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Creation of nanostructured electrode materials represents one of the most attractive strategies to dramatically enhance battery performance, including capacity, rate capability, cycling life, and safety.
The addition of 0.01 M TTAB to an electrochemical bath also improves supercapacitor capability such as rate capability, cycling stability, and electrode series resistance.
Electrochemical tests revealed the composite heightened electronic and ionic conductivity, rate capability, cycling performance, and significantly reduced charge transfer resistance than pure LTO, especially under the low temperatures.
The suggested Swiss roll FSASC device exhibited a high gravimetric energy density of 33.1 Wh kg−1 and a volumetric energy density of 0.16 mWh cm−3, with excellent rate capability, cycling stability, and coulombic efficiency.
The improved high-rate capability, cycling stability, fast charge-discharge performance of LTO/graphene composites can be ascribed to the improvement of lithium ion diffusion and ionic conductivity by graphene-coating.
LFP samples prepared with polyethylene glycol (PEG) and beta-cyclodextrin (β-CD) as mixing carbon sources possesses the loose structure with higher specific surface area, showing the best rate capability, cycling stability and low-temperature discharge characteristic.
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The CNT@TiO2 hybrids showed better electrochemical performance than the pure TiO2 nanoparticles with regard to specific capacity (except the initial cycle), rate capability, and cycling stability.
Meanwhile, it exhibited excellent rate capability and cycling stability.
Additionally, it also achieves excellent rate capability and cycling stability.
The hybrid demonstrated an outstanding rate capability and cycling stability.
The surface modified electrodes exhibit better rate capability and cycling performance compared to non-treated electrodes.
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