文部科学省大学間連携共同教育推進事業「未来像を自ら描く電気エネルギー分野における実践的人材の育成」
Polypropylene/elastomer blend as a promising material for recyclable cable insulation and Electrical insulation performance of polymer materials subjected to high energy irradiation[11月22日（金）福岡大学]
2019/09/04
■講師：高 宇（Yu GAO） 副教授
（ご所属）天津大学 電気自動化学院
■演題：Polypropylene/elastomer blend as a promising material for recyclable cable insulation and Electrical insulation performance of polymer materials subjected to high energy irradiation
■日時：令和元年11月22日（金）16：30 〜 18：00
■場所：福岡大学4号館３Ｆマルチメディア室
（遠隔受講）未定
■主催：福岡大学
■申込/お問合せ：rsasamoto@fukuoka-u.ac.jp (佐々本)
■概要
In recent years, polypropylene with high melting point, excellent dielectric property and non-crosslinking characteristic has been considered as a potential candidate for recyclable power cable insulation both in DC and AC systems. And most importantly, PP is a
type of thermoplastic material and it is easy to recycle, which is helpful for the environmental protection. Also Polymer material used as insulation of electrical and electronic devices is possibly subjected to high energy irradiation rays when it works in radioactive environment such as nuclear power plant and/or spacecraft. Radiation induced degradation on the material has been considered as an important reason for the failure of the devices.
（ご所属）天津大学 電気自動化学院
■演題：Polypropylene/elastomer blend as a promising material for recyclable cable insulation and Electrical insulation performance of polymer materials subjected to high energy irradiation
■日時：令和元年11月22日（金）16：30 〜 18：00
■場所：福岡大学4号館３Ｆマルチメディア室
（遠隔受講）未定
■主催：福岡大学
■申込/お問合せ：rsasamoto@fukuoka-u.ac.jp (佐々本)
■概要
In recent years, polypropylene with high melting point, excellent dielectric property and non-crosslinking characteristic has been considered as a potential candidate for recyclable power cable insulation both in DC and AC systems. And most importantly, PP is a
type of thermoplastic material and it is easy to recycle, which is helpful for the environmental protection. Also Polymer material used as insulation of electrical and electronic devices is possibly subjected to high energy irradiation rays when it works in radioactive environment such as nuclear power plant and/or spacecraft. Radiation induced degradation on the material has been considered as an important reason for the failure of the devices.
