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| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| 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 e-textile |
Masuda Atsuji |
Industrial Technology Center of Fukui Prefecture |
e-textile, smart textile |
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|
| Research Institute |
Development of the production technology of solar power textile |
Chihiro Kaeriyama |
Industrial Technology Center of Fukui Prefecture |
e-textile |
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|
| Research Institute |
Solar-textile
LED-textile |
Takahiro Tsuji |
Industrial Technology Center of Fukui Prefecture |
e-textile, LEDs, Solar cells |
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|
| Research Institute |
Development of the Card Webs for Reinforced Thermoplastic Material used Recycle Carbon Fiber |
Tetsuhiko MURAKAMI |
Industrial Technology Center of Fukui Prefecture |
card webs, recycle carbon fiber |
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|
| Research Institute |
Industrial Technology Center of Fukui Prefecture |
Miwa IWASHITA |
Industrial Technology Center of Fukui Prefecture |
gloss of the fabric, gloss measurement |
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|
| Research Institute |
Development of the Card Webs for Reinforced Thermoplastic Material used Recycle Carbon Fiber |
Seiji KAWABATA |
Industrial Technology Center of Fukui Prefecture |
card webs, recycle carbon fiber |
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|
| Research Institute |
Development of the knitting material for compression wear |
Tomoaki MASUGI |
Industrial Technology Center of Fukui Prefecture |
knitting technology, compression wear |
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|
| Research Institute |
Effect of cotton bleaching using ozone micro-bubbles |
Ichiro Enomoto |
Textile and Chemical technology Group, Tokyo Metropolitan Industrial Technology Research Institute |
Cotton fabrics, Bleaching, Whiteness, Ozone, Micro bubble, Nano bubble |
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|
| Research Institute |
Development of test methods for color fastness to nitrogen oxides |
Akiko Okada |
Textile and Chemical technology Group, Tokyo Metropolitan Industrial Technology Research Institute |
nitrogen oxides, test method for color, test-control fabric, gus cylinder, Japanese Industrial Standards |
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|
| Research Institute |
Pleat processing that uses swelling agents on silk fabrics |
Koji Takeda |
Textile and Chemical technology Group, Tokyo Metropolitan Industrial Technology Research Institute |
silk fabric, pleat, swellheaded, urea |
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|
| Research Institute |
Selecting Heat / Water Vapor Property Test Related to Clothing Comfort for Cotton Fabric by Skin Model |
Takumi Yamada |
Textile and Chemical technology Group, Tokyo Metropolitan Industrial Technology Research Institute |
Clothing comfort, Clothing environment, Skin model, Transitional micro-climate, Heat/Water vapor transfer of fabric |
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|
| University |
Comfort of Clothing |
Yayoi Satsumoto |
Yokohama National University |
Thermal comfort of clothing, moveable function of clothing, ventilation, bellows action, chimney effect |
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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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|
| 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 |
| Research Institute |
Development of silk nanofiber sheets for regenerative medicine of dermal tissues |
Dohiko TERADA*1，
Ryoji KANAMARU*2,
Yasushi TAMADA*3
|
*1 Toyama Industrial Technology Center, Material Technology Section,
*2 Toyama Industrial Technology Center, Product Technology Section,
*3 Shinsyu University
|
silk, nanofiber, electrospinning |
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|
| Research Institute |
Evaluation research of the functional clothes by a perspiration thermal mannequin |
Takeshi WADA,
Toshihiro NOJIRI,
Miyuki NAKAHASHI
|
Toyama Industrial Technology Center, Human Life Technology Research Institute |
perspiration, thermal mannequin, Inner wear, microclimate within clothing |
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|
