The urgent need of modern society for portable energy‐consuming devices has boosted the
development of high‐power supercapacitors and high‐energy batteries. Major prerequisites …

TiO2 is seen as a low cost, well-known photocatalyst; nevertheless, its sluggish charge
kinetics does limit its applications. To overcome this aspect, one of the recent approaches is …

Potassium–sulfur batteries hold practical promise for next-generation batteries because of
their high theoretical gravimetric energy density and low cost. However, significant …

Many methods have been used for evaluating physicochemical properties of nanomaterials
(NMs). Characterization of nanoparticles (NPs) includes the determination not only of size …

Graphene electrode–based supercapacitors are in high demand due to their superior
electrochemical characteristics. A major bottleneck of using the supercapacitors for …

Since the chemical and thermal stability of organic thin film layers in organic light-emitting
diodes (OLEDs) highly influences the operational device lifetime, a rational advanced …

The key charge transfer processes in electrochemical energy storage devices occur at
electrode–electrolyte interfaces, which are typically buried, making it challenging to access …

MoS 2 coatings were formed on surface-oxidized silicon, chemical vapor deposition (CVD)-
grown graphene, and reduced fluorinated graphene (rFG) from ammonium …

Edge functionalization of graphene planes with nitrogen improves the electrochemical
performance of carbon anode materials in sodium-ion batteries. We propose a route for the …

Heteroatom-doping is an effective way to regulate the electronic structure of carbon so as to
improve their Na-ion storage capability. In all kinds of heteroatoms, selenium (Se)-doping …