导电高分子研究室长期从事导电高分子及其复合材料的研究，在导电聚合物及其复合材料的制备与应用方面有较丰富的经验积累。近年来主要易加工性导电高分子和导电高分子/无机物纳米复合材料的制备新技术以及在抗静电、锂二次电池电极材料、绿色防腐、传感器、光电转换材料等领域的应用。在正温度系数特性的聚合物基复合材料及其器件的应用研究方面处于国内领先水平。同时在聚合物光子带隙材料研究方面也具特色。近五年来，该研究室围绕上述研究领域，共承担国家自然科学基金、国家科技部创新基金、省部级基金、国际合作等项目10余项；发表研究论文39篇，其中SCI、EI论文28篇；申请专利17项，其中5项发明专利和2项实用新型获得授权；获省部级二等奖1项。

　　目前导电高分子研究室围绕着光电功能材料主题，主要开展以下方向的研究：

　　1.导电高分子/无机物功能（电极材料、光电转换材料等）复合材料；

　　2.导电高分子功能（抗静电、绿色防腐、传感器等）材料；

　　3.正温度系数（PTC）特性的聚合物基导电复合材料及其器件；

　　4.聚合物光子带隙材料；

　　5.可降解聚合物。

　　

　　Laboratory of Conductive Polymers

　　 Research faculty

　　Prof. Dr. Gengchao Wang， Xingwei Li

　　Associate Prof. Dr. Hua Bao.

　　Introduction to researches

　　The research activities of this laboratory involve conductive polymers and composites through in-depth expertise in the fabrication and application of conductive polymers and composites. The current research focuses on the development of new techniques for ease-processing conductive polymers and composites of polymers with nano-sized inorganic materials as well as the applications of these materials in anti-static， rechargeable lithium batteries， green anti-corrosive， sensing and photoelectric materials. The Laboratory is leading the research on PTC materials and devices in China. In addition， the research on polymeric photonic crystals and photo-degradable polymers is in progress.

　　 Over the past five years， the members of the laboratory have conducted more than ten of national and international projects supported by National Natural Science Foundation， Ministry of Science and Technology as well as provincial governmental agencies， leading to great achievements including 39 academic publications （28 papers cited by SCI and EI）， 17 patent applications （5 invention patents and 2 utility model patents are issued） and one Second Prize on Science and Technology Progress of the government of Shanghai City （2006）.　　

　　The topics of current research include：

　　1.　　Functional conductive polymers in anti-static， green anti-corrosion and sensors

　　2.　　Conductive polymers/inorganics composites in electrode and photoelectric materials

　　3.　　Polymeric-base conductive composites and devices with positive temperature coefficient （PTC） of resistivity

　　4.　　Polymer photonic crystals

　　5.　　Photo-degradable polymers