The porous spongy nest structure compressible anode fabricated by gas forming technique toward high performance lithium ions batteries
Journal of Colloid and Interface Science(2022)
Abstract
This work is innovative based on the construction of compressible nest-like spongy CNFs composite electrode to improve performance of flexible LIBs. Novelty gas-forming technique and efficient electrospinning fabricate unique macro sponge-like structure. It endows excellent electrochemical performance under compress state and superior compressible as well as recovery ability. The anode exhibits fast permeability and various pores morphology, and nest-like structure effectively relieve stress from expansion of particles in CNFs. Thus, the compressible spongy anode possesses long cycling life under deformation which could be hopefully applied in Flexible batteries.
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Key words
Gas-forming,Spongy carbon nanofibers,Compressible anode,Electrospinning,Lithium ions batteries
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