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The energy storage performance was assessed by cyclic voltammetry and galvanostatic charge/discharge techniques.
Three-dimesional hierarchical electrodes exhibiting multi-dimensional geometries provide exceptional advantages for advanced energy storage performance.
However, seldom work has investigated impact of graphene size on its energy storage performance.
The latent heat energy storage performance of Tetradecane is measured experimentally.
Three ESMs were tested for their cold energy storage performance and thermal properties aging for durability.
An in situ chemical activation is further applied to improve its energy storage performance.
The energy storage performance was also very stable since 82% specific capacitance was maintained after 1000 cycles.
Such excellent energy storage performance was superior to that achieved by most of the reported CNT-based electrodes.
Such excellent energy storage performance suggests the great potential of Ni3S2/HNTs@HS for high-efficiency energy storage systems.
Such superior energy storage performance and steady electrochemical behaviors under high strain (150% maximum) have almost never been reported before.
The results indicate that FFGP structure could reduce the total melting time and enhance greatly the energy storage performance.
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