工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2009年
12期
76-79
,共4页
渗流阈值%聚合物%导电复合材料
滲流閾值%聚閤物%導電複閤材料
삼류역치%취합물%도전복합재료
percolation threshold%polymer%conductive composites
基于导电复合材料的导电机理和渗流现象,总结了目前常用的几种降低导电高分子复合材料渗流阈值的方法,包括原位合成法、选择性富集、提高导电填料的长径比、导电填料自组装网络等,并分析比较了各种方法的基本原理和特点.
基于導電複閤材料的導電機理和滲流現象,總結瞭目前常用的幾種降低導電高分子複閤材料滲流閾值的方法,包括原位閤成法、選擇性富集、提高導電填料的長徑比、導電填料自組裝網絡等,併分析比較瞭各種方法的基本原理和特點.
기우도전복합재료적도전궤리화삼류현상,총결료목전상용적궤충강저도전고분자복합재료삼류역치적방법,포괄원위합성법、선택성부집、제고도전전료적장경비、도전전료자조장망락등,병분석비교료각충방법적기본원리화특점.
Based on the conductive mechanism and percolation phenomenon of conductive polymer composites, the routes to reduce the percolation threshold were reviewed, including in-situ synthesis, selective location, increasing the length/diameter ratio of conductive fillers, self-assembled electric conductive network, et al. The principles and characteristics pertaining to these routines are discussed and compared.