化工新型材料
化工新型材料
화공신형재료
NEW CHEMICAL MATERIALS
2009年
11期
30-33
,共4页
纳米SiO_2%接枝改性%研究进展
納米SiO_2%接枝改性%研究進展
납미SiO_2%접지개성%연구진전
nanosilica%graft modification%research advance
纳米SiO_2的接枝改性是改善其表面性能,赋予其一定的功能性,发挥其性能优越性以及扩大其应用范围的重要方法.本文介绍了纳米SiO_2各种接枝改性方法及其反应原理,根据各种接枝方法的聚合方式、反应机理对纳米SiO_2的接枝方法进行分类介绍,并阐述其各种接枝方法的最新进展.
納米SiO_2的接枝改性是改善其錶麵性能,賦予其一定的功能性,髮揮其性能優越性以及擴大其應用範圍的重要方法.本文介紹瞭納米SiO_2各種接枝改性方法及其反應原理,根據各種接枝方法的聚閤方式、反應機理對納米SiO_2的接枝方法進行分類介紹,併闡述其各種接枝方法的最新進展.
납미SiO_2적접지개성시개선기표면성능,부여기일정적공능성,발휘기성능우월성이급확대기응용범위적중요방법.본문개소료납미SiO_2각충접지개성방법급기반응원리,근거각충접지방법적취합방식、반응궤리대납미SiO_2적접지방법진행분류개소,병천술기각충접지방법적최신진전.
The graft modification of nano-silica is a important measure to improve its surface properties, provide certain functionality, exert its performance advantages and extend its application domains. This paper introduced various graft methods and their reaction mechanism for nano-silica. The graft methods were assorted for introduction according to their polymerization patterns and reaction mechanism. The latest advances in the graft modification of nano-silica were also introduced.
