You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
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| University |
Production of Functional Materials from Biomass by Using Only Water |
Mitsumasa Osada |
Shinshu University |
water, biomass, supercritical water(SCW), high-temperature water(HTW), water jet, functional materials, chitin, nanofiber |
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| University |
Using a computer to examine the properties of substances in a “dry lab,” thereby performing chemistry without experimentation |
Yasushi Nomura |
Shinshu University |
computer, optical properties, carbon, fullerenes |
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| University |
Fabrication of high‐function fibers to facilitate safer and more comfortable lifestyles |
Yasuo Gotoh |
Shinshu University |
high performance, conductive, antibacterial properties, high functionality |
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| University |
An extraordinary new material: Carbon nanotubes Creating and analyzing high-functionality nano-composite materials |
Toshiaki Natsuki |
Shinshu University |
carbon nanotubes(CNT), analyzing, mechanical properties, elasticity, vibration, buckling, composite materials, lightweight, highly functional |
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| University |
Make fibers as thin as possible! Enrich the world with “Nanofibers” |
Ick Soo Kim |
Shinshu University |
nanofiber, filtering, purification, fuel cells, medical, improving efficiency |
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| University |
Fabricating high-performance synthetic fibers with laser irradiation |
Yutaka Okoshi |
Shinshu University |
laser irradiation, synthetic fibers |
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| University |
Understanding the development of biofilms to explore the survival strategies of bacteria based on genomic information |
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| Research Institute |
Development of antibacterial nanofiber sheets by means of the electrospinning method |
Atsushi Yasuda, Takayuki Kobayashi, Kunpei Manabe |
Product Development Group, Mikawa Textile Research Center, Aichi Center for Industry and Science Technology |
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| University |
Molecular Aggregation Structure Analyses of Electrospun Nano-fibers and the Surface Modification through Surface-initiated Polymerization |
Yuji Higaki |
Kyushu University |
Electrospinning, Crystal, Orientation, Surface Modification, Super-hydrophilicity, Super-hydrophobicity |
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| Research Institute |
Development of halogen-free flame-retardant fiber |
Eiji Tachikawa |
Development of halogen-free flame-retardant fiber |
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| Research Institute |
Development of textiles with comfortable functionality using unutilized resources |
Hisami Yamanouchi |
Industrial Technology Center, Gifu Prefectural Government |
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| University |
Nanofiber Prepared by CO2 Laser Supersonic Drawing |
Suzuki Akihiro |
University of Yamanashi |
Nanofiber, Carbon dioxide laser, Supersonic-drawing, Thermoplastic polymer, Sheet, Multi-filament, 3D structure |
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| Research Institute |
Development of Highly Functional Textile Materials Using the Nanofiber |
Ryoji KANAMARU, Toshihiro NOJIRI, Norimitsu SANAE,
Dohiko TERADA*1
|
Toyama Industrial Technology Center, Human Life Technology Research Institute,
*1 Toyama Industrial Technology Center, Central Research Institute
|
Nanofiber, electro spinning, Permeability, waterproofing |
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| University |
nanofiber, Kansei materials, compositessoft, material (elastomer, rubber) |
Yoshihiro Yamashita |
University of Shiga Prefecture |
electrospinning, nanofiber, KES Kawabataevalution system, biaxial deformation |
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PDF |
| University |
Polymer Properties, Polymer Structure |
Takashi Nishino |
Kobe University |
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| 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 |
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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PDF |
| 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 |
Design and Characterization of Novel Nanohybrids from Natural Inorganic Nanofibers |
Atsushi Takahara |
Kyushu University |
Imogolite, Halloysite, Interfacial Structure, Nanohybrids |
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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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