Artemisinin, three-dimensional mesoporous basswood, C3N4, MOF
Hierarchically porous nanofibrous membranes, Molecularly imprinting, Heterogeneous pores UiO-66-NH2, Multiple transfer channels, selective separation
Multilevel molecularly imprinted membranes, threefold-imprinted strategy, SiO2/AC&polymer&TiO2/GO-loaded nanocomposite, pharmaceutical and personal care products, permselectivity mechanism and scalability
MXene nanosheets, the cooperative dual-imprinting strategy, PDA modification, dynamic penetration test, selective separation
MXene nanosheets, the discontinuous cooperative imprinting strategy, the sol-gel boronate affinity cooperative imprinting, Selective separation
MOF/wood, nanofluidic layers, shikimic acid, boron affinity
Nanofluid channel, ultrafast molecular transport, specific selective recognition, pumping-based dynamic permeation, boron affinity sol-gel imprinting
double-imprinted nanocomposite membranes, three-dimensional (3D) basswood materials, UiO-66, ibuprofen
Two-dimensional membranes, Selective transport channels;Molecularly imprinting, MOFs nanosheets based membranes, Precise separation
specific selective recognition, pumping-based dynamic permeation, boron affinity sol-gel imprinting, shikimic acid, Framework-functionalized
MOF/basswood-based nanocomposite molecularly imprinted membranes with bilayer, dynamic permeation, UiO-66, ibuprofen
MOFs self-assembled membranes, Molecularly imprinted membrane, dopamine, Photoinduced regeneration, Selective separation
artemisinin, hydrophobic bond, MOFs, three-dimensional porous basswood
Click-Chemistry, chiral separation, MXene-functionalized, artemisinin, high stability