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以新型MOFs材料的结构设计与功能调控为核心，重点围绕MOFs材料的精准构筑、位点调控以及绿色催化、能源高效利用等方向，聚焦拓扑转化与孔道微环境优化，重点开展CO2捕获转化，低碳烃类分离、便携式荧光传感检测等相关技术的理论探究与性能优化研究，为绿色低碳发展提供技术支撑。
- Directed synthesis of hierarchically porous Ni-MOF by Ni(DMA)6 template: Highly efficient MTO products separation.Chin. Chem. Lett.,2026:112865
- Unusual tetranuclear cluster-based AE-MOFs with abundant active sites for efficient catalysis of CO2 cycloaddition reactions.J. Mol. Struct.,2025,1367:146129
- Design of Zn-MOFs with rhombic channels via mixed-ligand approach for targeted removal of carcinogenic dyes BR9 and BV14.J. Mol. Struct.,2025,1348:143489
- Advancements in design and synthesis of porous materials for selective organic dye adsorption and separation.CrystEngComm,2025,27(31):5250-5264
- Two isomorphic Cd/Mn(II) MOFs based on V-shaped carboxylic acid ligands-synthesis and application in fluorescence detection of Fe3+, nitroaromatic explosives and sulfonamide antibiotics.J. Solid State Chem.,2025,348:125366
- Cu-based metal-organic frameworks characterized by V-shaped ligands and application to efficient separation of C2H2/CO2 and C2H2/CH4.Cryst. Growth Des.,2025,25(7):2002-2012
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