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| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Structure Analysis of Silk and Application of Silk to Vascular Graft |
Tetsuo Asakura |
Tokyo University of Agriculture and Technology Department of Biotechnology |
Polymer Structure, NMR, Silk, Biomaterial, Vascular Graft |
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| University |
Nanofiber |
Akihiko Tanioka |
Tokyo Institute of Technology |
Nanofiber, Nanosize fiber, Nanostructure fiber, Electrospinning, Melt air spinning, Conjugate spinning, Meltblown, Information and communication society, Health and extension of life, Environmental, energy and infrastructure industries |
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|
| University |
Nanofibers and Nanomaterials, Energy Conversion and Storage Materials, Polymer Membranes |
Hidetoshi Matsumoto |
Tokyo Institute of Technology |
Nanofiber, Nanomaterial, Energy Conversion, Energy Storage, Polymer Membrane |
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| University |
Structures and Properties of Liquid Crystal Polymers |
Tokita, Masatoshi |
Tokyo Institute of Technology |
liquid crystalline polymer, structure analysis, block copolymers |
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| University |
Estimation of intrinsic strength of carbon fibers |
Masatoshi Shioya |
Tokyo Institute of Technology |
Carbon fibers, Intrinsic strength |
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| University |
Design and fabrication of advanced fibers and smart materials based on cellulosics |
Yoshiyuki NISHIO |
Division of Forest and Biomaterials Science, Graduate School of Agriculture, Kyoto University |
Cellulose, polysaccharides, high performance/functional materials, fiber, melt molding, liquid crystal, nano-crystal |
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| University |
Potential Application of Cellulose Nanofibers by Polymeric Dispersants: Development of High-performance Composite Materials |
Yoshinobu Tsujii |
Institute for Chemical Research, Kyoto University |
Cellulose, Nanofiber, Controlled Polymerization, Surface Modification, Composite Materials |
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| University |
Polymer Crystallization under flow |
Toshiji Kanaya |
Kyoto University |
Flow induced crystallization |
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|
| University |
Formation and Application of Organic-Inorganic Hybrid materialsFormation of High Performance/Multi Functional Fibers |
Koji NAKANE |
University of Fukui |
Organic-Inorganic Hybrid, Immobilized Biocatalyst, Inorganic Fiber, Sol-Gel Process |
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| University |
Invention of functional textile materials through novel textile processing techniques |
Kazumasa Hirogaki |
University of Fukui |
Supercritical carbon dioxide, Electron beam, Structural color, Impregnation, Graft polymerization, Waterless dyeing, Intelligent function |
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| University |
Efficient Direct Electron Transfer for a Biodevice for Bioanode and bio-fuel cells |
Shin-ichiro Suye |
University of Fukui, Department of Fiber Technology and Science |
Bio-fuel cells, Polymerized mediator, New energy |
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| University |
Functional modification of textile and polymer materials by the radiation induced graft polymerization |
Koji Miyazaki |
University of Fukui, Graduate School of Engineering |
Electron beam, Graft polymerization, Functional processing |
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|
| University |
Development of biovinyl monomers by microbial fermentation |
Yuji Aso |
Department of Biobased Materials Science, Kyoto Institute of Technology |
Bioprocess, Biotechnology, Biovinyls, Fermentation, Gene engineering, Metabolic engineering, Microbials, Screening |
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|
| University |
①Inventing hair dyeing technique which is human- and eco-friendly and safer
②Developing novel colouring, dyeing and finishing technique by using biobased materials
③Reduction of hair damage due to ultraviolet light by dyeing and |
YASUNAGA, Hidekazu |
Kyoto Institute of Technology Department of Biobased Materials Science |
Hair dyeing, Dyeing, functional finishing, biobased materials, catechinone, flavonoids |
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| University |
Effect of the electrospinning conditions on the higher-order structure and the stereocomplex formation of the PLLA/PDLA blend nanofibers taken-up on a rotating target |
Masaki Yamamoto, Hideki Yamane |
Dept. of Biobased Materials Science, Kyoto Institute of Technology |
Poly(lactic acid), Electrospinning, Nanofiber, Stereocomplex |
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|
| University |
Effect of the block length on the physical properties of the multi-stereoblock poly(lactic acid) melt-spu fibers |
Yohanes Windu Widhianto, Kazunari Masutani, Yoshiharu Kimura, Hideki Yamane |
Dept. of Biobased Materials Science, Kyoto Institute of Technology |
Multi-stereoblock poly(lactic acid), Melt-spinning, smectic structure, stereocomplex |
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|
| University |
Effect of the addition of nano-cray on the physical properties of the bacterial polyesters and on the structure and the property of the melt-spun fibers |
Takaki Fujita, Shin-ichi Yagi, Hideki Yamane |
Dept. of Biobased Materials Science, Kyoto Institute of Technology |
Bacterial polyesters, Montmollironite, Melt-spinning |
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| University |
SHINSHU UNIVERSIT has develped a new fiber from a special polystyrene resin. September,2013 |
SHINSHU UNIVERSITY |
SHINSHU UNIVERSITY |
polystyrene, resin, heat resistance, chemical resistance, industrial, filters, apparels, metal plating |
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