Researchers synthesized a ternary spinel CuNiMnO₄ and carbon nanotube composite that delivered high specific capacitance while cycling stability showed need ...
Researchers developed supercapacitor electrode materials from coal gasification fine slag residual carbon using a two-step activation process that maintained over ...
Researchers synthesized a ternary polyaniline, graphene oxide, and chromium-doped manganese dioxide hybrid nanocomposite that achieved a specific capacitance of 430 ...
A comprehensive review establishes that interfacial engineering rather than bulk material composition governs charge-transfer kinetics, mechanical buffering, and long-term cycling ...
Researchers at the intersection of materials science and energy storage have developed a flexible, solid-state supercapacitor using a novel trimetallic ...
Researchers synthesized a polyaniline, dodecylbenzene sulphonic acid, and yttrium oxide composite electrode material that demonstrated a maximum specific capacitance of ...
Sulfur doping of ZIF-67-derived hollow NiCo-LDH enhances faradaic kinetics and energy density in asymmetric supercapacitors.
A systematic review of nineteen studies published between 2016 and 2025 details advances and challenges in self-healing elastomeric composites and ...
A ternary nanocomposite electrode combining nickel oxide, cerium oxide, and graphene oxide demonstrated high capacitance and 96.88 percent retention after ...
Integrating vanadium pentoxide nanorods with carbon nanotubes and hydroxylated graphene enhances conductivity, surface area, and cycling stability in aqueous supercapacitor ...
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