The advancement of technologies and burgeoning demand for green energy have created a
revolution in the domain of energy storage. The requirements of smart electronics …

Optimizing the electrode structure and interface is a promising approach to achieve high
energy density asymmetric supercapacitors. In this study, a core–shell heterostructure based …

Abstract CoSe 2/CoP with rich Se-and P-vacancies and heterogeneous interfaces (v-CoSe
2/CoP) is grown on the surface of nickel foam via a two-step strategy: electrodeposition and …

The performance of hybrid supercapacitors is restricted by inferior matched electrochemical
kinetics of cathode and anode materials, leading to unsatisfactory energy density and poor …

The structural design of electroactive materials including rich profits of high
capacitance/capacity and exalted durability is of considerable importance in the …

Transition metal oxides or selenides have been widely used in electrode materials for
supercapacitors. And the formation of heterostructures between the two different materials …

Engineering multicomponent nanomaterials as an electrode with rationalized ordered
structures is a promising strategy for fulfilling the high-energy storage needs of …

In this work, multi-walled carbon nanotubes decorated ZnMoO 4 nanoflakes are synthesized
by facile and rapid template-free hydrothermal approach. The prepared materials are …

Porous structures with heterogeneous interfaces and defects are an important way to
enhance electrochemically active sites and facilitate electron transfer, while also improving …

Transition metal carbonate hydroxides (TMCHs)/sulfides (TMSs) have been attracting great
interest in energy storage systems owing to their versatile electrochemical characteristics …