Preparation and characterization of ZnO/polyethersulfone (PES) hybrid membranes
L Shen, X Bian, X Lu, L Shi, Z Liu, L Chen, Z Hou… - Desalination, 2012 - Elsevier
With nano-ZnO as an additive, polyethersulfone (PES) membranes and a series of ZnO/PES
hybrid membranes were prepared by a phase-inversion method. Experimental results show
that, with the increase of addition weight of nano-ZnO the contact angle decreases and the
thermo decomposition temperature increases. The porosity of ZnO/PES hybrid membrane is
improved by adding nano-ZnO. The flux of ZnO/PES hybrid membrane exhibits an
improvement of 254% relative to that of the PES membrane, whereas the rejection is …
hybrid membranes were prepared by a phase-inversion method. Experimental results show
that, with the increase of addition weight of nano-ZnO the contact angle decreases and the
thermo decomposition temperature increases. The porosity of ZnO/PES hybrid membrane is
improved by adding nano-ZnO. The flux of ZnO/PES hybrid membrane exhibits an
improvement of 254% relative to that of the PES membrane, whereas the rejection is …
Preparation and characterization of ZnO/polyethersulfone (PES) hybrid membranes.
SLG Shen LiGuo, BXK Bian XiaoKai, LXF Lu XiaoFeng… - 2012 - cabidigitallibrary.org
With nano-ZnO as an additive, polyethersulfone (PES) membranes and a series of ZnO/PES
hybrid membranes were prepared by a phase-inversion method. Experimental results show
that, with the increase of addition weight of nano-ZnO the contact angle decreases and the
thermo decomposition temperature increases. The porosity of ZnO/PES hybrid membrane is
improved by adding nano-ZnO. The flux of ZnO/PES hybrid membrane exhibits an
improvement of 254% relative to that of the PES membrane, whereas the rejection is …
hybrid membranes were prepared by a phase-inversion method. Experimental results show
that, with the increase of addition weight of nano-ZnO the contact angle decreases and the
thermo decomposition temperature increases. The porosity of ZnO/PES hybrid membrane is
improved by adding nano-ZnO. The flux of ZnO/PES hybrid membrane exhibits an
improvement of 254% relative to that of the PES membrane, whereas the rejection is …
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