新材料,储能,精细化工

一、分子阱吸附剂基础与应用
“分子阱”概念/理念指导MOF、COF等多孔材料结构设计与性能强化，创制新型吸附剂，用于CO2捕集、特种污染物检测去除、化学品纯化、特气及低碳烃分离等减污降碳领域。
二、新型储能材料与技术
创制高性能电化学储能活性物质（主要是水溶性有机分子），改性隔膜与电极，优化系统，发展水相有机液流电池等新型储能技术。
三、碳捕集与转化
通过结构精准设计与合成后修饰等策略，创制新型吸附剂用于碳捕集（二氧化碳及非二温室气体）；开发CO2捕获与转化协同体系，发展吸附-催化耦合工艺，支撑双碳。
四、AI+材料化学化工
利用机器学习、深度学习、大语言模型等AI技术，实现智能化、数字化新材料跨尺度研究，基于“数据-化学机理”双驱动方法，探索AI辅助多目标协同优化新方法和新理论。

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承担国家重点研发计划、基金委创新群体、重点、北京市重点、企业揭榜挂帅专项等科研项目。