曹堃：聚合物发泡材料功能化的若干思考

首页新闻曹堃：聚合物发泡材料功能化的若干思考

2023-05-31 / 行业新闻

2023年6月14-16日，由汇捷通展览（上海）有限公司、上海市聚氨酯工业协会主办的“第二届发泡材料及应用国际高峰论坛”将在上海新国际博览中心-W3馆举办！届时，100+演讲嘉宾及议题将在3天时间内、2个分会场里围绕和谐共生、应用创新、技术变革三大主题日展开深度交流，共同探讨发泡材料的新技术、新应用、新发展，重新定义发泡材料！

浙江大学化学工程联合国家重点实验室曹堃教授已确认出席演讲！

演讲预告

TOPIC PREVIEW

聚合物发泡材料功能化的若干思考

Some Thoughts on Functionalization of the Polymeric Foams

近年来，聚合物发泡材料在轻量化以及隔热、隔音等常规领域得到了长足发展，其进一步的功能化拓展也备受关注。报告主要介绍所在科研团队在各向异性泡孔结构与性能、自增强复合发泡材料以及孔洞型机电能量转换等方面的最新进展，以期提升发泡材料的综合性能，探索其在可循环使用及清洁能源包括海洋资源利用等绿色可持续领域的应用前景。

In recent years, polymer foams had made great progress in conventional fields such as lightweight and heat/sound insulation, and their further functional development has also attracted much attention. The report mainly introduces the latest progress of our research group in the direction of anisotropic cell structure and properties, self-reinforced composite foam materials, and cell-type electromechanical energy conversion, in order to improve the comprehensive performance of foam materials, and explore its applications in recyclable and clean energy including prospect of marine resource utilization and other sustainable fields.

嘉宾简介

SPEAKER PROFILE

曹堃，1998年获浙江大学化学工程专业博士学位。2001年至2002年获克虏伯基金资助在卡尔斯鲁厄大学和弗劳恩霍夫研究所从事博士后研究。现任浙江大学化学与生物工程学院教授，化学工程国家重点实验室固定研究人员。主要研究方向为基于过程强化和系统集成的先进聚合物制造技术和产品工程，包括聚合物改性及其功能化轻量化技术、高粘流体输送与造粒技术、C5衍生物和透明聚合物等。

Prof. Kun Cao received his Ph.D. degree in Chemical Engineering from Zhejiang University in 1998. At 2001-2002, he was supported by Krupp Foundation to carry out postdoctoral research in cooperation with Karlsruhe University and Fraunhofer Institute. At present, he is a professor in College of Chemical and Biological Engineering in Zhejiang University and fellow in State Key Laboratory of Chemical Engineering. His research interests mainly focus on advanced polymer manufacturing technology and product engineering based on process intensification and system integration, including polymer modification and its functional lightweight technology, high viscous fluid transportation and granulation technology, C5 derivatives and transparent polymers etc.