Do** and compositing are the two effective methods to improve the electrochemical
properties of a material and incorporating redox additive (RA) electrolytes has been …

Recently the demand of efficient and sustainable energy storage devices has grown
exponentially due to the increasing global energy consumption and people are shifting …

The layered structural black phosphorus (BP), as an emerging two-dimensional material,
has aroused great interest due to its intriguing electrochemical properties, but its poor …

Zinc-ion based energy storage systems with a pure intrinsic Zn 2+ ion conductor, ZnZr 4 (PO
4) 6 (ZnZrP), and consisting of variable valence Zr sites, are fabricated for the first time. Zn …

The novel core-shell nanocomposites of Zn 3 (VO 4) 2@ ZIF-67 have been synthesized by a
simple in-situ chemical method. The HRTEM analysis shows the rhombic dodecahedral …

This study outlines the synthesis of reduced graphene oxide (rGO) and nickel oxide/reduced
graphene oxide (NiO/rGO) composite materials without the use of binders. The synthesis …

Over the past decades, the supercapacitor (SC) has received great attention as a
develo** energy storage device due to its unique characteristic features of high-power …

Materials science technology and research are advancing all the time which has a direct
impact on the large contribution of carbon-based materials. Carbon can be present in …

Nitrogen-doped carbon electrode materials with porous structures loaded with metal
nanoparticles are considered promising candidates for supercapacitor applications, which …