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Please use this identifier to cite or link to this item: http://hdl.handle.net/11178/4497

Title: 大気圧下窒素プラズマ処理したポリエチレン粉末とナイロン6とのリアクティブプロセッシング(物質生命化学科)
Other Titles: Reactive Processing of Polyethylene Powders Treated With Atmospheric Pressure Glow Plasma and Nylon 6(DEPARTMENT OF APPLIED CHEMISTRY AND BIOCHENISTRY)
Authors: 片山, 郁
古賀, 啓子
佐野, 洋一
松本, 勝
山田, 憲二
高柳, 素夫
KATAYAMA, Kaoru
KOGA, Keiko
SANO, Youichi
MATSUMOTO, Masaru
YAMADA, Kenji
TAKAYANAGI, Motowo
カタヤマ, カオル
コガ, ケイコ
サノ, ヨウイチ
マツモト, マサル
ヤマダ, ケンジ
タカヤナギ, モトヲ
九州産業大学大学院 工学研究科 工業化学専攻 / 九州産業大学 総合機器センター / 九州産業大学 工学部 物質生命化学科 / 九州産業大学 工学部 物質生命化学科 / 北九州工業高等専門学校 物質化学工学科 / 九州大学
Keywords: reactive processing
atmospheric pressure glow plasma
polyethylene
nylon6
polymer blend
tensile testing
dynamic modulus
co-continuous structure
Issue Date: 20-Dec-2005
Publisher: 九州産業大学工学部
Abstract: Polyethylene (PE) powders as polymerized were treated with atmospheric pressure glow plasma in He and N_2 mixture gas in order to attach amino groups or imino groups to their surfaces. Then the plasma treated PE and nylon6 (NY6) were blended by reactive extrusion. The blend contained 10% to 50% by weight of NY6. For obtained PE/NY6 blend, tensile test and measurement of the temperature dependence of dynamic modulus were carried out. Plasma treated PE/NY6 blend showed improved mechanical properties and heat resistance compared to the untreated PE/NY6 blend. From the results of SEM observation, we inferred that the improved properties resulted from the co-continuous structure formed by inter-sphere-links among PE spheres dispersed in NY6 matrix.
URI: http://hdl.handle.net/11178/4497
Appears in Collections:第42号

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