Enhancing Li+ transport via a nanoporous cellulose fiber membrane with an anion-sorbent for high-performance lithium-ion batteries
Kang Ma,
Xin Song,
Jian Wang
et al.
Abstract:Cellulose fiber membranes have been of great interest in battery research community due to their excellent electrolyte affinity and thermal stability. However, they have long been plagued by issues such...
In this work, through a room-temperature template method, Al2O3 was in-situ grown on the surface and between the pores of a PVDF-CA composite membrane to increase the electrolyte affinity of...
In this work, through a room-temperature template method, Al2O3 was in-situ grown on the surface and between the pores of a PVDF-CA composite membrane to increase the electrolyte affinity of...
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