Meeting energy needs is one area that requires continuous and consistent attention from the
research community. Being a cross-disciplinary research area, one part of energy research …

Biomass wastes are abundant around us. They are renewable and inexpensive. Product
manufacturing from renewable resources has caught increasing interest recently. Activated …

Heteroatom doped mesoporous carbon materials are promising catalysts for the
electrochemical sensing application. Herein, we report highly efficient dual heteroatom …

Morphology tuning of the electrode material is a promising approach to improve the overall
performance of the supercapacitor. To date, there is no strategy that shows that magnetic …

In the present study, we explore a facile route for the ultrafast preparation of nanostructured
Mn x O y at room temperature in a short reaction time using KMnO 4 as precursor and deep …

Specific capacitance of energy storage devices depends on the electrode materials and
various manganese oxides have recently been developed and attracted much attention due …

Here, we present a sustainable and scalable approach for synthesizing functionalized
nanomaterials directly from an abundant natural seaweed resource coupled with a green …

In this study, the electro‐sorption capacity and selectivity of activated carbon (AC)
electrodes, produced from the leaf base of Phoenix dactylifera (palm tree) waste, are …

Mixed transition metal oxides/spinels are excellent energy storage electrode materials that
can deliver sizeable specific capacitance, excellent cyclic stability, and good rate capability …

In this work, a Zn-based 1D coordination polymer [Zn (H2O)(C10H8N2)(C9H4O6)]· 2H2O,
denoted as Zn–CP, has been designed and synthesized by a slow diffusion mediated multi …