Planned Research A03 A01 A02 A04 Home

Yasuhiro IWASAWA

	◆　Research subject Catalyst Surface Structure Dynamics ◆　Speciality Catalysis, Surface Science ◆　Keywords Catalysis, surface structure, Structure dynamics, XAFS ◆　Research Group Activity link >>> ◆　Affiliation Professor, Graduate School of Science, The University of Tokyo ◆　E-mail

Hiroshi KONDOH

◆　Research subject Auger-Electron-Probe Time-Resolved Surface XAFS Technique and Its Application to Study of Surface Dynamics ◆　Speciality Surface Chemistry, X-Ray Spectroscopy, Solid State Physical Chemistry ◆　Keywords Time-resolved spectroscopy, Surface reaction, XAFS ◆　Research Group Activity link >>> ◆　Affiliation Associate Professor, Graduate School of Science, The University of Tokyo ◆　E-mail

Akihide WADA

	◆　Research subject Real Time Observation of Surface Chemical Reactions by Nonlinear Spectroscopy ◆　Speciality Laser Spectroscopy ◆　Keywords Surface chemical reaction, Ultrafast spectroscopy, Pulse shaping, Quantum control of reaction ◆　Research Group Activity link >>> ◆　Affiliation Professor, Faculty of Science, Kobe University ◆　E-mail

Koichi YAMASHITA

	◆　Research subject Quantum Dynamics and Control of Surface Ultra-Fast Processes ◆　Speciality Theoretical Chemistry ◆　Keywords Surface ultra-fast process, Quantum dynamics, Quantum rate constant, Surface excited elementary process, Conductance of adsorbed molecules ◆　Research Group Activity link >>> ◆　Affiliation Professor, School of Engineering, The University of Tokyo ◆　E-mail

Proposed Research A03 To TOP ↑

Nobuyuki ICHIKUNI

◆　Research subject Research on Preparation Process of Nano-Size Controlled Nitride Catalyst ◆　Speciality Catalysis, XAFS ◆　Keywords Nitride catalyst, XAFS, TEM, Dynamic characterization ◆　Research Group Activity Preparation and Catalysis of Early Transition Metal Carbide Catalyst Structural Change of Mo Catalyst During Olefin Photo-Metathesis Reaction Structural Analysis of The Catalyst by Means of In-Situ XAFS Technique ◆　Affiliation Associate Professor, Department of Appliced Chemistry and Biotechnology, Chiba University ◆　E-mail

Kazuya YAMAGUCHI

◆　Research subject Development of High Performance Oxidation Catalysts by Solid Surface Design ◆　Speciality Organic Synthesis ◆　Keywords Heterogeneous catalyst, Polyoxometalate, Oxidation ◆　Research Group Activity Design of Catalysts and Catalyst Supports by Modification of Metal Oxide Surface Design of High Performance Polyoxometalate Catalysts Development of Oxidation Systems Using Molecular Oxygen and Hydrogen Peroxide Development of New Reactions for Fine Chemical Synthesis ◆　Affiliation Research Assistant, School of Engineering, The University of Tokyo ◆　E-mail

Yasuo IZUMI

◆　Research subject XAFS to Observe The Transition State of Surface Catalytic Reactions. An Attempt by Photoexcitation XAFS Combined with XRF ◆　Speciality X-ray Spectroscopy, Catalysis ◆　Keywords Active surface, Structure dynamics, Radiation x-rays corpuscular beam, Analysis estimation, Catalysis chemical process ◆　Research Group Activity Applications of State-Sensible, High Energy-Resolution XAFS to The Environmental Catalyst Sites Applications of State-Sensible, High Energy-Resolution XAFS to The Trace Amounts of Poisonous Elements in Environment Design of Model Surface Catalysts and The Monitoring of Site Structure Transformation ◆　Affiliation Lecturer, Interdisciplinary Graduate School of Science & Engineering, Tokyo Institute of Technology ◆　E-mail

Ken-ichi FUKUI

◆　Research subject Novel Spectroscopy for Catalytic Active Species Using Charge Induced by Resonant Electron Tunneling ◆　Speciality Surface Physical Chemistry ◆　Keywords Electronic states analysis, Noncontact AFM, Resonant tunneling, Electrostatic force, Catalytic active species ◆　Research Group Activity Identification of Surface Chemical Species by a 'Molecular Tip' Switchable by Light Irradiation One-Dimensional Arrangement of Molecules and Selective Polymerization on Structure-Controlled Surfaces Preparation of Catalyst Surface Models for Detection of Elemental Reaction Steps ◆　Affiliation Associate Professor, Graduate School of Science and Engineering, Tokyo Institute of Technology ◆　E-mail

Toshihiro KONDO To TOP ↑

◆　Research subject Dynamics Study of Structure at Electrode/Electrolyte Interface Using Surface X-Ray Scattering ◆　Speciality Electrochemistry ◆　Keywords In situ surface x-ray scattering technique, Electrochemical interface, Dynamics study of interfacial structure ◆　Research Group Activity Structural Study at Electrode/Electrolyte Interface Using In situ Surface X-Ray Scattering Technique Syntheses of Molecules with Various Functionalities Construction of Self-Assembled Monolayers with Various Functionalities on Solid Surface Construction of Molecular Layers with Various Functionalities on Silicon Surface ◆　Affiliation Associate Professor, Faculty of Science, Ochanomizu University ◆　E-mail

Yasuhiro INADA

◆　Research subject Development of Time-Resolved XAFS Instrument with High Energy Resolution and Its Application for Redox Reactions of Metal Species Supported on Oxides ◆　Speciality Inorganic Chemistry ◆　Keywords Time-resolved XAFS, Catalysis mechanism, Dynamic structure analysis, Dynamic electronic-state analysis ◆　Research Group Activity Development of Time-Resolved Dispersive XAFS Instrument Dynamic XAFS Analysis of Catalysis Reactions Development of Sub-ns Time-Resolved XAFS Instrument Dynamic XAFS Analysis of Laser-Induced Metal Species ◆　Affiliation Associate Professor, Institute of Materials Structure Science, High Energy Accelerator Research Organization ◆　E-mail

Atsushi SATSUMA

◆　Research subject Surface Dynamics of HC-SCR on Supported Ag Catalyst ◆　Speciality Catalysis ◆　Keywords Solid catalyst, Green chemistry, In-situ spectroscopy, STM, Molecular orbital calculation ◆　Research Group Activity Development of Green Chemical Process by Using Solid Catalysts Development of Catalysts and Related Devices for Purification of Exhaust Gases Mechanistic Study of Catalysis on Solid Surface by In-Situ Spectroscopy Theoretical Study of Reaction Mechanisms on Catalysis ◆　Affiliation Professor, Graduate School of Engineering, Nagoya University ◆　E-mail

Tomoko YOSHIDA To TOP ↑

◆　Research subject New Analyses of XANES and EELS for The Study on Dynamic Active Surface Structure ◆　Speciality Solid Chemistry ◆　Keywords XAFS, Structural analysis ◆　Research Group Activity X-Ray Absorption and VUV Spectroscopic Studies on The Structures of Ceramics Materials Transmission Electron Microscopy and Electron Energy-Loss Spectroscopy Analysis of Nanostructured Materials First Principles Study of X-Ray Absorption Spectra ◆　Affiliation Associate Professor, Department of Materials,Physics and Energy Engineering, Nagoya University ◆　E-mail

Tsunehiro TANAKA

◆　Research subject Dynamics in Photoactivation Process of Surface Species of Photocatalysts ◆　Speciality Catalysis Chemistry ◆　Keywords Photocatalysis, DXAFS, QXAFS, Photooxidation ◆　Research Group Activity Study Photoactivation of Surface Species by DXAFS Clarification of Mechanism of Ammonia Photooxidation Observation of Structural Change of Surface Species in Photocatalytic Oxidation of Hydrocarbons Elucidation of Active Species at Working State by QXAFS ◆　Affiliation Professor, Deparment of Molecular Engineering, Kyoto University ◆　E-mail

Hiromi YAMASHITA

◆　Research subject Local Structure and Reaction Dynamics of Molecular Size Photocatalyst Anchored on Zeolite Thin Film ◆　Speciality Catalysis ◆　Keywords Photocatalyst, Zeolite, Mesoporous silica ◆　Research Group Activity Application of Photocatalyst for Environmental Purification and Energy Conversion Design of Visible-Light Sensitive Photocatalyst and Efficient Utilization of Solar Energy Design of Photofunctional Materials Using Zeolite and Mesoporous Cavities Design of Photofunctional Thin Film Materials by Ion-Engineering Technique ◆　Affiliation Professor, Division of Materials and Manufacturing Science, Osaka University ◆　E-mail

Kazu OKUMURA To TOP ↑

◆　Research subject DXAFS Observation on The Dynamic Structural Change of Nano Metal Clusters over Zeolite Supports ◆　Speciality Catalysis Chemistry ◆　Keywords Catalysis, XAFS, Cluster, Zeolite ◆　Research Group Activity DXAFS・QXAFS Observation on The Growing Process of Metal Nano Clusters In Situ Structural Analysis of Noble Metal Catalysts Suspended in Solvent by Means of Quick XAFS Development of Environmental Catalysts for Selective Reduction of NO and Total Oxidation of Hydrocarbons Solid Acid Catalysts Derived from Heteropoly Acids ◆　Affiliation Research Associate, Faculty of Engineering, Tottori University ◆　E-mail

Yasuaki OKAMOTO

◆　Research subject Structure Determination of The Active Sites of Co-Mo Sulfide Catalysts and a Dynamic Approach to The Hydrodesulfurization Reaction Mechanism on Them ◆　Speciality Catalysis ◆　Keywords Hydrodesulfurization, Active site structure, XAFS, Reaction mechanism ◆　Research Group Activity Structure and Reactivity of The Active Sites on Hydrodesulfurization Catalysts Catalyst Characterization by XAFS Application of Magnetic Properties to Catalyst Characterization ◆　Affiliation Professor, Department of Material Science, Shimane University ◆　E-mail

Yasushige KURODA

◆　Research subject Development of XEOL (X-Ray Excited Optical Luminescence) Method as a Site-Selective and Valence-Selective Structural Analysis ◆　Speciality Inorganic Chemistry ◆　Keywords Solid catalysts, Gas adsorption ◆　Research Group Activity Adsorption and Catalytic Properties of Metal-Ion-Exchanged Zeolites Surface Chemistry and Catalytic Behavior of Metal Oxides ◆　Affiliation Professor, Graduate School of Natural Science and Technology, Okayama University ◆　E-mail

Yoshimasa NIHEI To TOP ↑

◆　Research subject Study on Dynamics of Surface Self Assembly by The Rapid and Time-Resolved X-Ray Photoelectron Spectroscopy/Diffraction ◆　Speciality Analytical Chemistry ◆　Keywords High analytical technology ◆　Research Group Activity Study on New Applications of Electron Spectroscopy Study on Instrumentation and Applications of Photoelectron Diffraction Development of High Performance Local Analysis Using Focused Ion Beam Study on Chemical Measurements of Particulate Matter in The Environment ◆　Affiliation Professor, Faculty of Science and Technology, Tokyo University of Science ◆　E-mail

Hiromi OKAMOTO

◆　Research subject Ultrafast Near-Field Spectroscopicy on Spatiotemporal Coherence of Elementary Excitations in Nanostructures ◆　Speciality Physical Chemistry, Molecular Spectroscopy ◆　Keywords Near-field microscope, Ultrafast spectroscopy, Plasmon, Wavefunction ◆　Research Group Activity Imaging of Excited Wavefunctions and Dynamics by Near-Field Microscope Excited-State Dynamics in Nanometric Molecular Assemblies ◆　Affiliation Professor, Department of Molecular Structure, Institute for Molecular Science ◆　E-mail

Kazuya WATANABE

◆　Research subject Observation and Control of Nuclear Wavepacket Dynamics in Ultrashort Pulse Induced Surface Photochemical Reactions ◆　Speciality Surface Science ◆　Keywords Ultrafast spectroscopy, Surface dynamics ◆　Research Group Activity Study of Nuclear Wavepakcet Dynamics at Surfaces by Time Resolved SHG Study of Ultrafast Charge Transfer Dynamics at Interfaces by Time Resolved Two Photon Photoelectron Spectroscopy ◆　Affiliation Research Associate, Research Center for Molecular-Scale Nanoscience, Institute for Molecular Science ◆　E-mail

Tsuneo URISU To TOP ↑

◆　Research subject Micro-Domein Analysis of Membrane Protein/Lipid Bilayer Surface Reaction Field by Synchrotron Radiationn Infrared Reflection Absorption Spectroscopy ◆　Speciality Physical Chemistry ◆　Keywords Membrane protein, Lipid bilayer, Infrared reflection absorption spectroscopy, Synchrotron radiation ◆　Research Group Activity AFM Analysis of Membrane Protein/Lipid Bilayer System IRRAS of Membrane Protein/Lipid Bilayer System Developmemt of Membrane Protein Biosensor ◆　Affiliation Professor, Department of Vacuum UV Photoscience, Institute for Molecular Science ◆　E-mail

Japanese ｜ Site Map ｜ Contact Us Copyright(C)2004-2008 Molecular Nano Dynamics. All rights reserved.