化学通报（网络版）
化學通報（網絡版）
화학통보（망락판）
Chemistry Online
2006年
1期
1-8
,共8页
ABS%成炭%阻燃%机理
ABS%成炭%阻燃%機理
ABS%성탄%조연%궤리
Acrylonitrile-butadiene-styrene%Char-forming%Flame retardation%Mechanism
对近10年来有关ABS无卤成炭阻燃的研究现状和应用前景作了介绍,包括高沸点酸脱水成炭、基体树脂接枝成炭、硅胶-碳酸钾体系成炭、陶瓷先驱体聚合体系成炭、粘土纳米复合体系成炭共5大体系,并对各体系进行了比较分析,着重讨论了各体系的成炭阻燃机理,以期为ABS无卤成炭阻燃体系的研究开发提供一些启示.
對近10年來有關ABS無滷成炭阻燃的研究現狀和應用前景作瞭介紹,包括高沸點痠脫水成炭、基體樹脂接枝成炭、硅膠-碳痠鉀體繫成炭、陶瓷先驅體聚閤體繫成炭、粘土納米複閤體繫成炭共5大體繫,併對各體繫進行瞭比較分析,著重討論瞭各體繫的成炭阻燃機理,以期為ABS無滷成炭阻燃體繫的研究開髮提供一些啟示.
대근10년래유관ABS무서성탄조연적연구현상화응용전경작료개소,포괄고비점산탈수성탄、기체수지접지성탄、규효-탄산갑체계성탄、도자선구체취합체계성탄、점토납미복합체계성탄공5대체계,병대각체계진행료비교분석,착중토론료각체계적성탄조연궤리,이기위ABS무서성탄조연체계적연구개발제공일사계시.
The research developments and major results in the fields of char-forming flame retardant (CFFR) systems about ABS at this decade were reviewed. Five important systems, including dehydration of high-boiling acid, grafting, silica gel-potassium carbonate, preceramic polymer filling, and polymer-inorganic nanocomposites as well as their application prospect had been investigated. Besides, char-forming mechanism of each CFFR system had been discussed.
