• 作者： Yuan, L.Y.; Sheu, G.S.; Shyu, S.S.et al.
• 中文摘要： 高彈性係數(M40)與高強度(T300)碳纖維在電漿反應器中分別以電漿聚合之苯乙烯,丙烯氰及呲啶薄膜進行披覆。電漿聚合苯乙烯膜可在纖維表面形成光滑外表,低功率的電漿聚合丙烯氰與呲啶膜亦生成光滑外表,但在較高功率時則有粉末狀聚合物共生於薄膜表面。較高功率之苯乙烯及丙烯氰電漿處理可彌補纖維表面之瑕疵,而使纖維強度增加,而以呲啶電漿薄膜披覆之纖維則強度均獲改善。纖維表面之化學組成以ESCA探測發現有含氧官能基存在。低功率苯乙烯電漿處理生成之薄膜表面保存較多之苯環結構,而不具苯結構之丙烯氰亦可在適當電漿環境下聚合成含苯環之薄膜。呲啶電漿處理過之纖維表面含氮元素之比例則隨功率之提高而降低。
• 英文摘要： High modulus (M40) and high strength (T300) carbon fibers were surface treated by plasma polymerized styrene, acrylonitrile and pyridine. The plasma polymer film from each monomer is favored by peculiar plasma power used. Mechanical property tests show that plasma-polypyridine deposition improves the tensile strength whereas most other treatments weaken the fibers. ESCA analyses show functionality changes with the plasma environments as well as the substrates.
• 中文關鍵字： 電漿聚合體; 機械性質; 碳纖維; 表面分析; 薄膜
• 英文關鍵字： Plasma Polymerization; Mechanical Property; Carbon Fiber; Surface Analysis; Thin Film