The study aims to explore the electrostatic self-assembly of TeO2 nanoparticles on a graphene oxide/carbon nanotube composite to improve zinc storage performance.
Utilized electrostatic self-assembly to integrate TeO2 nanoparticles into a composite material.
Conducted performance testing for zinc ion storage capacity and efficiency in aqueous environments.
Analyzed the structural and electrochemical properties of the composite materials.
The composite exhibited a significant increase in zinc storage capacity compared to traditional materials; specific capacity values improved markedly.
Demonstrated enhanced charge/discharge efficiency with lower voltage hysteresis, indicating better cyclic stability.
Showed promising electrochemical performance metrics, suggesting potential applications in energy storage devices.