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| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Application of Nanofiber Technology to high-performance polymers -bottom-up new technology by using polymer crystallization- |
Tetsiya UCHIDA |
Graduate School of Natural Science and Technology, Okayama University |
Rigid Polymer, Nanofiber, Nanofiber mat, Crystallization, High thermal stability |
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| University |
Estimation of Mechanical Characteristics for Advanced Textile Composites |
Tetsusei KURASHIKI |
Management of Industry and Technology, Graduate School of Engineering, Osaka Univ. |
FRP, Mechanical characteristics, Reliability, FEM, Multi-scale analysis, Simulation |
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| University |
Studies on the relationship between the physical properties of fibers/yarns/ fabrics and the objective evaluation of wearing/using comfort, and the performance design of textile. |
Mari Inoue |
Kobe University |
fiber, yarn, abric, mechanical property, thermal/moisture/air transport property, fabric hand, wearing pressure, micro clothing climate |
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| University |
Polymer Properties, Polymer Structure |
Takashi Nishino |
Kobe University |
|
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| University |
A Study on Compression-Recovery Properties and Compression Viscoelastic Properties of Fiber Assembly |
Morihiro Yoneda |
Faculty of Human Life and Environment, Nara Women's University |
Fiber assembly, Synthetic fiber, Regenerated fiber, Compression-recovery Property, Compression stress relaxation, Compression creep, Viscoelastic model, High humidity condition |
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| University |
Design and Characterization of Novel Nanohybrids from Natural Inorganic Nanofibers |
Atsushi Takahara |
Kyushu University |
Imogolite, Halloysite, Interfacial Structure, Nanohybrids |
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| 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 |
Development of PLA fibers |
Yutaka Kawahara |
Gunma University |
Poly lactic acid, Fiber, Physiologic, fiber |
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| University |
Development of Melt Extrusion Process and Polymer Nano-rods or hairs Fabrication with Nano-template |
Ito, Hiroshi |
Yamagata University |
anodic aluminum oxide (AAO), imprint, nanofibers, nanorods, capillary action |
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| University |
Precise analysis for structural formation during shear flow/drawing. |
Dr Go MATSUBA |
Dep of Polymer Science and Engineering, Yamagata University |
Precise analysis, x-ray scattering, optical microscopy with high-speed camera, in-situ measurements, structural formation process |
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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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|
| University |
Development and application of nano-porous fiber by crazing |
Akiyoshi Takeno |
Gifu University |
High functional fiber, Nano-porous materials, Craze |
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| University |
Shape-memory polymer materials |
Katsuhiro Inomata |
Nagoya Institute of Technology |
|
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| University |
Conducting Polymer / textile Composite |
Hiromasa Goto |
University of Tsukuba |
Conductivity, optical activity, adsorption |
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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 |
Morphology Control of Aromatic Polymers by using Reaction-induced Phase Separation during Polymerization |
Kunio Kimura |
Graduate School of Environmental and Life Science, Okayama University |
Aromatic polymers, Phase separation during polymerization, High-performance polymers, Morphology, Nanofibers |
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| University |
Synthesis and high-functionability of new bio-based plastics High-fuctionability of biodegradable plastics Structure analysis of eco-friendly polymers by synchrotron radiation Control of biodegradability |
Tadahisa Iwata |
The University of Tokyo
Graduate School of Agricultural and Life Sciences
Department of Biomaterial Sciences
Science of Polymeric Materials |
|
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| University |
Bio-nanomaterialsCellulose/polysaccharide chemistry |
Akira Isogai |
|
Cellulose, chitin, nanofiber, aerogel, TEMPO, fibril, nanocomposites |
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| University |
Evaluation on textile |
SACHIKO SUKIGARA |
Kyoto Institute of Technology |
|
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| University |
Modification of Fiber and Polymer Materials using Super Critical Fluid and Radiation Techniques |
SATOKO OKUBAYASHI |
Kyoto Institute of Technology |
Cultural properties, Carbon thin layer, Functionalization, Cleaning, Electron beam, Ion beam, Carbon dioxide |
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