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Mn-N-C Nanostructure Derived from MnO2-xPANI as Highly Performing Cathode Additive in Li-S Battery by unknow

Author:unknow , Date: April 18, 2024 ,Views: 27

Mn-N-C Nanostructure Derived from MnO2-xPANI as Highly Performing Cathode Additive in Li-S Battery by unknow

Author:unknow
Format: pdf
Tags: Highly dispersed Mn metallic nanoparticles (15.87 nm on average) on a nitrogen-doped porous carbon matrix were prepared by thermal treatment of MnO2-x/polyaniline (PANI), which was derived from the in situ polymerization of aniline monomers initiated by -MnO2 nanosheets. Owing to the large surface area (1287 m2/g), abundant active sites, nitrogen dopants and highly dispersed Mn sites on graphitic carbon, an impressive specific capacity of 1319.4 mAh g-1 with an admirable rate performance was delivered in a Li-S battery. After 220 cycles at 1 C, 80.6% of the original capacity was retained, exhibiting a good cycling stability., Li-S battery; Mn-N-C; polysulfide; polyaniline; MnO2


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Mn-N-C Nanostructure Derived from MnO2-xPANI as Highly Performing Cathode Additive in Li-S Battery by unknow.pdf


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