Proposed Research A04 A01 A02 A03 Home

Tsuneki ICHIKAWA

◆　Research subject Formation Mechanism of Organic Whisker as a Precursor of Novel Carbon Nanofiber ◆　Speciality Radiation Chemistry ◆　Keywords Radiation chemistry, Functional organic materials, Carbon nanofiber, Whisker ◆　Research Group Activity Application of Radiation-Chemical Reactions to The Construction of Functional Organicmaterials ◆　Affiliation Professor, Graduate School of Engineering, Hokkaido University ◆　E-mail

Gen SAZAKI

◆　Research subject Dynamics of The Adsorption, Desorption and Diffusion of a Single Protein Molecule at a Protein Crystal-Solution Interface ◆　Speciality Crystal Growth ◆　Keywords Single molecule visualization, Protein crystal, Surface diffusion ◆　Research Group Activity Growth Mechanisms of Protein Crystals Single Molecule Visualization on a Crystal Surface In Situ Observations of Elementary Growth Steps on Protein Crystal Surfaces and Defects in Protein Crystals Effects of Flow and Impurities on Defects Generation ◆　Affiliation Lecturer, Institute for Materials Research, Tohoku University ◆　E-mail

Tetsuo OKUTSU

◆　Research subject Light-Induced Crystal Growth ◆　Speciality Photochemistry ◆　Keywords Crystal growth, Protein ◆　Research Group Activity Protein Crystal Growth Light-Induced Crystal Growth ◆　Affiliation Associate Professor, Department of Chemistry, Gunma University ◆　E-mail

Masato SUZUKI To TOP ↑

◆　Research subject Nano-Scale Analysis of Non-Topochemical Solid-State Polymerization ◆　Speciality Polymer Synthesis ◆　Keywords Solid-state polymerization, Polysaccharide, Oxidative-coupling polymerization, Ring-opening polymerization, Supramolecule ◆　Research Group Activity Development of Novel Solid-State Polymerization Preparation of Unique Structure Polymers by Oxidative-Coupling Polymerization Development of Novel Synthetic Methodology for Polysaccharides ◆　Affiliation Professor, Department of Materials Science and Engineering, Nagoya Institute of Technology ◆　E-mail

Hidehiro UEKUSA

◆　Research subject Time-Resolved Structure Analysis of Photo-Induced Crystalline State Reaction by MSGC Detector ◆　Speciality Chemical Crystallography ◆　Keywords X-ray diffraction, Photo-induced reaction, Crystalline state reaction, Time-resolved structure analysis ◆　Research Group Activity Development of Photo-Induced Reaction System X-Ray Diffraction Measurement by MSGC Detector Real Time X-Ray Structure Analysis Structure Analysis from Powder Diffraction Data ◆　Affiliation Associate Professor, Department of Chemistry and Materials Science, Tokyo Institute of Technology ◆　E-mail

Hidetaka NAKAI

◆　Research subject Reaction Dynamics Study of Single Crystalline Photochromism of α-Disulfone Complexes ◆　Speciality Coordination Chemistry, Inorganic Photochemistry ◆　Keywords Photonic crystals, Photochromism, Reaction dynamics, Organometallics, Nano materials ◆　Research Group Activity Development of Single Crystalline Photochromic Metal Complexes Dynamics of Molecular Structural Changes in Single Crystals Dynamics of Morphology Changes of Photochromic Single Crystals Dynamics of Reaction Cavities in Crystalline-State Reaction ◆　Affiliation Research Associate, Graduate School of Natural Science and Technology, Kanazawa University ◆　E-mail

Noriaki IKEDA

◆　Research subject Photoreaction Dynamics of Metal Complexes in Crystal ◆　Speciality Photochemistry ◆　Keywords Crystal, Metal complex, Ultrafast spectroscopy, Photoreaction ◆　Research Group Activity Photochemistry of Metal Complexes in Crystal Photochemistry of Multi-Nuclear Complexes in Solution ◆　Affiliation Associate Professor, Graduate School of Science, Osaka University ◆　E-mail

Takatomo SASAKI

◆　Research subject Polymorphism Control of Photochromic Crystal by Using Laser-Induced Nucleation ◆　Speciality Crystal Engineering, Nonlinear Optics, Laser Engineering ◆　Keywords Crystal growth, Laser-Induced nucleation, Organic crystal ◆　Research Group Activity Growth of Photochromic Crystal N-Salicyliden-4-Bromoaniline by Slow Cooling Method Crystal Growth of Protein and Organic Crystals by Using Laser-Induced Nucleation Technique Growth of High-Quality Nonlinear Optical Crystal DAST and Its Application to THz-Wave Generator ◆　Affiliation Professor, Department of Electrial,Electronic and Information Engineering, Osaka University ◆　E-mail

Mikiji MIYATA To TOP ↑

◆　Research subject Measurements and Dynamics of Intercalation into Organic Layered Crystals ◆　Speciality Supramolecular Recognition Chemistry ◆　Keywords Organic layered crystal, Intercalation, Functional organic dye, Structural dynamics ◆　Research Group Activity Separation of Racemates by Biomolecules Creation of Supramolecular Structures and Their Function Organic Crystal Engineering by Using Salt Bridges Modulation of Physical Properties in Solid-State by Combinatorial Chemistry ◆　Affiliation Professor, Graduate School of Engineering, Osaka University ◆　E-mail

Hideko KOSHIMA

◆　Research subject Morphorogy Change and Structure Control of Organic Cocrystals by Reactions ◆　Speciality Organic Solid State Chemistry, Photochemistry ◆　Keywords Organic crystal, Photoreaction, Morphology, Structure control, Nano structure, Photofunctional material ◆　Research Group Activity Morphorogy Change of Organic Crystals by Single-Crystal-to-Single-Crystal Photoreactions Morphology Change by Photoreactions Accompanied with Crystal Structure Change Morphotogy Change of Organic Crystals by Transition Preparation of Cocrystals and Development of Their Photoreactions ◆　Affiliation Professor, Faculty of Engineering, Ehime University ◆　E-mail

Hiroshi SEKIYA

◆　Research subject Laser Spectroscopic Measurement of Structure and Morphology of Photochromic Molecules on Surface and in Crystal ◆　Speciality Structural Chemistry ◆　Keywords Photochromic reaction, Proton transfer, Excited-state dynamics, Laser spectroscopy ◆　Research Group Activity Photochromic Reactions of Organic Molecules Photoinduced Proton Transfer Hydrogen Bond and Tunneling Effect Structure of Molecular Clusters ◆　Affiliation Professor, Faculty of Sciences, Kyushu University ◆　E-mail

Haruo INOUE To TOP ↑

◆　Research subject Photo-Responsive Optically Transparent Organic/Inorganic Hybrid Compounds with Nano-Layered Structure and Their Morphological Dynamics ◆　Speciality Photochemistry ◆　Keywords Metal complexes, Artificial photosynthesis, Energy coupling among chemical reactions, Anisotropic control of chemical reactions ◆　Research Group Activity Artificial Photosynthesis with Water as Both Electron and Oxygen Atom Donor Energy Coupling among Chemical Reactions through Hydrogen Bonding in The Excited State Photochemistry in Nano-layered Microenvironment Photochemical Micro-Production of Materials ◆　Affiliation Professor, Department of Applied Chemistry, Tokyo Metropolitan University ◆　E-mail

Seiya KOBATAKE

◆　Research subject Arrangement Control of Photofunctional Photochromic Organic Microcrystals and Their Reaction Dynamics ◆　Speciality Functional Material Chemistry ◆　Keywords Photochromism, Crystal, Functional material ◆　Research Group Activity Photochromic Reaction Mechanism in Crystal Creation of Photofunctional Organic Crystals Synthesis of Novel Photochromic Compounds Creation of Rewritable Display Materials ◆　Affiliation Associate Professor, Graduate School of Engineering, Osaka City University ◆　E-mail

Yoko SUGAWARA

◆　Research subject Time and Space Resolved Analysis of Bifurcate or Circuit Phase Transition of Nucleotide Hydrates ◆　Speciality Crystallography, Biophysics ◆　Keywords Phase transition, Hydrates ◆　Research Group Activity Phase Transition of Hydrates of Nucleotides Analysis of Growth Mechanism of Protein Crystals ◆　Affiliation Professor, School of Science, Kitasato University ◆　E-mail

Hidetoshi OIKAWA To TOP ↑

◆　Research subject Fabrications of Organic-Metal Hybridized Nanocrystals Having Layered Nanostructure and Their Optical Properties ◆　Speciality Polymer Materials Science ◆　Keywords Organic and polymer nanocrystals, Organic nonlinear optical materials, Light scattering ◆　Research Group Activity Fabrications of Organic-Metal Hybridized Nanocrystals and Their Interfacial Optoelectronic Interaction Crystal Size-Dependent Optical Properties of Organic and Polymer Nanocrystals Electric- and/or Magnetic-Induced-Orientation of Organic Nanocrystals Controlled Alignment of Organic Nanocrystals on Patterned-Substrate by Vacuum Evaporation ◆　Affiliation Associate Professor, Institute of Multidisciplinary Research for Advanced Materials, Tohoku University ◆　E-mail

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