Biosensing demands the development of reliable, eco-friendly, and real-time detection
techniques for the early diagnosis and eradication of diseases from our vicinity. Among the …

The facile and cost-effective chemical bath deposition method is employed for the binder-
free synthesis of NiCo 2 O 4 marigold flower-like nanostructures on a flexible stainless-steel …

Owing to the presence of valence shells for charge transfer, a high theoretical specific
capacitance, and variable redox properties, MnO 2 appears as a promising agent in the …

Develo** efficient electrochemical capacitors relies heavily on the quality of electrode
materials and electrolytes used. This report presents the successful solvothermal synthesis …

Owing to its exceptional structural, electrical, and optical features, Molybdenum disulphide
(MoS 2), a two-dimensional (2D) layered material with tuneable bandgap, finds its …

Manganese oxide is a potential agent in the field of energy storage owing to its changeable
redox characteristics, high theoretical specific capacitance and valence shells for charge …

The development of stable electrodes with significant capacitance is necessary for the
commercial viability of supercapacitors, which have generated a lot of interest. Metal oxides …

The current study focuses on the development of an asymmetric electrochemical redox
supercapacitor using graphene oxide over graphite sheet as the cathode and nickel zeolite …

For the first time, nitrogen-and carbon-present tin dioxide-supported palladium composite
catalysts (denoted as Pd/NC-SnO2) were prepared via an HCH method (HCH is the …

Supercapacitors are a groundbreaking electrical energy storage technology that falls
between batteries and dielectric capacitors which has undergone significant progress in …