Due to their intriguing electronic properties and structural composition, transition metal
oxides (TMOs) such as AO x, A x O x, and A x B 3-x O x; A, B= Ti, V, Mn, Fe, Co, Ni, Cu, Zn …

Supercapacitors, as the clean and efficient green energy storage device, can realize the
coordinated development of human society and natural ecological environment. Electrode …

The utilization of rich chemistry originating from redox activity of manganese-based
compounds has spurred an increasing interest into energy storage technologies including …

The mixed metal oxides have been utilized for enhanced electrochemical detection
applications owing to their tremendous physicochemical properties and excellent stabilities …

Recently, scalable electrochemical processes have been developed to convert furfural into
fuels. The conversion of furfural requires electrode materials that are cost-effective and …

Supercapacitors are considered to be promising energy storage devices because of their
long cycle stability, fast charge-discharge, and high power density. However, energy storage …

A growing quest for supercapacitors capable of quickly transferring energy has led to
investigations focusing on developing electrode materials that incorporate noble metals due …

To address the growing demand of highly Ragone efficient electrochemical energy storage
devices, we have innovated a synthetic design strategy and employed a tartrate-mediated …

Metal pyrophosphate-based materials for supercapattery have recently attracted significant
research interest due to their high energy density, structural stability, and cyclability. Despite …

Earth-abundant transition metal oxides (TMOs) are promising electroactive materials for
electrochemical energy conversion and storage applications due to their high theoretical …