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This Si/C nanosphere exhibits superior lithium-ion storage performances.
The relationship between the defects of SRFGs and their lithium ion storage performances are also discussed.
Mathematical and graphical expressions of the respective storage performances are presented.
As the anode materials for lithium ion battery, both ZMO nanorods exhibit good lithium storage performances.
The superior sodium storage performances make this rutile TiO2 hierarchical nanotube a promising anode metarial for sodium ion batteries.
We suggest that porous carbons built from polycyclic hydrocarbons can achieve storage performances required for practical applications.
The energy storage performances of the Mt/SA microcapsules were superior to the Mt/SA composites prepared via vacuum impregnation.
Improving kinetics and designing good morphology structural stability of electrode materials can effectively enhance the lithium storage performances of LIBs.
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Their Li-storage performances are also evaluated and compared.
As a result, the obtained MoS2/graphene heterostructure electrode exhibited superior electrochemical lithium-storage performances such as high reversible specific capacity (∼1100 mAh g−1), excellent cyclic stability and significantly enhanced rate capability.
The electrochemical measurements reveal that NaTi2(PO4)3@C has excellent Na-storage performances including high reversible capacity (112.6 mAh g− 1 at 0.2 C) and good rate capability (87.1 mAh g− 1 at 5 C).
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