导电高分子复合材料的导电粒子可控分布及形态调控研究

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1、ADissertationforMaster’sDegreeofSouthwestUniversityStudyonControlDistributionofConductiveFillersandMorphologicalRegulationofConductivePolymerCompositesYu-dongShiDirectedbyProfessorMingWangMay,2018,Chongqing基金资助本论文获得国家自然科学基金项目：磁性粒子诱导导电粒子网络在等规聚丙烯/聚己内酯复合体系中的构建(项目编号：51541306)资助，特此感谢！目

2、录摘要...............................................................................................................................IABSTRACT....................................................................................................................III常用符号说明.................

3、..............................................................................................VII第1章绪论....................................................................................................................11.1引言.........................................................

4、...........................................................11.2导电高分子材料的逾渗理论............................................................................21.2.1经典逾渗理论..........................................................................................21.2.2逾渗阈值降低方法..............

5、...................................................................31.3各向异性导电高分子复合材料的制备方法....................................................71.3.1电场..........................................................................................................71.3.2剪切力场................

6、..................................................................................81.3.3磁场..........................................................................................................81.4低逾渗、各向异性导电高分子复合材料的研究进展....................................91.4.1低逾渗导电高分子复合材料的研究..

7、...................................................91.4.2各向异性导电高分子复合材料的研究................................................101.5本研究的目的和主要内容..............................................................................101.5.1本研究的目的与意义..................................................

8、.........................101.5.2本