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The sample with x = 0.08 exhibits the highest energy storage density of 1.70 J/cm3 and the energy storage efficiency of 82% at 172 kV/cm owing to its submicron grain size and high relative density.
The compressive strength and modulus of the thermally-reduced graphene oxide/phenolic resin/carbon fiber composites were increased by 178.9%, 129.5%, respectively, and the highest energy storage modulus of the chemically-reduced graphene oxide/phenolic resin/carbon fiber composite was increased by 75.2% compared with the pure carbon fiber/phenolic resin composite.
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The sample with x = 0.4 exhibits a high energy storage density (1.45 J/cm3) and a high energy storage efficiency (86%) simultaneously.
These latent heat storage (LHS) materials possess extremely high energy storage density than conventional one.
Latent heat thermal energy storage is a particularly interesting technique because it provides high energy storage density [1].
In addition, the pseudocapacitive behaviour contributes much to the high energy storage of lithium ions.
This facile and scalable fabrication process provides a new electrode design for high energy storage advancements.
These results indicate that paraffin is an effective modifier to prepare high energy storage density capacitor.
Multifunctional polymeric composites were investigated for potential use in high energy storage capacitors and tissue engineering.
Thus, AA-CAES system can achieve a higher energy storage efficiency.
These materials meet the combined requirements of high energy storage density and good heat transfer rates.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com