Date：Feb.17,2014 13:00～19:00
Place:Sumitomo Bakelite Co.,Ltd.,
〒140-0002 Tennozu Park Bl., Higashishinagawa 2-5-8, Shinagawa, Tokyo
Tel. 03-5462-4111
http://www.sumibe.co.jp/company/offices/head_office/index.html
Content：
13:00～13:05 Greetng
13:05～14:20 Title:Development of nano structure impact resistant acrylic material and its application development for automotive glazing.
Mr. Atsushi Miyabo General Manager of Arkema Kyoto Technical Center
Abstract:Now polycarbonate is widely studied as glazing material because of its excellent impact resistance. However, still there is a room of improvement in terms of weatherability, scratch resistance and chemical resistance. In this presentation, Arkema SheldUp® which is Arkema novel nano-scale modified acrylic material with excellent properties will be introduced, together with recent application development results including glazing used in Renault compact car.
BIO:
1987 Kyoto University B.S. (Physical Organic Chemistry)
1988 Kyoto University M.S. (Physical Organic Chemistry)
1992 Kyoto University Ph.D (Physical Organic Chemistry)
1993-1997 Product Development of Polyamide 66 and aromatic polyamides
1997-2002 Surface modification of polymer materials, development of composite materials and market development
2002-2004 Application development of Polyamide 11, 12 and Polyamide elastomers
2005- General Manager of Arkema Kyoto Technical Center
Title:Sensitive Immunochromatographic assay using fluorescent silica nanoparticle "Quartz Dot ®"
Hideki AIZAWA（Mr.） Furukawa Electric Co., Ltd.,
Abstract:"Quartz Dot ®" is extremely bright silica nanoparticle containing organic dye. In this study we have successfully built up the diagnosis method "fluorescent immunochromatographic assay" with high sensitivity using Quartz Dot ® as the labeled substances.
BIO:Department of Chemistry and Materials Science, Tokyo Institute of Technology, Tokyo, Japan, MS, 2004 Mar.
Furukawa Electric Co., Ltd., 2004 Apr - Present
Title:Development of euglenoid polysaccharide-based materials
Dr.Motonari Shibakami NEDO
Abstract:In this presentation I wish to report the creation of polysaccharide-based
materials from paramylon including doughnut-shaped particles (i.e.,paramylon doughnuts),well-defined nanofibers, and thermoplastics (i.e., Euglena plastics).
BIO:
Dr. Shibakami joined the National Chemical Laboratory for Industry,
Japan. He was a visiting research scientist at Lehigh University, USA,
and a senior researcher at New Energy and Industrial Technology
Development Organization (NEDO), Japan. He is now a senior researcher at
the National Institute of Advanced Industrial Science and Technology
(AIST), Japan.
