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- The typical theory model and heat conduction mechanism of thermal conductive polymer material are summarized. 摘要总述了导热高分子材料的典型理论模型和导热机理；
- New conducting polymer materials together with advanced microelectronics and computational techniques have enabled the development of a new range of chemical sensors capable of mimicking some aspects of the biological system. 新的传导聚合材料结合先进的微电子和计算技术，已经使能模仿生物系统某些方面的一个新的化学传感器领域得到了发展。
- Synthesis of Functional Polymer Material, Fine Chemicals, Modification of Polymer Surface, Conductive Polymer and Nano Materials. 机能性高分子材料合成，特用化学品之合成，高分子表面之改质，导电性高分子材料及奈米材料。
- Therefore, the study on thermally conductive polymer materials become very important. 因此，研究高导热高分子材料具有十分重要的意义。
- The species,properties,conductive mechanism,ways to improve conductibility and mechanical properties,application and prospect of conductive polymer materials are introduced. 介绍了新型导电高分子材料的分类、性能、导电机理，对提高导电高分子材料的导电性及力学性能的途径、应用以及发展前景作了探讨。
- conducting polymer material 导电聚合物材料
- Changzhou Dupeng Polymer Material Co., Ltd. 常州都朋高分子材料有限公司。
- Wuxi Yutian High Polymer Material Co., Ltd. 无锡市裕田高分子材料有限公司。
- Application and development of conducting polymer materials in electrochemical device 导电聚合物材料在电化学器件中的应用及发展
- Shanghai Keter Polymer Material CO., Ltd. 上海科特高分子材料有限公司。
- Progress in conducting polymer materials for electromagnetic interference shielding 导电聚合物电磁屏蔽材料研究现状
- Applications of conductive polymer materials 导电高分子的应用
- Memcor Australia Pty Ltd. Mianyang New Polymer Material Co., Ltd. 绵阳市聚合新材料有限公司。
- Electric conducting polymer is one of the most promising materials for electromagnetic interference (EMI) shielding. 摘要导电高分子材料在电磁屏蔽领域有着广阔的应用前景。
- University Qualification preferably in Polymer Material field. 有与高分子材料相关专业的本科以上学历。
- Material: Is made by the medical noon-toxic high polymer material. 材料:由医用无毒高分子材料制成.
- High conductivity polymer ion conductor in R.T. 室温高导电率高分子离子导体。
- Polyaniline is a very important conducting polymer of its electrical and excellent environment stability. 聚苯胺由于具有良好的电性能和稳定性成为重要的导电高分子。
- Developing prospect of the new wave-absorbing materials (nanometer agents, conducting polymer and retinyl schiff base) is also discussed. 展望了纳米吸收剂、导电高分子、视黄基席夫碱等新型微波吸收剂的发展前景。
- In conducting polymer’s electroluminescence, 75%percent of injected carriers form triplet excitons, which can not irradiate. 在导电高聚物的有机发光中，75%25的注入载流子形成三重态激子，但是三重态激子是不能自动发光的。
