
杰青、ACS会士,领导杜仲胶形状记忆材料研究的学科带头人
王笃金长期从事高分子材料凝聚态结构、加工成型、服役行为等基本科学问题研究和大品种高分子材料高性能化关键技术开发,历任中科院化学所副所长、党委书记,现任中国科学院学部工作局局长、中国科学院大学岗位教授,是中国高分子物理领域的领军学者之一。
其领导的课题组持续布局杜仲胶这一中国特色生物基高分子资源,2025年在《高分子学报》系统发表杜仲胶化学改性、物理共混与形状记忆应用的研究进展,提出γ射线辐照交联和硫醇-烯接枝反应可显著提高反式-1,4-聚异戊二烯弹性,为杜仲胶功能材料制备与应用指明方向。
A National Science Fund for Distinguished Young Scholars recipient and ACS Fellow; the academic leader guiding research on Eucommia rubber shape-memory materials.
Wang Dujin has long worked on fundamental scientific questions of polymer materials - condensed-state structure, processing and forming, and service behavior - and on key technologies for the high-performance upgrading of bulk polymers. He has served as Deputy Director and Party Committee Secretary of the Institute of Chemistry, CAS, and is currently Director-General of the Bureau of Academic Divisions of the Chinese Academy of Sciences and a faculty professor at the University of the Chinese Academy of Sciences - one of China's leading scholars in polymer physics.
His group has maintained a sustained focus on Eucommia rubber, a bio-based polymer resource unique to China. In 2025 they systematically published research progress in Acta Polymerica Sinica on the chemical modification, physical blending and shape-memory applications of Eucommia rubber, showing that gamma-ray irradiation crosslinking and thiol-ene grafting reactions can significantly improve the elasticity of trans-1,4-polyisoprene, pointing the way for the preparation and application of Eucommia rubber functional materials.