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Category |
Research topic |
Researcher |
University or institution |
Keywords |
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University |
Development of Functional Materials inspired by biomineralization |
Kazuki Murai |
Shinshu University |
function materials, biomineralization, biominerals, environmental burden, softmaterials |
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University |
Applying colloid and interface chemistry to nano-technological and biological systems |
Cathy McNamee |
Shinshu University |
interface, colloid, nano-technological, biological, magnetic materials, semiconductor materials, controlling, lubricant films, metabolic syndrome |
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University |
Developing novel organocatalysts for highly stereo selective synthesis of organic molecules |
Tetsuya Fujimoto |
Shinshu University |
enantiotopic relationship, organocatalysts, asymmetrical catalyst |
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University |
Making fuel cells a more familiar energy system |
Hiroshi Fukunaga |
Shinshu University |
fuel cells, solid oxide fuel cell(SOFC), polymer electrolyte fuel cell(PEFC), silk, activated carbon |
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University |
Developing cutting-edge polymer particles and pursuing science in the mysterious world of the micro-scale |
Daisuke Suzuki |
Shinshu University |
functional polymer particles, design, synthesis, evaluate |
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|
University |
Developing thin, lightweight wearable fuel cells to supply power to robots and power suits |
Toshiki Koyama |
Shinshu University |
vaporization membranes, electrolyte membranes, nanofiber, micro fuel cells, self-humidification layers, carbon nano-paper, nickel nano-paper |
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|
University |
The Modern Alchemist!? Polymer Materials by Molecular Design |
Yasuhiro Kohsaka |
Shinshu University |
precise polymerization chemistry , functional monomer , anionic polymerization , ring-opening polymerization (ROP) , radical polymerization , stimuli-responsive materials , end-functionalization , stereoregular polymer , xclick chemistry |
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|
University |
Necklace-shaped supramolecules and cellulose/chitin nano-whiskers |
Jun Araki |
Shinshu University |
polyrotaxanes, nano-whiskers, gels, fibers, films, cellulose, chitin |
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|
University |
Mixing familiar materials to make coatings for high-efficiency solar cells |
Shogo Mori |
Shinshu University |
solar cells, titanium oxide, iodine, pigments, highly efficient |
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|
University |
Creating gels from numerous liquids throughout the world and investigating a wide array of applications for supramolecular gels |
Masahiro Suzuki |
Shinshu University |
gelling, low-molecular-weight gelling agents, oil-processing agents, cosmetics, medical, pharmaceutical applications, foods, writing supplies, paints, inks, electronic devices, LCDs |
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University |
Small is BIG: Developing state-of-the-art nano-materials for use in fuel cells and supercapacitors |
Wataru Sugimoto |
Shinshu University |
fuel cells, supercapacitors, nano-materials |
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|
University |
Interdisciplinary Chemical Physics exploring the microscopic mechanisms of life phenomena |
Takaaki Sato |
Shinshu University |
water, biomolecules, spectroscopic techniques, scattering techniques, pharmaceuticals, cosmetics, detergents |
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|
University |
Discovering new functional materials through nanotech and realizing new functionality by imitating the structure of living things |
Mutsumi Kimura |
Shinshu University |
energy, chemicals found, conversion, environment, hazardous substances, breaking down, chemical sensors, solar panels |
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|
University |
Photocatalytic Reaction Systems Supported on Fibers and Beads |
Hisanao Usami |
Shinshu University |
photocatalyst, pollutant, degradation, oxidation and reduction, photocatalytic reaction system, microporous glass reactor, sunlight |
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|
University |
Tapping organic EL to bring us future products such as televisions that can be rolled up and carried and ceilings with built-in lighting |
Musubu Ichikawa |
Shinshu University |
lighting, displays, organic EL(organic LED), rolled up and carried around, televisions, computer, reducing power consumption |
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University |
Elucidating genome functions for food production |
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University |
Precise Synthesis of Functional Polymeric Materials and Preparation of Functional Surface |
Tomoyasu Hirai |
Kyushu University |
Liquid Crystal, Orientation, Surface Modification |
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PDF |
University |
Structure and Physical Properties of Polymers at Surface and Interface |
Keiji Tanaka |
Kyushu University |
Aggregation structure, Dynamics, Nanocomposite materials, Sustainable energy, Bioscaffolds |
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|
University |
1) Introduction of functional groups onto polymers by gamma-irradiation. 2) Structure and dialysability of composite membrane from microbial cellulose 3) The relationship in textile fiber and skin hygiene. |
Chie, SAWATARI |
Faculty of Education(and Research Institute of Green Science and Technology),Sizuoka University |
poly(ethylene), poly(-L-lactic acid), cellulose, microbial cellulose, chemical modification, physical property |
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|
University |
Formation of organized structures by colloidal and polymeric systems |
Akira Tsuchida |
Materials Chemistry Course, Department of Chemistry and Biomolecular Science, Faculty of Engineering, Gifu University |
Colloid, Polymer, Organized Structures |
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