客員アドバイザー
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Field 2 |
Nano-materials, nano-characterization, and calculation |
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| Dmitri GOLBERG |
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Group Leader of Nanotubes Group, Nanoscale Materials Center, NIMS.
PhD in Solid State Physics, Bardin Central Institute for Ferrous Metallurgy, Moscow, Russia, 1990, MS in Materials Science and Engineering, Moscow Institute for Steels and Alloys, 1983.
Synthesis, electron microscopy analysis and physicochemical properties of BN, B-C-N, metal oxide, boride and sulfide nanotubes, nanocables, nanowires and nanobelts. Nanostructure formation and phase transitions under non-equilibrium conditions. Mechanical properties of intermetallic single crystals. High-temperature shape memory materials. |
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| Key words |
| Inorganic materials |
Nanoscale materials |
Semiconductors |
| Nanostructures |
Phase transformation |
Nano device |
| TEM |
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| Kazuhiro HONO |
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Managing Director of Magnetic Materials Center, and Magnetic Materials Group, NIMS, Professor in Materials Science in the Graduate School of Applied and Pure Sciences at the University of Tsukuba.
Ph.D in Materials Science, Penn State Univ., 1988, MS and BS in Materials Science, Tohoku University, 1984 and 1982.
Phase transformations of industrial metallic materials, viz. aluminum alloys, magnesium alloys, steels, and metallic glasses. Microstructure-property relationships of magnetic materials. Fabrication of nanocrystalline, nanocomposite microstructures and their properties. Atom probe field ion microscopy and transmission electron microscopy. |
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| Key words |
| Metallic materials, alloys |
Nanoscale materials |
Magnetic materials |
| Nanostructures |
Phase transformation |
Mechanical property |
| Magnetic property |
Fuel cell technology |
Sever plastic deformation |
| Mechanical milling |
Thin film processing |
Rapid solidification |
| TEM |
FIM |
APFIM |
| SAXS |
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| Kazushi MIKI |
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Group Leader of Nano Architecture Group, Organic Nanomaterials Center, NIMS.
Ph.D in Materials Science, Tsukuba Univ., 1988, MS in Materials Science and BS in Conversion Engineering, Tsukuba University, 1984 and 1982.
Functional nano-structures such as atomic wires and nanoscale selective chemical reactions. Nanofabrication, using crystal growth (MBE), ULSI processing technologies and scanning probe microscopes (SPM). Characterization of nanostructures, surface structures and interfaces, using SPMs, electron diffraction (RHEED) and X-ray diffraction. |
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| Key words |
| Nanoscale materials |
Semiconductors |
Phase transformation |
| Nano device |
Crystal growth |
Nano-maicro fabrication |
| SPM |
RHEED |
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| Tomonobu NAKAYAMA |
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Group Leader of Nano System Integration Group, Nano System Functionality Center, NIMS , and Lecturer at Tokyo Institute of Technology.
Ph.D in Physics at the University of Tokyo, 1999, MS in Materials Science in 1988, BS in Physics in 1986, at Tokyo Institute of Technology.
Development of novel techniques based on scanning tunneling microscopy and the other scanning probe microscopies, i.e., multiple-probe scanning probe microscopy. Atom manipulation using a tip of STM and nanostructuring using self-organization of materials on surfaces. Controlling electrical properties of nanostructures composed of fullerenes and related materials. |
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| Key words |
| Metallic materials, alloys |
Polymers |
Nanoscale materials |
| Nanostructures |
Phase transformation |
Nano device |
| Biological property |
Electrical property |
Atom manipulation |
| SPM |
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| Takahisa OHNO |
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Managing Director of Computational Materials Science Center and Group Leader of First-Principles Simulation Group (1), CMSC, NIMS.
Professor in Physics in the Graduate School of Science at Tokyo University of Science. Ph.D. in Physics at the University of Tokyo, 1982, MS and BS in Physics at the University of Tokyo, 1979 and 1977.
Computational materials science and solid state physics.
First-principles researches on surface energetics and dynamics, catalytic reactions, and defects in solids. Electronic structures and transport properties of exotic materials such as organic and graphite-related ones. Development of computational techniques for nanomaterials, such as large-scale simulations. |
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| Key words |
| Nanoscale materials |
Semiconductors |
Nanostructures |
| Surface & interface |
Electrical property |
Computational technique |
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| Takashi SEKIGUCHI |
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Group Leader of Nano device characterization Group, Advanced Electronic Materials Center, NIMS.
Ph.D in Physics, Tohoku Univ., 1996; MS, Tohoku University, 1983 and BS, Kyoto University, 1981.
Characterization of defects in semiconductors using electron beam excitation, such as cathodoluminescence and EBIC. Fabrication of semiconductor nanostructures and/or nanoparticles and characterization of their luminescence properties. |
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| Key words |
| Inorganic materials |
Semiconductors |
Nanostructures |
| Optical property |
Cathodoluminescence |
NOM |
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| Shinya UJI |
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Group Leader of Nano Quantum Transport Group, Nano System Functionality Center, NIMS.
Ph.D., MS, and BS in Physics at Univ. of Tsukuba in 1988, 1985 and 1983, respectively.
Magnetic field induced superconductivity and quantum oscillations under magnetic fields in low dimensional organic conductors.
Quantum transport properties under magnetic fields in mesoscopic superconductors.
Nanofabrication by electron beam lithography and Focused ion beam systems.
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| Key words |
| Nanoscale materials |
Superconducting materials |
Magnetic materials |
| Electrical property |
Magnetic property |
TEM |
| FIM |
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| Shunichi ARISAWA |
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Senior Researcher of Nano Quantum Electro Group, Nano System Functionality Center, NIMS
Obtained Ph.D degree from the University of Tokyo in Materials Science (1993)
National Research Institute for Metals(1993-2001)
visiting researcher of university of Geneva(1997)
National Institute for Materials Sicence(2001-present)
Fabrication of organic thin films by Langumuir-Blodgett technique and characterizaton of their properties. Immoblization of enzymes(-1993)
Fabrication of thin films of metallic and oxide Superconductors. Structural, magnetic, and electrical characterization and application to nanodevices (1993-present) |
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| Key words |
| Inorganic materials |
Superconducting materials |
Nanostructures |
| Surface & interface |
Nano device |
Electrical property |
| Crystal growth |
Nano-maicro fabrication |
Thin film processing |
| SPM |
RHEED |
XRD |
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| Kenji SAKURAI |
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Group Leader of Synchrotron Radiation Group, Quantum Beam Center, NIMS
Professor in Materials Science in the Graduate School of Applied and Pure Sciences at the University of Tsukuba.
Ph.D, MS and BS in Industrial Chemistry, the University of Tokyo, 1988,1985 and 1983, respectively. |
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| Hideki T. MIYAZAKI |
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Senior Researcher of Nano Photonics Group, Quantum Dot Research Center, NIMS.
Ph.D., MS, and BS in Mechanical Engineering at the University of Tokyo in 1999, 1989 and 1987, respectively.
Researcher at Hamamatsu Photonics, 1989-1994, Research Associate at RCAST, the University of Tokyo, 1994-1999, Postdoctoral Fellow at National Research Institute for Metals, 1999-2001.
Micromanipulation in scanning electron microscope (SEM), microscopic optical spectroscopy, and application of these techniques to nanophotonics such as photonic crystals and plasmonic resonators.
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| Key words |
| Nanostructures |
Optical property |
Nanomanipulation |
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| Hajime HANEDA |
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Managing Director of Sensor Materials Center, and Group Leader of Sensor chemistry, NIMS.
Ph.D in Inorganic Materials Science, Tokyo Institute of Technology., 1993,
BS in Applied Chemistry, Yokohama National University, 1975.
Synthesis of transparent ceramics ( YAG, yttria, forsterite, zinc oxide, etc).
Synthesis of multicomposite materials forthe nuclear energy field.
Combinatorial ion implantation for phocatalyst, phosphors .
SIMS analysis for ceramics.
Diffusion and defect chemistry of ceramics. |
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| Key words |
| Composite |
Inorganic materials |
Catalysis |
| SIMS |
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| Kunio TAKAYANAGI |
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Professor, Department of Physics, Tokyo Institute of Technology |
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| Jie TANG |
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Group Leader of 1D Nanomaterials Group, Innovative Materials Engineering Laboratory, NIMS.
PhD in condensed matter physics, Osaka University, 1993;
BS in Materials Science, Tsinghua University?China, 1985.
Fabrication, characterization, and applications of one demensional nanomaterials including nanotubes and nanowires. Structure and properties of materials under high pressure, low temperature, and/or strong magnetic field. |
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| Key words |
| nanoscale materials |
nano device |
nanostructures |
| metallic materials, alloys |
transport properties |
nano-micro fabrication |
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| Atsushi OSHIYAMA |
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Professor,Professor, Institute of Physics, University of Tsukuba |
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