“…Studies have shown that the improved hydrophilicity of the membrane surface can help to form a hydration layer on the membrane surface to eliminate the direct contact of dye molecules, which in turn reduces membrane contamination. 28,48,49 Accordingly, backwashing after pressure filtration can help remove the dye molecules from the membrane and restore the permeability. In summary, it is feasible to employ the subject–object recognition effect to induce the orderly assembly of fGO nanosheets for the construction of continuous and regular interlaminar channels.…”
Inspired by the modular homogenization and interlocking structure concepts of LEGO® bricks, we developed high-performance graphene oxide composite nanofiltration membranes using the subject–object recognition effect.
“…Studies have shown that the improved hydrophilicity of the membrane surface can help to form a hydration layer on the membrane surface to eliminate the direct contact of dye molecules, which in turn reduces membrane contamination. 28,48,49 Accordingly, backwashing after pressure filtration can help remove the dye molecules from the membrane and restore the permeability. In summary, it is feasible to employ the subject–object recognition effect to induce the orderly assembly of fGO nanosheets for the construction of continuous and regular interlaminar channels.…”
Inspired by the modular homogenization and interlocking structure concepts of LEGO® bricks, we developed high-performance graphene oxide composite nanofiltration membranes using the subject–object recognition effect.
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