Pos-49 |
Tip-Induced Ion Implantation and Stoichiometry Test via Atomic Force Microscopy |
|
Ji, T. |
Mon-Pos-50 |
Effects of Si on Er Nanowires Formed on the Vicinal Si(001) Surface |
|
Yu, S.-Y. |
Mon-Pos-51 |
A New Period-Doubled Modulation on the In/Si(111)4×1 Surface Induced by Defects |
|
Ohbuchi, C. |
Mon-Pos-52 |
Striped Ag Films Grown at Low Temperature on Si(111)-4×1 In Chains |
|
Okada, A. |
Mon-Pos-53 |
Oxygen Induced Surface Structure of Mo(110) Studied by Scanning Tunneling Microscopy |
|
Dharmadhikari, C.V. |
Mon-Pos-54 |
Some Aspects of Nanostructure Formation on Hydrogen Passivated Silicon Surface Using Scanning Tunneling Microscopy |
|
Chiang, C.I. |
Mon-Pos-55 |
Patterning of Co Nanoclusters supported on Al2O3/NiAl(100) |
|
Inada, M. |
Mon-Pos-56 |
Scanning Tunneling Microscopy of the Porphyrin-based Molecule on TiO2 Surface |
|
AFM |
|
Kim, A. |
Mon-Pos-57 |
Frequency Modulation Technique in Scanning Capacitance Microscopy |
|
Yamaoka, T. |
Mon-Pos-58 |
High-Resolution Magnetic Force Microscopy with Low Moment Probe and Q-Control in a Vacuum |
|
Heike, S. |
Mon-Pos-59 |
Surface Potential Measurement by Atomic Force Microscope Using a Quartz Resonator |
|
Schirmeisen, A. |
Mon-Pos-60 |
Velocity Dependence of Energy Dissipation in Dynamic Force Microscopy: Hysteresis versus Viscous Damping |
|
Hattori, M. |
Mon-Pos-61 |
A New Fabrication Method of Small Cantilevers |
|
|
Mon-Pos-62 |
-- removed -- |
|
Kawai, S. |
Mon-Pos-63 |
Ultra-small Amplitude Dynamic Force Microscopy with the Second Flexural Mode of the Cantilever |
|
Such, B. |
Mon-Pos-64 |
NC-AFM Investigation of Indium-rich InP(001) Surface |
|
Matsuyama, E. |
Mon-Pos-65 |
Development of Radio Frequency STM for ESR Spin Detection |
|
Tip preparation and Functionalization |
|
Chang, M.N. |
Mon-Pos-66 |
Field-sensitive Cobalt-ball Tips Prepared by Electrochemical Reduction |
|
Novel Techniques |
|
Takahashi, T. |
Mon-Pos-67 |
A Numerical Estimation Method for Potential Determination in Kelvin Probe Force Microscopy |
|
Kim, E.P. |
Mon-Pos-68 |
Design and Construction of a Variable Temperature Scanning Tunneling Microscope |
|
Negishi, R. |
Mon-Pos-69 |
Development of the 4-Probe Scanning Tunneling Microscopy with Combined Scanning Electron Microscopy |
|
Takata, K. |
Mon-Pos-70 |
Domain Structures of Magnetic Heads Observed Using Strain Imaging |
|
Kambara, H. |
Mon-Pos-71 |
Construction of a Dilution Refrigerator Based Ultra-Low Temperature Scanning Tunneling Microscope |
|
|
Mon-Pos-72 |
-- removed -- |
|
Arita, M. |
Mon-Pos-73 |
Scanning Tunneling Spectroscopy of Fe Nano Particle system with In-situ Transmission Electron Microsocpy |
|
Spectroscopy |
|
Yonei, K. |
Mon-Pos-74 |
Applications of SPS Mapping Measurements |
|
Park, Y.D. |
Mon-Pos-75 |
Mapping of Surface Potential and Capacitance Spectroscopy of Silicon Nanocrystals Using Scanning Probe Microscopy |
|
Mallet, P. |
Mon-Pos-76 |
STM Study of Charge Transport from 2D Metallic Nanoislands on Si(111) |
|
Katano, S. |
Mon-Pos-77 |
Local Electronic State of 1,3-Butadiene Adsorbed on Pd(110) Surface: STM and STS Studies |
|
Kim, H. |
Mon-Pos-78 |
Real Space Imaging of One-Dimensional Standing Waves: Direct Evidence of a Tomonaga-Luttinger Liquid |
|
Balatsky, A.V. |
Mon-Pos-79 |
Fourier Transfrom STM, Inelastic Electron Tunneling and Bosonic Spectral Function |
|
Matsumoto, C. |
Mon-Pos-80 |
Observation of Water Molecules Using an LT-STM |
|
Optical Phenomena |
|
Satoh, N. |
Mon-Pos-81 |
Dynamic Force Microscopy by Dissipative Force Modulation using a Piezoelectric Cantilever for Near-field Light Detection |
|
Mitra, J. |
Mon-Pos-82 |
Photon Emission at the Step Edges of a Single Crystalline Gold Surface Investigated by Scanning Tunneling Microscopy. |
|
Uehara, Y. |
Mon-Pos-83 |
Scanning Tunneling Microscope Light Emission Spectroscopy of Aggregated Molecules |
|
Theory & Simulation |
|
Yu, B.D. |
Mon-Pos-84 |
First-Principles Study of Step Oxidation at Vicinal Si(001) Surfaces |
|
Hirose, K. |
Mon-Pos-85 |
RTM/NEGF Method for the Ab Initio Calculations of Electron Transport through Atomic-Scale Contacts. |
|
Kobayashi, N. |
Mon-Pos-86 |
First-principles Calculations of Quantum Transport in a Single Molecule |
|
Nakamura, J. |
Mon-Pos-87 |
Friction in Atomic Scale |
|
Poster Session II - Tuesday, July 5 (Main Hall 17:45-20:00) |
|
Bio |
|
Kwon, J. |
Tue-Pos-1 |
A Controlled Environmental Setup for Liquid AFM Imaging of Bio-membranes and Bio-molecules |
|
Kajita, T. |
Tue-Pos-2 |
Subnanometer Resolution Imaging by Dynamic Force Microscopy in Liquid |
|
Okajima, T. |
Tue-Pos-3 |
FM-mode AFM for Biological Imaging in Liquids |
|
Tsukamoto, K. |
Tue-Pos-4 |
Atomic Force Microscopic Study for Dissection and Recovery of Chromosome Fragments |
|
Yoo, K.-A. |
Tue-Pos-5 |
Characterization of Piezoresistive and Optical Read-out Methods for Microcantilever-based Biosensor |
|
Uchihashi, T. |
Tue-Pos-6 |
Improvements on High-Speed AFM for Dynamic Observation of Biomolecules |
|
Muraji, Y. |
Tue-Pos-7 |
Measuring the Interaction Forces between a Galactose-Coated Particle and a Hepatocyte from a Mouse Using Atomic Force Microscopy |
|
Matsuura, T. |
Tue-Pos-8 |
Nanobiotribology of RNA-Protein Complexes on Solid Surfaces |
|
Choi, S. |
Tue-Pos-9 |
Morphological Investigation of Entire Mouse Sperm Using Atomic Force Microscopy and Scanning Electron Microscopy |
|
Pompeo, G. |
Tue-Pos-10 |
AFM Characterization of Solid-supported Lipid Multilayers Deposited by Spin-coating |
|
Structural Analysis |
|
Shariati, M. |
Tue-Pos-11 |
Effect of Annealing Temperature on Properties of Al-Cu-N Thin Films Deposited by DC Magnetron Sputtering |
|
Longo, G. |
Tue-Pos-12 |
Application of AFM and SEM to the Study of Meteorites: Characterization of Martensite in Ordinary Chondrites. |
|
Baek, J. |
Tue-Pos-13 |
Effect of Surface Morphology on Ferroelectric Domain Configuration |
|
Ho, M.-S. |
Tue-Pos-14 |
A Dynamic Study of Single Ag Atoms on Si(111)-7×7 Surfaces |
|
Son, J.-M. |
Tue-Pos-15 |
Electrical Properties of Silicon Nanocrystals Embedded in a SiO2 Layer |
|
Ohtake, A. |
Tue-Pos-16 |
Surface Structures of GaAs(001) under Extreme As- and Ga-rich Conditions |
|
Semiconductors |
|
Yang, Y.-W. |
Tue-Pos-17 |
Alkylation of Si(111) Surface: A Combined High Resolution XPS, NEXAFS, and AFM Study |
|
Rezek, B. |
Tue-Pos-18 |
Quality of Hydrogenated Diamond Surfaces Accessed by Scanning Probe Techniques |
|
Brihuega, I. |
Tue-Pos-19 |
Variable Temperature Scanning Tunneling Microscopy Study of Single Pb Adatom Diffusion on Si(111)-(√3×√3)R30º-Pb Surfaces |
|
Choi, J.H. |
Tue-Pos-20 |
Fabrication and Electrical Characterization of Pentacene Nanowire |
|
Suto, S. |
Tue-Pos-21 |
New Reconstructions of Platinum Silicide Surface |
|
Kurokawa, S. |
Tue-Pos-22 |
STM Observation of Rhenium Silicide Ultra Thin Films |
|
Sagisaka, K. |
Tue-Pos-23 |
STM Observation of Standing Waves on the Si(100) and Ge(100) Surfaces |
|
Cricenti, A. |
Tue-Pos-24 |
Low Temperature STM Dynamical Study of the α-Sn/Ge(111) Surface |
|
Perkins, E.W. |
Tue-Pos-25 |
Holmium Growth on SiC-6H(0001) Studied by STM |
|
Metals |
|
Krupski, A. |
Tue-Pos-26 |
STM Study of the Adsorption of Ag on Mo(110) |
|
Miranda, R. |
Tue-Pos-27 |
Interdependence of Geometric and Electronic Structure in a 2D Metal Overlayer:Ag on Cu(111) |
|
Campbell, P.A. |
Tue-Pos-28 |
Surface Characterisation of Shape Memory Alloy Surgical Ligators |
|
Oxide |
|
Hiranaga, Y. |
Tue-Pos-29 |
Achievement of Low Bit Error Rate in Ferroelectric Ultrahigh-density Data Storage |
|
Sasahara, A. |
Tue-Pos-30 |
STM Imaging of an Organometallic Compound Chemisorbed on TiO2(110) |
|
Magnetic System |
|
Dede, M. |
Tue-Pos-31 |
Real-Time Imaging of Vortex-Antivortex Annihilation in BSCCO Single Crystals by Low Temperature Scanning Hall Probe Microscopy (LT-SHPM) |
|
Berdunov, N. |
Tue-Pos-32 |
Half-metallic Materials: Spin Transport on Atomic scale |
|
Mihalache, V. |
Tue-Pos-33 |
STM Observation of Surface Defects in Correlation with SHPM Vortex Imaging in Bi2Sr2CaCu2O8+y Single Crystals |
|
Catalysis & Electrochemistry |
|
Yoshimura, M. |
Tue-Pos-34 |
Behavior of Ferritin Molecules by Heating Using Atomic Force and Surface Potential Microscopy |
|
Electronic-device |
|
Matsumoto, T. |
Tue-Pos-35 |
Conductance Measurement of a DNA Network in Nanoscale by Point Contact Current Imaging Atomic Force Microscopy |
|
Electronic-device |
|
Yamamoto, S. |
Tue-Pos-36 |
Electrical Conductance of Polypyrrolyl Groups in a Chemically Adsorbed Monolayers in the Lateral Direction using a Conductive AFM Technique |
|
Ohi, A. |
Tue-Pos-37 |
Capacitance Spectroscopy in p-n Junctions by Scanning Capacitance Microscopy |
|
Bottom-up Process |
|
Hoeppener, S. |
Tue-Pos-38 |
Fabrication of Nanodimensional Device Structures - A Bottom-up Approach by Electro-oxidative Nanolithography |
|
Manipulation |
|
Lee, C.S. |
Tue-Pos-39 |
Nano-scale Electrical Phase-Change Recording by Conductive Atomic Force Microscopy |
|
Nanomaterials |
|
Yu, Y.-J. |
Tue-Pos-40 |
High Resolution and Sensitivity Scanning Thermal Microscopy with Nanofabricated Thermal Probe |
|
Yajima, T. |
Tue-Pos-41 |
Conduction Properties of Single-walled Carbon Nanotube/Porphyrin Complex Measured by Point Contact Current Imaging Atomic Force Microscopy |
|
Huang, H.J. |
Tue-Pos-42 |
AFM and TIRFM Near-field Optical Monitoring of the Growth of Gold Nano Rods |
|
Tsukamoto, S. |
Tue-Pos-43 |
Theoretical Elucidation of Mechanisms of C60 Reversible Reactions |
|
Narita, H. |
Tue-Pos-44 |
Local Electronic Structure of Al Nanocluster Fabricated on Si(111) 7×7 Surface |
|
Nicoara, N. |
Tue-Pos-45 |
Growth of Well-Ordered Molecular Layers of PTCDA on Pb/Si(111) Surfaces: A Scanning Tunneling Microscopy Study |
|
Ha, J.S. |
Tue-Pos-46 |
Structuarl Studies of V2O5 Nanowires by UHV-STM and AFM |
|
Nanostructuring |
|
Shin, M. |
Tue-Pos-47 |
Alignment of λ-DNA Wires on Organic Monolayer Surface Patterned with AFM Lithography |
|
O'Rourke, B.E. |
Tue-Pos-48 |
HCI Induced Nano-dot Formation on HOPG Surface Observed with STM and AFM |
|
|
Tue-Pos-49 |
-- removed -- |
|
Takimoto, B. |
Tue-Pos-50 |
Tracking of Single Molecule Diffusing on Glass Substrate Modified with Periodic Ag Nano-architecture |
|
Wagner, Th. |
Tue-Pos-51 |
Mixed Monolayers of CuPc and PTCDA on Cu(111) |
|
Chang, W.S. |
Tue-Pos-52 |
Femtosecond Laser Coupled NSOM Patterning Using Self-assembled Monolayers |
|
Nakayama, S. |
Tue-Pos-53 |
Quantitative Evaluation of Nanostructure of PLD Protein Films by AFM |
|
AFM |
|
Clifford, C.A. |
Tue-Pos-54 |
The Determination of AFM Cantilever Spring Constants via Dimensional Methods |
|
Yoo, Y.K. |
Tue-Pos-55 |
Advanced Nanoscale Metrology of Pole-Tip Recession with NC-AFM |
|
Konishi, T. |
Tue-Pos-56 |
Fabrication of Ferromagnetic Metal Nano Constrictions Showing Quantized Conductance under Electrochemical Potential Control |
|
Kuramochi, H. |
Tue-Pos-57 |
Humidity Effect on Probe Nano-Oxidation in Dynamic Force Mode |
|
Nakamura, K. |
Tue-Pos-58 |
Automatic Surface Transition Temperature Monitor by Scanning Probe Microscope |
|
Braun, D. |
Tue-Pos-59 |
Construction of an Atomic Force Microscope Combined with a Field Ion Microscope |
|
Miyatake, Y. |
Tue-Pos-60 |
Development of High-Magnetic Field and Low-Temperature AFM System using Piezoresistive Cantilever |
|
Stan, R.C. |
Tue-Pos-61 |
Electron Transfer Correlated Protein Dynamics |
|
Kawai, S. |
Tue-Pos-62 |
An Ultra-High Vacuum Dynamic Force Microscope for a High Resonance Frequency Cantilever |
|
Tip preparation and Functionalization |
|
Dawson, P. |
Tue-Pos-63 |
Safe Fabrication of Sharp Gold Tips Suitable for Light Emission in Scanning Tunnelling Microscopy |
|
Pang, C.P. |
Tue-Pos-64 |
Nanolithography Technique By Employing Multi-wall Carbon Nanotubes |
|
Novel Techniques |
|
Kimura, K. |
Tue-Pos-65 |
Designing Resonance Modes of AFM Cantilevers for the Versatile Applications to High-Sensitive Force Detectors |
|
Hung, S.-K. |
Tue-Pos-66 |
Post-Fitting Control Scheme for Periodic Piezo-Scanner Driving |
|
Heinrich, A.J. |
Tue-Pos-67 |
Cooling an STM with the Joule-Thompson Effect |
|
Misawa, G. |
Tue-Pos-68 |
Contact Force Measurement System with Strain Gauge |
|
Maier, M. |
Tue-Pos-69 |
High Resolution Structural and Chemical Information: A Combined STM, SEM and SAM Analysis of Ag Nanocrystallites on Si |
|
Abe, M. |
Tue-Pos-70 |
Discrimination of Atom Species Using Site-Specific Force Spectroscopy at Room Temperature |
|
Atabak, M. |
Tue-Pos-71 |
Investigation of Lateral Forces as a Function of Tip-Sample Distance Using Sub-Ångstrom Oscillation Amplitude AFM |
|
Spectroscopy |
|
Ichimura, K. |
Tue-Pos-72 |
STM/STS Study on NbSe2 Nanotubes |
|
Nishitani, R. |
Tue-Pos-73 |
Alternate Current of STM for Organic Molecules Adsorbed Metal in Terms of Equivalent Circuit of STM |
|
Kim, S.H. |
Tue-Pos-74 |
Electronic Property of Cesium-filled Single Wall Carbon Nanotubes |
|
Oohira, T. |
Tue-Pos-75 |
Monitoring Conditions of Cantilever During C-AFM Spectroscopy Measurements |
|
Oka, H. |
Tue-Pos-76 |
Local Electronic Properties of Reconstructed bcc-Cr(001) Thin Film Surfaces Studied by STM/STS |
|
Sakai, A. |
Tue-Pos-77 |
Near-Field Raman Spectra of Ferroelectric Single Crystals Observed by a Cantilever with Aperture |
|
Hida, A. |
Tue-Pos-78 |
Nano-spectroscopic Study of Functional Materials by Photo-combined Scanning Tunneling Microscopy |
|
Optical Phenomena |
|
Hosseini, H. |
Tue-Pos-79 |
Effect of Different Pressure on the Optical Properties of AlN Thin Films Deposited by DC Magnetron Sputtering. |
|
Takahashi, T. |
Tue-Pos-80 |
Photovoltage Mapping on Polycrystalline Silicon Solar Cells through Potential Measurements by AFM with Piezo-resistive Cantilever |
|
Naruse, N. |
Tue-Pos-81 |
STM Study of Surface Photo-Voltage Decay Dynamics |
|
Theory & Simulation |
|
Suzuki, R. |
Tue-Pos-82 |
Tight-Binding Analysis of Surface Electronic Conduction Measured with Micro-Multi-Point STM Probes |
|
Gori, P. |
Tue-Pos-83 |
Surface Structure and Energy Bands of 1/3 ML Sn/Ge(111) |
|
Mallet, P. |
Tue-Pos-84 |
Confinement of Bloch Waves in a Nanostructure of YSi2 on Si(111) |
|
Kim, D.H. |
Tue-Pos-85 |
Structure of Pyrrole on Ge(100) |
|
Poster Session III - Wednesday, July 6 (Main Hall 17:45-20:00) |
|
Bio |
|
Girasole, M. |
Wed-Pos-1 |
A Novel Tapping SNOM Able to Study Biological System in Liquid |
|
Kobayashi, M. |
Wed-Pos-2 |
Analyzing Specific DNA Binding of Transcription Factor Proteins |
|
Haschke, H. |
Wed-Pos-3 |
A New Atomic Force Microscope for Biomedical and Cell Research as an Add-on to Light Microscopy |
|
Nysten, B. |
Wed-Pos-4 |
Photo-grafting of Acrylic and Methacrylic Acid Monomers onto Atactic Polypropylene |
|
Cho, S.-J. |
Wed-Pos-5 |
Sperm Cell as an in vivo Model for Biological Membrane Metamorphosis |
|
Kato, K. |
Wed-Pos-6 |
The Role of Actin-Binding Protein Filamin A in Cellular Stiffness and Morphology Studied by Wide-Range SPM |
|
Sone, H. |
Wed-Pos-7 |
Femtogram Mass Biosensor Using a Self-sensing Cantilever for Allergy Check |
|
Taninaka, A. |
Wed-Pos-8 |
Investigation of Biotin-Streptavidin and Biotin-Avidin Interactions Using Dynamic Force Spectroscopy |
|
Hirata, Y. |
Wed-Pos-9 |
Nano Mechanical Measurement of Influenza Hemagglutinin Using Dynamic Mode AFM Technique |
|
Maruyama, K. |
Wed-Pos-10 |
Simultaneous Electrochemical, Near-field Optical and Topographic Imaging with a Bent-Type Optical Fiber Electrode for Scanning Electrochemical/Near-field Optical/Atomic Force Microscopy (SECM/NSOM/AFM) |
|
Beuttler, M. |
Wed-Pos-11 |
Probing of the Proteasome-Protein Interaction with Force Spectroscopy |
|
Shirakawabe, Y. |
Wed-Pos-12 |
Functional Nano-Probes and NEW-SPM System for Bio-Imaging |
|
Structural Analysis |
|
Hwu, E.-T. |
Wed-Pos-13 |
Development of an Optical Pickup System for Multifunctional Scanning Probe Microscope |
|
Moula, Md. G. |
Wed-Pos-14 |
A Scanning Tunneling Microscopy (STM) Study of Ni2P (0001) |
|
Sin, L.Y.M. |
Wed-Pos-15 |
Structural Evolution of Mixed C60 and C70 Fullerene Layers on Ag(100) |
|
Soppera, O. |
Wed-Pos-16 |
Polymer surface analysis by Atomic Force microscopy in Pulsed Force Mode |
|
Matsumoto, M. |
Wed-Pos-17 |
Structure of the Iron Silicide Film Grown by Solid Phase Epitaxy and Reactive Deposition Epitaxy |
|
Kanazawa, K. |
Wed-Pos-18 |
Glycine/Cu(100) Superstructures Studied By STM/STS |
|
Semiconductors |
|
Naitoh, Y. |
Wed-Pos-19 |
High Resolution AFM Imaging of Si(111)-7×7 Surface Controlling Short-Range Interaction |
|
Matsui, T. |
Wed-Pos-20 |
STM/STS Observation of Fe Multimers on Semiconductor Surface |
|
Kim, H.W. |
Wed-Pos-21 |
Geometric and Electronic Structure of Thinned GaN Nanowires: an STM Study |
|
Fujimori, M. |
Wed-Pos-22 |
Electrical Conduction of Ag Nanowire Fabricated on Hydrogenated Si(100) Surface |
|
Arima, K |
Wed-Pos-23 |
Atomic Images of H-Terminated Si(110)-(1×1) Surfaces by Wet Cleaning |
|
Perkins, E.W. |
Wed-Pos-24 |
Holmium Growth on Si(111) and Subsequent Overlayer Growth Studied by STM |
|
Lu, N.H. |
Wed-Pos-25 |
Spatial Variations of Surface Photovoltage on AlGaInP Light Emitting Diode Structures Inspected by Near-field Scanning Optical Microscopy |
|
Bobisch, C. |
Wed-Pos-26 |
BEEM-measurements on Ag/Si(111):H |
|
Metals |
|
Kida, A. |
Wed-Pos-27 |
Surfactant Effect of Oxygen on Phase Transition of γ-Fe / Cu (100) Observed by Scanning Tunneling Microscopy |
|
Oka, H. |
Wed-Pos-28 |
Structural Evolution of bcc-Cr(001) Thin Film Surfaces |
|
Realpe, H. |
Wed-Pos-29 |
STM Observation of Vortexes Formation in Gd Islands Growing on W(110) |
|
Oxide |
|
Koblischka, M.R. |
Wed-Pos-30 |
Stripe and Criss-Cross Patterns in High-Tc Superconductors Reveled by AFM and STM |
|
Tzeng, S.-D. |
Wed-Pos-31 |
Relationship of Space Charge and Scanning Probe Oxidation of Silicon |
|
Tajima, D. |
Wed-Pos-32 |
Surface Structure of Ultra Thin Tin Oxide Films on Rh(111) Surface |
|
Magnetic System |
|
Gabovich, A.M. |
Wed-Pos-33 |
Spin-Dependent Tunnel Currents in Junctions Involving CDW Metals |
|
van Kempen, H. |
Wed-Pos-34 |
Magnetic Structure Around a Screw Dislocation in an Antiferromagnetic Film |
|
Kawagoe, T. |
Wed-Pos-35 |
Growth and STM/STS Studies of Ultrathin Fe Films on Cr(001) |
|
Oka, H. |
Wed-Pos-36 |
Spin Dependent Electronic Properties of bcc-Cr(001) Thin Film Surfaces Studied by Spin-polarized STM/STS |
|
Catalysis & Electrochemistry |
|
Wandelt, K. |
Wed-Pos-37 |
Structure of Porphyrin Layers on an I/Cu(100) Template: An Electrochemical STM Study |
|
Electronic-device |
|
Chae, J.S. |
Wed-Pos-38 |
Versatile Cryogenic Atomic Force Microscope with in-situ Piezo-motor Control, CCD Vision and Transport Measurement Capability |
|
Maier, M. |
Wed-Pos-39 |
Ultimate Nanoprobing in UHV: Four independent Scanning Tunneling Microscopes Navigated by High Resolution UHV SEM |
|
Hasegawa, S. |
Wed-Pos-40 |
Evaluation of Device Configurations through Cross-Sectional Planes along Gates of 0.1 µm MOSFETs by STM/STS |
|
Ishizuka, K. |
Wed-Pos-41 |
Measurements of Single Molecular Conductivity of a Linear π-Conjugated Compound Using Scanning Tunneling Microscopy under Ultra High Vacuum |
|
Manipulation |
|
Kim, Y. |
Wed-Pos-42 |
Controlled Surface Dynamics of a Single Acetylene Molecule by Vibrational Excitation Using a Low-Temperature STM |
|
Bottom-up Process |
|
Perez, R. |
Wed-Pos-43 |
Formation of Atom Wires on Vicinal Silicon |
|
Nanomaterials |
|
Pérez, R. |
Wed-Pos-44 |
Hydrogen Reactivity on Au single-atom Chains and the Fractional Conductance Quantum |
|
Nysten, B. |
Wed-Pos-45 |
Elastic Modulus of Nanostructures: Resonant Contact-AFM Measurements and Reduced-Size Effects |
|
Phark, S.H. |
Wed-Pos-46 |
Synthesis and Characterization of Mn12-type Single Molecule Magnets Films : The Scanning Probe Microscopy Study |
|
Hao, L. |
Wed-Pos-47 |
AFM and Raman Studies of Carbon Nanotubes |
|
Cricenti, A. |
Wed-Pos-48 |
A New Approach to Characterize the Polymeric Nanofilters Contamination Level Using Scanning Near-Field Optical Microscopy |
|
Nanostructuring |
|
Yang, Y.-C. |
Wed-Pos-49 |
Nucleation and Growth Behavior of Gold on Self-Assembly Monolayers of Thiol and Dithiol - A Study by in situ STM |
|
Ishida, N. |
Wed-Pos-50 |
Characterization of Dipole Moment of K Adsorbed on GaAs(110) Surface |
|
Lee, K.H. |
Wed-Pos-51 |
Nano and Micro-patterning of Self-Assembled Monolayers on Silicon: Chemical and Electronic Properties of the Modified Surfaces and Interfaces as Studied by Scanning Probe Microscopy |
|
Li, R.-W. |
Wed-Pos-52 |
AFM Lithography in Perovskite Oxides |
|
Osiecki, J.R |
Wed-Pos-53 |
Diffusion and Clustering of Ag Atoms on a Si(111)7×7 Surface |
|
Lin, H.-N. |
Wed-Pos-54 |
Selective Growth of Silica Nanowires on Nickel Nanostructures Created by Atomic Force Microscopy Nanomachining |
|
Xu, M. |
Wed-Pos-55 |
Growth of Ge Nanostructures on Graphite Investigated by STM |
|
Hori, M. |
Wed-Pos-56 |
Local Electronic Structure of Aromatic Molecules on Cu(110) Investigated by Scanning Tunneling Microscope |
|
AFM |
|
Misawa, M. |
Wed-Pos-57 |
Nanotribology with Torsional Resonance Operation |
|
Uehara, N. |
Wed-Pos-58 |
Short Range Interaction in Two Operational Modes of Non-contact Atomic Force Microscopy: Constant Amplitude and Constant Excitation Mode |
|
Fujii, S. |
Wed-Pos-59 |
Differentiation of H- and Cl- Terminated Bicyclo[2.2.2]octane Moieties in a Mixed Self-Assembled Monolayer on Au(111) with Noncontact Atomic Force Microscopy |
|
Yasutake, M. |
Wed-Pos-60 |
Critical Dimension Measurement Using New Scanning Mode and Aligned Carbon Nanotube SPM Tip |
|
Iwasa, M. |
Wed-Pos-61 |
Measurement of Epoxy Resin Heat Hardening Temperature by the Environment Controllable SPM |
|
Takemura, Y. |
Wed-Pos-62 |
Faradaic Current during AFM Local Oxidation for Nanowires of Oxide |
|
Kim, J.H. |
Wed-Pos-63 |
The Investigation of Behavior of Ferroelectric Domains Affected by Highly Thin Metal Film |
|
Sato, T. |
Wed-Pos-64 |
Amplitude Modulation NC-AFM with Quality Factor Control of a Cantilever in UHV |
|
Novel Techniques |
|
Murata, Y. |
Wed-Pos-65 |
Metal-coated Carbon Nanotube Tips for Multi-Probe STM |
|
Yoshimoto, S. |
Wed-Pos-66 |
Electrical Characterization of Metal-Coated Carbon Nanotube Tip |
|
Konishi, H. |
Wed-Pos-67 |
Coating Carbon Nanotubes with Inorganic Compounds toward Functionalized Nanoprobe Applications |
|
Ohnishi, T. |
Wed-Pos-68 |
Microfabrication of GaAs/Ceramics Hybrid Cantilever for AFM Application |
|
Shimizu, T. |
Wed-Pos-69 |
Multipurpose Probing Unit for a Manipulation and Testing Tool under Scanning Electron Microscope Observation |
|
Aoyama, M. |
Wed-Pos-70 |
Ultrafast Measurement with Shaken-Pulse-Pair-Excited STM in Longer and Shorter Time Scales |
|
Ošt'ádal, I. |
Wed-Pos-71 |
Early Stages of Submonolayer Growth of Ag on Si(111)7×7 Observed by STM in-vivo |
|
Aoki, S. |
Wed-Pos-72 |
Development of a Sub-picoampere UHV-STM |
|
Spectroscopy |
|
Lim, L.T.W. |
Wed-Pos-73 |
AFM Measurement of Temperature and Water Effects on Solvation Forces |
|
|
Wed-Pos-74 |
-- removed -- |
|
Dushkin, I. |
Wed-Pos-75 |
Local Tip Raman Enhancement from SWNT Using Cantilevers Coated with Ag Nanoparticles Embedded in Polymer Matrix |
|
Wenderoth, M. |
Wed-Pos-76 |
Scanning Tunneling Spectroscopy of the (111)-2×1 Surface of Phosphorus-doped Silicon at 8 K with Spectral and Lateral Resolution |
|
Terada, Y. |
Wed-Pos-77 |
Electronic Structures of Individual Poly(3-hexylthiophene) Nanowires Investigated by STS |
|
Wegner, D. |
Wed-Pos-78 |
Lifetime Widths of Surface States on Magnetic Lanthanide Metals |
|
Horiguchi, N. |
Wed-Pos-79 |
Local Barrier Height Imaging by Simultaneous Modulation of Tip-sample Distance and Sample Bias Voltage |
|
Heinrich, A.J. |
Wed-Pos-80 |
Strongly Coverage-Dependent Excitations of Molecular Hydrogen Observed with a Low Temperature STM |
|
Optical Phenomena |
|
Campbell, P.A. |
Wed-Pos-81 |
Surface Characterization and Efficiency of Holographic Optical Elements |
|
Lee, D.-Y. |
Wed-Pos-82 |
Design and Evaluation of Two-dimensional Metrological AFM using a Planar Nano-scanner |
|
Theory & Simulation |
|
Egami, Y. |
Wed-Pos-83 |
First-Principles Study on the Conductance Oscillation of the Single-Row Nanowire |
|
Horie, S. |
Wed-Pos-84 |
First-Principles Study on Scanning Tunneling Microscopy Images of Hydrogen-Terminated Si(110) Surfaces |
|
Kobayashi, K. |
Wed-Pos-85 |
Electrical Resistance of Monatomic Steps for Surface State Electrons |
Abe, M. | Tue-Pos-70 |
Adam, O.A.O. | Mon-Pos-41 |
Akai-Kasaya, M. | Tue-3-C6 |
Akita, S. | Wed-5-C6 |
Akiyama, K. | Tue-1-C7 |
Akiyama, T. | Tue-5-C4 |
Albrecht, P.M. | Thu-2-C4 |
Albrecht, T. | Tue-2-C7 |
An, T. | Tue-1-C4 |
Ando, A. | Wed-6-C4 |
Ando, T. | Wed-P-2 |
Ansari, Z.A. | Tue-4-C7 |
Aoki, S. | Wed-Pos-72 |
Aoyama, M. | Wed-Pos-70 |
Arai, T. | Mon-2-I3 |
Arakawa, H. | Mon-Pos-3 |
Arima, K | Wed-Pos-23 |
Arima, K. | Wed-8-C4 |
Arita, M. | Mon-Pos-73 |
Ashino, M. | Thu-2-C2 |
Atabak, M. | Tue-Pos-71 |
Azehara, H. | Mon-Pos-2 |
Azuma, Y. | Mon-2-C4 |
Bae, S.-S. | Mon-Pos-25 |
Baek, J. | Tue-Pos-13 |
Bai, C. | Wed-P-3 |
Baik, J.Y. | Mon-Pos-15 |
Balatsky, A.V. | Mon-Pos-79 |
Bannani, A. | Mon-Pos-23 |
Bartels, L. | Tue-2-I5 |
Bartels, L. | Mon-Pos-26 |
Bauer, A. | Tue-6-C4 |
Berbil-Bautista, L. | Mon-4-C4 |
Berdunov, N. | Tue-4-C6 |
Berdunov, N. | Tue-Pos-32 |
Berkó, A. | Wed-4-C2 |
Besenbacher, F. | Wed-4-I7 |
Beuttler, M. | Wed-Pos-11 |
Blanco, J.M. | Wed-8-C1 |
Bobisch, C. | Wed-Pos-26 |
Braun, D. | Tue-Pos-59 |
Brezna, W. | Fri-3-C3 |
Brihuega, I. | Tue-Pos-19 |
Brun, C. | Fri-3-C4 |
Caciuc, V. | Mon-3-C4 |
Cai, Q. | Tue-8-C5 |
Calleja, F. | Fri-4-C4 |
Campbell, P.A. | Wed-3-C6 |
Campbell, P.A. | Mon-Pos-5 |
Campbell, P.A. | Mon-Pos-6 |
Campbell, P.A. | Tue-Pos-28 |
Campbell, P.A. | Wed-Pos-81 |
Cazacu, A. | Fri-8-C2 |
Chae, J.S. | Wed-Pos-38 |
Chang, L.W. | Mon-Pos-47 |
Chang, M.N. | Mon-Pos-66 |
Chang, T.C. | Mon-Pos-37 |
Chang, W.S. | Tue-Pos-52 |
Chen, C.J. | Mon-3-C2 |
Chiang, C.I. | Mon-Pos-55 |
Cho, S. | Thu-4-C1 |
Cho, S.-J. | Wed-Pos-5 |
Choi, B.-Y. | Thu-3-C4 |
Choi, J.H. | Tue-Pos-20 |
Choi, S. | Tue-Pos-9 |
Chung, H.J. | Wed-6-C3 |
Clair, S. | Tue-7-C2 |
Classen, T. | Tue-3-C1 |
Clifford, C.A. | Tue-Pos-54 |
Colonna, S. | Tue-6-C5 |
Corni, S. | Mon-3-C5 |
Crain, J.N. | Mon-2-C1 |
Cricenti, A. | Fri-2-C1 |
Cricenti, A. | Mon-Pos-13 |
Cricenti, A. | Tue-Pos-24 |
Cricenti, A. | Wed-Pos-48 |
Dawson, P. | Fri-2-C4 |
Dawson, P. | Tue-Pos-63 |
Dede, M. | Mon-1-C2 |
Dede, M. | Tue-Pos-31 |
Degawa, M. | Tue-4-C2 |
Dharmadhikari, C.V. | Mon-Pos-54 |
Dobson, P.S. | Wed-5-C4 |
Dushkin, I. | Wed-Pos-75 |
Egami, Y. | Wed-Pos-83 |
Egger, S. | Wed-2-C7 |
Elemans, J.A.A.W. | Tue-2-C4 |
Endo, K. | Fri-7-C2 |
Fölsch, S. | Thu-3-I3 |
Ferriani, P. | Mon-4-C3 |
Fritz, T. | Thu-8-C1 |
Fujihira, M. | Tue-7-C1 |
Fujii, J. | Fri-8-C4 |
Fujii, S. | Wed-Pos-59 |
Fujikawa, K. | Tue-4-C5 |
Fujimori, M. | Wed-Pos-22 |
Fukui, K. | Tue-4-C1 |
Fukuma, T. | Wed-7-C1 |
Gabovich, A.M. | Wed-Pos-33 |
Girasole, M. | Wed-Pos-1 |
Gómez-Navarro, C. | Wed-1-C7 |
Gómez-Rodríguez, J.M. | Fri-5-C1 |
Gopakumar, T.G. | Mon-Pos-48 |
Gori, P. | Tue-Pos-83 |
Grandidier, B. | Mon-6-C2 |
Ha, J.S. | Tue-Pos-46 |
Hahn, J.R. | Mon-Pos-20 |
Hammiche, A. | Tue-2-C1 |
Hao, L. | Wed-Pos-47 |
Haschke, H. | Wed-Pos-3 |
Hasegawa, S. | Wed-Pos-40 |
Hasegawa, Y. | Thu-5-I4 |
Hattori, M. | Mon-Pos-61 |
Heike, S. | Mon-Pos-59 |
Heinrich, A.J. | Tue-P-3 |
Heinrich, A.J. | Tue-Pos-67 |
Heinrich, A.J. | Wed-Pos-80 |
Hida, A. | Mon-Pos-9 |
Hida, A. | Tue-Pos-78 |
Higgins, M.J. | Wed-7-C5 |
Hirade, M. | Thu-6-C4 |
Hirai, N. | Wed-8-C5 |
Hiranaga, Y. | Tue-Pos-29 |
Hirata, Y. | Wed-Pos-9 |
Hirose, K. | Mon-8-C4 |
Hirose, K. | Mon-Pos-85 |
Ho, M.-S. | Tue-Pos-14 |
Hoeppener, S. | Tue-Pos-38 |
Hölscher, H. | Wed-1-C2 |
Hori, M. | Wed-Pos-56 |
Horie, S. | Wed-Pos-84 |
Horiguchi, N. | Wed-Pos-79 |
Hossain, Md.Z. | Fri-5-C4 |
Hosseini, H. | Tue-Pos-79 |
Hu, SQ. | Wed-1-C1 |
Huang, H.J. | Tue-Pos-42 |
Hulsken, B. | Mon-6-C3 |
Hung, S.-K. | Tue-Pos-66 |
Hwang, I.-S. | Thu-7-C4 |
Hwu, E.-T. | Wed-Pos-13 |
Ichii, T. | Tue-1-C6 |
Ichimura, K. | Fri-6-C2 |
Ichimura, K. | Tue-Pos-72 |
Imer, R. | Wed-3-I1 |
Inada, M. | Mon-Pos-56 |
Inoue, H. | Mon-Pos-44 |
Inoue, Y. | Fri-2-I3 |
Ishida, N. | Wed-Pos-50 |
Ishida, T. | Wed-6-C1 |
Ishigami, M. | Fri-5-C2 |
Ishizuka, K. | Wed-Pos-41 |
Isoda, S. | Wed-6-C2 |
Itaya, K. | Wed-8-C2 |
Iwasa, M. | Wed-Pos-61 |
Jeon, K. | Wed-7-C6 |
Ji, T. | Mon-Pos-50 |
Jordan, K. | Thu-1-C5 |
Kageshima, M. | Tue-1-C2 |
Kahng, S.-J. | Mon-2-C2 |
Kajita, T. | Tue-Pos-2 |
Kambara, H. | Mon-Pos-71 |
Kanazawa, K. | Wed-Pos-18 |
Kang, H.-G. | Mon-Pos-12 |
Kantorovich, L. | Mon-3-I1 |
Karasawa, H. | Mon-Pos-40 |
Katano, S. | Tue-8-C1 |
Katano, S. | Mon-Pos-77 |
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Kato, K. | Wed-Pos-6 |
Katoh, J. | Mon-Pos-35 |
Kawagoe, T. | Tue-6-C1 |
Kawagoe, T. | Wed-Pos-35 |
Kawahara, T. | Tue-2-C2 |
Kawai, S. | Mon-Pos-63 |
Kawai, S. | Tue-Pos-62 |
Kawakatsu, H. | Tue-1-I1 |
Kelly, K.F. | Thu-6-I1 |
Kemerink, M. | Mon-6-C6 |
Kemerink, M. | Mon-Pos-46 |
Kern, K. | Mon-P-1 |
Kida, A. | Wed-Pos-27 |
Kim, A. | Mon-Pos-21 |
Kim, A. | Mon-Pos-57 |
Kim, D.H. | Tue-Pos-85 |
Kim, E.P. | Mon-Pos-68 |
Kim, H. | Mon-8-C6 |
Kim, H. | Mon-Pos-78 |
Kim, H.W. | Wed-Pos-21 |
Kim, J.H. | Wed-Pos-63 |
Kim, S.H. | Tue-Pos-74 |
Kim, T.-H. | Mon-4-C7 |
Kim, Y. | Wed-Pos-42 |
Kimura, K. | Tue-8-C6 |
Kimura, K. | Fri-5-C6 |
Kimura, K. | Tue-Pos-65 |
Kindt, J. | Wed-1-I3 |
Kobayashi, K. | Thu-1-C3 |
Kobayashi, K. | Wed-Pos-85 |
Kobayashi, M. | Wed-Pos-2 |
Kobayashi, N. | Mon-Pos-86 |
Koblischka, M.R. | Mon-7-C6 |
Koblischka, M.R. | Wed-Pos-30 |
Koeble, J. | Tue-5-C3 |
Koenraad, P.M. | Thu-4-I5 |
Kohsaka, Y. | Fri-1-I1 |
Komeda, T. | Tue-2-C6 |
Komura, M. | Thu-8-C4 |
Konishi, H. | Wed-Pos-67 |
Konishi, T. | Tue-Pos-56 |
Kralj, M. | Mon-Pos-28 |
Krause, S. | Mon-4-C6 |
Krupski, A. | Thu-4-C2 |
Krupski, A. | Tue-Pos-26 |
Kuk, Y. | Thu-2-I1 |
Kulik, A.J. | Thu-2-C3 |
Kuramochi, H. | Tue-Pos-57 |
Kurnosikov, O. | Fri-3-C5 |
Kurokawa, S. | Tue-Pos-22 |
Kwon, J. | Tue-Pos-1 |
Lauritsen, J.V | Fri-3-C1 |
Lee, C.S. | Tue-Pos-39 |
Lee, D.-Y. | Wed-Pos-82 |
Lee, G. | Tue-8-C3 |
Lee, K.H. | Wed-Pos-51 |
Li, R.-W. | Wed-Pos-52 |
Li, Y.J. | Tue-5-C1 |
Lim, L.T.W. | Wed-Pos-73 |
Lin, D.-S. | Mon-Pos-19 |
Lin, H.-N. | Wed-Pos-54 |
Linderoth, T.R. | Tue-3-C3 |
Liu, C. | Fri-1-C3 |
Liu, H.W. | Fri-2-C2 |
Liu, P.T. | Mon-Pos-38 |
Liu, Z. | Thu-3-C1 |
Lo, R.-L. | Mon-Pos-29 |
Longo, G. | Tue-Pos-12 |
Lu, N.H. | Wed-Pos-25 |
Ma, X.-C. | Fri-4-C1 |
Ma, Y.-R. | Mon-Pos-49 |
Magonov, S. | Mon-3-C7 |
Maier, M. | Tue-Pos-69 |
Maier, M. | Wed-Pos-39 |
Mallet, P. | Mon-6-C4 |
Mallet, P. | Mon-Pos-76 |
Mallet, P. | Tue-Pos-84 |
Mamin, J. | Wed-P-1 |
Maris, G. | Fri-7-I1 |
Maruyama, K. | Wed-Pos-10 |
Matsui, T. | Wed-Pos-20 |
Matsumoto, C. | Mon-Pos-80 |
Matsumoto, M. | Wed-Pos-17 |
Matsumoto, T. | Wed-3-C3 |
Matsumoto, T. | Mon-Pos-22 |
Matsumoto, T. | Tue-Pos-35 |
Matsushima, T. | Wed-4-C6 |
Matsuura, T. | Tue-Pos-8 |
Matsuyama, E. | Mon-Pos-65 |
Meier, F. | Fri-8-C1 |
Mena-Osteritz, E. | Tue-7-C6 |
Merz, L. | Thu-8-C5 |
Meyer, E. | Tue-5-I5 |
Mihalache, V. | Tue-Pos-33 |
Mikamo, E. | Wed-3-C7 |
Miles, M.J. | Mon-5-C1 |
Minato, T. | Fri-3-C2 |
Miranda, R. | Tue-Pos-27 |
Misawa, G. | Tue-Pos-68 |
Misawa, M. | Wed-Pos-57 |
Mitra, J. | Mon-Pos-82 |
Miyahara, Y. | Mon-2-C5 |
Miyake, K. | Wed-1-C5 |
Miyatake, Y. | Tue-Pos-60 |
Miyato, Y. | Mon-Pos-36 |
Mizoguchi, T. | Mon-2-C7 |
Mizutani, T. | Mon-Pos-8 |
Moula, Md. G. | Wed-Pos-14 |
Müller, F. | Tue-1-C5 |
Muraji, Y. | Tue-Pos-7 |
Murata, Y. | Wed-Pos-65 |
Murday, J.S. | Tue-P-1 |
Nagaoka, K. | Mon-7-C4 |
Nagase, M. | Wed-5-C1 |
Naitoh, Y. | Fri-5-C3 |
Naitoh, Y. | Wed-Pos-19 |
Naitou, Y. | Wed-6-C5 |
Nakajima, K. | Thu-4-C3 |
Nakamura, J. | Fri-8-C5 |
Nakamura, J. | Mon-Pos-87 |
Nakamura, K. | Tue-Pos-58 |
Nakamura, M. | Tue-7-C5 |
Nakamura, Y. | Fri-2-C5 |
Nakaya, M. | Thu-2-C5 |
Nakayama, S. | Tue-Pos-53 |
Namai, Y. | Wed-4-C4 |
Narita, H. | Tue-Pos-44 |
Naruse, N. | Tue-Pos-81 |
Naujoks, N. | Wed-2-I5 |
Negishi, R. | Mon-Pos-69 |
Nicoara, N. | Tue-Pos-45 |
Nishi, Y. | Tue-P-2 |
Nishikawa, O. | Mon-5-C5 |
Nishio, T. | Fri-6-C3 |
Nishitani, R. | Tue-Pos-73 |
Nomura, H. | Thu-5-C1 |
Nysten, B. | Tue-4-I3 |
Nysten, B. | Wed-Pos-4 |
Nysten, B. | Wed-Pos-45 |
O'Rourke, B.E. | Tue-Pos-48 |
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Ohara, M. | Thu-3-C2 |
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Ohnishi, T. | Wed-Pos-68 |
Ohno, Y. | Thu-4-C4 |
Ohtake, A. | Tue-Pos-16 |
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Oka, H. | Mon-Pos-17 |
Oka, H. | Tue-Pos-76 |
Oka, H. | Wed-Pos-28 |
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Ono, T. | Mon-8-C5 |
Oohira, T. | Tue-Pos-75 |
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Pakarinen, O.H. | Tue-1-C3 |
Pang, C.L. | Fri-3-C6 |
Pang, C.L. | Mon-Pos-30 |
Pang, C.P. | Tue-Pos-64 |
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Pérez, R. | Wed-Pos-44 |
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Perkins, E.W. | Wed-Pos-24 |
Phark, S.H. | Wed-Pos-46 |
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Pompeo, G. | Tue-Pos-10 |
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Ramoino, L. | Tue-3-C2 |
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Rezek, B. | Tue-Pos-18 |
Rontani, M. | Mon-2-C6 |
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Sader, J.E. | Mon-3-C3 |
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Saida, D. | Tue-5-C2 |
Saida, M. | Fri-4-C3 |
Saito, A. | Mon-1-C1 |
Sakai, A. | Tue-Pos-77 |
Sasahara, A. | Wed-4-C5 |
Sasahara, A. | Tue-Pos-30 |
Sasaki, T. | Mon-8-C2 |
Sato, H. | Mon-Pos-4 |
Sato, T. | Mon-5-C6 |
Sato, T. | Wed-Pos-64 |
Satoh, N. | Mon-Pos-81 |
Schirmeisen, A. | Mon-Pos-60 |
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Shariati, M. | Tue-Pos-11 |
Sharma, H.R. | Fri-4-C2 |
Sheehan, P.E. | Wed-2-C1 |
Shimizu, T. | Wed-Pos-69 |
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Smoliner, J. | Mon-Pos-31 |
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Spillmann, H. | Tue-4-C4 |
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Subagyo, A. | Mon-7-C3 |
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Suwa, Y. | Fri-5-C5 |
Suzuki, H. | Thu-6-C2 |
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Suzuki, S. | Wed-6-C6 |
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Takagi, A. | Mon-Pos-10 |
Takahashi, T. | Mon-5-C4 |
Takahashi, T. | Mon-Pos-67 |
Takahashi, T. | Tue-Pos-80 |
Takata, K. | Mon-Pos-70 |
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Tanaka, S. | Mon-Pos-39 |
Tanemura, M. | Wed-5-C3 |
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Xiao, X. | Mon-1-C4 |
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