Currently, ternary CuCo2S4 sulfides are intensively investigated as electrode materials for
electrochemical capacitors due to their low cost, high conductivity, and synergistic effect. The …

Selected material combination, higher electrical conductivity, and high specific capacity
were cognizance to favor supercapacitors (SCs), but their recognition at the same time has …

Developing bifunctional catalysts toward urea oxidation and hydrogen evolution is a huge
challenge. In this study, novel MOF-derived nickel nitride on nickel foam catalysts were …

Elaborate design and synthesis of core-shell hybrid structures consisting of multiple
components have been considered as the effective approach to developing electrode …

Herein, we synthesize 3D nanoflower-like MCo2O4@ MCo2S4@ polypyrrole (M= Cu, Mn)
core–shell composites on nickel foam (NF). CuCo2O4 (CuC) and MnCo2O4 (MnC) …

Metal–organic framework derived nanostructures have unique properties, such as large
specific surface area, exclusive porous networks, numerous active sites, and exceptional …

Designing novel multiple composite material with core-shell structure has been
demonstrated as an effective method to improve the electrochemical properties of energy …

Transition metal oxides and sulfides exhibit excellent electrochemical properties owing to
their various valence states, high electrical conductivities, large number of active sites, and …

Transition metal oxides are one of the promising materials for energy storage because they
have rich redox reactions with good stability. In this study, CuMnO 2 nanocrystals and …

Due to the escalating enthusiasm surrounding mobile energy devices, the significance of
energy storage has reached an unprecedented level. Among the various energy storage …