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The structures, morphology, conductive properties, and microwave absorption performance of the composites have been characterized.
(2) The dielectric performance of the composites is influenced by the space charge polarization.
The effect of layering patterns on the mechanical performance of the composites was studied.
Friction and wear performance of the composites were studied using a pin-on-disc tribometer.
The novel carbon network plays a key role in enhancing the electrochemical performance of the composites.
PVA fibers were also incorporated into the mix to enhance the flexural performance of the composites (Abbas et al. 2016).
In particularly, the different fabrication protocols, and the electrochemical performance of the composites are summarized in detail.
In the present study, the formation mechanism and the electrochemical capacitive performance of the composites have been investigated.
The possibilities and suggestions to further improve the performance of the composites were also discussed.
Compared to pure PANI and HPC, the electrochemical capacitance performance of the composites was significantly improved.
The lithium-ion battery performance of the composites anode is evaluated by galvanostatic and rate performance.
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