Publications by authors named "Cunai Zheng"

Lead (Pb) is a ubiquitous pollutant. Membrane filtration represents one of the most common water treatment methods, but nanofiltration and ultrafiltration require high transmembrane pressure, while microfiltration has larger pore sizes than ions, making them unfavorable for direct ion removal at low cost. Selective and direct separation of Pb via membrane filtration at high efficiency without sacrificing the flux of clean water still remains challenging.

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Article Synopsis
  • Polylactic acid (PLA) is a biodegradable alternative to petroleum-based plastics, but its low ductility limits its use, prompting research into toughening modifications.
  • A new material, GESO, which combines epoxidized soybean oil, sebacic acid, and graphene oxide nanoparticles, effectively enhances the toughness of PLA without sacrificing strength.
  • The optimized PLA-GESO blend showed impressive mechanical properties—an elongation at break of approximately 274.5% and an impact strength 31 times greater than pure PLA—while also demonstrating shape memory and antistatic capabilities.
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