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| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| 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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| Research Institute |
Comparison of scouring methods for raw silk at constant temperatures |
Hiroh Kubokawa |
Gunma Prefectural Textile Research Institute |
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| Research Institute |
Functional evaluation of the textile material on which ZnO particles were. |
Hiroyuki Shimizu |
Gunma Prefectural Textile Research Institute |
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| Research Institute |
Trial production of High fineness yarn "Huikinu" from Low tension thread |
Hiroshi Saito |
Gunma Prefectural Textile Research Institute |
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| Research Institute |
Covering process of high twisted silk yarn for controlling the occurrence of snarl |
Kei Yoshii |
Gunma Prefectural Textile Research Institute |
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| Research Institute |
Development of materials with fast-drying, heat-retaining, and other characteristics using dyeable polypropylene fiber |
Koji Hayashi |
Industrial Technology Center, Gifu Prefectural Government |
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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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| 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 tow spreading technologies・ Development of manufacturing technology of thin prepreg sheet
・ Effect of mechanical properties in multi directionally laminated composites using the thin prepreg sheet |
Kazumasa Kawabe |
Industrial Technology Center of Fukui Prefecture |
FRP, CFRP, Thin-ply laminate, Tow-spreading technology |
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| Research Institute |
・Effect of Ply Thickness on Mechanical Properties in Multidirectionally Laminated Composites.
・Development of a ｔhin prepreg sheet and a thin-ply laminate using tow-spreading technology. |
SASAYAMA Hideki |
Industrial Technology Center of Fukui Prefecture |
FRP, CFRP, Thin-ply laminate, Tow-spreading technology |
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| Research Institute |
・Effect of Ply Thickness on Mechanical Properties in Multidirectionally Laminated Composites.
・Development of a ｔhin prepreg sheet and a thin-ply laminateusing tow-spreading technology. |
Kouhei Yamada |
Industrial Technology Center of Fukui Prefecture |
FRP, CFRP, Thin-ply laminate, Tow-spreading technology |
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| Research Institute |
・ Development of high-speed and low-cost manufacturing technology of the thin prepreg sheet using tow-spreading technology.
・ Development of the thermosetting resin for CFRP. |
KONDO keiichi |
Industrial Technology Center of Fukui Prefecture |
FRP, Thin prepreg sheet, Thermosetting resin, Tow-spreading technology |
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| Research Institute |
・ Study on the mechanical characteristics of the laminates by thin-layer prepreg sheet adopted the spreading fiber technology
・ Study on molding technology of CFRP with thin- layer prepreg sheet |
Hirofumi Iyo |
Industrial Technology Center of Fukui Prefecture |
CFRP, spreading fiber technology |
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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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