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[1]【SCI-1区TOP】通讯作者王宇超Regulation of charge regions in MOF-ILs to enhance CO2/N2 gas separation performance in mixed matrix membranes.[J]Chemical Engineering Journal,2026(548):181510
[2]【SCI-1区TOP】通讯作者王宇超Cross-scale synergy: Highly selective CO2/N2 separation via mixed-matrix membranes based on β-cyclodextrin porous liquids.Journal of Membrane Science,2026,756:125745
[3]【SCI-1区TOP】通讯作者王宇超Ligand substitution engineering for modulating the pore microenvironment of MOFs to enhance CO2 gas separation performance in mixed matrix membranes.Advanced Membranes,2026,7:100210
[4]【SCI-1区TOP】通讯作者王宇超Fluorinated Poly(aryl piperidinium) Anion Exchange Membranes with High OH– Conductivity: The Synergy of Microphase Separation and Free Volume.[J]ACS Sustainable Chemistry & Engineering,2025,13(49):21257–21265
[5]【SCI-1区TOP】通讯作者王宇超Hydrogen bond network assisted rapid proton transport of proton exchange membranes modified with heteropoly blue for hydrogen conversion.Chemical Engineering Journal,2025,522:167161
[6]【SCI-1区TOP】通讯作者王宇超Ligand-directed polarization strategy to reconstruct the pore microenvironment of metal-organic frameworks for developing advanced CO₂ mixed-matrix membranes.[J]Journal of Membrane Science,2025,735:124541
[7]【SCI-1区TOP】通讯作者王宇超Flexible monomers and fluorinated side chains synergistically construct continuous ion transport channels in poly(aryl piperidinium) anion exchange membranes.Journal of Membrane Science,2025,734:124434
[8]【SCI-1区TOP】通讯作者王宇超Highly alkali stable poly(biphenyl-piperidine-isatin) anion exchange membranes with grafted quinuclidine side chains.[J]Journal of Membrane Science,2025,732(124261)
[9]Joint experimental-computational: Revealing the role of sodium poly(heptazineimide) in the selective separation of CO2 in PEBAX-based mixed matrix membranes.Separation and Purification Technology,2024(354):128966
[10]Surface-Modified Sodalite (SOD) Zeolite and Preparation of Mixed Matrix Membranes with Polymers of Intrinsic Microporosity (PIM-1) for Efficient Gas Separation.[J]ACS Applied Polymer Materials,2024,14(6):8640-8650
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