Dual redox-active bi-metallic oxide/nanoporous carbon nanotubes hybrid architectures: Probing diffusion dynamics and ionic conductivity for advanced supercapacitors

Muhammad Luqman; Muhammad Mehak; Muhammad Umar Salman; Umair Ali; Shahid M. Ramay; Muhammad Younis; Shahid Atiq

doi:10.1039/d6ma00284f

January 1, 2026Materials AdvancesOpen Access

Dual redox-active bi-metallic oxide/nanoporous carbon nanotubes hybrid architectures: Probing diffusion dynamics and ionic conductivity for advanced supercapacitors

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Key Points

The primary aim is to investigate the impact of carbon nanotube content on the ionic conductivity and diffusion dynamics of bi-metallic oxide composites for energy storage applications.
Synthesis of CrCo2O4 and its composites with different carbon-nanotube content (3%, 6%, 9%)
Assessment of diffusion dynamics and ionic conductivity through electrochemical testing
Characterization of porous structures and redox activity
Enhanced ionic conductivity observed with increasing carbon nanotube content
Improved diffusion dynamics result in higher supercapacitor performance
Optimal composition identified for maximizing energy storage efficiency

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Implication

This research explores diffusion dynamics and ionic conductivity in supercapacitors using bi-metallic oxides and carbon nanotubes, highlighting energy storage potential.

Abstract

Growing demand for sustainable energy storage drives advanced materials and porous structures. Here, CrCo2O4 (CCO) and its composites with varying carbon-nanotube (CNTs) content (3, 6, and 9%) are synthesized, termed...

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Luqman et al. (2026) studied this question.

synapsesocial.com/papers/69d1fceba79560c99a0a2a77 https://doi.org/10.1039/d6ma00284f

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Dual redox-active bi-metallic oxide/nanoporous carbon nanotubes hybrid architectures: Probing diffusion dynamics and ionic conductivity for advanced supercapacitors

Key Points

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Implication

Abstract

Discussion

Cite This Study

Dual redox-active bi-metallic oxide/nanoporous carbon nanotubes hybrid architectures: Probing diffusion dynamics and ionic conductivity for advanced supercapacitors

Key Points

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Implication

Abstract

Discussion

Cite This Study

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