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The article discusses a novel approach to enhance desalination performance using an electrostatic-induced ion-confined partitioning strategy in a reduced graphene oxide membrane. This method significantly improves the rejection of monovalent salts, achieving a 95.5% rejection rate for NaCl with high water permeance. The findings provide insights for the design of advanced desalination membranes and the development of membrane-based separation technologies.

Author

Aung Pyae Kyaw

Language

EN