Electrocatalysts are crucial for achieving highly efficient renewable energy conversion and
storage applications. Nevertheless, do** proves to be a successful approach in creating …

Improving the ion/charge transport kinetics, chemical activity of surfaces and reduction of ion-
diffusion pathways in metallic oxides with nanoscale structures is an important challenge in …

The motivation behind the formation of V 2 O 5@ gC 3 N 4 materials for electrodes having
nanostructure comes from the mounting energy requirements of upcoming generation. In …

Significant research is currently performed on electrochemical water splitting to solve
ecological problems and energy issues. Sustainable and eco-friendly energy systems prefer …

Graphitic carbon nitride (gC 3 N 4), known for its green and abundant nature and composed
of carbon and nitrogen in a two-dimensional structure, has emerged as a significant area of …

The fundamental discrepancy in energy produced from renewable sources indicates that
there is a persistent mismatch between the supply and demand of energy. Researching and …

The reduction of fossil fuel reserves and the deterioration of environmental conditions have
led to a worldwide concern with producing significant amounts of energy in a sustainable …

The assessment of long-term stability is a crucial factor in the context of pseudocapacitive
materials. However, do** has been found to be an effective method for enhancing the …

Abstract Recently, two-dimensional (2D) based electrode materials have been attracted
more due to their layered structure, flexibility, increased surface-to-volume ratio, and rapid …

The main purpose of this research is to form highly effective and novel electrocatalysts for
water splitting procedure, a pivotal step in the generation of sustainable energy. Cost …