Hitosugi T. | Department Of Superconductivity University Of Tokyo:(present Address)department Of Chemistry Univers

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著作論文

Fabrication Process of Fine Electrodes Using Shadow Mask Evaporation and Tip-Induced Local Oxidation
Nanofabrication Using Atomic Force Microscopy Lithography for Molecular Devices
Dot-Array Resist Patterning Using Scanning Probe Microscopy with a Hybrid Current-Voltage Control Method
Combining Atomic Force Microscopic Lithography with Photolithography
Fabrication of High-Resolution and High-Aspect-Ratio Patterns on a Stepped Substrate by Using Scanning Probe Lithography with a Multilayer-Resist System
Characteristics of Nanoscale Lithography Using AFM with a Current-Controlled Exposure System
Direct Imaging of Thermodynamic Process In Atom Migration by Using Scanning Tunneling Microscopy
Reduced Density of Missing-Dimer Vacancies on Tungsten-Contaminated Si (100)-(2×n) Surface by Hydrogen Termination
Control of Surface Current on a Si(111) Surface by Using Nanofabrication
Theoretical Study of Ga Adsorbates around Dangling-Bond Wires on am H-Terminated Si Surface: Possibility of Atomic-Scale Ferromagnets
Initial Stage of Molecular Adsorption on Si(100) and H-terminated Si(100) Investigated by UHV-STM(STM-Si(001))
Scanning Tunneling Spectroscopy of Dangling-Bond Wires Fabricated on the Si(100) -2 × 1 -H Surface
Property Change of Si(111) Surface by Scanning Tunneling Microscope Manipulation
Initial Backbond Oxidation at an Unpaired Dangling Bond Site on a Hydrogen-Terminated Si (100) 2×1 Surface
Study of Initial Stage of Molecular Adsorption on Si(100) by Scanning Tunneling Microscopy
Growth Control of Nano-Needle on Silicon Surface Using Scanning Tunneling Microscope
Development of an In-Situ Method of Fabricating Artificial Atom Structures on the Si(100) Surface
Interaction of Ga Adsorbates with Dangling Bonds on the Hydrogen Terminated Si(100) Surface
In Situ Direct Imaging of Scanning Tunneling Microscope Tip Apex
Room-Temperature Adsorption of Si Atoms on H-terminated Si(001)-2×1 Surface(Condensed Matter: Structure, Mechanical and Thermal Properties)

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