| Fundamental Research Division |
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| Complex surface structure |
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| surface of singe crystal, XAFS, STM/AFM, synchrotron radiation, EXPEEM, TiO2, well-defined inhomogeneous surface, total reflection florescence XAFS,
Ni2P, hydrodesulfurization reaction,Quick XAFS |
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| In situ Vibrational Spectrscopic Study on the Electrode Surface |
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| surface-enhanced, infrared absorption spectroscopy, electrochemical scanning
tunneling microscopy, interfacial molecular structure, electrochemistry,
fuel cell, time resolved vibrational spectroscopy, dynamics on electrode
reaction. self-assembled monolayer, sum-frequency generation spectroscopy,
design and evalution of functional interface |
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| Novel functional materials and catalytic reaction systems, especially those relating to phtocatlaysis, are developed. |
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| highly active photocatalysts, action apectrum analysis, double-beam photoacoustic
spectroscopy, hollow core/shell structure,. anisotropic particle assembly,
jingle-bell nano particle, green chemistry |
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| Inovation of nano to micro structured oxide catalyst for sustainable development
of mankind |
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| high performance selective oxidation., Mo-V-O multicomponent metal oxide.
polyoxometalate multicomponent metal oxide, perovskite metal oxide, alkane
partial oxidation, solid oxide fuel cell (SOFC), proton exchange membrane
fuel cell (PEFC), environmental purification filter, energy conversion
material, NaCo2O4 |
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| Organic Synthesis using Organometallic Complex from Stoichiometric to Catalytic |
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| organometallic chemistry, organic synthesis, homogeneous catalysis, organic
material chemistry |
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| Precise Synthesis and Application of Heterogeneous Catalysts Based on Molecular
Level Design |
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| nanoparticle, mesoporous material, template synthesis, precise modification,
highly selective catalyst, highly active catalyst |
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| Development of metal cluster catalysts |
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metal clusters, bimetallic clusters, precision synthesis, aerobic oxidation, structural analysis of free clusters
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※ ◎ ： Professor， ○ ： Associate Professor， □ ： Assistant Professor
| Target Oriented Research Assembly |
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| Networking of Researchers in Catalyric Science |
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| networking and fusion in catalysis research/development of new catalytic
science field/international initiative/information on education and personnel/catalytic
research using synchrotron orbital radiation/Photoelectrochemistry-Photocatalysis
Newsmail/global networking of catalysis scientist/education in catalytic
science |
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| Toward development of unexplored asymmetric reactions utilizing transition-metal
catalysts |
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| Non-centrochirality, axial chirality, planar chirality, catalytic asymmetric
synthesis, organometallic chemistry, homogeneous catalyst, transition-metal |
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| Create and observe reaction field on well-defined surfaces |
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| single crystal metal oxide surface, well defined reaction field for chemical
processes, surface organometallic complex |
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| Development of efficient photocatalysis on well-defined structure of inorganic crystals |
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| Semiconductor photocatalyst, Inorganic crystal, well-defined reaction field,
Visible light responsible photocatalyst, Highly selective reaction |
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| Realization of efficient energy conversion for next
generation |
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Solid oxide fuel cell, Mixed oxide, Mobility
of oxygen, YSZ, Coke deposition
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| Catalytic conversion of biomass for low-carbon society |
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| Biomass, Cellulose, Sorbitol, Chemicals synthesis, global warming, low-carbon society |
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| Exploring the Bio-Interface in a Molecular Sensitivity |
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| Lipid Bilayer, Biomolecules, Molecular Structures at Interface, Functionality, Nonlinear Optical Method, Sum Frequency Generation (SFG) Vibration Spectroscopy |
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| Innovative Research Based on Precise Design and Preparation of Molecular
Assembly on Surface |
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| monolayer, precisely designed surface structure, designed organic molecules,
highly selective catalyst, highly active catalyst,novel function |
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| Creation of ordered-alloy nanocatalysts |
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| metal nanoparticles, alloy nanoparticles, ammonia synthesis |
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※ ○ ：Group Leader
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